0707070000010000000006660000000000000000010000001322542435500000700000000237.start fplayback -i on -r off -f 1 -e on -h on -t on -a on -k on -s 1
tcur 0
fps 30
tset 0 10
frange 1 300
unitlength 1
unitmass 1
prompt '`strcat(oppwf(), " -> ")`'
0707070000010000000006660000000000000000010000001322542435500001300000002636.variables set -g ACTIVETAKE = 'Main'
set -g DRIVER = 'mantra_ipr'
set -g DRIVERPATH = '/out/mantra_ipr'
set -g E = '2.7182818284590452354'
set -g ELEM = 'stamp'
set -g EYE = 'stereo'
set -g HIP = 'M:/CG/Prod/Houdini_work/131_VolumeSample'
set -g HIPFILE = 'M:/CG/Prod/Houdini_work/131_VolumeSample/VolumeStamp_Sample.hip'
set -g HIPNAME = 'VolumeStamp_Sample'
set -g JOB = '/SERVERS/Pandora/2017_Nsp/Nsp_OEDO/PROJECTS/FX_DEV_KITAGAWA/CG/houdini'
set -g NK_JOB_CACHE_PATH = '/SERVERS/Pandora/2017_Nsp/Nsp_OEDO/PROJECTS/FX_DEV_KITAGAWA/CG/houdini'
set -g NK_JOB_PATH = '/SERVERS/Pandora/2017_Nsp/Nsp_OEDO/PROJECTS/FX_DEV_KITAGAWA/CG/houdini'
set -g NK_JOB_USER_PATH = '/home/kitagawa/user_data/Nsp_OEDO/PROJECTS/FX_DEV_KITAGAWA/CG/houdini'
set -g NK_SHOT = 'FX_DEV_KITAGAWA'
set -g NK_SHOT_PATH = '/SERVERS/Pandora/2017_Nsp/Nsp_OEDO/PROJECTS/FX_DEV_KITAGAWA'
set -g NK_SHOW_CACHE_PATH = '/SERVERS/Pandora/2017_Nsp/Nsp_OEDO/PROJECTS'
set -g NK_SHOW_PATH = '/SERVERS/Pandora/2017_Nsp/Nsp_OEDO'
set -g NK_SHOW_USER_PATH = '/home/kitagawa/user_data/Nsp_OEDO/PROJECTS'
set -g NK_SHOW_WORK_PATH = '/SERVERS/Pandora/2017_Nsp/Nsp_OEDO/PROJECTS'
set -g PI = '3.1415926535897932384'
set -g POSE = '/home/kitagawa/houdini16.5/poselib'
set -g TAKE = '01'
set -g VER = '001'
set -g _HIP_SAVEPLATFORM = 'Windows 10.0.10586'
set -g _HIP_SAVETIME = 'Wed Jan 10 23:53:33 2018'
set -g _HIP_SAVEVERSION = '16.5.290'
set -g _HIP_SHELFTOOLCOUNT = '1'
set -g status = '0'
0707070000010000000006660000000000000000010000001322542435500001100000000310.aliases alias bye 'quit'
alias cd 'opcf'
alias cp 'opcp'
alias h 'history'
alias hython 'python'
alias ls 'opls'
alias matramp 'opramp'
alias opcd 'opcf'
alias oppwd 'oppwf'
alias pwd 'oppwf'
alias rm 'oprm'
0707070000010000000006660000000000000000010000001322542435500001400000000021.takeconfig takename -g take
0707070000010000000006660000000000000000010000001322542435500001500000000000.hou.session 0707070000010000000006660000000000000000010000001322542435500001500000000000.OPlibraries 0707070000010000000006660000000000000000010000001322542435500001700000000000.OPpreferences 0707070000010000000006660000000000000000010000001322542435500001500000023034.OPfallbacks Vop/addconst C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/addconst otls/OPlibScripted.hda
Vop/albedo C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/albedo otls/OPlibVop.hda
Vop/alphamix C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/alphamix otls/OPlibVop.hda
Sop/attribwrangle C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibSop.hda
Sop/attribwrangle otls/OPlibSop.hda
Vop/clamp C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/clamp otls/OPlibScripted.hda
Vop/complement C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/complement otls/OPlibScripted.hda
Vop/computelighting C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/computelighting otls/OPlibVop.hda
Vop/computelighting::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/computelighting::2.0 otls/OPlibVop.hda
Vop/computetan C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/computetan otls/OPlibVop.hda
Vop/conserveenergy C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/conserveenergy otls/OPlibVop.hda
Vop/contour::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/contour::2.0 otls/OPlibVop.hda
Vop/cosine C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/cosine otls/OPlibScripted.hda
Vop/ctransform C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/ctransform otls/OPlibScripted.hda
Vop/degtorad C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/degtorad otls/OPlibScripted.hda
Vop/displacenml C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/displacenml otls/OPlibScripted.hda
Vop/divconst C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/divconst otls/OPlibScripted.hda
Vop/dot C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/dot otls/OPlibScripted.hda
Vop/dualrestsolver::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/dualrestsolver::2.0 otls/OPlibVop.hda
Vop/efit::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/efit::2.0 otls/OPlibScripted.hda
Vop/exp C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/exp otls/OPlibScripted.hda
Vop/fit C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/fit otls/OPlibScripted.hda
Vop/floattovec C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/floattovec otls/OPlibScripted.hda
Vop/fresnel C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/fresnel otls/OPlibScripted.hda
Vop/frontface C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/frontface otls/OPlibScripted.hda
Vop/geometryvopglobal::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/geometryvopglobal::2.0 otls/OPlibVop.hda
Vop/geometryvopoutput C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/geometryvopoutput otls/OPlibVop.hda
Vop/getattrib::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/getattrib::2.0 otls/OPlibScripted.hda
Vop/getlayerexport C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/getlayerexport otls/OPlibScripted.hda
Vop/hvectovec C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/hvectovec otls/OPlibScripted.hda
Vop/ifconnected C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/ifconnected otls/OPlibScripted.hda
Driver/ifd C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibDriver.hda
Driver/ifd otls/OPlibDriver.hda
Vop/inttofloat C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/inttofloat otls/OPlibScripted.hda
Vop/inttovec C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/inttovec otls/OPlibScripted.hda
Vop/invert C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/invert otls/OPlibScripted.hda
Vop/isconnected C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/isconnected otls/OPlibScripted.hda
Vop/isshadow C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/isshadow otls/OPlibScripted.hda
Vop/layerexport C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/layerexport otls/OPlibVop.hda
Vop/layerpack C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/layerpack otls/OPlibScripted.hda
Vop/layerunpack C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/layerunpack otls/OPlibVop.hda
Vop/length C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/length otls/OPlibScripted.hda
Vop/limits::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/limits::2.0 otls/OPlibVop.hda
Vop/luminance C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/luminance otls/OPlibScripted.hda
Vop/maddconst C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/maddconst otls/OPlibScripted.hda
Vop/mix C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/mix otls/OPlibScripted.hda
Vop/modulo C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/modulo otls/OPlibScripted.hda
Vop/mulconst C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/mulconst otls/OPlibScripted.hda
Vop/negate C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/negate otls/OPlibScripted.hda
Vop/normalize C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/normalize otls/OPlibScripted.hda
Vop/not C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/not otls/OPlibScripted.hda
Vop/pbrdiffuse C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/pbrdiffuse otls/OPlibVop.hda
Vop/pbrlighting C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibShopVMantra.hda
Vop/pbrlighting otls/OPlibShopVMantra.hda
Vop/pbrspecular C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/pbrspecular otls/OPlibVop.hda
Vop/physicalsss C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/physicalsss otls/OPlibVop.hda
Sop/pointjitter C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibSop.hda
Sop/pointjitter otls/OPlibSop.hda
Sop/pointsfromvolume C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibSop.hda
Sop/pointsfromvolume otls/OPlibSop.hda
Vop/pow C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/pow otls/OPlibScripted.hda
Vop/pyroBlackbody C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/pyroBlackbody otls/OPlibVop.hda
Vop/pyroshader C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/pyroshader otls/OPlibVop.hda
Vop/pyroshadercore C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/pyroshadercore otls/OPlibVop.hda
Vop/qrotate C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/qrotate otls/OPlibScripted.hda
Vop/quaternion C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/quaternion otls/OPlibScripted.hda
Vop/rampfilter::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/rampfilter::2.0 otls/OPlibVop.hda
Vop/raybounce C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/raybounce otls/OPlibScripted.hda
Vop/reflect C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/reflect otls/OPlibScripted.hda
Vop/renderstate C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/renderstate otls/OPlibScripted.hda
Vop/reshapevalue C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/reshapevalue otls/OPlibVop.hda
Vop/restpos C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/restpos otls/OPlibVop.hda
Vop/shadingnormal C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/shadingnormal otls/OPlibScripted.hda
Vop/softclip::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/softclip::2.0 otls/OPlibVop.hda
Vop/surfacecolor C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/surfacecolor otls/OPlibVop.hda
Vop/surfacemodel C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/surfacemodel otls/OPlibVop.hda
Vop/switchlightingbsdf C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/switchlightingbsdf otls/OPlibScripted.hda
Vop/tangentnormals C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/tangentnormals otls/OPlibVop.hda
Sop/testgeometry_rubbertoy C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibPlaceholder.hda
Sop/testgeometry_rubbertoy otls/OPlibPlaceholder.hda
Vop/texture C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/texture otls/OPlibScripted.hda
Vop/thinfilmfresnel C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/thinfilmfresnel otls/OPlibVop.hda
Vop/transform C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/transform otls/OPlibScripted.hda
Vop/turbnoise C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/turbnoise otls/OPlibScripted.hda
Vop/twoway C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/twoway otls/OPlibScripted.hda
Vop/unifiednoise::2.0 C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/unifiednoise::2.0 otls/OPlibVop.hda
Vop/uvcoords C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/uvcoords otls/OPlibVop.hda
Vop/uvspacechg C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/uvspacechg otls/OPlibScripted.hda
Vop/vecgetcompon C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/vecgetcompon otls/OPlibScripted.hda
Vop/vectofloat C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibScripted.hda
Vop/vectofloat otls/OPlibScripted.hda
Vop/volumevopglobal C:/PROGRA~1/SIDEEF~1/HOUDIN~1.290/houdini/otls/OPlibVop.hda
Vop/volumevopglobal otls/OPlibVop.hda
0707070000010000000006660000000000000000010000001322542435500001500001274173.OPdummydefs INDX           W   INDEX_SECTION      3ÁZV(í   houdini.hdalibrary  3Á    ZV(í   Vop/addconst  3Á  *ZV(¢   
Vop/albedo  8ë  ñZV(¢   Vop/alphamix  =Ü  JZV(¢   Sop/attribwrangle  A&  ­ZV(¢   	Vop/clamp  WÓ  
+ZV(¢   Vop/complement  aþ  LZV(¢   Vop/computelighting  iJ  ‰ZV(¢   Vop/computelighting::2.0  lÓ  ŸZV(£   Vop/computetan  qr  ßZV(¢   Vop/conserveenergy  vQ  BZV(¢   Vop/contour::2.0  x“  ¯ZV(£   
Vop/cosine  B  ZV(¢   Vop/ctransform  ˆ]  2ZV(¤   Vop/degtorad    ÛZV(¢   Vop/displacenml  •j  íZV(£   Vop/divconst  šW  MZV(£   Vop/dot  Ÿ¤  	*ZV(¢   Vop/dualrestsolver::2.0  ¨Î  nZV(£   Vop/efit::2.0  ¸<  ZV(£   Vop/exp  ÉA  ôZV(¢   Vop/fit  Ð5  …ZV(¢   Vop/floattovec  áº  ÄZV(¢   Vop/fresnel  ç~  2ZV(¢   Vop/frontface  ë°  DZV(¢   Vop/geometryvopglobal::2.0  ïô   ZV(¢   Vop/geometryvopoutput  ÷  ½ZV(¢   Vop/getattrib::2.0  ùÑ  ˜ZV(¢   Vop/getlayerexport i  ìZV(£   Vop/hvectovec U  øZV(£   Vop/ifconnected M  ‹ZV(¢   
Driver/ifd Ø  ƒZV(¤   Vop/inttofloat ¡e  ŒZV(¢   Vop/inttovec £ñ  ZV(¢   
Vop/invert ¦ø  äZV(¢   Vop/isconnected «Ü  ÙZV(¢   Vop/isshadow ±µ  ZV(¢   Vop/layerexport ³Ë  	ìZV(£   Vop/layerpack ½·  yZV(£   Vop/layerunpack Â0  †ZV(£   
Vop/length Å¶  AZV(¢   Vop/limits::2.0 Ê÷  ŒZV(£   Vop/luminance èƒ  ŸZV(¢   Vop/maddconst ë"  nZV(£   Vop/mix ð  DZV(¢   
Vop/modulo ûÔ  ùZV(¢   Vop/mulconst Í  ÄZV(¢   
Vop/negate 	‘  ¤ZV(¢   Vop/normalize 5  ›ZV(¢   Vop/not Ð  ZV(¢   Vop/pbrdiffuse Õ  ÜZV(¢   Vop/pbrlighting ±  hZV(¢   Vop/pbrspecular 6  ¾ZV(¢   Vop/physicalsss P×  5©ZV(¢   Sop/pointjitter †€  	ZV(¢   Sop/pointsfromvolume –  ëZV(¢   Vop/pow ¢  »ZV(¢   Vop/pyroBlackbody ª<  TZV(¤   Vop/pyroshader »  übZV(£   Vop/pyroshadercore ·ò  hZV(£   Vop/qrotate ÇZ  `ZV(¢   Vop/quaternion Éº  ZV(¢   Vop/rampfilter::2.0 ÌÊ  &ÕZV(£   Vop/raybounce óŸ  ŒZV(¢   Vop/reflect ö+  KZV(¢   Vop/renderstate ùv  ¨ZV(£   Vop/reshapevalue   jZV(£   Vop/restpos .ˆ  ZV(£   Vop/shadingnormal 1   ÚZV(£   Vop/softclip::2.0 6z  îZV(£   Vop/surfacecolor ;h  -ZV(¢   Vop/surfacemodel K•  uéZV(¢   Vop/switchlightingbsdf Á~  ¬ZV(¢   Vop/tangentnormals Ä*  ¼ZV(£   Sop/testgeometry_rubbertoy Ìæ  ZZV(¢   Vop/texture Ñ@  ¿ZV(£   Vop/thinfilmfresnel èÿ  zZV(¢   Vop/transform ìy  âZV(£   Vop/turbnoise ô[  
OZV(£   
Vop/twoway þª  ¹ZV(¢   Vop/unifiednoise::2.0 c  F\ZV(£   Vop/uvcoords S¿  NZV(£   Vop/uvspacechg V  ~ZV(£   Vop/vecgetcompon Z‹  ²ZV(¢   Vop/vectofloat a=  0ZV(£   Vop/volumevopglobal gm  ±ZV(¢   U      addconst   Add Constant    oplib:/Vop/addconst?Vop/addconst   VOP_addconst           Vop   vop   VOPall       *        ZV(í        albedo   Get BSDF Albedo   oplib:/Vop/albedo?Vop/albedo   
VOP_albedo           Vop                       ZV(í        alphamix   	Alpha Mix    oplib:/Vop/alphamix?Vop/alphamix   VOP_alphamix           Vop   subnet   SUBvop       surface fog rsl_surface       ZV(í       attribwrangle   Attribute Wrangle   *oplib:/Sop/attribwrangle?Sop/attribwrangle   SOP_attribwrangle           Sop                       ZV(í       clamp   Clamp   oplib:/Vop/clamp?Vop/clamp   	VOP_clamp           Vop   vop   VOPall       *        ZV(í        
complement   
Complement   $oplib:/Vop/complement?Vop/complement   VOP_complement           Vop   vop   VOPall       *        ZV(í        computelighting   Compute Lighting   .oplib:/Vop/computelighting?Vop/computelighting   VOP_computelighting           Vop               surface fog       ZV(í          computelighting::2.0   Compute Lighting   8oplib:/Vop/computelighting::2.0?Vop/computelighting::2.0   VOP_computelighting           Vop               surface fog       ZV(í          
computetan   Compute Tangents   $oplib:/Vop/computetan?Vop/computetan   VOP_computetan           Vop               !displace fog light shadow surface       ZV(í          conserveenergy   Conserve Energy   ,oplib:/Vop/conserveenergy?Vop/conserveenergy   VOP_conserveenergy           Vop                       ZV(í          contour::2.0   Contour   (oplib:/Vop/contour::2.0?Vop/contour::2.0   VOP_contour           Vop                       ZV(í        cosine   Cosine   oplib:/Vop/cosine?Vop/cosine   
VOP_cosine           Vop   vop   VOPall       *        ZV(í        
ctransform   Color Transform   $oplib:/Vop/ctransform?Vop/ctransform   VOP_ctransform           Vop   vop   VOPall                ZV(í        degtorad   Degrees to Radians    oplib:/Vop/degtorad?Vop/degtorad   VOP_degtorad           Vop   vop   VOPall       *        ZV(í        displacenml   Displace Along Normal   &oplib:/Vop/displacenml?Vop/displacenml   VOP_displacenml           Vop   vop   VOPall       "surface displace cvex sop pop rsl*        ZV(í        divconst   Divide Constant    oplib:/Vop/divconst?Vop/divconst   VOP_divconst           Vop   vop   VOPall       *        ZV(í        dot   Dot Product   oplib:/Vop/dot?Vop/dot   VOP_dot           Vop   vop   VOPall       *        ZV(í        dualrestsolver::2.0   Dual Rest Solver   6oplib:/Vop/dualrestsolver::2.0?Vop/dualrestsolver::2.0   VOP_dualrestsolver           Vop                       	ZV(í           	efit::2.0   Fit Range Unclamped   "oplib:/Vop/efit::2.0?Vop/efit::2.0   VOP_efit-2.0           Vop   vop   VOPall       	vex* rsl*        ZV(í        exp   Exponential   oplib:/Vop/exp?Vop/exp   VOP_exp           Vop   vop   VOPall       *        ZV(í        fit   	Fit Range   oplib:/Vop/fit?Vop/fit   VOP_fit           Vop   vop   VOPall       *        ZV(í        
floattovec   Float to Vector   $oplib:/Vop/floattovec?Vop/floattovec   VOP_floattovec           Vop   vop   VOPall       *        ZV(í        fresnel   Fresnel   oplib:/Vop/fresnel?Vop/fresnel   VOP_fresnel           Vop   vop   VOPall       surface fog rsl_*        ZV(í        	frontface   
Front Face   "oplib:/Vop/frontface?Vop/frontface   VOP_frontface           Vop   vop   VOPall       %surface fog light shadow photon rsl_*        ZV(í        geometryvopglobal::2.0   Geometry VOP Global Parameters   <oplib:/Vop/geometryvopglobal::2.0?Vop/geometryvopglobal::2.0   VOP_geometryvopglobal           Vop               cvex        ZV(í       geometryvopoutput   Geometry VOP Output   2oplib:/Vop/geometryvopoutput?Vop/geometryvopoutput   VOP_geometryvopoutput.otl           Vop               cvex       ZV(í       getattrib::2.0   Get Attribute   ,oplib:/Vop/getattrib::2.0?Vop/getattrib::2.0   VOP_getattrib-2.0           Vop   vop   VOPall                ZV(í        getlayerexport   Get Layer Export   ,oplib:/Vop/getlayerexport?Vop/getlayerexport   VOP_getlayerexport           Vop   vop   VOPall       surface displace cvex sop pop        ZV(í        	hvectovec   Vector4 to Vector   "oplib:/Vop/hvectovec?Vop/hvectovec   VOP_hvectovec           Vop   vop   VOPall                ZV(í        ifconnected   If Connected   &oplib:/Vop/ifconnected?Vop/ifconnected   VOP_ifconnected           Vop   vop   VOPall       *        ZV(í        ifd   Mantra   oplib:/Driver/ifd?Driver/ifd   
ROP_mantra           Driver                      'ZV(í        
inttofloat   Integer to Float   $oplib:/Vop/inttofloat?Vop/inttofloat   VOP_inttofloat           Vop   vop   VOPall                ZV(í        inttovec   Integer to Vector    oplib:/Vop/inttovec?Vop/inttovec   VOP_inttovec           Vop   vop   VOPall                ZV(í        invert   Invert   oplib:/Vop/invert?Vop/invert   
VOP_invert           Vop   vop   VOPall                ZV(í        isconnected   Is Connected   &oplib:/Vop/isconnected?Vop/isconnected   VOP_isconnected           Vop   vop   VOPall       *        ZV(í        isshadow   Is Shadow Ray    oplib:/Vop/isshadow?Vop/isshadow   VOP_isshadow           Vop   vop   VOPall       surface fog        ZV(í        layerexport   Layer Export   &oplib:/Vop/layerexport?Vop/layerexport   VOP_layerexport           Vop               (displace fog light photon shadow surface       ZV(í          	layerpack   
Layer Pack   "oplib:/Vop/layerpack?Vop/layerpack   VOP_layerpack           Vop   vop   VOPall       surface displace cvex sop pop        ZV(í        layerunpack   Layer Unpack   &oplib:/Vop/layerunpack?Vop/layerunpack   VOP_layerunpack           Vop               (surface photon displace light shadow fog       ZV(í          length   Length   oplib:/Vop/length?Vop/length   
VOP_length           Vop   vop   VOPall       *        ZV(í        limits::2.0   Limits   &oplib:/Vop/limits::2.0?Vop/limits::2.0   
VOP_limits           Vop                       ZV(í        	luminance   	Luminance   "oplib:/Vop/luminance?Vop/luminance   VOP_luminance           Vop   vop   VOPall       *        ZV(í        	maddconst   Multiply Add Constant   "oplib:/Vop/maddconst?Vop/maddconst   VOP_maddconst           Vop   vop   VOPall       *        ZV(í        mix   Mix   oplib:/Vop/mix?Vop/mix   VOP_mix           Vop   vop   VOPall       *        ZV(í        modulo   Modulo   oplib:/Vop/modulo?Vop/modulo   
VOP_modulo           Vop   vop   VOPall       *        ZV(í        mulconst   Multiply Constant    oplib:/Vop/mulconst?Vop/mulconst   VOP_mulconst           Vop   vop   VOPall       *        ZV(í        negate   Negate   oplib:/Vop/negate?Vop/negate   
VOP_negate           Vop   vop   VOPall       *        ZV(í        	normalize   	Normalize   "oplib:/Vop/normalize?Vop/normalize   VOP_normalize           Vop   vop   VOPall       *        ZV(í        not   Not   oplib:/Vop/not?Vop/not   VOP_not           Vop   vop   VOPall       *        ZV(í        
pbrdiffuse   Physically Based Diffuse   $oplib:/Vop/pbrdiffuse?Vop/pbrdiffuse   VOP_diffuse           Vop                       ZV(í        pbrlighting   PBR Lighting   &oplib:/Vop/pbrlighting?Vop/pbrlighting   VOP_pbrlighting           Vop               surface       ZV(í        pbrspecular   Physically Based Specular   &oplib:/Vop/pbrspecular?Vop/pbrspecular   VOP_specular           Vop                       ZV(í        physicalsss   Physical SSS   &oplib:/Vop/physicalsss?Vop/physicalsss   VOP_physicalsss           Vop                       "ZV(í           pointjitter   Point Jitter   &oplib:/Sop/pointjitter?Sop/pointjitter   SOP_pointjitter           Sop                      ZV(í       pointsfromvolume   Points from Volume   0oplib:/Sop/pointsfromvolume?Sop/pointsfromvolume   SOP_pointsfromvolume           Sop               guide=./FINAL_VOLUME       ZV(í       pow   Power   oplib:/Vop/pow?Vop/pow   VOP_pow           Vop   vop   VOPall       *        ZV(í        pyroBlackbody   Pyro Blackbody   *oplib:/Vop/pyroBlackbody?Vop/pyroBlackbody   VOP_pyroBlackbody           Vop                       ZV(í        
pyroshader   Pyro Shader   $oplib:/Vop/pyroshader?Vop/pyroshader   SHELF_fireball           Vop               (subtype=material shadertype=vopmaterial        §ZV(í          pyroshadercore   Pyro Shader Core   ,oplib:/Vop/pyroshadercore?Vop/pyroshadercore   SHELF_fireball           Vop                       	ZV(í           qrotate   Rotate by Quaternion   oplib:/Vop/qrotate?Vop/qrotate   VOP_qrotate           Vop   vop   VOPall                ZV(í        
quaternion   
Quaternion   $oplib:/Vop/quaternion?Vop/quaternion   VOP_quaternion           Vop   vop   VOPall                ZV(í        rampfilter::2.0   Ramp Filter   .oplib:/Vop/rampfilter::2.0?Vop/rampfilter::2.0   
VOP_aaramp           Vop                       
ZV(í           	raybounce   Ray Bounce Level   "oplib:/Vop/raybounce?Vop/raybounce   VOP_raybounce           Vop   vop   VOPall       (surface photon displace light shadow fog        ZV(í        reflect   Reflect   oplib:/Vop/reflect?Vop/reflect   VOP_reflect           Vop   vop   VOPall       *        ZV(í        renderstate   Render State   &oplib:/Vop/renderstate?Vop/renderstate   VOP_renderstate           Vop   vop   VOPall       (surface photon displace light shadow fog        ZV(í        reshapevalue   Reshape Value   (oplib:/Vop/reshapevalue?Vop/reshapevalue   VOP_reshapevalue           Vop                       ZV(í          restpos   Rest Position   oplib:/Vop/restpos?Vop/restpos   VOP_restpos           Vop   subnet   SUBvop       surface displace light sop pop       ZV(í          shadingnormal   Shading Normal   *oplib:/Vop/shadingnormal?Vop/shadingnormal   VOP_shadingnormal           Vop   vop   VOPall       (surface photon displace light shadow fog        ZV(í        softclip::2.0   	Soft Clip   *oplib:/Vop/softclip::2.0?Vop/softclip::2.0   VOP_contour           Vop                       ZV(í        surfacecolor   Surface Color   (oplib:/Vop/surfacecolor?Vop/surfacecolor   opdef:/Vop/surfacecolor?Icon           Vop               (surface photon displace light shadow fog       ZV(í          surfacemodel   Surface Model   (oplib:/Vop/surfacemodel?Vop/surfacemodel   VOP_surfacemodel           Vop               (surface photon displace light shadow fog       eZV(í       switchlightingbsdf   Switch Lighting BSDF   4oplib:/Vop/switchlightingbsdf?Vop/switchlightingbsdf   VOP_switchlightingbsdf           Vop   vop   VOPall       (surface photon displace light shadow fog        ZV(í        tangentnormals   Tangent Normals   ,oplib:/Vop/tangentnormals?Vop/tangentnormals   VOP_tangentnormals           Vop               !displace fog light shadow surface       ZV(í          testgeometry_rubbertoy   Test Geometry: Rubber Toy   <oplib:/Sop/testgeometry_rubbertoy?Sop/testgeometry_rubbertoy   SOP_testgeometry_rubbertoy           Sop                        ZV(í       texture   Texture   oplib:/Vop/texture?Vop/texture   VOP_texture           Vop   vop   VOPall       	vex* rsl*        ZV(í        thinfilmfresnel   Thin Film Fresnel   .oplib:/Vop/thinfilmfresnel?Vop/thinfilmfresnel   VOP_thinfilmfresnel           Vop               (surface photon displace light shadow fog       ZV(í          	transform   	Transform   "oplib:/Vop/transform?Vop/transform   VOP_transform           Vop   vop   VOPall                ZV(í        	turbnoise   Turbulent Noise   "oplib:/Vop/turbnoise?Vop/turbnoise   VOP_turbnoise           Vop   vop   VOPall                ZV(í        twoway   Two Way Switch   oplib:/Vop/twoway?Vop/twoway   
VOP_twoway           Vop   vop   VOPall       *        ZV(í        unifiednoise::2.0   Unified Noise   2oplib:/Vop/unifiednoise::2.0?Vop/unifiednoise::2.0   VOP_unifiednoise           Vop                       ZV(í           uvcoords   	UV Coords    oplib:/Vop/uvcoords?Vop/uvcoords   VOP_uvcoords           Vop               	vex* rsl*        ZV(í          
uvspacechg   UV Space Change   $oplib:/Vop/uvspacechg?Vop/uvspacechg   VOP_uvspacechg           Vop   vop   VOPall       surface displace light        ZV(í        vecgetcompon   Get Vector Component   (oplib:/Vop/vecgetcompon?Vop/vecgetcompon   VOP_vecgetcompon           Vop   vop   VOPall       *        ZV(í        
vectofloat   Vector to Float   $oplib:/Vop/vectofloat?Vop/vectofloat   VOP_vectofloat           Vop   vop   VOPall       *        ZV(í        volumevopglobal   Volume VOP Global Parameters   .oplib:/Vop/volumevopglobal?Vop/volumevopglobal   VOP_volumevexglobal           Vop               cvex        ZV(í INDX              DialogScript      þZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"addconst"
    script	"addconst"
    label	"addconst"


    code {
	"$added = $val + $addconst;"
    }

    descriptiveparm	addconst

    input	int	val		"Input Value"
    output	int	added		"Input Value + Constant"
    signature	"Integer"		default	{ }
    signature	"Float"			f	{ float float }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"4D Vector"		v4	{ vector4 vector4 }
    signature	"RGB Color"		c	{ color color }
    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }

    parm {
	name	addconst
	label	"Add"
	type	float
	size	1
	default	{ 1.0 }
    }
}
INDX              DialogScript      ÅZ…y# Dialog script for albedo automatically generated

{
    name	albedo
    script	albedo
    label	Albedo

    outercode {
	"#include <voptype.h>"
	"#include <voplib.h>"
	"#include <pbr.h>"
    }

    code {
	"VOPint $components = 0;"
	"if ($diffuse_comp)"
	"    $components |= PBR_DIFFUSE_MASK;"
	"if ($glossy_comp)"
	"    $components |= PBR_GLOSSY_MASK;"
	"if ($volume_comp)"
	"    $components |= PBR_VOLUME_MASK;"
	""
	"VOPvector $ii = ($isconnected_nI != 0) ? $nI : normalize(I);"
	"$albedo = albedo($f, -$ii, $components);"
    }

    input	bsdf	f	BSDF
    input	vector	nI	"Incident Vector"
    output	vector	albedo	Albedo
    inputflags	f	0
    inputflags	nI	0
    signature	"Default Inputs"	default	{ bsdf vector vector }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    group {
	name	"folder0"
	label	"Bounce Components"

	parm {
	    name	"diffuse_comp"
	    label	"Diffuse"
	    type	toggle
	    default	{ "1" }
	    range	{ 0 1 }
	}
	parm {
	    name	"glossy_comp"
	    label	"Glossy"
	    type	toggle
	    default	{ "1" }
	    range	{ 0 1 }
	}
	parm {
	    name	"volume_comp"
	    label	"Volume"
	    type	toggle
	    default	{ "0" }
	    range	{ 0 1 }
	}
    }

}
INDX              Contents       WZV(¢   DialogScript   W  ¯Pæ3Â0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! /*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"alphamix"
    script	"alphamix"
    label	"alphamix"


    input       vector  I       "Direction From Eye To Surface"
    input       normal  N       "Surface Normal"
    VOP_FLT_INPUT(	apara,	"Alpha Para",	0.3)
    VOP_FLT_INPUT(	aperp,	"Alpha Perp",	0)
    VOP_FLT_INPUT_R(	aroll,	"Alpha Roll",	0.025, 0.02, 0.1)
}
INDX              Contents       WZV(¢   DialogScript   W  WYÁð0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for attribwrangle automatically generated 06/09/16 15:22:24

{
    name	attribwrangle
    script	attribwrangle
    label	"Attribute Wrangle"

    help {
	""
    }

    inputlabel	1	"Geometry to Process with Wrangle"
    inputlabel	2	"Ancillary Input, point(1, ...) to Access"
    inputlabel	3	"Ancillary Input, point(2, ...) to Access"
    inputlabel	4	"Ancillary Input, point(3, ...) to Access"

    group {
	name	"folder0"
	label	"Code"

	parm {
	    name	"group"
	    label	"Group"
	    type	string
	    default	{ "" }
	    menutoggle	{
		[ "opmenu -l attribvop1 bindgroup" ]
	    }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	    parmtag	{ "script_action" "import soputils\nkwargs['geometrytype'] = kwargs['node'].parmTuple('grouptype')\nkwargs['inputindex'] = 0\nsoputils.selectGroupParm(kwargs)" }
	    parmtag	{ "script_action_help" "Select geometry from an available viewport." }
	    parmtag	{ "script_action_icon" "BUTTONS_reselect" }
	    bindselector points "Modify Points"
	        "Select the points to affect and press Enter to complete."
	        0 1 0xffffffff 0 grouptype 0
	}
	parm {
	    name	"grouptype"
	    label	"Group Type"
	    type	ordinal
	    default	{ "guess" }
	    menu	{
		"guess"	"Guess from Group"
		"vertices"	"Vertices"
		"edges"	"Edges"
		"points"	"Points"
		"prims"	"Primitives"
	    }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	parm {
	    name	"class"
	    label	"Run Over"
	    type	ordinal
	    default	{ "point" }
	    menu	{
		"detail"	"Detail (only once)"
		"primitive"	"Primitives"
		"point"	"Points"
		"vertex"	"Vertices"
		"number"	"Numbers"
	    }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	parm {
	    name	"vex_numcount"
	    label	"Number Count"
	    type	integer
	    default	{ "10" }
	    hidewhen	"{ class != number }"
	    range	{ 0! 10000 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	parm {
	    name	"vex_threadjobsize"
	    label	"Thread Job Size"
	    type	integer
	    default	{ "1024" }
	    hidewhen	"{ class != number }"
	    range	{ 1! 10000 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	parm {
	    name	"snippet"
	    label	"VEXpression"
	    type	string
	    default	{ "" }
	    menureplace	{
		[ "import vexpressionmenu" ]
		[ "" ]
		[ "return vexpressionmenu.buildSnippetMenu('attribwrangle/snippet')" ]
		language	python
	    }
	    range	{ 0 1 }
	    export	all
	    parmtag	{ "autoscope" "0000000000000000" }
	    parmtag	{ "editor" "1" }
	    parmtag	{ "editorlang" "VEX" }
	    parmtag	{ "editorlines" "8-30" }
	    parmtag	{ "script_action" "import vexpressionmenu\n\nnode = kwargs['node']\nparmname = 'snippet'\n\nvexpressionmenu.createSpareParmsFromChCalls(node, parmname)" }
	    parmtag	{ "script_action_help" "Creates spare parameters for each unique call of ch() " }
	    parmtag	{ "script_action_icon" "BUTTONS_create_parm_from_ch" }
	}
	parm {
	    name	"exportlist"
	    label	"Attributes to Create"
	    type	string
	    default	{ "*" }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	parm {
	    name	"vex_strict"
	    label	"Enforce Prototypes"
	    type	toggle
	    default	{ "off" }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	    parmtag	{ "script_callback" "" }
	}
    }

    group {
	name	"folder0_1"
	label	"Bindings"

	parm {
	    name	"autobind"
	    label	"Autobind by Name"
	    type	toggle
	    default	{ "on" }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	multiparm {
	    name	"bindings"
	    label	"Number of Bindings"
	    default	0
	    parmtag	{ "autoscope" "0000000000000000" }
	    parmtag	{ "multistartoffset" "1" }

	    parm {
		name	"bindname#"
		label	"Attribute Name"
		type	string
		default	{ "" }
		range	{ 0 1 }
	    }
	    parm {
		name	"bindparm#"
		label	"VEX Parameter"
		type	string
		default	{ "" }
		range	{ 0 1 }
	    }
	}

	parm {
	    name	"groupautobind"
	    label	"Autobind Groups by Name"
	    type	toggle
	    default	{ "on" }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	multiparm {
	    name	"groupbindings"
	    label	"Group Bindings"
	    default	0
	    parmtag	{ "autoscope" "0000000000000000" }
	    parmtag	{ "multistartoffset" "1" }

	    parm {
		name	"bindgroupname#"
		label	"Group Name"
		type	string
		default	{ "" }
		range	{ 0 1 }
	    }
	    parm {
		name	"bindgroupparm#"
		label	"VEX Parameter"
		type	string
		default	{ "" }
		range	{ 0 1 }
	    }
	}

	parm {
	    name	"vex_cwdpath"
	    label	"Evaluation Node Path"
	    type	oppath
	    default	{ "." }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	    parmtag	{ "oprelative" "." }
	}
	parm {
	    name	"vex_outputmask"
	    label	"Export Parameters"
	    type	string
	    default	{ "*" }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	parm {
	    name	"vex_updatenmls"
	    label	"Update Normals If Displaced"
	    type	toggle
	    default	{ "off" }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	    parmtag	{ "script_callback" "" }
	}
	parm {
	    name	"vex_matchattrib"
	    label	"Attribute to Match"
	    type	string
	    default	{ "id" }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	parm {
	    name	"vex_inplace"
	    label	"Compute Results In Place"
	    type	toggle
	    default	{ "off" }
	    range	{ 0 1 }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
	parm {
	    name	"vex_selectiongroup"
	    label	"Output Selection Group"
	    type	string
	    default	{ "" }
	    parmtag	{ "autoscope" "0000000000000000" }
	}
    }

}
INDX              DialogScript      	ÿZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"clamp"
    script	"clamp"
    label	"clamp"


    code {
	"$clamp = clamp($val, $min, $max);"
    }

    input	float	val	"Input Value"
    input	float	min	"Minimum Value"
    input	float	max	"Maximum Value"
    output	float	clamp	"Clamped Value"

    signature	"Float"			default	{ }
    signature	"Integer"		i  { int int int int }
    signature	"2D Vector"		u  { vector2 vector2 vector2 vector2 }
    signature	"3D Vector"		v  { vector vector vector vector }
    signature	"3D Point"		p  { point point point point }
    signature	"3D Normal"		n  { normal normal normal normal }
    signature	"RGB Color"		c  { color color color color }
    signature	"4D Vector"		v4 { vector4 vector4 vector4 vector4 }
    
    signature	"Uniform Float"		uf { ufloat ufloat ufloat ufloat }
    signature	"Uniform 3D Vector"	uv { uvector uvector uvector uvector }
    signature	"Uniform 3D Point"	up { upoint upoint upoint upoint }
    signature	"Uniform 3D Normal"	un { unormal unormal unormal unormal }
    signature	"Uniform RGB Color"	uc { ucolor ucolor ucolor ucolor }

    VOP_FLT_PARM(min, "Min", 0)
    VOP_FLT_PARM(max, "Max", 1)
    VOP_INT_PARM(min_i, "Min", 0)
    VOP_INT_PARM(max_i, "Max", 1)
    VOP_VEC2_PARM(min_u, "Min", 0, 0)
    VOP_VEC2_PARM(max_u, "Max", 1, 1)
    VOP_VEC_PARM(min_v, "Min", 0, 0, 0)
    VOP_VEC_PARM(max_v, "Max", 1, 1, 1)
    VOP_VEC_PARM(min_p, "Min", 0, 0, 0)
    VOP_VEC_PARM(max_p, "Max", 1, 1, 1)
    VOP_VEC_PARM(min_n, "Min", 0, 0, 0)
    VOP_VEC_PARM(max_n, "Max", 1, 1, 1)
    VOP_CLR_PARM(min_c, "Min", 0, 0, 0)
    VOP_CLR_PARM(max_c, "Max", 1, 1, 1)
    VOP_CLR4_PARM(min_v4, "Min", 0, 0, 0, 0)
    VOP_CLR4_PARM(max_v4, "Max", 1, 1, 1, 1)
    VOP_FLT_PARM(min_uf, "Min", 0)
    VOP_FLT_PARM(max_uf, "Max", 1)
    VOP_VEC_PARM(min_uv, "Min", 0, 0, 0)
    VOP_VEC_PARM(max_uv, "Max", 1, 1, 1)
    VOP_VEC_PARM(min_up, "Min", 0, 0, 0)
    VOP_VEC_PARM(max_up, "Max", 1, 1, 1)
    VOP_VEC_PARM(min_un, "Min", 0, 0, 0)
    VOP_VEC_PARM(max_un, "Max", 1, 1, 1)
    VOP_CLR_PARM(min_uc, "Min", 0, 0, 0)
    VOP_CLR_PARM(max_uc, "Max", 1, 1, 1)

    group { name "gs" obsolete 12.0 }
    group { name "gv" obsolete 12.0 }
    group { name "gu" obsolete 12.0 }
}
INDX              DialogScript       Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"complement"
    script	"complement"
    label	"complement"

    code {
	"$complem = -$val;"
	"$complem += 1;"
    }

    input	float	val	"Input Value"
    output	float	complem	"Complement: 1 - Input Value"

    signature	"Float"			default	{ }
    signature	"Integer"		i	{ int int }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"RGB Color"		c	{ color color }
    signature	"4D Vector"		v4	{ vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }

    VOP_FLT_PARM(val,   "Value", 1)
    VOP_INT_PARM(val_i, "Value", 1)
    VOP_VEC2_PARM(val_u, "Value", 1, 1)
    VOP_VEC_PARM(val_v, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_p, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_n, "Value", 1, 1, 1)
    VOP_CLR_PARM(val_c, "Value", 1, 1, 1)
    VOP_VEC4_PARM(val_v4,"Value", 1, 1, 1, 1)
    VOP_FLT_PARM(val_uf, "Value", 1)
    VOP_VEC_PARM(val_uv, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_up, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_un, "Value", 1, 1, 1)
    VOP_CLR_PARM(val_uc, "Value", 1, 1, 1)

    group { name "gv" obsolete 12.0 }
    group { name "gu" obsolete 12.0 }
}
INDX              Contents       WZV(¢   DialogScript   W  îTÂã0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for computelighting automatically generated 01/23/15 10:56:51

{
    name	computelighting
    script	computelighting
    label	"Compute Lighting"

    input	bsdf	F	F
    input	vector	Of	"Surface Opacity"
    input	vector	Ce	Ce
    output	vector	Cf	Cf
    inputflags	F	0
    inputflags	Of	0
    inputflags	Ce	0
    signature	"Default Inputs"	default	{ bsdf vector vector vector }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
	name	"Of"
	label	"Surface Opacity"
	type	float
	invisible
	size	3
	default	{ "1" "1" "1" }
	range	{ 0 10 }
	export	none
    }
    parm {
	name	"Ce"
	label	"Ce"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	export	none
    }
}
INDX              Contents       WZV(£   DialogScript   W  Z…x0707070000010000000006660000000000000000010000001322542424300001300000000000TRAILER!!! # Dialog script for computelighting::2.0 automatically generated

{
    name	computelighting::2.0
    script	computelighting
    label	"Compute Lighting"

    input	struct_ShaderLayer	layer	Layer
    input	bsdf	F	F
    input	color	Of	"Surface Opacity"
    input	color	Ce	Ce
    output	vector	Cf	Cf
    output	vector	out_Of	out_Of
    output	bsdf	out_F	out_F
    inputflags	layer	0
    inputflags	F	0
    inputflags	Of	0
    inputflags	Ce	0
    signature	"Default Inputs"	default	{ struct_ShaderLayer bsdf color color vector vector bsdf }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"Of"
	label	"Surface Opacity"
	type	color
	invisible
	size	3
	default	{ "1" "1" "1" }
	range	{ 0 10 }
    }
    parm {
	name	"Ce"
	label	"Ce"
	type	color
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
    }
    parm {
	name	"description"
	label	"Description"
	type	string
	invisible
	default	{ "" }
	range	{ 0 1 }
    }
}
INDX              Contents       WZV(¢   DialogScript   W  DZ…x0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for computetan automatically generated

{
    name	computetan
    script	computetan
    label	"Compute Tangents"

    outercode {
	"#include \"voplib.h\""
    }

    input	string	tstyle	"Tangent Style"
    input	vector	uv	Parameter
    input	vector	N	"Surface Normal"
    input	vector	utan	"U Tangent"
    input	vector	vtan	"V Tangent"
    input	float	angle	Angle
    output	vector	_utan	"U Tangent"
    output	vector	_vtan	"V Tangent"
    inputflags	tstyle	0
    inputflags	uv	0
    inputflags	N	0
    inputflags	utan	0
    inputflags	vtan	0
    inputflags	angle	0
    signature	"Default Inputs"	default	{ string vector vector vector vector float vector vector }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
	name	"tstyle"
	label	"Tangent Style"
	type	string
	default	{ "geo" }
	menu	{
	    "geo"	"Use Geometric Tangents"
	    "world"	"Intrinsic World Space"
	    "object"	"Intrinsic Object Space"
	    "uv"	"Compute From UV"
	    "inputs"	"Use Connected utan, vtan"
	}
	range	{ 0 1 }
    }
}
INDX              Contents       WZV(¢   DialogScript   W  §Z…x0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for conserveenergy automatically generated

{
    name	conserveenergy
    script	conserveenergy
    label	"Conserve Energy"

    code {
	""
    }

    input	bsdf	f	BSDF
    output	bsdf	_f	f
    output	float	scale	scale
    inputflags	f	0
    signature	"Default Inputs"	default	{ bsdf bsdf float }

    outputoverrides	default
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
    }

    help {
	""
    }

}
INDX              DialogScript      ƒU[ú# Dialog script for contour::2.0 automatically generated 05/19/15 11:40:10

{
    name	contour::2.0
    script	contour
    label	Contour

    outercode {
	"#include <pyro_utils.h>"
    }

    code {
	"// Determine the filter size"
	"if($ftype != \"point\")"
	"{"
	"    float $fwidth;"
	"    if($isconnected_fw)"
	"        $fwidth = $fw;"
	"    else"
	"        $fwidth = VOPFW($val);"
	"    float $fsize = abs($fwidth*$fscale);"
	"    $cval = contour($val,max(0,$width),max(0,$sharp),0.0);"
	"}"
	"else"
	"{"
	"    $cval = contour($val,max(0,$width),max(0,$sharp));"
	"}"
    }

    input	float	val	"Value to Modify"
    input	float	width	Width
    input	float	sharp	Sharpness
    input	string	ftype	Filter
    input	float	fw	"Filter Width Override"
    input	float	fscale	Scale
    output	float	cval	"Modified Value"
    inputflags	val	0
    inputflags	width	0
    inputflags	sharp	0
    inputflags	ftype	0
    inputflags	fw	0
    inputflags	fscale	0
    signature	"Default Inputs"	default	{ float float float string float float float }
    signature	"3D Value"	v	{ vector float float string float float vector }
    signature	"4D Value"	p	{ vector4 float float string float float vector4 }

    outputoverrides	default
    {
	___begin	auto
			(0)
    }
    outputoverrides	v
    {
	___begin	auto
			(0,0,0)
    }
    outputoverrides	p
    {
	___begin	auto
			(0,0,0,0)
    }

    help {
	""
    }

    parm {
	name	"signature"
	baseparm
	label	"Signature"
	export	none
    }
    parm {
	name	"width"
	label	"Width"
	type	float
	default	{ "0.01" }
	disablewhen	"{ active == 0 }"
	range	{ 0! 0.1 }
	export	none
    }
    parm {
	name	"sharp"
	label	"Sharpness"
	type	float
	default	{ "4" }
	disablewhen	"{ active == 0 }"
	range	{ 0! 10 }
	export	none
    }
    parm {
	name	"ftype"
	label	"Filter"
	type	string
	joinnext
	default	{ "point" }
	disablewhen	"{ active == 0 }"
	menu	{
	    "point"	"Point"
	    "box"	"Box"
	    "gauss"	"Gaussian"
	}
	range	{ 0 1 }
	export	none
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"fscale"
	label	"Scale"
	type	float
	default	{ "1" }
	disablewhen	"{ active == 0 } { ftype == point }"
	range	{ 0 2 }
	export	none
    }
}
INDX              DialogScript      ïZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"cosine"
    script	"cosine"
    label	"cosine"

    outercode {
	"#include <voplib.h>"
    }

    code {
	"$cosine = vop_cos($rad);"
    }

    input	float	rad	"Radians"
    output	float	cosine	"Output Value"

    signature	"Float"			default	{ }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"RGB Color"		c	{ color color }
    signature	"4D Vector"		v4	{ vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }

    VOP_FLT_PARM(rad,	"Radians", 0)
    VOP_VEC2_PARM(rad_u,	"Radians", 0, 0)
    VOP_VEC_PARM(rad_v,	"Radians", 0, 0, 0)
    VOP_VEC_PARM(rad_p,	"Radians", 0, 0, 0)
    VOP_VEC_PARM(rad_n,	"Radians", 0, 0, 0)
    VOP_VEC_PARM(rad_c,	"Radians", 0, 0, 0)
    VOP_VEC4_PARM(rad_v4, "Radians", 0, 0, 0, 0)
    VOP_FLT_PARM(rad_uf, "Radians", 0)
    VOP_VEC_PARM(rad_uv, "Radians", 0, 0, 0)
    VOP_VEC_PARM(rad_up, "Radians", 0, 0, 0)
    VOP_VEC_PARM(rad_un, "Radians", 0, 0, 0)
    VOP_VEC_PARM(rad_uc, "Radians", 0, 0, 0)

    group { name "gv" obsolete 12.0 }
    group { name "gu" obsolete 12.0 }
}
INDX              DialogScript      Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"ctransform"
    script	"ctransform"
    label	"ctransform"


    code {
	"$to = ctransform($fromspace, $tospace, $from);"
    }

    input	vector	from		"Source Color"
    input	string	fromspace	"From Space"
    input	string	tospace		"To Space"
    output	vector	to		"New Color"

    parm {
        name	from
        label   "Source Color"
        type    float
	size	3
        default { 0.0 0.0 0.0 }
    }
    parm {
        name	fromspace
        label   "From Space"
        type    string
        default { "cspace:rgb" }
	menu {
	    "cspace:rgb"	"RGB"
	    "cspace:hsl"	"HSL"
	    "cspace:hsv"	"HSV"
	    "cspace:XYZ"	"XYZ"
	    "cspace:Lab"	"Lab"
	    "cspace:tmi"	"TMI"
	}
    }
    parm {
	name	tospace
	label	"To Space"
        type    string
	default	{ "cspace:XYZ" }
	menu {
	    "cspace:rgb"	"RGB"
	    "cspace:hsl"	"HSL"
	    "cspace:hsv"	"HSV"
	    "cspace:XYZ"	"XYZ"
	    "cspace:Lab"	"Lab"
	    "cspace:tmi"	"TMI"
	}
    }
}
INDX              DialogScript      ¯Z…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"degtorad"
    script	"degtorad"
    label	"degtorad"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$rad = vop_radians($deg);"
    }

    input	float	deg	"Degrees"
    output	float	rad	"Radians"
    signature	"Float"			default	{ }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"RGB Color"		c	{ color color }
    signature	"4D Vector"		v4	{ vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }

    VOP_FLT_PARM_R(deg,   "Degrees", 0, 0, 360)
    VOP_VECTOR2_PARM(float, deg_u, "Degrees", 0, 0, 0, 360)
    VOP_VECTOR_PARM(float, deg_v, "Degrees", 0, 0, 0, 0, 360)
    VOP_VECTOR_PARM(float, deg_p, "Degrees", 0, 0, 0, 0, 360)
    VOP_VECTOR_PARM(float, deg_n, "Degrees", 0, 0, 0, 0, 360)
    VOP_VECTOR_PARM(color, deg_c, "Degrees", 0, 0, 0, 0, 360)
    VOP_VECTOR4_PARM(float, deg_v4,"Degrees", 0, 0, 0, 1, 0, 360)
    VOP_FLT_PARM_R(deg_uf, "Degrees", 0, 0, 360)
    VOP_VECTOR_PARM(float, deg_uv, "Degrees", 0, 0, 0, 0, 360)
    VOP_VECTOR_PARM(float, deg_up, "Degrees", 0, 0, 0, 0, 360)
    VOP_VECTOR_PARM(float, deg_un, "Degrees", 0, 0, 0, 0, 360)
    VOP_VECTOR_PARM(color, deg_uc, "Degrees", 0, 0, 0, 0, 360)

    group { name "gv" obsolete 12.0 }
    group { name "gu" obsolete 12.0 }
}
INDX              DialogScript      ÁZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"displacenml"
    script	"displacenml"
    label	"displacenml"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"vop_displaceAlongNormal(($isconnected_P != 0) ? $P : P,"
	"			 ($isconnected_nN != 0) ? $nN : normalize(N),"
	"			 $amount, $scale, $sshear, $tshear,"
	"			 $polys, $objspace, $bump, $dispP, $dispN);"
    }

    input	point	P	"Position"
    input	normal	nN	"Normal Vector"
    VOP_FLT_INPUT(	amount,	"Displacement Amount",	0)
    VOP_FLT_INPUT_R(	scale,	"Scale",	1, -1, 1)
    VOP_FLT_INPUT_R(	sshear,	"S Shear",	0, -1, 1)
    VOP_FLT_INPUT_R(	tshear,	"T Shear",	0, -1, 1)
    VOP_TOGGLE_INPUT(	polys,	"Ensure Proper Smooth-Shading Of Polygons", 1)
    VOP_TOGGLE_INPUT(	objspace,	"Object Space",	0)
    VOP_TOGGLE_INPUT(	bump,	"Bump Only",	0)
    output	point	dispP	"Displaced Position"
    output	normal	dispN	"Displaced Normal"
}
INDX              DialogScript      !Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"divconst"
    script	"divconst"
    label	"divconst"


    code {
	"$scaled = $val * (1.0 / $divconst);"
    }

    descriptiveparm	divconst

    input	float	val		"Input Value"
    output	float	scaled		"Input Value / Constant"
    signature	"Float"			default	{ }
    signature	"Integer"		i	{ int int }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"RGB Color"		c	{ color color }
    signature	"4D Vector"		v4	{ vector4 vector4 }
    signature	"BSDF"			b	{ bsdf bsdf }

    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }

    VOP_FLT_PARM(divconst, "Divider", 1)
}

INDX              DialogScript      þZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"dot"
    script	"dot"
    label	"dot"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$dotprod = vop_dot($vec1, $vec2);"
    }

    input	vector	vec1	"Vector 1"
    input	vector	vec2	"Vector 2"
    output	float	dotprod	"Dot Product"

    VOP_VEC_PARM(vec1, "Vector 1", 1, 0, 0)
    VOP_VEC_PARM(vec2, "Vector 2", 0, 1, 0)
    VOP_CLR_PARM(vec1_c, "Color 1", 1, 0, 0)
    VOP_CLR_PARM(vec2_c, "Color 2", 0, 1, 0)
    VOP_VEC_PARM(vec1_uv, "Vector 1", 1, 0, 0)
    VOP_VEC_PARM(vec2_uv, "Vector 2", 0, 1, 0)
    VOP_CLR_PARM(vec1_uc, "Color 1", 1, 0, 0)
    VOP_CLR_PARM(vec2_uc, "Color 2", 0, 1, 0)

    signature	"3D Vector"		default	{ }
    signature	"3D Vector/Point"	vp	{ vector point float }
    signature	"3D Vector/Normal"	vn	{ vector normal float }
    signature	"3D Point/Vector"	pv	{ point vector float }
    signature	"3D Point/Point"	pp	{ point point float }
    signature	"3D Point/Normal"	pn	{ point normal float }
    signature	"3D Normal/Vector"	nv	{ normal vector float }
    signature	"3D Normal/Point"	np	{ normal point float }
    signature	"3D Normal/Normal"	nn	{ normal normal float }
    signature	"RGB Color"		c	{ color color float }

    signature	"Uniform 3D Vector"	   uv	{ uvector uvector ufloat }
    signature	"Uniform 3D Vector/Point"  vp	{ uvector upoint ufloat }
    signature	"Uniform 3D Vector/Normal" vn	{ uvector unormal ufloat }
    signature	"Uniform 3D Point/Vector"  pv	{ upoint uvector ufloat }
    signature	"Uniform 3D Point/Point"   pp	{ upoint upoint ufloat }
    signature	"Uniform 3D Point/Normal"  pn	{ upoint unormal ufloat }
    signature	"Uniform 3D Normal/Vector" nv	{ unormal uvector ufloat }
    signature	"Uniform 3D Normal/Point"  np	{ unormal upoint ufloat }
    signature	"Uniform 3D Normal/Normal" nn	{ unormal unormal ufloat }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor ufloat }

    group { name "gv" obsolete 12.0 }
    group { name "gu" obsolete 12.0 }
}
INDX              DialogScript      BV1ö8# Dialog script for dualrestsolver::2.0 automatically generated 10/29/15 11:34:32

{
    name	dualrestsolver::2.0
    script	dualrestsolver
    label	"Dual Rest Solver"

    outercode {
	"// Include all of pyro so the vex expressions "
	"// have access to the whole library"
	"#include <pyro.h>"
    }

    code {
	"vector $pfail = $fail_fail;"
	""
	"#if defined(VOP_SHADING)"
	"   $pfail  = $fail_shading;"
	"#else"
	"   #if defined(VOP_COP) || defined(VOP_COP2)"
	"      $pfail  = $fail_cop;"
	"   #elif defined(VOP_POP) || defined(VOP_SOP)"
	"      $pfail  = $fail_sop;"
	"   #elif defined(VOP_CHOP)"
	"      $pfail  = $fail_chop;"
	"   #elif defined(VOP_CVEX)"
	"      $pfail  = $fail_cvex;"
	"   #endif"
	"#endif"
	""
	"#if defined(VOP_SHADING) || defined(VOP_SOP) || defined(VOP_POP) || defined(VOP_CVEX)"
	"   $Prest        = $bound_rest        ? $rest       : $pfail;"
	"   $Prest_ratio  = $bound_rest_ratio  ? rrinterp($rest_ratio,$restinterp) : 1;"
	"   if($bound_rest2 && $bound_rest2_ratio) {"
	"      $Prest2       = $rest2;"
	"      $Prest2_ratio = rrinterp($rest2_ratio,$restinterp);"
	"   } else {"
	"      $Prest2       = $pfail;"
	"      $Prest2_ratio = 0;"
	"   }"
	"#else"
	"   $Prest        = $pfail;"
	"   $Prest_ratio  = 1;"
	"   $Prest2       = $pfail;"
	"   $Prest2_ratio = 0;"
	"#endif"
	""
	"$dualrest.rest = $Prest;"
	"$dualrest.rest_ratio = $Prest_ratio;"
	"$dualrest.rest2 = $Prest2;"
	"$dualrest.rest2_ratio = $Prest2_ratio;"
    }

    input	int	restinterp	Interpolation
    input	vector	rest	"Rest Position 1"
    input	int	bound_rest	"Whether Rest Position 1 Is Bound"
    input	float	rest_ratio	"Rest1 Ratio"
    input	int	bound_rest_ratio	"Whether Rest Ratio 1 Is Bound"
    input	vector	rest2	"Rest Position 2"
    input	int	bound_rest2	"Whether Rest Position 2 Is Bound"
    input	float	rest2_ratio	"Rest2 Ratio"
    input	int	bound_rest2_ratio	"Whether Rest Ratio 2 Is Bound"
    output	struct_DualRest	dualrest	"Dual Rest"
    output	vector	Prest	"Final Rest1"
    output	float	Prest_ratio	"Final Rest1 Ratio"
    output	vector	Prest2	"Final Rest2"
    output	float	Prest2_ratio	"Final Rest2 Ratio"
    inputflags	restinterp	0
    inputflags	rest	0
    inputflags	bound_rest	0
    inputflags	rest_ratio	0
    inputflags	bound_rest_ratio	0
    inputflags	rest2	0
    inputflags	bound_rest2	0
    inputflags	rest2_ratio	0
    inputflags	bound_rest2_ratio	0
    signature	"Default Inputs"	default	{ int vector int float int vector int float int struct_DualRest vector float vector float }

    outputoverrides	default
    {
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"restinterp"
	label	"Ratio Interpolation"
	type	ordinal
	default	{ "0" }
	menu	{
	    "0"	"Unmodified (Linear)"
	    "1"	"Cubic"
	    "2"	"Cosine"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"fallback_label"
	label	"fallback_label"
	type	label
	nolabel
	default	{ "Fallback Rest Position Upon Failure (VEX):" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"fail_shading"
	label	"SHADING Contexts"
	type	string
	default	{ "ptransform(\"space:object\",P)" }
	range	{ 0 1 }
	export	none
	unquoted
    }
    parm {
	name	"fail_cop"
	label	"COP|COP2 Contexts"
	type	string
	default	{ "set(X,Y,0)" }
	range	{ 0 1 }
	export	none
	unquoted
    }
    parm {
	name	"fail_sop"
	label	"SOP|POP Contexts"
	type	string
	default	{ "P" }
	range	{ 0 1 }
	export	none
	unquoted
    }
    parm {
	name	"fail_chop"
	label	"CHOP Context"
	type	string
	default	{ "set((float)I/SR,V,0)" }
	range	{ 0 1 }
	export	none
	unquoted
    }
    parm {
	name	"fail_cvex"
	label	"CVEX Context"
	type	string
	default	{ "0" }
	range	{ 0 1 }
	export	none
	unquoted
    }
    parm {
	name	"fail_fail"
	label	"Unknown Context"
	type	string
	default	{ "0" }
	range	{ 0 1 }
	export	none
	unquoted
    }
}
INDX              DialogScript      ÙZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"efit"
    script	"efit"
    label	"efit"

    outercode {
	INCLUDE_VOPLIB
	"#include <pyro_math.h>"
    }

    code {
	"$shift = efit($val, $srcmin, $srcmax, $destmin, $destmax);"
    }

    input	float	val	"Input Value"
    input	float	srcmin	"Minimum Value In Source Range"
    input	float	srcmax	"Maximum Value In Source Range"
    input	float	destmin	"Minimum Value In Destination Range"
    input	float	destmax	"Maximum Value In Destination Range"
    output	float	shift	"Shifted Value"

    signature	"Float" 		default { }
    signature	"2D Vector" 		v2	{ vector2 vector2 vector2 vector2 vector2 vector2 }
    signature	"3D Vector" 		v	{ vector vector vector vector vector vector }
    signature	"3D Point"		p	{ point point point point point point }
    signature	"3D Normal"		n	{ normal normal normal normal normal normal }
    signature	"RGB Color"		c	{ color color color color color color }
    signature	"4D Vector"		v4	{ vector4 vector4 vector4 vector4 vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat ufloat ufloat ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector uvector uvector uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint upoint upoint upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal unormal unormal unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor ucolor ucolor ucolor ucolor }

    VOP_FLT_PARM(srcmin,	"Source Min", 0)
    VOP_FLT_PARM(srcmax,	"Source Max", 1)
    VOP_FLT_PARM(destmin,	"Destination Min", 0)
    VOP_FLT_PARM(destmax,	"Destination Max", 1)

    VOP_VEC2_PARM(srcmin_v2,	"Source Min", 0, 0)
    VOP_VEC2_PARM(srcmax_v2,	"Source Max", 1, 1)
    VOP_VEC2_PARM(destmin_v2,	"Destination Min", 0, 0)
    VOP_VEC2_PARM(destmax_v2,	"Destination Max", 1, 1)

    VOP_VEC_PARM(srcmin_v,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_v,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_v,	"Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_v,	"Destination Max", 1, 1, 1)

    VOP_VEC_PARM(srcmin_p,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_p,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_p,	"Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_p,	"Destination Max", 1, 1, 1)

    VOP_VEC_PARM(srcmin_n,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_n,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_n,	"Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_n,	"Destination Max", 1, 1, 1)

    VOP_CLR_PARM(srcmin_c,	"Source Min", 0, 0, 0)
    VOP_CLR_PARM(srcmax_c,	"Source Max", 1, 1, 1)
    VOP_CLR_PARM(destmin_c,	"Destination Min", 0, 0, 0)
    VOP_CLR_PARM(destmax_c,	"Destination Max", 1, 1, 1)

    VOP_VEC4_PARM(srcmin_v4, "Source Min", 0, 0, 0, 0)
    VOP_VEC4_PARM(srcmax_v4, "Source Max", 1, 1, 1, 1)
    VOP_VEC4_PARM(destmin_v4, "Destination Min", 0, 0, 0, 0)
    VOP_VEC4_PARM(destmax_v4, "Destination Max", 1, 1, 1, 1)

    VOP_FLT_PARM(srcmin_uf,	"Source Min", 0)
    VOP_FLT_PARM(srcmax_uf,	"Source Max", 1)
    VOP_FLT_PARM(destmin_uf, "Destination Min", 0)
    VOP_FLT_PARM(destmax_uf, "Destination Max", 1)

    VOP_VEC_PARM(srcmin_uv,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_uv,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_uv, "Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_uv, "Destination Max", 1, 1, 1)

    VOP_VEC_PARM(srcmin_up,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_up,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_up, "Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_up, "Destination Max", 1, 1, 1)

    VOP_VEC_PARM(srcmin_un,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_un,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_un, "Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_un, "Destination Max", 1, 1, 1)

    VOP_CLR_PARM(srcmin_uc,	"Source Min", 0, 0, 0)
    VOP_CLR_PARM(srcmax_uc,	"Source Max", 1, 1, 1)
    VOP_CLR_PARM(destmin_uc, "Destination Min", 0, 0, 0)
    VOP_CLR_PARM(destmax_uc, "Destination Max", 1, 1, 1)
}
INDX              DialogScript      ÈZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"exp"
    script	"exp"
    label	"exp"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$exp = vop_exp($val);"
    }

    input	float	val	"Input Value"
    output	float	exp	"Exponent Value"

    signature	"Float"			default	{ }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"RGB Color"		c	{ color color }
    signature	"4D Vector"		v4	{ vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }

    VOP_FLT_PARM(val,   "Value", 1)
    VOP_VEC2_PARM(val_u, "Value", 1, 1)
    VOP_VEC_PARM(val_v, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_p, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_n, "Value", 1, 1, 1)
    VOP_CLR_PARM(val_c, "Value", 1, 1, 1)
    VOP_VEC4_PARM(val_v4,"Value", 1, 1, 1, 1)
    VOP_FLT_PARM(val_uf, "Value", 1)
    VOP_VEC_PARM(val_uv, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_up, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_un, "Value", 1, 1, 1)
    VOP_CLR_PARM(val_uc, "Value", 1, 1, 1)

    group { name "gv" obsolete 12.0 }
    group { name "gu" obsolete 12.0 }
}
INDX              DialogScript      YZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"fit"
    script	"fit"
    label	"fit"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$shift = vop_fit($val, $srcmin, $srcmax, $destmin, $destmax);"
    }

    input	float	val	"Input Value"
    input	float	srcmin	"Minimum Value In Source Range"
    input	float	srcmax	"Maximum Value In Source Range"
    input	float	destmin	"Minimum Value In Destination Range"
    input	float	destmax	"Maximum Value In Destination Range"
    output	float	shift	"Shifted Value"

    signature	"Float" 		default { }
    signature	"2D Vector" 		v2	{ vector2 vector2 vector2 vector2 vector2 vector2 }
    signature	"3D Vector" 		v	{ vector vector vector vector vector vector }
    signature	"3D Point"		p	{ point point point point point point }
    signature	"3D Normal"		n	{ normal normal normal normal normal normal }
    signature	"RGB Color"		c	{ color color color color color color }
    signature	"4D Vector"		v4	{ vector4 vector4 vector4 vector4 vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat ufloat ufloat ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector uvector uvector uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint upoint upoint upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal unormal unormal unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor ucolor ucolor ucolor ucolor }

    VOP_FLT_PARM(srcmin,	"Source Min", 0)
    VOP_FLT_PARM(srcmax,	"Source Max", 1)
    VOP_FLT_PARM(destmin,	"Destination Min", 0)
    VOP_FLT_PARM(destmax,	"Destination Max", 1)

    VOP_VEC2_PARM(srcmin_v2,	"Source Min", 0, 0)
    VOP_VEC2_PARM(srcmax_v2,	"Source Max", 1, 1)
    VOP_VEC2_PARM(destmin_v2,	"Destination Min", 0, 0)
    VOP_VEC2_PARM(destmax_v2,	"Destination Max", 1, 1)

    VOP_VEC_PARM(srcmin_v,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_v,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_v,	"Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_v,	"Destination Max", 1, 1, 1)

    VOP_VEC_PARM(srcmin_p,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_p,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_p,	"Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_p,	"Destination Max", 1, 1, 1)

    VOP_VEC_PARM(srcmin_n,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_n,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_n,	"Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_n,	"Destination Max", 1, 1, 1)

    VOP_CLR_PARM(srcmin_c,	"Source Min", 0, 0, 0)
    VOP_CLR_PARM(srcmax_c,	"Source Max", 1, 1, 1)
    VOP_CLR_PARM(destmin_c,	"Destination Min", 0, 0, 0)
    VOP_CLR_PARM(destmax_c,	"Destination Max", 1, 1, 1)

    VOP_VEC4_PARM(srcmin_v4, "Source Min", 0, 0, 0, 0)
    VOP_VEC4_PARM(srcmax_v4, "Source Max", 1, 1, 1, 1)
    VOP_VEC4_PARM(destmin_v4, "Destination Min", 0, 0, 0, 0)
    VOP_VEC4_PARM(destmax_v4, "Destination Max", 1, 1, 1, 1)

    VOP_FLT_PARM(srcmin_uf,	"Source Min", 0)
    VOP_FLT_PARM(srcmax_uf,	"Source Max", 1)
    VOP_FLT_PARM(destmin_uf, "Destination Min", 0)
    VOP_FLT_PARM(destmax_uf, "Destination Max", 1)

    VOP_VEC_PARM(srcmin_uv,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_uv,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_uv, "Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_uv, "Destination Max", 1, 1, 1)

    VOP_VEC_PARM(srcmin_up,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_up,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_up, "Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_up, "Destination Max", 1, 1, 1)

    VOP_VEC_PARM(srcmin_un,	"Source Min", 0, 0, 0)
    VOP_VEC_PARM(srcmax_un,	"Source Max", 1, 1, 1)
    VOP_VEC_PARM(destmin_un, "Destination Min", 0, 0, 0)
    VOP_VEC_PARM(destmax_un, "Destination Max", 1, 1, 1)

    VOP_CLR_PARM(srcmin_uc,	"Source Min", 0, 0, 0)
    VOP_CLR_PARM(srcmax_uc,	"Source Max", 1, 1, 1)
    VOP_CLR_PARM(destmin_uc, "Destination Min", 0, 0, 0)
    VOP_CLR_PARM(destmax_uc, "Destination Max", 1, 1, 1)

    group { name "gs" obsolete 12.0 }
    group { name "gv" obsolete 12.0 }
    group { name "gv4" obsolete 12.0 }
    group { name "gu" obsolete 12.0 }
}
INDX              DialogScript      ˜Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"floattovec"
    script	"floattovec"
    label	"floattovec"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$vec = vop_floattovec($fval1, $fval2, $fval3);"
    }

    input	float	fval1	"Component 1"
    input	float	fval2	"Component 2"
    input	float	fval3	"Component 3"
    output	vector	vec	"Output Vector"

    VOP_FLT_PARM(fval1, "Component 1", 0)
    VOP_FLT_PARM(fval2, "Component 2", 0)
    VOP_FLT_PARM(fval3, "Component 3", 0)

    VOP_FLT_PARM(fval1_uv, "Component 1", 0)
    VOP_FLT_PARM(fval2_uv, "Component 2", 0)
    VOP_FLT_PARM(fval3_uv, "Component 3", 0)

    signature	"3D Vector"	default { }
    signature	"3D Point"	p { float float float point }
    signature	"3D Normal"	n { float float float normal }
    signature	"RGB Color"	c { float float float color }

    signature	"Uniform 3D Vector"	uv { ufloat ufloat ufloat uvector }
    signature	"Uniform 3D Point"	up { ufloat ufloat ufloat upoint }
    signature	"Uniform 3D Normal"	un { ufloat ufloat ufloat unormal }
    signature	"Uniform RGB Color"	uc { ufloat ufloat ufloat ucolor }
}
INDX              DialogScript      Z…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"fresnel"
    script	"fresnel"
    label	"fresnel"


    code {
	"vector $myI = ($isconnected_nI != 0) ? $nI : normalize(I);"
	"vector $myN = ($isconnected_nN != 0) ? $nN : normalize(N);"
	"fresnel($myI, $myN, $eta, $kr, $kt, $R, $T);" }

    input	vector	nI	"Normalized Incident Vector"
    input	normal	nN	"Normalized Surface Normal"
    input	float	eta	"Index Of Refraction"
    output	float	kr	"Reflected Light"
    output	float	kt	"Transmitted (i.e. Refracted) Light"
    output	vector	R	"Reflection Vector"
    output	vector	T	"Transmission (i.e. Refraction) Vector"

    parm {
	name	eta
	label	"Index Of Refraction"
	type	float
	size	1
	default	{ 0.8 }
	range	{ 0.1 1 }
    }
}

INDX              DialogScript      Z…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"frontface"
    script	"frontface"
    label	"frontface"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"VOPvector $myI = $isconnected_I != 0 ? $I : I;"
	"VOPnormal $myN = $isconnected_N != 0 ? $N : N;"
	"$frontN = vop_frontface($myN, $myI);"
	"if ($normalize)"
	"    $frontN = normalize($frontN);"
    }

    input	vector	I	"Incident Vector"
    input	normal	N	"Surface Normal"
    output	normal	frontN	"Front-Facing Surface Normal"

    signature "Varying Normal"	default { }
    signature "Uniform Normal"	un	{ uvector unormal unormal }	

    parm {
        name    normalize
        label   "Normalize Output Vector"
        type    toggle
        default { 1 }
    }
}

INDX              Contents       WZV(¢   DialogScript   W  …TA\_0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for geometryvopglobal::2.0 automatically generated 10/17/14 14:13:51

{
    name	geometryvopglobal::2.0
    script	geometryvopglobal::2.0
    label	"Geometry VOP Global Parameters"

    output	vector	P	P
    output	vector	v	Velocity
    output	vector	force	Force
    output	float	age	Age
    output	float	life	Life
    output	int	id	Id
    output	vector	Cd	Cd
    output	vector	uv	UV
    output	vector	N	N
    output	float	Time	Time
    output	float	TimeInc	"Time Inc"
    output	float	Frame	Frame
    output	int	ptnum	"Point Number"
    output	int	primnum	"Primitive Number"
    output	int	vtxnum	"Vertex Number"
    output	int	numpt	"Number of Points"
    output	int	numprim	"Number of Prims"
    output	int	numvtx	"Number of Vertices"
    output	string	OpInput1	"First Input"
    output	string	OpInput2	"Second Input"
    output	string	OpInput3	"Third Input"
    output	string	OpInput4	"Fourth Input"
    signature	"Default Inputs"	default	{ vector vector vector float float int vector vector vector float float float int int int int int int string string string string }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			("")
	___begin	auto
			("")
	___begin	auto
			("")
	___begin	auto
			("")
    }

    help {
	""
    }

}
INDX              Contents       WZV(¢   DialogScript   W  "Q”å!0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for geometryvopoutput automatically generated 05/16/13 09:54:41

{
    name	geometryvopoutput
    script	geometryvopoutput
    label	"Geometry VOP Output"

    input	vector	P	P
    input	vector	v	Velocity
    input	vector	force	Force
    input	vector	Cd	Color
    input	vector	N	Normal
    inputflags	P	0
    inputflags	v	0
    inputflags	force	0
    inputflags	Cd	0
    inputflags	N	0
    signature	"Default Inputs"	default	{ vector vector vector vector vector }

    outputoverrides	default
    {
    }

    help {
	""
    }

}
INDX              DialogScript      lZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"getattrib"
    script	"getattrib"
    label	"getattrib"


    code {
	"string $sourcefile = $opinput;"
	"if ($opinput == 'file') $sourcefile = $file;"
	"$success = 0;"
	"int $elemidx = $i1;"
	"if ($atype == 'vertex')"
	"	$elemidx = vertexindex($sourcefile, $i1, $i2);"
	"$adata = getattrib($sourcefile, $atype, $attrib, $elemidx, $success);"
	"if (!$success)"
	"	$adata = $adefault;"
    }

    descriptiveparm	attrib

    input	string	file	"Geometry File"
    input	string	atype	"Attribute Class"
    input	string	attrib	"Attribute Name"
    input	int	i1	"Point or Primitive Number"
    input	int	i2	"Vertex Number"
    input	vector	adefault	"Default Value"

    output	vector	adata	"Attribute Value"
    output	int	success	"Return 1 For Success, 0 For Failure"

    signature	"Float"		f  { string string string int int float float int }
    signature	"Integer"	i  { string string string int int int int int }
    signature	"Vector 2"	v2 { string string string int int vector2 vector2 int }
    signature	"Vector 3"	default {  }
    signature	"Vector 4"	v4 { string string string int int vector4 vector4 int }
    signature	"Matrix 2"	m2  { string string string int int matrix2 matrix2 int }
    signature	"Matrix 3"	m3 { string string string int int matrix3 matrix3 int }
    signature	"Matrix 4"	m  { string string string int int matrix matrix int }
    signature	"String"	s  { string string string int int string string int }

    signature	"Float Array"		fa  { string string string int int floata floata int }
    signature	"Integer Array"	ia  { string string string int int inta inta int }
    signature	"Vector 2 Array"	v2a { string string string int int vector2a vector2a int }
    signature	"Vector 3 Array"	va { string string string int int vectora vectora int }
    signature	"Vector 4 Array"	v4a { string string string int int vector4a vector4a int }
    signature	"Matrix 2 Array"	m2a  { string string string int int matrix2a matrix2a int }
    signature	"Matrix 3 Array"	m3a { string string string int int matrix3a matrix3a int }
    signature	"Matrix 4 Array"	ma  { string string string int int matrixa matrixa int }
    signature	"String Array"	sa  { string string string int int stringa stringa int }

    parm {
	name	opinput
	label	"Input"
	type	string
	default	{ "file" }
	menu	{
	    "file"	"File"
	    "opinput:0"	"First Input"
	    "opinput:1"	"Second Input"
	    "opinput:2"	"Third Input"
	    "opinput:3"	"Fourth Input"
	}
    }
    parm {
	name	file
	label	"Geometry File"
	type	geometry
	default	{ "$HH/geo/defgeo.bgeo" }
	disablewhen	"{ opinput != file }"
    }
    parm {
	name	atype
	label	"Attribute Class"
	type	string
	default	{ "point" }
	menu {
	    "detail"	"Detail"
	    "point"	"Point"
	    "prim"	"Primitive"
	    "vertex"	"Vertex"
	    "pointgroup"	"Point Group"
	    "primgroup"	"Primitive Group"
	}
    }
    parm {
	name	attrib
	label	"Attribute"
	type	string
	default	{ "Cd" }
    }
    parm {
	name	i1
	label	"Point or Primitive"
	type	int
	size	1
	default	{ 0 }
    }
    parm {
	name	i2
	label	"Vertex"
	type	int
	size	1
	default	{ 0 }
    }
}

INDX              DialogScript      ÀZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"getlayerexport"
    script	"getlayerexport"
    label	"getlayerexport"

    outercode {
	"#include <shaderlayer.h>"
    }

    code {
	"$value = $defaultvalue;"
	"#if !strcmp($signature, \"default\")"
	"    $index = find($layer.exports.names_f, $name);"
	"    if($index >= 0)"
	"        $value = $layer.exports.values_f[$index];"
	"#elif !strcmp($signature, \"v\")"
	"    $index = find($layer.exports.names_v, $name);"
	"    if($index >= 0)"
	"        $value = $layer.exports.values_v[$index];"
	"#elif !strcmp($signature, \"v4\")"
	"    $index = find($layer.exports.names_v4, $name);"
	"    if($index >= 0)"
	"        $value = $layer.exports.values_v4[$index];"
	"#endif"
	"$index = select($index >= 0, $index, -1);"
	"$found = $index >= 0;"
    }

    output	float			value		"Output Layer"
    output	int			found		"Export Found"
    output	int			index		"Export Index"

    input	struct_ShaderLayer	layer		"Layer"

    VOP_STR_INPUT(name,			"Name",		    "")
    VOP_FLT_INPUT(defaultvalue,		"Default Value",    0)
    VOP_VEC_PARM(defaultvalue_v,	"Default Value",    0, 0, 0)
    VOP_VEC4_PARM(defaultvalue_v4,	"Default Value",    0, 0, 0, 0)

    signature	"Float Value"		default	{ }
    signature	"Vector Value"		v	{ struct_ShaderLayer string vector vector int int }
    signature	"Vector4 Value"		v4	{ struct_ShaderLayer string vector4 vector4 int int }
}
INDX              DialogScript      ÌZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"hvectovec"
    script	"hvectovec"
    label	"hvectovec"


    code {
	"$vec = (vector)$hvec;"
	"$fval4 = getcomp($hvec, 3);"
    }

    input	vector4	hvec	"Input Vector4"
    output	vector	vec	"Output Vector"
    output	float	fval4	"Fourth Component"

    parm {
	name	hvec
	label	"Input Vector4"
	type	float
	size	4
	default	{ 0 0 0 0 }
    }
}

INDX              DialogScript      _Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"ifconnected"
    script	"ifconnected"
    label	"ifconnected"

    code {
	"$result = $isconnected_connected != 0 ? $connected : $notconnected;"
    }

    outercode {
	"#include <shaderlayer.h>"
    }

    input	float	connected	"Input Tested For Connectivity"
    input	float	notconnected	"Default If First Input Not Connected"
    output	float	result		"Output Value"
    signature	"Float"			default { }
    signature	"Integer"		i	{ int int int }
    signature	"String"		s	{ string string string }
    signature	"2D Vector"		u	{ vector2 vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector vector }
    signature	"3D Point"		p	{ point point point }
    signature	"3D Normal"		n	{ normal normal normal }
    signature	"RGB Color"		c	{ color color color }
    signature	"4D Vector"		v4	{ vector4 vector4 vector4 }
    signature	"3x3 Matrix"		m3	{ matrix3 matrix3 matrix3 }
    signature	"4x4 Matrix"		m	{ matrix matrix matrix }
    signature	"BSDF"			bsdf	{ bsdf bsdf bsdf }
    signature	"Shader Layer" 		sl	{ struct_ShaderLayer struct_ShaderLayer struct_ShaderLayer }

    signature	"Uniform Float"		uf	{ ufloat ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor ucolor }
    signature	"Uniform 4x4 Matrix"	um	{ umatrix umatrix umatrix }

    VOP_FLT_PARM(notconnected,		"Default Value",    0)
    VOP_INT_PARM(notconnected_i,	"Default Value",    0)
    VOP_STR_PARM(notconnected_s,	"Default Value",    "")
    VOP_VEC2_PARM(notconnected_u,	"Default Value",    0, 0)
    VOP_VEC_PARM(notconnected_v,	"Default Value",    0, 0, 0)
    VOP_VEC_PARM(notconnected_p,	"Default Value",    0, 0, 0)
    VOP_VEC_PARM(notconnected_n,	"Default Value",    0, 0, 0)
    VOP_CLR_PARM(notconnected_c,	"Default Value",    0, 0, 0)
    VOP_VEC4_PARM(notconnected_v4,	"Default Value",    0, 0, 0, 0)

    parm {
	name	notconnected_m3
	label	"Default Value"
	type	float
	size	9
	default	{ 1 0 0 0 1 0 0 0 1 }
    }
    parm {
	name	notconnected_m
	label	"Default Value"
	type	float
	size	16
	default	{ 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 }
    }

    VOP_FLT_PARM(notconnected_uf,	"Default Value",    0)
    VOP_VEC_PARM(notconnected_uv,	"Default Value",    0, 0, 0)
    VOP_VEC_PARM(notconnected_up,	"Default Value",    0, 0, 0)
    VOP_VEC_PARM(notconnected_un,	"Default Value",    0, 0, 0)
    VOP_CLR_PARM(notconnected_uc,	"Default Value",    0, 0, 0)
    parm {
	name	notconnected_um
	label	"Default Value"
	type	float
	size	16
	default	{ 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 }
    }

    group { name "g0" obsolete 12.0 }
    group { name "g1" obsolete 12.0 }
    group { name "g2" obsolete 12.0 }
}
INDX              DialogScript      ƒaZ…`# Dialog script for ifd automatically generated

{
    name	ifd
    script	ifd
    label	Mantra

    help {
	""
    }

    inputlabel	1	"Sub-Network Input #1"
    inputlabel	2	"Sub-Network Input #2"
    inputlabel	3	"Sub-Network Input #3"
    inputlabel	4	"Sub-Network Input #4"
    inputlabel	5	"Sub-Network Input #5"
    inputlabel	6	"Sub-Network Input #6"
    inputlabel	7	"Sub-Network Input #7"
    inputlabel	8	"Sub-Network Input #8"
    inputlabel	9	"Sub-Network Input #9"
    inputlabel	10	"Sub-Network Input #10"
    inputlabel	11	"Sub-Network Input #11"
    inputlabel	12	"Sub-Network Input #12"
    inputlabel	13	"Sub-Network Input #13"
    inputlabel	14	"Sub-Network Input #14"
    inputlabel	15	"Sub-Network Input #15"
    inputlabel	16	"Sub-Network Input #16"
    inputlabel	17	"Sub-Network Input #17"
    inputlabel	18	"Sub-Network Input #18"
    inputlabel	19	"Sub-Network Input #19"
    inputlabel	20	"Sub-Network Input #20"
    inputlabel	21	"Sub-Network Input #21"
    inputlabel	22	"Sub-Network Input #22"
    inputlabel	23	"Sub-Network Input #23"
    inputlabel	24	"Sub-Network Input #24"
    inputlabel	25	"Sub-Network Input #25"
    inputlabel	26	"Sub-Network Input #26"
    inputlabel	27	"Sub-Network Input #27"
    inputlabel	28	"Sub-Network Input #28"
    inputlabel	29	"Sub-Network Input #29"
    inputlabel	30	"Sub-Network Input #30"
    inputlabel	31	"Sub-Network Input #31"
    inputlabel	32	"Sub-Network Input #32"
    inputlabel	33	"Sub-Network Input #33"
    inputlabel	34	"Sub-Network Input #34"
    inputlabel	35	"Sub-Network Input #35"
    inputlabel	36	"Sub-Network Input #36"
    inputlabel	37	"Sub-Network Input #37"
    inputlabel	38	"Sub-Network Input #38"
    inputlabel	39	"Sub-Network Input #39"
    inputlabel	40	"Sub-Network Input #40"
    inputlabel	41	"Sub-Network Input #41"
    inputlabel	42	"Sub-Network Input #42"
    inputlabel	43	"Sub-Network Input #43"
    inputlabel	44	"Sub-Network Input #44"
    inputlabel	45	"Sub-Network Input #45"
    inputlabel	46	"Sub-Network Input #46"
    inputlabel	47	"Sub-Network Input #47"
    inputlabel	48	"Sub-Network Input #48"
    inputlabel	49	"Sub-Network Input #49"
    inputlabel	50	"Sub-Network Input #50"
    inputlabel	51	"Sub-Network Input #51"
    inputlabel	52	"Sub-Network Input #52"
    inputlabel	53	"Sub-Network Input #53"
    inputlabel	54	"Sub-Network Input #54"
    inputlabel	55	"Sub-Network Input #55"
    inputlabel	56	"Sub-Network Input #56"
    inputlabel	57	"Sub-Network Input #57"
    inputlabel	58	"Sub-Network Input #58"
    inputlabel	59	"Sub-Network Input #59"
    inputlabel	60	"Sub-Network Input #60"
    inputlabel	61	"Sub-Network Input #61"
    inputlabel	62	"Sub-Network Input #62"
    inputlabel	63	"Sub-Network Input #63"
    inputlabel	64	"Sub-Network Input #64"
    inputlabel	65	"Sub-Network Input #65"
    inputlabel	66	"Sub-Network Input #66"
    inputlabel	67	"Sub-Network Input #67"
    inputlabel	68	"Sub-Network Input #68"
    inputlabel	69	"Sub-Network Input #69"
    inputlabel	70	"Sub-Network Input #70"
    inputlabel	71	"Sub-Network Input #71"
    inputlabel	72	"Sub-Network Input #72"
    inputlabel	73	"Sub-Network Input #73"
    inputlabel	74	"Sub-Network Input #74"
    inputlabel	75	"Sub-Network Input #75"
    inputlabel	76	"Sub-Network Input #76"
    inputlabel	77	"Sub-Network Input #77"
    inputlabel	78	"Sub-Network Input #78"
    inputlabel	79	"Sub-Network Input #79"
    inputlabel	80	"Sub-Network Input #80"
    inputlabel	81	"Sub-Network Input #81"
    inputlabel	82	"Sub-Network Input #82"
    inputlabel	83	"Sub-Network Input #83"
    inputlabel	84	"Sub-Network Input #84"
    inputlabel	85	"Sub-Network Input #85"
    inputlabel	86	"Sub-Network Input #86"
    inputlabel	87	"Sub-Network Input #87"
    inputlabel	88	"Sub-Network Input #88"
    inputlabel	89	"Sub-Network Input #89"
    inputlabel	90	"Sub-Network Input #90"
    inputlabel	91	"Sub-Network Input #91"
    inputlabel	92	"Sub-Network Input #92"
    inputlabel	93	"Sub-Network Input #93"
    inputlabel	94	"Sub-Network Input #94"
    inputlabel	95	"Sub-Network Input #95"
    inputlabel	96	"Sub-Network Input #96"
    inputlabel	97	"Sub-Network Input #97"
    inputlabel	98	"Sub-Network Input #98"
    inputlabel	99	"Sub-Network Input #99"
    inputlabel	100	"Sub-Network Input #100"
    inputlabel	101	"Sub-Network Input #101"
    inputlabel	102	"Sub-Network Input #102"
    inputlabel	103	"Sub-Network Input #103"
    inputlabel	104	"Sub-Network Input #104"
    inputlabel	105	"Sub-Network Input #105"
    inputlabel	106	"Sub-Network Input #106"
    inputlabel	107	"Sub-Network Input #107"
    inputlabel	108	"Sub-Network Input #108"
    inputlabel	109	"Sub-Network Input #109"
    inputlabel	110	"Sub-Network Input #110"
    inputlabel	111	"Sub-Network Input #111"
    inputlabel	112	"Sub-Network Input #112"
    inputlabel	113	"Sub-Network Input #113"
    inputlabel	114	"Sub-Network Input #114"
    inputlabel	115	"Sub-Network Input #115"
    inputlabel	116	"Sub-Network Input #116"
    inputlabel	117	"Sub-Network Input #117"
    inputlabel	118	"Sub-Network Input #118"
    inputlabel	119	"Sub-Network Input #119"
    inputlabel	120	"Sub-Network Input #120"
    inputlabel	121	"Sub-Network Input #121"
    inputlabel	122	"Sub-Network Input #122"
    inputlabel	123	"Sub-Network Input #123"
    inputlabel	124	"Sub-Network Input #124"
    inputlabel	125	"Sub-Network Input #125"
    inputlabel	126	"Sub-Network Input #126"
    inputlabel	127	"Sub-Network Input #127"
    inputlabel	128	"Sub-Network Input #128"
    inputlabel	129	"Sub-Network Input #129"
    inputlabel	130	"Sub-Network Input #130"
    inputlabel	131	"Sub-Network Input #131"
    inputlabel	132	"Sub-Network Input #132"
    inputlabel	133	"Sub-Network Input #133"
    inputlabel	134	"Sub-Network Input #134"
    inputlabel	135	"Sub-Network Input #135"
    inputlabel	136	"Sub-Network Input #136"
    inputlabel	137	"Sub-Network Input #137"
    inputlabel	138	"Sub-Network Input #138"
    inputlabel	139	"Sub-Network Input #139"
    inputlabel	140	"Sub-Network Input #140"
    inputlabel	141	"Sub-Network Input #141"
    inputlabel	142	"Sub-Network Input #142"
    inputlabel	143	"Sub-Network Input #143"
    inputlabel	144	"Sub-Network Input #144"
    inputlabel	145	"Sub-Network Input #145"
    inputlabel	146	"Sub-Network Input #146"
    inputlabel	147	"Sub-Network Input #147"
    inputlabel	148	"Sub-Network Input #148"
    inputlabel	149	"Sub-Network Input #149"
    inputlabel	150	"Sub-Network Input #150"
    inputlabel	151	"Sub-Network Input #151"
    inputlabel	152	"Sub-Network Input #152"
    inputlabel	153	"Sub-Network Input #153"
    inputlabel	154	"Sub-Network Input #154"
    inputlabel	155	"Sub-Network Input #155"
    inputlabel	156	"Sub-Network Input #156"
    inputlabel	157	"Sub-Network Input #157"
    inputlabel	158	"Sub-Network Input #158"
    inputlabel	159	"Sub-Network Input #159"
    inputlabel	160	"Sub-Network Input #160"
    inputlabel	161	"Sub-Network Input #161"
    inputlabel	162	"Sub-Network Input #162"
    inputlabel	163	"Sub-Network Input #163"
    inputlabel	164	"Sub-Network Input #164"
    inputlabel	165	"Sub-Network Input #165"
    inputlabel	166	"Sub-Network Input #166"
    inputlabel	167	"Sub-Network Input #167"
    inputlabel	168	"Sub-Network Input #168"
    inputlabel	169	"Sub-Network Input #169"
    inputlabel	170	"Sub-Network Input #170"
    inputlabel	171	"Sub-Network Input #171"
    inputlabel	172	"Sub-Network Input #172"
    inputlabel	173	"Sub-Network Input #173"
    inputlabel	174	"Sub-Network Input #174"
    inputlabel	175	"Sub-Network Input #175"
    inputlabel	176	"Sub-Network Input #176"
    inputlabel	177	"Sub-Network Input #177"
    inputlabel	178	"Sub-Network Input #178"
    inputlabel	179	"Sub-Network Input #179"
    inputlabel	180	"Sub-Network Input #180"
    inputlabel	181	"Sub-Network Input #181"
    inputlabel	182	"Sub-Network Input #182"
    inputlabel	183	"Sub-Network Input #183"
    inputlabel	184	"Sub-Network Input #184"
    inputlabel	185	"Sub-Network Input #185"
    inputlabel	186	"Sub-Network Input #186"
    inputlabel	187	"Sub-Network Input #187"
    inputlabel	188	"Sub-Network Input #188"
    inputlabel	189	"Sub-Network Input #189"
    inputlabel	190	"Sub-Network Input #190"
    inputlabel	191	"Sub-Network Input #191"
    inputlabel	192	"Sub-Network Input #192"
    inputlabel	193	"Sub-Network Input #193"
    inputlabel	194	"Sub-Network Input #194"
    inputlabel	195	"Sub-Network Input #195"
    inputlabel	196	"Sub-Network Input #196"
    inputlabel	197	"Sub-Network Input #197"
    inputlabel	198	"Sub-Network Input #198"
    inputlabel	199	"Sub-Network Input #199"
    inputlabel	200	"Sub-Network Input #200"
    inputlabel	201	"Sub-Network Input #201"
    inputlabel	202	"Sub-Network Input #202"
    inputlabel	203	"Sub-Network Input #203"
    inputlabel	204	"Sub-Network Input #204"
    inputlabel	205	"Sub-Network Input #205"
    inputlabel	206	"Sub-Network Input #206"
    inputlabel	207	"Sub-Network Input #207"
    inputlabel	208	"Sub-Network Input #208"
    inputlabel	209	"Sub-Network Input #209"
    inputlabel	210	"Sub-Network Input #210"
    inputlabel	211	"Sub-Network Input #211"
    inputlabel	212	"Sub-Network Input #212"
    inputlabel	213	"Sub-Network Input #213"
    inputlabel	214	"Sub-Network Input #214"
    inputlabel	215	"Sub-Network Input #215"
    inputlabel	216	"Sub-Network Input #216"
    inputlabel	217	"Sub-Network Input #217"
    inputlabel	218	"Sub-Network Input #218"
    inputlabel	219	"Sub-Network Input #219"
    inputlabel	220	"Sub-Network Input #220"
    inputlabel	221	"Sub-Network Input #221"
    inputlabel	222	"Sub-Network Input #222"
    inputlabel	223	"Sub-Network Input #223"
    inputlabel	224	"Sub-Network Input #224"
    inputlabel	225	"Sub-Network Input #225"
    inputlabel	226	"Sub-Network Input #226"
    inputlabel	227	"Sub-Network Input #227"
    inputlabel	228	"Sub-Network Input #228"
    inputlabel	229	"Sub-Network Input #229"
    inputlabel	230	"Sub-Network Input #230"
    inputlabel	231	"Sub-Network Input #231"
    inputlabel	232	"Sub-Network Input #232"
    inputlabel	233	"Sub-Network Input #233"
    inputlabel	234	"Sub-Network Input #234"
    inputlabel	235	"Sub-Network Input #235"
    inputlabel	236	"Sub-Network Input #236"
    inputlabel	237	"Sub-Network Input #237"
    inputlabel	238	"Sub-Network Input #238"
    inputlabel	239	"Sub-Network Input #239"
    inputlabel	240	"Sub-Network Input #240"
    inputlabel	241	"Sub-Network Input #241"
    inputlabel	242	"Sub-Network Input #242"
    inputlabel	243	"Sub-Network Input #243"
    inputlabel	244	"Sub-Network Input #244"
    inputlabel	245	"Sub-Network Input #245"
    inputlabel	246	"Sub-Network Input #246"
    inputlabel	247	"Sub-Network Input #247"
    inputlabel	248	"Sub-Network Input #248"
    inputlabel	249	"Sub-Network Input #249"
    inputlabel	250	"Sub-Network Input #250"
    inputlabel	251	"Sub-Network Input #251"
    inputlabel	252	"Sub-Network Input #252"
    inputlabel	253	"Sub-Network Input #253"
    inputlabel	254	"Sub-Network Input #254"
    inputlabel	255	"Sub-Network Input #255"
    inputlabel	256	"Sub-Network Input #256"
    inputlabel	257	"Sub-Network Input #257"
    inputlabel	258	"Sub-Network Input #258"
    inputlabel	259	"Sub-Network Input #259"
    inputlabel	260	"Sub-Network Input #260"
    inputlabel	261	"Sub-Network Input #261"
    inputlabel	262	"Sub-Network Input #262"
    inputlabel	263	"Sub-Network Input #263"
    inputlabel	264	"Sub-Network Input #264"
    inputlabel	265	"Sub-Network Input #265"
    inputlabel	266	"Sub-Network Input #266"
    inputlabel	267	"Sub-Network Input #267"
    inputlabel	268	"Sub-Network Input #268"
    inputlabel	269	"Sub-Network Input #269"
    inputlabel	270	"Sub-Network Input #270"
    inputlabel	271	"Sub-Network Input #271"
    inputlabel	272	"Sub-Network Input #272"
    inputlabel	273	"Sub-Network Input #273"
    inputlabel	274	"Sub-Network Input #274"
    inputlabel	275	"Sub-Network Input #275"
    inputlabel	276	"Sub-Network Input #276"
    inputlabel	277	"Sub-Network Input #277"
    inputlabel	278	"Sub-Network Input #278"
    inputlabel	279	"Sub-Network Input #279"
    inputlabel	280	"Sub-Network Input #280"
    inputlabel	281	"Sub-Network Input #281"
    inputlabel	282	"Sub-Network Input #282"
    inputlabel	283	"Sub-Network Input #283"
    inputlabel	284	"Sub-Network Input #284"
    inputlabel	285	"Sub-Network Input #285"
    inputlabel	286	"Sub-Network Input #286"
    inputlabel	287	"Sub-Network Input #287"
    inputlabel	288	"Sub-Network Input #288"
    inputlabel	289	"Sub-Network Input #289"
    inputlabel	290	"Sub-Network Input #290"
    inputlabel	291	"Sub-Network Input #291"
    inputlabel	292	"Sub-Network Input #292"
    inputlabel	293	"Sub-Network Input #293"
    inputlabel	294	"Sub-Network Input #294"
    inputlabel	295	"Sub-Network Input #295"
    inputlabel	296	"Sub-Network Input #296"
    inputlabel	297	"Sub-Network Input #297"
    inputlabel	298	"Sub-Network Input #298"
    inputlabel	299	"Sub-Network Input #299"
    inputlabel	300	"Sub-Network Input #300"
    inputlabel	301	"Sub-Network Input #301"
    inputlabel	302	"Sub-Network Input #302"
    inputlabel	303	"Sub-Network Input #303"
    inputlabel	304	"Sub-Network Input #304"
    inputlabel	305	"Sub-Network Input #305"
    inputlabel	306	"Sub-Network Input #306"
    inputlabel	307	"Sub-Network Input #307"
    inputlabel	308	"Sub-Network Input #308"
    inputlabel	309	"Sub-Network Input #309"
    inputlabel	310	"Sub-Network Input #310"
    inputlabel	311	"Sub-Network Input #311"
    inputlabel	312	"Sub-Network Input #312"
    inputlabel	313	"Sub-Network Input #313"
    inputlabel	314	"Sub-Network Input #314"
    inputlabel	315	"Sub-Network Input #315"
    inputlabel	316	"Sub-Network Input #316"
    inputlabel	317	"Sub-Network Input #317"
    inputlabel	318	"Sub-Network Input #318"
    inputlabel	319	"Sub-Network Input #319"
    inputlabel	320	"Sub-Network Input #320"
    inputlabel	321	"Sub-Network Input #321"
    inputlabel	322	"Sub-Network Input #322"
    inputlabel	323	"Sub-Network Input #323"
    inputlabel	324	"Sub-Network Input #324"
    inputlabel	325	"Sub-Network Input #325"
    inputlabel	326	"Sub-Network Input #326"
    inputlabel	327	"Sub-Network Input #327"
    inputlabel	328	"Sub-Network Input #328"
    inputlabel	329	"Sub-Network Input #329"
    inputlabel	330	"Sub-Network Input #330"
    inputlabel	331	"Sub-Network Input #331"
    inputlabel	332	"Sub-Network Input #332"
    inputlabel	333	"Sub-Network Input #333"
    inputlabel	334	"Sub-Network Input #334"
    inputlabel	335	"Sub-Network Input #335"
    inputlabel	336	"Sub-Network Input #336"
    inputlabel	337	"Sub-Network Input #337"
    inputlabel	338	"Sub-Network Input #338"
    inputlabel	339	"Sub-Network Input #339"
    inputlabel	340	"Sub-Network Input #340"
    inputlabel	341	"Sub-Network Input #341"
    inputlabel	342	"Sub-Network Input #342"
    inputlabel	343	"Sub-Network Input #343"
    inputlabel	344	"Sub-Network Input #344"
    inputlabel	345	"Sub-Network Input #345"
    inputlabel	346	"Sub-Network Input #346"
    inputlabel	347	"Sub-Network Input #347"
    inputlabel	348	"Sub-Network Input #348"
    inputlabel	349	"Sub-Network Input #349"
    inputlabel	350	"Sub-Network Input #350"
    inputlabel	351	"Sub-Network Input #351"
    inputlabel	352	"Sub-Network Input #352"
    inputlabel	353	"Sub-Network Input #353"
    inputlabel	354	"Sub-Network Input #354"
    inputlabel	355	"Sub-Network Input #355"
    inputlabel	356	"Sub-Network Input #356"
    inputlabel	357	"Sub-Network Input #357"
    inputlabel	358	"Sub-Network Input #358"
    inputlabel	359	"Sub-Network Input #359"
    inputlabel	360	"Sub-Network Input #360"
    inputlabel	361	"Sub-Network Input #361"
    inputlabel	362	"Sub-Network Input #362"
    inputlabel	363	"Sub-Network Input #363"
    inputlabel	364	"Sub-Network Input #364"
    inputlabel	365	"Sub-Network Input #365"
    inputlabel	366	"Sub-Network Input #366"
    inputlabel	367	"Sub-Network Input #367"
    inputlabel	368	"Sub-Network Input #368"
    inputlabel	369	"Sub-Network Input #369"
    inputlabel	370	"Sub-Network Input #370"
    inputlabel	371	"Sub-Network Input #371"
    inputlabel	372	"Sub-Network Input #372"
    inputlabel	373	"Sub-Network Input #373"
    inputlabel	374	"Sub-Network Input #374"
    inputlabel	375	"Sub-Network Input #375"
    inputlabel	376	"Sub-Network Input #376"
    inputlabel	377	"Sub-Network Input #377"
    inputlabel	378	"Sub-Network Input #378"
    inputlabel	379	"Sub-Network Input #379"
    inputlabel	380	"Sub-Network Input #380"
    inputlabel	381	"Sub-Network Input #381"
    inputlabel	382	"Sub-Network Input #382"
    inputlabel	383	"Sub-Network Input #383"
    inputlabel	384	"Sub-Network Input #384"
    inputlabel	385	"Sub-Network Input #385"
    inputlabel	386	"Sub-Network Input #386"
    inputlabel	387	"Sub-Network Input #387"
    inputlabel	388	"Sub-Network Input #388"
    inputlabel	389	"Sub-Network Input #389"
    inputlabel	390	"Sub-Network Input #390"
    inputlabel	391	"Sub-Network Input #391"
    inputlabel	392	"Sub-Network Input #392"
    inputlabel	393	"Sub-Network Input #393"
    inputlabel	394	"Sub-Network Input #394"
    inputlabel	395	"Sub-Network Input #395"
    inputlabel	396	"Sub-Network Input #396"
    inputlabel	397	"Sub-Network Input #397"
    inputlabel	398	"Sub-Network Input #398"
    inputlabel	399	"Sub-Network Input #399"
    inputlabel	400	"Sub-Network Input #400"
    inputlabel	401	"Sub-Network Input #401"
    inputlabel	402	"Sub-Network Input #402"
    inputlabel	403	"Sub-Network Input #403"
    inputlabel	404	"Sub-Network Input #404"
    inputlabel	405	"Sub-Network Input #405"
    inputlabel	406	"Sub-Network Input #406"
    inputlabel	407	"Sub-Network Input #407"
    inputlabel	408	"Sub-Network Input #408"
    inputlabel	409	"Sub-Network Input #409"
    inputlabel	410	"Sub-Network Input #410"
    inputlabel	411	"Sub-Network Input #411"
    inputlabel	412	"Sub-Network Input #412"
    inputlabel	413	"Sub-Network Input #413"
    inputlabel	414	"Sub-Network Input #414"
    inputlabel	415	"Sub-Network Input #415"
    inputlabel	416	"Sub-Network Input #416"
    inputlabel	417	"Sub-Network Input #417"
    inputlabel	418	"Sub-Network Input #418"
    inputlabel	419	"Sub-Network Input #419"
    inputlabel	420	"Sub-Network Input #420"
    inputlabel	421	"Sub-Network Input #421"
    inputlabel	422	"Sub-Network Input #422"
    inputlabel	423	"Sub-Network Input #423"
    inputlabel	424	"Sub-Network Input #424"
    inputlabel	425	"Sub-Network Input #425"
    inputlabel	426	"Sub-Network Input #426"
    inputlabel	427	"Sub-Network Input #427"
    inputlabel	428	"Sub-Network Input #428"
    inputlabel	429	"Sub-Network Input #429"
    inputlabel	430	"Sub-Network Input #430"
    inputlabel	431	"Sub-Network Input #431"
    inputlabel	432	"Sub-Network Input #432"
    inputlabel	433	"Sub-Network Input #433"
    inputlabel	434	"Sub-Network Input #434"
    inputlabel	435	"Sub-Network Input #435"
    inputlabel	436	"Sub-Network Input #436"
    inputlabel	437	"Sub-Network Input #437"
    inputlabel	438	"Sub-Network Input #438"
    inputlabel	439	"Sub-Network Input #439"
    inputlabel	440	"Sub-Network Input #440"
    inputlabel	441	"Sub-Network Input #441"
    inputlabel	442	"Sub-Network Input #442"
    inputlabel	443	"Sub-Network Input #443"
    inputlabel	444	"Sub-Network Input #444"
    inputlabel	445	"Sub-Network Input #445"
    inputlabel	446	"Sub-Network Input #446"
    inputlabel	447	"Sub-Network Input #447"
    inputlabel	448	"Sub-Network Input #448"
    inputlabel	449	"Sub-Network Input #449"
    inputlabel	450	"Sub-Network Input #450"
    inputlabel	451	"Sub-Network Input #451"
    inputlabel	452	"Sub-Network Input #452"
    inputlabel	453	"Sub-Network Input #453"
    inputlabel	454	"Sub-Network Input #454"
    inputlabel	455	"Sub-Network Input #455"
    inputlabel	456	"Sub-Network Input #456"
    inputlabel	457	"Sub-Network Input #457"
    inputlabel	458	"Sub-Network Input #458"
    inputlabel	459	"Sub-Network Input #459"
    inputlabel	460	"Sub-Network Input #460"
    inputlabel	461	"Sub-Network Input #461"
    inputlabel	462	"Sub-Network Input #462"
    inputlabel	463	"Sub-Network Input #463"
    inputlabel	464	"Sub-Network Input #464"
    inputlabel	465	"Sub-Network Input #465"
    inputlabel	466	"Sub-Network Input #466"
    inputlabel	467	"Sub-Network Input #467"
    inputlabel	468	"Sub-Network Input #468"
    inputlabel	469	"Sub-Network Input #469"
    inputlabel	470	"Sub-Network Input #470"
    inputlabel	471	"Sub-Network Input #471"
    inputlabel	472	"Sub-Network Input #472"
    inputlabel	473	"Sub-Network Input #473"
    inputlabel	474	"Sub-Network Input #474"
    inputlabel	475	"Sub-Network Input #475"
    inputlabel	476	"Sub-Network Input #476"
    inputlabel	477	"Sub-Network Input #477"
    inputlabel	478	"Sub-Network Input #478"
    inputlabel	479	"Sub-Network Input #479"
    inputlabel	480	"Sub-Network Input #480"
    inputlabel	481	"Sub-Network Input #481"
    inputlabel	482	"Sub-Network Input #482"
    inputlabel	483	"Sub-Network Input #483"
    inputlabel	484	"Sub-Network Input #484"
    inputlabel	485	"Sub-Network Input #485"
    inputlabel	486	"Sub-Network Input #486"
    inputlabel	487	"Sub-Network Input #487"
    inputlabel	488	"Sub-Network Input #488"
    inputlabel	489	"Sub-Network Input #489"
    inputlabel	490	"Sub-Network Input #490"
    inputlabel	491	"Sub-Network Input #491"
    inputlabel	492	"Sub-Network Input #492"
    inputlabel	493	"Sub-Network Input #493"
    inputlabel	494	"Sub-Network Input #494"
    inputlabel	495	"Sub-Network Input #495"
    inputlabel	496	"Sub-Network Input #496"
    inputlabel	497	"Sub-Network Input #497"
    inputlabel	498	"Sub-Network Input #498"
    inputlabel	499	"Sub-Network Input #499"
    inputlabel	500	"Sub-Network Input #500"

    parm {
	name	"execute"
	baseparm
	label	"Render to Disk"
	joinnext
	export	none
    }
    parm {
	name	"renderpreview"
	baseparm
	label	"Render to MPlay"
	joinnext
	export	none
    }
    parm {
	name	"executebackground"
	baseparm
	label	"Render to Disk in Background"
	joinnext
	export	none
    }
    parm {
	name	"renderdialog"
	baseparm
	label	"Controls..."
	export	none
    }
    parm {
	name	"trange"
	baseparm
	label	"Valid Frame Range"
	export	none
    }
    parm {
	name	"f"
	baseparm
	label	"Start/End/Inc"
	export	none
    }
    parm {
	name	"take"
	baseparm
	label	"Render With Take"
	export	none
    }
    parm {
	name	"camera"
	label	"Camera"
	type	oppath
	default	{ "/obj/cam1" }
	parmtag	{ "opfilter" "!!OBJ/CAMERA!!" }
	parmtag	{ "oprelative" "." }
    }
    parm {
	name	"override_camerares"
	label	"Override Camera Resolution"
	type	toggle
	default	{ "0" }
    }
    parm {
	name	"res_fraction"
	label	"Resolution Scale"
	type	string
	default	{ "0.5" }
	hidewhen	"{ override_camerares == 0 }"
	menu	{
	    "0.1"	"1/10 (One Tenth Resolution)"
	    "0.2"	"1/5 (One Fifth Resolution)"
	    "0.25"	"1/4 (Quarter Resolution)"
	    "0.3333333"	"1/3 (One Third Resolution)"
	    "0.5"	"1/2 (Half Resolution)"
	    "0.6666666"	"2/3 (Two Thirds Resolution)"
	    "0.75"	"3/4 (Three Quarter Resolution)"
	    "specific"	"User Specified Resolution"
	}
    }
    parm {
	name	"res_override"
	label	"Resolution"
	type	intvector2
	joinnext
	size	2
	default	{ "1280" "720" }
	disablewhen	"{ res_fraction != specific }"
	hidewhen	"{ override_camerares == 0 }"
	range	{ -1 1 }
    }
    parm {
	name	"res_overrideMenu"
	label	"Choose Resolution"
	type	button
	nolabel
	default	{ "0" }
	disablewhen	"{ res_fraction != specific }"
	hidewhen	"{ override_camerares == 0 }"
	menumini	{
	    [ "echo `pythonexprs(\"__import__('toolutils').parseDialogScriptMenu('FBres')\")`" ]
	}
	parmtag	{ "script_callback" "opparm . res_override ( `arg(\"$script_value\", 0)` `arg(\"$script_value\", 1)` aspect_override ( `arg(\"$script_value\", 2)` )" }
    }
    parm {
	name	"aspect_override"
	label	"Pixel Aspect Ratio"
	type	float
	default	{ "1" }
	disablewhen	"{ res_fraction != specific }"
	hidewhen	"{ override_camerares == 0 }"
	range	{ 0.05 2 }
    }
    group {
	name	"images"
	label	"Images"

	parm {
	    name	"soho_program"
	    label	"soho Program"
	    type	file
	    invisible
	    default	{ "IFD.py" }
	    parmtag	{ "filechooser_mode" "read" }
	}
	parm {
	    name	"soho_shopstyle"
	    label	"soho SHOP Style"
	    type	string
	    invisible
	    default	{ "VMantra" }
	}
	parm {
	    name	"soho_ipr_support"
	    label	"IPR Supported"
	    type	toggle
	    invisible
	    default	{ "1" }
	}
	parm {
	    name	"soho_previewsupport"
	    label	"Preview Supported"
	    type	toggle
	    invisible
	    default	{ "1" }
	}
	parm {
	    name	"vm_picture"
	    label	"Output Picture"
	    type	file
	    default	{ "$HIP/render/$HIPNAME.$OS.$F4.exr" }
	    menureplace	{
		[ "echo `pythonexprs(\"__import__('toolutils').parseDialogScriptMenu('FBrender')\")`" ]
	    }
	    range	{ 0 1 }
	    parmtag	{ "filechooser_mode" "write" }
	}
	parm {
	    name	"vm_device"
	    label	"Output Device"
	    type	string
	    default	{ "" }
	    menu	{
		""	"Infer from filename"
		"Houdini"	"Houdini .pic format"
		"TIFF"	"Tagged Image File Format (TIFF)"
		"OpenEXR"	"Open EXR"
		"PNG"	"Portable Network Graphics (PNG)"
		"JPEG"	"JPEG"
		"RAT"	"Random Access Texture (RAT)"
	    }
	    range	{ 0 1 }
	}
	parm {
	    name	"soho_mkpath"
	    label	"Create Intermediate Directories"
	    type	toggle
	    default	{ "1" }
	}
	parm {
	    name	"soho_skip_frame"
	    label	"Skip Rendered Frames"
	    type	string
	    default	{ "no" }
	    menu	{
		"no"	"Overwrite existing frames"
		"exist:vm_picture"	"Skip files that exist"
		"valid:vm_picture"	"Skip frames that are valid images"
	    }
	}
	group {
	    name	"output"
	    label	"Output"

	}

	group {
	    name	"output_1"
	    label	"Extra Image Planes"

	}

	group {
	    name	"output_2"
	    label	"Deep Output"

	}

	group {
	    name	"output_3"
	    label	"Cryptomatte"

	}

	group {
	    name	"output_4"
	    label	"Meta Data"
	    tabbreak

	}

    }

    group {
	name	"images_1"
	label	"Rendering"

	group {
	    name	"sampling"
	    label	"Sampling"

	}

	group {
	    name	"sampling_1"
	    label	"Limits"

	}

	group {
	    name	"sampling_2"
	    label	"Shading"

	}

	group {
	    name	"sampling_3"
	    label	"Render"

	}

	group {
	    name	"sampling_4"
	    label	"Dicing"

	}

	group {
	    name	"sampling_5"
	    label	"Statistics"

	}

    }

    group {
	name	"images_2"
	label	"Objects"

	parm {
	    name	"vobject"
	    label	"Candidate Objects"
	    type	oplist
	    default	{ "*" }
	    help	"Objects will not be output if their display flag is off"
	    parmtag	{ "opfilter" "!!OBJ/GEOMETRY!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"forceobject"
	    label	"Force Objects"
	    type	oplist
	    default	{ "" }
	    help	"Objects will be output regardless of the state of their display flag"
	    parmtag	{ "opfilter" "!!OBJ/GEOMETRY!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"matte_objects"
	    label	"Forced Matte"
	    type	oplist
	    default	{ "" }
	    help	"Objects forced to be output as matte objects"
	    parmtag	{ "opfilter" "!!OBJ/GEOMETRY!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"phantom_objects"
	    label	"Forced Phantom"
	    type	oplist
	    default	{ "" }
	    help	"Objects forced to be output as phantom objects"
	    parmtag	{ "opfilter" "!!OBJ/GEOMETRY!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"excludeobject"
	    label	"Exclude Objects"
	    type	oplist
	    default	{ "" }
	    help	"Objects which are not output"
	    parmtag	{ "opfilter" "!!OBJ/GEOMETRY!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"obj_light_sep"
	    label	"Separator"
	    type	separator
	    default	{ "" }
	}
	parm {
	    name	"sololight"
	    label	"Solo Light"
	    type	oplist
	    default	{ "" }
	    help	"Solo Lights"
	    parmtag	{ "opfilter" "!!OBJ/LIGHT!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"alights"
	    label	"Candidate Lights"
	    type	oplist
	    default	{ "*" }
	    help	"Lights will not be output if their dimmer channel is 0."
	    disablewhen	"{ sololight != \"\" }"
	    parmtag	{ "opfilter" "!!OBJ/LIGHT!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"forcelights"
	    label	"Force Lights"
	    type	oplist
	    default	{ "" }
	    help	"Lights will be output regardless of the value of their dimmer channel"
	    disablewhen	"{ sololight != \"\" }"
	    parmtag	{ "opfilter" "!!OBJ/LIGHT!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"excludelights"
	    label	"Exclude Lights"
	    type	oplist
	    default	{ "" }
	    help	"Lights will not be output under any circumstances."
	    disablewhen	"{ sololight != \"\" }"
	    parmtag	{ "opfilter" "!!OBJ/LIGHT!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
	parm {
	    name	"soho_autoheadlight"
	    label	"Headlight Creation"
	    type	toggle
	    default	{ "1" }
	    help	"By default, if there are no lights in the scene, a headlight will automatically be created.  To disable this, turn this toggle off."
	    disablewhen	"{ sololight != \"\" }"
	}
	parm {
	    name	"light_fog_sep"
	    label	"Separator"
	    type	separator
	    default	{ "" }
	}
	parm {
	    name	"vfog"
	    label	"Visible Fog"
	    type	oplist
	    default	{ "*" }
	    help	"Objects will not be output if their display flag is off"
	    parmtag	{ "opfilter" "!!OBJ/FOG!!" }
	    parmtag	{ "oprelative" "/obj" }
	}
    }

    group {
	name	"images_3"
	label	"Scripts"

	parm {
	    name	"tprerender"
	    label	"tprerender"
	    type	toggle
	    nolabel
	    joinnext
	    default	{ "1" }
	}
	parm {
	    name	"prerender"
	    label	"Pre-Render Script"
	    type	file
	    joinnext
	    default	{ "" }
	    disablewhen	"{ tprerender == 0 }"
	    parmtag	{ "filechooser_mode" "read" }
	}
	parm {
	    name	"lprerender"
	    label	"lprerender"
	    type	string
	    nolabel
	    default	{ "hscript" }
	    disablewhen	"{ tprerender == 0 }"
	    menu	{
		"hscript"	"Hscript"
		"python"	"Python"
	    }
	}
	parm {
	    name	"tpreframe"
	    label	"tpreframe"
	    type	toggle
	    nolabel
	    joinnext
	    default	{ "1" }
	}
	parm {
	    name	"preframe"
	    label	"Pre-Frame Script"
	    type	file
	    joinnext
	    default	{ "" }
	    disablewhen	"{ tpreframe == 0 }"
	    parmtag	{ "filechooser_mode" "read" }
	}
	parm {
	    name	"lpreframe"
	    label	"lpreframe"
	    type	string
	    nolabel
	    default	{ "hscript" }
	    disablewhen	"{ tpreframe == 0 }"
	    menu	{
		"hscript"	"Hscript"
		"python"	"Python"
	    }
	}
	parm {
	    name	"tpostframe"
	    label	"tpostframe"
	    type	toggle
	    nolabel
	    joinnext
	    default	{ "1" }
	}
	parm {
	    name	"postframe"
	    label	"Post-Frame Script"
	    type	file
	    joinnext
	    default	{ "" }
	    disablewhen	"{ tpostframe == 0 }"
	    parmtag	{ "filechooser_mode" "read" }
	}
	parm {
	    name	"lpostframe"
	    label	"lpostframe"
	    type	string
	    nolabel
	    default	{ "hscript" }
	    disablewhen	"{ tpostframe == 0 }"
	    menu	{
		"hscript"	"Hscript"
		"python"	"Python"
	    }
	}
	parm {
	    name	"tpostrender"
	    label	"tpostrender"
	    type	toggle
	    nolabel
	    joinnext
	    default	{ "1" }
	}
	parm {
	    name	"postrender"
	    label	"Post-Render Script"
	    type	file
	    joinnext
	    default	{ "" }
	    disablewhen	"{ tpostrender == 0 }"
	    parmtag	{ "filechooser_mode" "read" }
	}
	parm {
	    name	"lpostrender"
	    label	"lpostrender"
	    type	string
	    nolabel
	    default	{ "hscript" }
	    disablewhen	"{ tpostrender == 0 }"
	    menu	{
		"hscript"	"Hscript"
		"python"	"Python"
	    }
	}
    }

    group {
	name	"images_4"
	label	"Driver"

	parm {
	    name	"soho_pipecmd"
	    label	"Command"
	    type	string
	    default	{ "mantra" }
	    disablewhen	"{ soho_outputmode != 0 }"
	    menureplace	{
		"mantra"	"No command line options"
		"mantra -H host1,host2"	"Network rendering"
		"mantra -o consolewait"	"Verbose to console (Windows only)"
		"mantra -e basic"	"Enable curve/point engine procedural"
		"mantra -e full"	"Enable full engine procedural"
		"mantra -P fitler.py"	"Filter IFD using python"
	    }
	}
	parm {
	    name	"soho_outputmode"
	    label	"Save IFD File To Disk"
	    type	toggle
	    nolabel
	    joinnext
	    default	{ "0" }
	}
	parm {
	    name	"soho_diskfile"
	    label	"Disk File"
	    type	file
	    default	{ "$HIP/mantra.ifd" }
	    disablewhen	"{ soho_outputmode != 1 }"
	    parmtag	{ "filechooser_mode" "write" }
	}
	parm {
	    name	"soho_compression"
	    label	"File Compression"
	    type	string
	    default	{ "ext" }
	    help	"Determines the file compression used when writing to a disk file (or if soho_force_compression is enabled)."
	    disablewhen	"{ soho_outputmode != 1 soho_force_compression != 1 }"
	    menu	{
		"ext"	"Use Filename Extension"
		"none"	"No Compression"
		"blosc"	"BLOSC Compression"
		"gzip"	"gzip Compression"
	    }
	}
	parm {
	    name	"soho_foreground"
	    label	"Block Until Render Complete"
	    type	toggle
	    default	{ "0" }
	    disablewhen	"{ soho_outputmode != 0 }"
	}
	parm {
	    name	"soho_initsim"
	    label	"Initialize Simulation OPs"
	    type	toggle
	    default	{ "0" }
	}
	parm {
	    name	"soho_viewport_menu"
	    label	"Show In Viewport Menu"
	    type	toggle
	    default	{ "1" }
	    help	"By default SOHO output drivers do not appear in the viewport menu.  Adding this property and turning it on will cause the driver to show up."
	}
    }

}
INDX              DialogScript      `Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"inttofloat"
    script	"inttofloat"
    label	"inttofloat"


    code {
	"$fval = (float)$ival;"
    }

    input	int	ival	"Integer Value"
    output	float	fval	"Float Output"

    parm {
	name	ival
	label	"Integer Input"
	type	int
	size	1
	default	{ 0 }
    }
}

INDX              DialogScript      ÛZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"inttovec"
    script	"inttovec"
    label	"inttovec"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$vec = set((float) $int1, (float) $int2, (float) $int3);"
    }

    output	vector	vec	"Output Vector"

    VOP_INT_INPUT_R(int1, "Component 1", 0, 0, 1)
    VOP_INT_INPUT_R(int2, "Component 2", 0, 0, 1)
    VOP_INT_INPUT_R(int3, "Component 3", 0, 0, 1)
}
INDX              DialogScript      ¸Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"invert"
    script	"invert"
    label	"invert"


    code {
	"#if !strcmp($signature, \"f\")"
	"  $inverse = 1.0 / $val;"
	"#else"
	"  $inverse = invert($val);"
	"#endif"
    }

    input	matrix	val	"Input Value"
    output	matrix	inverse	"Inverted Value"
    signature	"4x4 Matrix"	default	{ }
    signature	"3x3 Matrix"	m3	{ matrix3 matrix3 }
    signature   "2x2 Matrix"    m2      { matrix2 matrix2 }
    signature	"Float"		f	{ float float }

    parm {
	name	val
	label	"Value"
	type	float
	size	16
	default	{ 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 }
    }
    parm {
	name	val_m3
	label	"Value"
	type	float
	size	9
	default	{ 1 0 0 0 1 0 0 0 1 }
    }
    parm {
        name    val_m2
        label   "Value"
        type    float
        size    4
        default { 1 0 0 1 }
    }
    parm {
	name	val_f
	label	"Value"
	type	float
	size	1
	default	{ 1 }
    }
}
INDX              DialogScript      ­Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"isconnected"
    script	"isconnected"
    label	"isconnected"


    code {
	"$connected = $isconnected_input ? 1 : 0;"
    }

    outercode {
	"#include <shaderlayer.h>"
    }

    input	float	input		"Input"
    output	int	connected	"Input Connected Or Not"

    signature	"Float"	 		default { }
    signature	"Integer"		i	{ int int }
    signature	"String"		s	{ string int }
    signature	"3D Vector" 		v	{ vector int }
    signature	"3D Point"	 	p	{ point int }
    signature	"3D Normal" 		n	{ normal int }
    signature	"RGB Color" 		c	{ color int }
    signature	"4D Vector" 		v4	{ vector4 int }
    signature	"3x3 Matrix" 		m3	{ matrix3 int }
    signature	"4x4 Matrix" 		m	{ matrix int }
    signature	"BSDF" 			b	{ bsdf int }
    signature	"Shader Layer" 		sl	{ struct_ShaderLayer int }

    signature	"Uniform Float"		uf	{ ufloat int }
    signature	"Uniform 3D Vector"	uv	{ uvector int }
    signature	"Uniform 3D Point"	up	{ upoint int }
    signature	"Uniform 3D Normal"	un	{ unormal int }
    signature	"Uniform RGB Color"	uc	{ ucolor int }
    signature	"Uniform 4x4 Matrix"	um	{ umatrix int }
}
INDX              DialogScript      êZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"isshadow"
    script	"isshadow"
    label	"isshadow"


    code {
	"$isshadow = isshadowray();"
    }

    output	int	isshadow	"Is Shadow Ray"
}

INDX              Contents       WZV(£   DialogScript   W  	QZ…w0707070000010000000006660000000000000000010000001322542424300001300000000000TRAILER!!! # Dialog script for layerexport automatically generated

{
    name	layerexport
    script	layerexport
    label	"Layer Export"

    input	struct_ShaderLayer	layer	Layer
    input	float	defaultvalue	"Input 1"
    output	float	exportvalue	"Export Value"
    inputflags	layer	0
    inputflags	defaultvalue	0
    signature	"Float Value"	default	{ struct_ShaderLayer float float }
    signature	"Vector Value"	v	{ struct_ShaderLayer vector vector }
    signature	"Vector4 Value"	v4	{ struct_ShaderLayer vector4 vector }

    outputoverrides	default
    {
	___begin	auto
			(0)
    }
    outputoverrides	v
    {
	___begin	auto
			(0,0,0)
    }
    outputoverrides	v4
    {
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
	name	"signature"
	baseparm
	label	"Signature"
	export	none
    }
    parm {
	name	"exportname"
	label	"Export Name"
	type	string
	default	{ "parm" }
	range	{ 0 1 }
    }
    parm {
	name	"vop_force_code_context"
	label	"Force Code in Context"
	type	string
	invisible
	default	{ "surface" }
	help	"A string property on a VOP digital asset node that specifies shading\n    contexts in which the node should force generation of code.\n    In a multi-context network such as vopmaterial, not all nodes should generate\n    code for a given context. For example, some nodes are applicable only to\n    surface shader while other to displacement shader. Only a few nodes initiate\n    (force) generation of code, such as Collect VOP , Output VOP , or exporting\n    Parameter VOP . Then, only nodes that feed into them will also generate code.\n    If an HDA does not have output connectors or wants to generate code even \n    if not (indirectly) connected to the Output VOP , it can use this property\n    parameter to specify the shading context in which to initiate generation \n    of code."
	range	{ 0 1 }
	parmtag	{ "spare_category" "Compiler" }
    }
    parm {
	name	"exportas"
	label	"Export As"
	type	string
	default	{ [ "chs(\"exportname\")" hscript-expr ] }
	range	{ 0 1 }
    }
    parm {
	name	"defaultvalue"
	label	"Default Value"
	type	float
	default	{ "0" }
	range	{ 0 1 }
    }
    parm {
	name	"defaultvalue_v"
	label	"Default Value"
	type	vector
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 1 }
    }
    parm {
	name	"defaultvalue_v4"
	label	"Default Value"
	type	intvector4
	size	4
	default	{ "0" "0" "0" "0" }
	range	{ 0 1 }
    }
}
INDX              DialogScript      MZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	layerpack
    script	layerpack
    label	"Layer Pack"

    outercode {
	"#include <shaderlayer.h>"
    }

    code {
	"init_layer($layer);"
	""
	"$layer.F = select($isconnected_F, $F, $layer.F);"
	"$layer.Of = select($isconnected_Of, $Of, $layer.Of);"
	"$layer.Ce = select($isconnected_Ce, $Ce, $layer.Ce);"
	"$layer.P = select($isconnected_P, $P, $layer.P);"
	"$layer.N = select($isconnected_N, $N, $layer.N);"
	"$layer.masks = select($isconnected_masks, $masks, $layer.masks);"
    }

    output	struct_ShaderLayer	layer	layer

    input	bsdf	F	F
    input	vector	Of	Opacity
    input	vector	Ce	Emission
    input	vector	P	Position
    input	vector	N	Normal
    input	float	layeralpha	"Layer Alpha"
    input	floata	masks	Masks

}
INDX              Contents       WZV(£   DialogScript   W  ëZ…y0707070000010000000006660000000000000000010000001322542424300001300000000000TRAILER!!! # Dialog script for layerunpack automatically generated

{
    name	layerunpack
    script	layerunpack
    label	"Layer Unpack"

    input	struct_ShaderLayer	layer	layer
    output	bsdf	F	BSDF
    output	vector	Of	Opacity
    output	vector	Ce	Emission
    output	vector	P	Position
    output	vector	N	Normal
    output	float	layeralpha	"Layer Alpha"
    output	floata	masks	Masks
    inputflags	layer	0
    signature	"Default Inputs"	default	{ struct_ShaderLayer bsdf vector vector vector vector float floata }

    outputoverrides	default
    {
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
    }

    help {
	""
    }

}
INDX              DialogScript      Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"length"
    script	"length"
    label	"length"


    code {
	"$len = length($vec);"
    }

    input	vector	vec	"Vector"
    output	float	len	"Vector Length"
    signature	"3D Vector"		default	{ }
    signature	"2D Vector"		u	{ vector2 float }
    signature	"3D Point"		p	{ point float }
    signature	"3D Normal"		n	{ normal float }
    signature	"4D Vector"		v4	{ vector4 float }
    signature	"Uniform 3D Vector"	uv	{ uvector ufloat }
    signature	"Uniform 3D Point"	up	{ upoint ufloat }
    signature	"Uniform 3D Normal"	un	{ unormal float }

    VOP_VEC_PARM(vec,		"Value", 1, 1, 1)
    VOP_VEC2_PARM(vec_u,	"Value", 1, 1)
    VOP_VEC_PARM(vec_p,		"Value", 1, 1, 1)
    VOP_VEC_PARM(vec_n,		"Value", 1, 1, 1)
    VOP_VEC4_PARM(vec_v4,	"Value", 1, 1, 1, 1)
    VOP_VEC_PARM(vec_uv,	"Value", 1, 1, 1)
    VOP_VEC_PARM(vec_up,	"Value", 1, 1, 1)
    VOP_VEC_PARM(vec_un,	"Value", 1, 1, 1)

    group { name "g0" obsolete 12.0 }
}
INDX              DialogScript      `U[G# Dialog script for limits::2.0 automatically generated 05/19/15 11:54:15

{
    name	limits::2.0
    script	limits
    label	Limits

    outercode {
	"#include <pyro_math.h>"
    }

    code {
	"$clamped = $value;"
	"if($domin) $clamped = max($clamped,$min);"
	"if($domax) $clamped = min($clamped,$max);"
    }

    input	int	value	Value
    input	int	domin	"Enable Minimum Limit"
    input	int	min	"Lower Limit"
    input	int	domax	"Enable Maximum Limit"
    input	int	max	"Upper Limit"
    output	int	clamped	"Clamped Value"
    inputflags	value	0
    inputflags	domin	0
    inputflags	min	0
    inputflags	domax	0
    inputflags	max	0
    signature	Int	default	{ int int int int int int }
    signature	Float	f_f_f	{ float int float int float float }
    signature	Vector	v_v_v	{ vector int vector int vector vector }
    signature	"Vector Float Vector"	v_f_v	{ vector int float int vector vector }
    signature	"Vector Vector Float"	v_v_f	{ vector int vector int float vector }
    signature	Point	p_p_p	{ vector4 int vector4 int vector4 vector4 }
    signature	"Point Float Point"	p_f_p	{ vector4 int float int vector4 vector4 }
    signature	"Point Point Float"	p_p_f	{ vector4 int vector4 int float vector4 }
    signature	"IntA Int Int"	ia_i_i	{ inta int int int int inta }
    signature	"IntA IntA Int"	ia_ia_i	{ inta int inta int int inta }
    signature	"IntA IntA IntA"	ia_ia_ia	{ inta int inta int inta inta }
    signature	"IntA Int IntA"	ia_i_ia	{ inta int int int inta inta }
    signature	"FloatA Float Float"	fa_f_f	{ floata int float int float floata }
    signature	"FloatA FloatA Float"	fa_fa_f	{ floata int floata int float floata }
    signature	"FloatA FloatA FloatA"	fa_fa_fa	{ floata int floata int floata floata }
    signature	"FloatA Float FloatA"	fa_f_fa	{ floata int float int floata floata }
    signature	"VectorA Vector Vector"	va_v_v	{ vectora int vector int vector vectora }
    signature	"VectorA VectorA Vector"	va_va_v	{ vectora int vectora int vector vectora }
    signature	"VectorA VectorA VectorA"	va_va_va	{ vectora int vectora int vectora vectora }
    signature	"VectorA VectorA Float"	va_va_f	{ vectora int vectora int float vectora }
    signature	"VectorA Vector VectorA"	va_v_va	{ vectora int vector int vectora vectora }
    signature	"VectorA Vector Float"	va_v_f	{ vectora int vector int float vectora }
    signature	"VectorA Float VectorA"	va_f_va	{ vectora int float int vectora vectora }
    signature	"VectorA Float Vector"	va_f_v	{ vectora int float int vector vectora }
    signature	"VectorA Float Float"	va_f_f	{ vectora int float int float vectora }
    signature	"PointA Point Point"	pa_p_p	{ vector4a int vector4 int vector4 vector4a }
    signature	"PointA PointA Point"	pa_pa_p	{ vector4a int vector4a int vector4 vector4a }
    signature	"PointA PointA PointA"	pa_pa_pa	{ vector4a int vector4a int vector4a vector4a }
    signature	"PointA PointA Float"	pa_pa_f	{ vector4a int vector4a int float vector4a }
    signature	"PointA Point PointA"	pa_p_pa	{ vector4a int vector4 int vector4a vector4a }
    signature	"PointA Point Float"	pa_p_f	{ vector4a int vector4 int float vector4a }
    signature	"PointA Float PointA"	pa_f_pa	{ vector4a int float int vector4a vector4a }
    signature	"PointA Float Point"	pa_f_p	{ vector4a int float int vector4 vector4a }
    signature	"PointA Float Float"	pa_f_f	{ vector4a int float int float vector4a }
    signature	"Vector Float float"	v_f_f	{ vector int float int float vector }
    signature	"Point Float Float"	p_f_f	{ vector4 int float int float vector4 }

    outputoverrides	default
    {
	___begin	auto
			(0)
    }
    outputoverrides	f_f_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	v_v_v
    {
	___begin	auto
			(0,0,0)
    }
    outputoverrides	v_f_v
    {
	___begin	auto
			(0,0,0)
    }
    outputoverrides	v_v_f
    {
	___begin	auto
			(0,0,0)
    }
    outputoverrides	p_p_p
    {
	___begin	auto
			(0,0,0,0)
    }
    outputoverrides	p_f_p
    {
	___begin	auto
			(0,0,0,0)
    }
    outputoverrides	p_p_f
    {
	___begin	auto
			(0,0,0,0)
    }
    outputoverrides	ia_i_i
    {
	___begin	auto
			(0)
    }
    outputoverrides	ia_ia_i
    {
	___begin	auto
			(0)
    }
    outputoverrides	ia_ia_ia
    {
	___begin	auto
			(0)
    }
    outputoverrides	ia_i_ia
    {
	___begin	auto
			(0)
    }
    outputoverrides	fa_f_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	fa_fa_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	fa_fa_fa
    {
	___begin	auto
			(0)
    }
    outputoverrides	fa_f_fa
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_v_v
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_va_v
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_va_va
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_va_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_v_va
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_v_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_f_va
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_f_v
    {
	___begin	auto
			(0)
    }
    outputoverrides	va_f_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_p_p
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_pa_p
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_pa_pa
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_pa_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_p_pa
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_p_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_f_pa
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_f_p
    {
	___begin	auto
			(0)
    }
    outputoverrides	pa_f_f
    {
	___begin	auto
			(0)
    }
    outputoverrides	v_f_f
    {
	___begin	auto
			(0,0,0)
    }
    outputoverrides	p_f_f
    {
	___begin	auto
			(0,0,0,0)
    }

    help {
	""
    }

    parm {
	name	"signature"
	baseparm
	label	"Signature"
	invisible
	export	none
    }
    parm {
	name	"domin"
	label	"Lower Limit"
	type	toggle
	default	{ "1" }
	disablewhen	"{ active == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"min"
	label	"Integer"
	type	integer
	default	{ "0" }
	disablewhen	"{ active == 0 } { domin == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"min_f_f_f"
	label	"Float"
	type	float
	default	{ "0" }
	disablewhen	"{ active == 0 } { domin == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"min_v_v_v"
	label	"Vector"
	type	vector
	size	3
	default	{ "0" "0" "0" }
	disablewhen	"{ active == 0 } { domin == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"min_p_p_p"
	label	"Vector4"
	type	vector4
	size	4
	default	{ "0" "0" "0" "0" }
	disablewhen	"{ active == 0 } { domin == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"domax"
	label	"Upper Limit"
	type	toggle
	default	{ "1" }
	disablewhen	"{ active == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"max"
	label	"Integer"
	type	integer
	default	{ "1" }
	disablewhen	"{ active == 0 } { domax == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"max_f_f_f"
	label	"Float"
	type	float
	default	{ "1" }
	disablewhen	"{ active == 0 } { domax == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"max_v_v_v"
	label	"Vector"
	type	vector
	size	3
	default	{ "1" "1" "1" }
	disablewhen	"{ active == 0 } { domax == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"max_p_p_p"
	label	"Vector4"
	type	vector4
	size	4
	default	{ "1" "1" "1" "1" }
	disablewhen	"{ active == 0 } { domax == 0 }"
	range	{ 0 1 }
	export	none
    }
}
INDX              DialogScript      sZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"luminance"
    script	"luminance"
    label	"luminance"


    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$lum = vop_luminance($rgb);"
    }

    input	color	rgb	"RGB color"
    output	float	lum	"Luminance"

    VOP_CLR_PARM(rgb, "RGB Color", 0, 0, 0)
}
INDX              DialogScript      BZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"maddconst"
    script	"maddconst"
    label	"maddconst"


    code {
	"$scaled = ($val + $preadd) * $mulconst + $postadd;"
    }

    input	float	val		"Input Value"
    output	float	scaled		"Scaled And Shifted Value"
    signature	"Float"			default	{ }
    signature	"Integer"		i	{ int int }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"RGB Color"		c	{ color color }
    signature	"4D Vector"		v4	{ vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }

    VOP_FLT_PARM(preadd,	"Pre-Add", 0)
    VOP_FLT_PARM(mulconst,	"Multiplier", 1)
    VOP_FLT_PARM(postadd,	"Post-Add", 0)
}
INDX              DialogScript      Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"mix"
    script	"mix"
    label	"mix"


    code {
	"#ifdef __vex"
	"  $blend = lerp($input1, $input2, $bias);"
	"#else"
	"  $blend = mix($input1, $input2, $bias);"
	"#endif"
    }

    input	float	input1	"Input 1"
    input	float	input2	"Input 2"
    input	float	bias	"Interpolation Bias"
    output	float	blend	"Interpolated Value"

    signature	"Float"	    		default { }
    signature	"2D Vector"	 	u  { vector2 vector2 float vector2 }
    signature	"3D Vector"	 	v  { vector vector float vector }
    signature	"3D Point"	 	p  { point point float point }
    signature	"3D Normal"	 	n  { normal normal float normal }
    signature	"RGB Color"	 	c  { color color float color }
    signature	"4D Vector"	 	v4  { vector4 vector4 float vector4 }
    signature	"BSDF"			b  { bsdf bsdf float bsdf }
    signature	"Uniform Float"		uf  { ufloat ufloat ufloat ufloat }
    signature	"Uniform 3D Vector"	uv  { uvector uvector ufloat uvector }
    signature	"Uniform 3D Point"	up  { upoint upoint ufloat upoint }
    signature	"Uniform 3D Normal"	un  { unormal unormal ufloat unormal }
    signature	"Uniform RGB Color"	uc  { ucolor ucolor ufloat ucolor }

    VOP_FLT_PARM_R(bias, "Bias", .5, 0, 1)
    
    VOP_FLT_PARM(input1,	"Input 1", 0)
    VOP_FLT_PARM(input2,	"Input 2", 1)
    VOP_VEC2_PARM(input1_u,	"Input 1", 0, 0)
    VOP_VEC2_PARM(input2_u,	"Input 2", 1, 1)
    VOP_VEC_PARM(input1_v,	"Input 1", 0, 0, 0)
    VOP_VEC_PARM(input2_v,	"Input 2", 1, 1, 1)
    VOP_VEC_PARM(input1_p,	"Input 1", 0, 0, 0)
    VOP_VEC_PARM(input2_p,	"Input 2", 1, 1, 1)
    VOP_VEC_PARM(input1_n,	"Input 1", 0, 0, 0)
    VOP_VEC_PARM(input2_n,	"Input 2", 1, 1, 1)
    VOP_CLR_PARM(input1_c,	"Input 1", 0, 0, 0)
    VOP_CLR_PARM(input2_c,	"Input 2", 1, 1, 1)
    VOP_VEC4_PARM(input1_v4,	"Input 1", 0, 0, 0, 0)
    VOP_VEC4_PARM(input2_v4,	"Input 2", 1, 1, 1, 1)
    VOP_FLT_PARM(input1_uf,	"Input 1", 0)
    VOP_FLT_PARM(input2_uf,	"Input 2", 1)
    VOP_VEC_PARM(input1_uv,	"Input 1", 0, 0, 0)
    VOP_VEC_PARM(input2_uv,	"Input 2", 1, 1, 1)
    VOP_VEC_PARM(input1_up,	"Input 1", 0, 0, 0)
    VOP_VEC_PARM(input2_up,	"Input 2", 1, 1, 1)
    VOP_VEC_PARM(input1_un,	"Input 1", 0, 0, 0)
    VOP_VEC_PARM(input2_un,	"Input 2", 1, 1, 1)
    VOP_CLR_PARM(input1_uc,	"Input 1", 0, 0, 0)
    VOP_CLR_PARM(input2_uc,	"Input 2", 1, 1, 1)

    group { name "gf" obsolete 12.0 }
    group { name "gs" obsolete 12.0 }
    group { name "gv" obsolete 12.0 }
    group { name "gv4" obsolete 12.0 }
}
INDX              DialogScript      ÍZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"modulo"
    script	"modulo"
    label	"modulo"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"#if defined(__vex)"
	"$mod = $input1 % $input2;"
	"#else"
	"$mod = vop_mod($input1, $input2);"
	"#endif"
    }

    input	float	input1	"Input 1"
    input	float	input2	"Input 2"
    output	float	mod	"Modulo"

    VOP_FLT_PARM(input2,   "Divisor", 1)
    VOP_FLT_PARM(input2_i, "Divisor", 1)
    VOP_VEC_PARM(input2_v, "Divisor", 1, 1, 1)
    VOP_VEC2_PARM(input2_u, "Divisor", 1, 1)
    VOP_VEC_PARM(input2_p, "Divisor", 1, 1, 1)
    VOP_VEC_PARM(input2_n, "Divisor", 1, 1, 1)
    VOP_CLR_PARM(input2_c, "Divisor", 1, 1, 1)
    VOP_VEC4_PARM(input2_v4,"Divisor", 1, 1, 1, 1)
    VOP_FLT_PARM(input2_uf, "Divisor", 1)
    VOP_VEC_PARM(input2_uv, "Divisor", 1, 1, 1)
    VOP_VEC_PARM(input2_up, "Divisor", 1, 1, 1)
    VOP_VEC_PARM(input2_un, "Divisor", 1, 1, 1)
    VOP_CLR_PARM(input2_uc, "Divisor", 1, 1, 1)

    signature	"Float"			default	{ }
    signature	"Integer"		i	{ int int int }
    signature	"2D Vector"		u	{ vector2 vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector vector }
    signature	"3D Point"		p	{ point point point }
    signature	"3D Normal"		n	{ normal normal normal }
    signature	"RGB Color"		c	{ color color color }
    signature	"4D Vector"		v4	{ vector4 vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor ucolor }
}
INDX              DialogScript      ˜Z…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"mulconst"
    script	"mulconst"
    label	"mulconst"


    code {
	"$scaled = $val * $mulconst;"
    }

    descriptiveparm	mulconst

    input	float	val		"Input Value"
    output	float	scaled		"Input Value * Constant"
    signature	"Float"			default	{ }
    signature	"Integer"		i	{ int int }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"RGB Color"		c	{ color color }
    signature	"BSDF"			b	{ bsdf bsdf }
    signature	"4D Vector"		v4	{ vector4 vector4 }
    signature	"3x3 Matrix"		m3	{ matrix3 matrix3 }
    signature	"4x4 Matrix "		m4	{ matrix matrix }
    
    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }

    parm {
	name	mulconst
	label	"Multiplier"
	type	float
	size	1
	default	{ 1.0 }
    }
}
INDX              DialogScript      xZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"negate"
    script	"negate"
    label	"negate"


    code {
	"$negated = -$val;"
    }

    input	int	val		"Input Value"
    output	int	negated		"Negated Value"
    signature	"Integer"		default	{ }
    signature	"Float"			f	{ float float }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Vector"		v	{ vector vector }
    signature	"3D Point"		p	{ point point }
    signature	"3D Normal"		n	{ normal normal }
    signature	"RGB Color"		c	{ color color }
    signature	"4D Vector"		v4	{ vector4 vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector uvector }
    signature	"Uniform 3D Point"	up	{ upoint upoint }
    signature	"Uniform 3D Normal"	un	{ unormal unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ucolor }
}
INDX              DialogScript      oZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"normalize"
    script	"normalize"
    label	"normalize"


    code {
	"$nvec = normalize($vec);"
    }

    input	normal	vec	"Input Vector"
    output	normal	nvec	"Normalized Vector"

    signature	"3D Normal"		default { }
    signature	"2D Vector"		u	{ vector2 vector2 }
    signature	"3D Point"		p  { point point }
    signature	"3D Vector"		v  { vector vector }
    signature	"4D Vector"		v4  { vector4 vector4 }
    signature	"Uniform 3D Normal"	un { unormal unormal }
    signature	"Uniform 3D Point"	up { upoint upoint }
    signature	"Uniform 3D Vector"	uv { uvector uvector }

    VOP_VEC_PARM(vec,   "Normal",	1, 0, 0)
    VOP_VEC2_PARM(vec_u, "Normal",	1, 0)
    VOP_VEC_PARM(vec_p, "Normal",	1, 0, 0)
    VOP_VEC_PARM(vec_v, "Normal",	1, 0, 0)
    VOP_VEC4_PARM(vec_v4, "Quaternion",	0, 0, 0, 1)
    VOP_VEC_PARM(vec_un, "Normal",	1, 0, 0)
    VOP_VEC_PARM(vec_up, "Normal",	1, 0, 0)
    VOP_VEC_PARM(vec_uv, "Normal",	1, 0, 0)
    
    group { name "g0" obsolete 12.0 }
    group { name "g1" obsolete 12.0 }
}
INDX              DialogScript      ÙZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"not"
    script	"not"
    label	"not"


    code {
	"#ifdef __vex"
	"    if ($bitwise)"
	"        $not = ~$input;"
	"    else"
	"        $not = !$input;"
	"#else"
	"    $not = ($input == 0) ? 1 : 0;"
	"#endif"
    }

    input	int	input	"Input Value"
    output	int	not	"\"Not\" Input"

    parm {
	name	bitwise
	label	"Bitwise Operation"
	type	toggle
	size	1
	default	{ 0 }
    }

}

INDX              DialogScript      °S0¢|# Dialog script for pbrdiffuse automatically generated 03/24/14 17:24:12

{
    name	pbrdiffuse
    script	pbrdiffuse
    label	"Physically Based Diffuse"

    outercode {
	""
    }

    code {
	"#ifdef VOP_SHADING"
	"vector $tnN = $isconnected_nN ? $nN : normalize(N);"
	"vector $tNg = dot($tnN, Ng) > 0 ? Ng : -Ng;"
	"#else"
	"vector $tnN = $isconnected_nN ? $nN : {0, 1, 0};"
	"vector $tNg = $tnN;"
	"#endif"
	""
	"if ($model != \"translucent\")"
	"{"
	"    if ($drough > 0)"
	"        $f = 2.0*diffuse($tnN, $tNg, $drough, \"label\", $label);"
	"    else"
	"        $f = 2.0*diffuse($tnN, $tNg, \"label\", $label);"
	"}"
	"else"
	"{"
	"    $f = 2.0*translucent($tnN, $tNg, \"label\", $label);"
	"}"
    }

    input	string	model	"Diffuse Model"
    input	string	label	"Component Label"
    input	vector	nN	Normal
    input	float	drough	"Diffuse Roughness"
    output	bsdf	f	BSDF
    inputflags	model	0
    inputflags	label	0
    inputflags	nN	0
    inputflags	drough	0
    signature	"Default Inputs"	default	{ string string vector float bsdf }

    outputoverrides	default
    {
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"model"
	label	"Diffuse Model"
	type	string
	default	{ "diffuse" }
	menu	{
	    "diffuse"	"Diffuse"
	    "translucent"	"Translucent"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"label"
	label	"Component Label"
	type	string
	default	{ "" }
	menureplace	{
	    "diffuse"	"Diffuse"
	    "specular"	"Specular"
	    "reflect"	"Reflect"
	    "refract"	"Refract"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"drough"
	label	"Diffuse Roughness"
	type	float
	default	{ "0" }
	disablewhen	"{ model == translucent }"
	range	{ 0 1 }
	export	none
    }
}
INDX              DialogScript      <Z›ç# Context: Surface

/*
 * Houdini Dialog Script generated automatically
 * by vcc from source file pbrlighting.
 * Generated: Sat Nov 11 06:42:47 2017
 */

{
    name	"pbrlighting"
    script	"pbrlighting"
    label	"PBR Lighting"
    outercode {
        "import pbrlighting;"
    }
    code {
        "pbrlighting("
        "\"direct\", $direct,"
        "\"indirect\", $indirect,"
        "\"all\", $all,"
        "\"indirect_emission\", $indirect_emission,"
        "\"direct_comp\", $direct_comp,"
        "\"indirect_comp\", $indirect_comp,"
        "\"all_comp\", $all_comp,"
        "\"direct_noshadow\", $direct_noshadow,"
        "\"direct_shadow\", $direct_shadow,"
        "\"indirect_noshadow\", $indirect_noshadow,"
        "\"indirect_shadow\", $indirect_shadow,"
        "\"level\", $level,"
        "\"diffuselevel\", $diffuselevel,"
        "\"specularlevel\", $specularlevel,"
        "\"volumelevel\", $volumelevel,"
        "\"direct_samples\", $direct_samples,"
        "\"indirect_samples\", $indirect_samples,"
        "\"nlights\", $nlights,"
        "\"direct_noshadow_comp\", $direct_noshadow_comp,"
        "\"indirect_noshadow_comp\", $indirect_noshadow_comp,"
        "\"inF\", $F,"
        "\"inOf\", $Of,"
        "\"use_renderstate\", $use_renderstate,"
        "\"pathtype\", $pathtype,"
        "\"constrainmaxrough\", $constrainmaxrough,"
        "\"raylimiteval\", $raylimiteval,"
        "\"reflectratio\", $reflectratio,"
        "\"colorlimit\", $colorlimit,"
        "\"colorlimitdecay\", $colorlimitdecay,"
        "\"colorlimitdepth\", $colorlimitdepth,"
        "\"colorspace\", $colorspace,"
        "\"rayfilteramount\", $rayfilteramount,"
        "\"misbias\", $misbias,"
        "\"doshadow\", $doshadow,"
        "\"multilight\", $multilight,"
        "\"recursive\", $recursive,"
        "\"absorption\", $absorption,"
        "\"ndpriority\", $ndpriority,"
        "\"ndior\", $ndior);"
    }
    output	vector	direct	"direct"
    output	vector	indirect	"indirect"
    output	vector	all	"all"
    output	vector	indirect_emission	"indirect_emission"
    output	vectora	direct_comp	"direct_comp"
    output	vectora	indirect_comp	"indirect_comp"
    output	vectora	all_comp	"all_comp"
    output	vector	direct_noshadow	"direct_noshadow"
    output	vector	direct_shadow	"direct_shadow"
    output	vector	indirect_noshadow	"indirect_noshadow"
    output	vector	indirect_shadow	"indirect_shadow"
    output	float	level	"level"
    output	float	diffuselevel	"diffuselevel"
    output	float	specularlevel	"specularlevel"
    output	float	volumelevel	"volumelevel"
    output	float	direct_samples	"direct_samples"
    output	float	indirect_samples	"indirect_samples"
    output	float	nlights	"nlights"
    output	vectora	direct_noshadow_comp	"direct_noshadow_comp"
    output	vectora	indirect_noshadow_comp	"indirect_noshadow_comp"
    input	bsdf	F	"inF"
    input	vector	Of	"inOf"
    input	int	use_renderstate	"Use ROP Parameters"
    input	string	pathtype	"Allowable Paths"
    input	int	constrainmaxrough	"Constrain by Maximum Roughness"
    input	string	raylimiteval	"At Reflect Limit"
    input	float	reflectratio	"Min Reflect Ratio"
    input	float	colorlimit	"Color Limit"
    input	float	colorlimitdecay	"Color Limit Decay"
    input	int	colorlimitdepth	"colorlimitdepth"
    input	string	colorspace	"Color Space"
    input	float	rayfilteramount	"Ray Filter Amount"
    input	float	misbias	"MIS Bias"
    input	int	doshadow	"Enable Shadows"
    input	int	multilight	"Sample All Lights"
    input	int	recursive	"Recursive"
    input	vector	absorption	"absorption"
    input	int	ndpriority	"ndpriority"
    input	float	ndior	"ndior"

    help {
	  ""
    }

    parm {
	name	Of
	label	"inOf"
	type	float
	invisible
	size	3
	default	{ 1 1 1 }
	export	none
    }
    parm {
	name	use_renderstate
	label	"Use ROP Parameters"
	type	toggle
	default	{ 1 }
	export	none
    }
    parm {
	name	pathtype
	label	"Allowable Paths"
	type	string
	menu	{
	    "specular"	"Specular Paths"
	    "diffuse"	"Specular, Diffuse Paths"
	    "caustic"	"Specular, Diffuse, Caustic Paths"
	    "all"	"All Paths"
	}
	default	{ "specular" }
	export	none
	disablewhen "{ use_renderstate 1 }"
    }
    parm {
	name	constrainmaxrough
	label	"Constrain by Maximum Roughness"
	type	toggle
	default	{ 0 }
	export	none
	disablewhen "{ use_renderstate 1 }"
    }
    parm {
	name	raylimiteval
	label	"At Reflect Limit"
	type	string
	menu	{
	    "none"	"Use Black Background"
	    "direct"	"Use Direct Lighting as Background Color"
	}
	default	{ "none" }
	export	none
	disablewhen "{ use_renderstate 1 }"
    }
    parm {
	name	reflectratio
	label	"Min Reflect Ratio"
	type	float
	default	{ 0 }
	range	 { 0 1 }
	export	none
	disablewhen "{ use_renderstate 1 }"
    }
    parm {
	name	colorlimit
	label	"Color Limit"
	type	float
	default	{ 10 }
	range	 { 0 20 }
	export	none
	disablewhen "{ use_renderstate 1 }"
    }
    parm {
	name	colorlimitdecay
	label	"Color Limit Decay"
	type	float
	default	{ 1 }
	range	 { 0 1 }
	export	none
	disablewhen "{ use_renderstate 1 }"
    }
    parm {
	name	colorlimitdepth
	label	"colorlimitdepth"
	type	integer
	default	{ 2 }
	export	none
    }
    parm {
	name	colorspace
	label	"Color Space"
	type	string
	menu	{
	    "linear"	"Linear"
	    "gamma"	"Gamma 2.2"
	}
	default	{ "gamma" }
	export	none
	disablewhen "{ use_renderstate 1 }"
    }
    parm {
	name	rayfilteramount
	label	"Ray Filter Amount"
	type	float
	default	{ 0 }
	range	 { 0 1 }
	export	none
    }
    parm {
	name	misbias
	label	"MIS Bias"
	type	float
	default	{ 0 }
	range	 { -1 1 }
	export	none
    }
    parm {
	name	doshadow
	label	"Enable Shadows"
	type	toggle
	default	{ 1 }
	export	none
    }
    parm {
	name	multilight
	label	"Sample All Lights"
	type	toggle
	default	{ 1 }
	export	none
    }
    parm {
	name	recursive
	label	"Recursive"
	type	toggle
	default	{ 0 }
	export	none
    }
    parm {
	name	absorption
	label	"absorption"
	type	float
	size	3
	default	{ 0 0 0 }
	export	none
    }
    parm {
	name	ndpriority
	label	"ndpriority"
	type	integer
	default	{ 0 }
	export	none
    }
    parm {
	name	ndior
	label	"ndior"
	type	float
	default	{ 1.5 }
	export	none
    }
}
INDX              DialogScript      ’VTPh# Dialog script for pbrspecular automatically generated 11/24/15 12:56:24

{
    name	pbrspecular
    script	pbrspecular
    label	"Physically Based Specular"

    outercode {
	"#include \"voplib.h\""
	"#include \"pbr.h\""
	"#include \"bsdf.h\""
    }

    code {
	"#ifdef VOP_SHADING"
	"vector $tnN = $isconnected_nN ? $nN : normalize(N);"
	"vector $tnI = $isconnected_nI ? $nI : normalize(I);"
	"#else"
	"vector $tnN = $isconnected_nN ? $nN : {0, 1, 0};"
	"vector $tnI = $isconnected_nI ? $nI : {0, -1, 0};"
	"#endif"
	"vector $tnR = $isconnected_nR ? $nR : reflect($tnI, $tnN);"
	""
	"float $width = sin(radians($angle));"
	""
	"$f = bsdf();"
	""
	"int $isglossy = ($model == \"ggx\" && $rough > SPEC_MIN_WIDTH) || $width > SPEC_MIN_WIDTH;"
	"if ($isglossy)"
	"{"
	"    float       $uexp, $vexp;"
	"    "
	"    $uexp = $vexp = pbrspecular_toexponent($width);"
	"    vector  $tanu, $tanv;"
	"#ifdef VOP_SHADING"
	"    $tanu = $isconnected_utan ? $utan : normalize(dPds);"
	"    $tanv = $isconnected_vtan ? $vtan : normalize(dPdt);"
	"#else"
	"    $tanu = $isconnected_utan ? $utan : {1, 0, 0};"
	"    $tanv = $isconnected_vtan ? $vtan : {0, 0, 1};"
	"#endif"
	"        "
	"    // for now always compute frame for ggx, regardless of aniso being near 0"
	"    if (($model != \"cone\" && abs($aniso) > SPEC_MIN_WIDTH))// || $model == 'ggx')"
	"    {"
	"        "
	"        if ($aniso_angle != 0)"
	"        {"
	"            matrix3 $rot = ident();"
	"            rotate($rot, radians($aniso_angle), cross($tanu, $tanv));"
	"            $tanu *= $rot;"
	"            $tanv *= $rot;"
	"        }"
	"        "
	"        "
	"        "
	"        if ($aniso < 0)"
	"            $uexp *= pbrspecular_toexponent(1+($aniso));"
	"        else"
	"            $vexp *= pbrspecular_toexponent(1-($aniso));"
	"            "
	"        if ($model == \"blinn\")"
	"        {"
	"            $f = ashikhmin($tnN, $uexp, $vexp, $tanu, $tanv, \"label\", $label);"
	"        }"
	"        else if ($model == \"ggx\")"
	"        {"
	"            // make orthonormal"
	"            $tanv = normalize(cross($tnN,$tanu));"
	"            $tanu = normalize(cross($tnN,$tanv));"
	"            "
	"            int $flip = $aniso < 0;"
	"            "
	"            float $aspect = sqrt(1.0-abs($aniso)*0.9);  "
	"            float $alphax = max(0.001, $rough*$rough/$aspect);"
	"            float $alphay = max(0.001, $rough*$rough*$aspect);"
	"            float $alphaG = min($alphax, $alphay);"
	"            "
	"            $f = cvex_bsdf("
	"                           \"oplib:/Shop/ggx_eval?Shop/ggx_eval\","
	"                           \"oplib:/Shop/ggx_sample?Shop/ggx_sample\","
	"                           \"label\", $label,"
	"                           \"aniso\", 1,"
	"                           \"ng\", normalize(Ng),"
	"                           \"nn\", (vector)$tnN,"
	"                           \"xg\", (vector)select($flip, $tanv, $tanu),"
	"                           \"yg\", (vector)select($flip, $tanu, $tanv),"
	"                           \"alphax\", (float)$alphax,"
	"                           \"alphay\", (float)$alphay,"
	"                           \"model\", 0);"
	"        }"
	"        else"
	"        {"
	"            $f = phonglobe($tnN, $tnR, $uexp, $vexp, $tanu, $tanv, \"label\", $label);"
	"        }"
	"    }"
	"    else"
	"    {"
	"        if ($model == \"cone\")"
	"        {"
	"            $f = cone($tnN, $tnR, radians($angle), \"label\", $label);"
	"        }"
	"        else if ($model == \"blinn\")"
	"        {"
	"            $f = blinn($tnN, $uexp, \"label\", $label);"
	"        }"
	"        else if($model == \"ggx\")"
	"        {"
	"            // make orthonormal"
	"            $tanv = normalize(cross($tnN,$tanu));"
	"            $tanu = normalize(cross($tnN,$tanv));"
	"            "
	"            int $flip = $aniso < 0;"
	"            "
	"            float $alpha = max(0.001, $rough*$rough);"
	"            "
	"            $f = cvex_bsdf("
	"                           \"oplib:/Shop/ggx_eval?Shop/ggx_eval\","
	"                           \"oplib:/Shop/ggx_sample?Shop/ggx_sample\","
	"                           \"label\", $label,"
	"                           \"aniso\", 0,"
	"                           \"ng\", normalize(Ng),"
	"                           \"nn\", (vector)$tnN,"
	"                           \"xg\", (vector)select($flip, $tanv, $tanu),"
	"                           \"yg\", (vector)select($flip, $tanu, $tanv),"
	"                           \"alphax\", (float)$alpha,"
	"                           \"alphay\", (float)$alpha,"
	"                           \"model\", 0);"
	"        }"
	"        else"
	"        {"
	"            $f = phonglobe($tnN, $tnR, $uexp, \"label\", $label);"
	"        }"
	"    }"
	"    $f *= 1.0 / luminance(albedo($f));"
	"}"
	""
	"$f *= $isglossy;"
	"$f += !$isglossy * specular($tnR, \"label\", $label);"
    }

    input	string	model	"Specular Model"
    input	string	label	"Component Label"
    input	vector	nR	Direction
    input	vector	nN	Normal
    input	vector	nI	"Incident Direction"
    input	float	angle	"Highlight Angle"
    input	float	aniso	"Anisotropic Bias"
    input	vector	utan	"U Tangent"
    input	vector	vtan	"V Tangent"
    input	float	aniso_angle	"Anisotropy Angle"
    input	float	rough	Roughness
    output	bsdf	f	BSDF
    inputflags	model	0
    inputflags	label	0
    inputflags	nR	0
    inputflags	nN	0
    inputflags	nI	0
    inputflags	angle	0
    inputflags	aniso	0
    inputflags	utan	0
    inputflags	vtan	0
    inputflags	aniso_angle	0
    inputflags	rough	0
    signature	"Default Inputs"	default	{ string string vector vector vector float float vector vector float float bsdf }

    outputoverrides	default
    {
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"model"
	label	"Specular Model"
	type	ordinal
	default	{ "0" }
	menu	{
	    "phong"	"Phong"
	    "blinn"	"Blinn"
	    "cone"	"Cone"
	    "ggx"	"GGX"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"label"
	label	"Component Label"
	type	string
	default	{ "" }
	menureplace	{
	    "diffuse"	"Diffuse"
	    "specular"	"Specular"
	    "reflect"	"Reflect"
	    "refract"	"Refract"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"angle"
	label	"Highlight Angle"
	type	float
	default	{ "10" }
	disablewhen	"{ model == ggx }"
	range	{ 0 90 }
	export	none
    }
    parm {
	name	"rough"
	label	"Roughness"
	type	float
	default	{ "0.1" }
	disablewhen	"{ model != ggx }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"aniso"
	label	"Anisotropic Bias"
	type	float
	default	{ "0" }
	disablewhen	"{ model == cone }"
	range	{ -1 1 }
	export	none
    }
    parm {
	name	"aniso_angle"
	label	"Anisotropic Angle"
	type	angle
	default	{ "0" }
	disablewhen	"{ model == cone }"
	range	{ 0 360 }
	export	none
    }
}
INDX              DialogScript      5}X=Â# Dialog script for physicalsss automatically generated

{
    name	physicalsss
    script	physicalsss
    label	"Physical SSS"

    outercode {
	"#include <voptype.h>"
	"#include <voplib.h>"
	"#include <math.h>"
	"#include <physicalsss.h>"
	""
	"import physicalsss_single;"
	"import physicalsss_multi;"
    }

    code {
	"VOPvector $_p  = ($isconnected_p != 0)      ? $p            : P;"
	"VOPvector $bp  = ($isconnected_blurp != 0)  ? $blurp        : getblurP(0);"
	"VOPnormal $_n  = ($isconnected_n != 0)      ? $n            : normalize(N);"
	"VOPfloat  $eta = max(0.0, $oior / $iior);"
	"VOPvector $_t  = ($isconnected_t != 0)      ? normalize($t) : normalize(refract(normalize(I), $_n, $eta));"
	""
	"VOPfloat  $_g       = clamp($g, -0.99, 0.99);"
	"VOPvector $_absrp   = 1.0;"
	"VOPvector $scatr    = 0.0;"
	"VOPfloat  $_kt      = 0.0;"
	""
	"if ($isconnected_kt != 0)"
	"{"
	"    $_kt = $kt;"
	"    $kr = 1.0 - $_kt;"
	"}"
	"else"
	"    fresnel(-$_t, -$_n, 1.0 / $eta, $kr, $_kt);"
	""
	"$clr = 0;"
	"$opacity = 1;"
	"$sss_single = 0;"
	"$sss_multi = 0;"
	"$multiloclclr = 0;"
	"$multiglobclr = 0;"
	""
	"if ($mode == 1) // physical mode"
	"{"
	"    $scatr = $redscatr / ((1.0 - $_g) * $scatrscale);"
	"    $_absrp = $absrp / $scatrscale;"
	"}"
	"else // artist mode"
	"{"
	"    VOPvector $_redscatr, $redext, $redalbedo;"
	""
	"    // Compute the reduced albedo."
	"    $redalbedo = vop_sss_reduced_albedo($diffuseclr, $eta, 1e-9);"
	"    $redalbedo = clamp($redalbedo, { 0.0, 0.0, 0.0 }, { 0.99999999, 0.99999999, 0.99999999 });"
	""
	"    // Compute the absorption and scattering coefficients."
	"    $redext = luminance($attenclr);"
	"    $redext /= max($attenclr / $redext, 1e-3);"
	"    $redext *= max(0.0, $attendensity);"
	"    $_redscatr = $redalbedo * $redext;"
	"    $_absrp = $redext - $_redscatr;"
	"    $scatr = $_redscatr * (1.0 / (1.0 - $_g));"
	"}"
	""
	"if (isshadowray())"
	"    $opacity = vop_sss_opacity($_p, $_n, normalize(I), $_absrp, $scatr);"
	"else"
	"{"
	"    if ($singlesss)"
	"    {"
	"        physicalsss_single("
	"            \"Cf\", $sss_single,"
	"            \"P\", $_p,"
	"            \"N\", $_n,"
	"            \"I\", $_t,"
	"            \"absrp\", $_absrp,"
	"            \"scatr\", $scatr,"
	"            \"g\", $_g,"
	"            \"eta\", $eta,"
	"            \"optsecond\", $optsingle,"
	"            \"nsamples\", $nsingle,"
	"            \"spectral\", $spectral);"
	"        $sss_single *= $_kt;"
	"    }"
	""
	"    if ($multienable)"
	"    {"
	"        vector  pos;"
	"        if ($multimodel == \"raytraced\" ||"
	"            $multimodel == \"fullraytraced\" ||"
	"            $multimodel == \"pathtraced\")"
	"            pos = $_p;"
	"        else"
	"            pos = $bp;"
	""
	"        physicalsss_multi("
	"            \"Cf\", $sss_multi,"
	"            \"P\", pos,"
	"            \"N\", $_n,"
	"            \"absrp\", $_absrp,"
	"            \"scatr\", $scatr,"
	"            \"g\", $_g,"
	"            \"eta\", $eta,"
	"            \"multimodel\", $multimodel,"
	"            \"loclradscale\", $loclradscale,"
	"            \"loclquality\", $loclquality,"
	"            \"globquality\", $globquality,"
	"            \"optsecond\", $optmulti,"
	"            \"pcmode\", $pcmode,"
	"            \"pcname\", $pcname,"
	"            \"pcsavepos\", $pcsavepos,"
	"            \"pcsaveirrad\", $pcsaveirrad,"
	"            \"pcautosize\", $pcautosize,"
	"            \"pcautofactor\", $pcautofactor,"
	"            \"pcsize\", $pcsize,"
	"            \"pcerror\", 0.1,"
	"            \"pcfilter\", $pcfilter,"
	"            \"pcfiltersize\", $pcfiltersize,"
	"            \"spectral\", $spectral,"
	"            \"multiloclclr\", $multiloclclr,"
	"            \"multiglobclr\", $multiglobclr);"
	"        $sss_multi *= $_kt;"
	"    }"
	""
	"    $clr = $sss_single + $sss_multi;"
	"}"
    }

    input	vector	p	Position
    input	vector	blurp	"Blur Position"
    input	normal	n	Normal
    input	vector	t	Transmitted
    input	float	kt	"Fresnel Transmission"
    input	int	mode	"Parameter Mode"
    input	color	diffuseclr	"Diffuse Color"
    input	float	attendensity	"Attenuation Density"
    input	color	attenclr	"Attenuation Color"
    input	vector	absrp	"Absorption Coefficient (RGB)"
    input	vector	redscatr	"Reduced Scattering Coefficient (RGB)"
    input	float	scatrscale	"Scattering Scale"
    input	float	g	"Scattering Phase"
    input	float	iior	"Inside IOR"
    input	float	oior	"Outside IOR"
    input	int	spectral	"Enable Spectral Scattering"
    input	int	singlesss	"Enable Single Scattering"
    input	int	optsingle	"Optimize Secondary Rays"
    input	int	nsingle	Samples
    input	int	multienable	"Enable Multiple Scattering"
    input	string	multimodel	Model
    input	int	optmulti	"Optimize Secondary Rays"
    input	float	loclradscale	"Local Radius Scale"
    input	float	loclquality	"Local Light Quality"
    input	float	globquality	"Global Light Quality"
    input	int	pcmode	"Point Cloud Mode"
    input	string	pcname	"Point Cloud"
    input	int	pcsavepos	"Cache Positions/Normals/Areas"
    input	int	pcsaveirrad	"Cache Irradiance"
    input	int	pcautosize	"Auto Point Cloud Size"
    input	float	pcautofactor	"Auto Size Factor"
    input	int	pcsize	"Point Cloud Size"
    input	int	pcfilter	"Filter Multiple Scattering"
    input	int	pcfiltersize	"Filter Samples"
    output	color	clr	Color
    output	color	opacity	Opacity
    output	color	sss_single	"Single Scattering Color"
    output	color	sss_multi	"Multiple Scattering Color"
    output	color	multiloclclr	"Multiple Scattering Color (Local)"
    output	color	multiglobclr	"Multiple Scattering Color (Global)"
    output	float	kr	"Fresnel Reflectance"
    inputflags	p	0
    inputflags	blurp	0
    inputflags	n	0
    inputflags	t	0
    inputflags	kt	0
    inputflags	mode	1
    inputflags	diffuseclr	0
    inputflags	attendensity	0
    inputflags	attenclr	0
    inputflags	absrp	1
    inputflags	redscatr	1
    inputflags	scatrscale	1
    inputflags	g	0
    inputflags	iior	0
    inputflags	oior	0
    inputflags	spectral	1
    inputflags	singlesss	0
    inputflags	optsingle	1
    inputflags	nsingle	1
    inputflags	multienable	0
    inputflags	multimodel	1
    inputflags	optmulti	1
    inputflags	loclradscale	1
    inputflags	loclquality	1
    inputflags	globquality	1
    inputflags	pcmode	1
    inputflags	pcname	1
    inputflags	pcsavepos	1
    inputflags	pcsaveirrad	1
    inputflags	pcautosize	1
    inputflags	pcautofactor	1
    inputflags	pcsize	1
    inputflags	pcfilter	1
    inputflags	pcfiltersize	1
    signature	"Default Inputs"	default	{ vector vector normal vector float int color float color vector vector float float float float int int int int int string int float float float int string int int int float int int int color color color color color color float }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"mode"
	label	"Parameter Mode"
	type	ordinal
	default	{ "0" }
	menu	{
	    "0"	"Artist"
	    "1"	"Physical"
	}
	range	{ 0 1 }
    }
    parm {
	name	"diffuseclr"
	label	"Diffuse Color"
	type	color
	size	3
	default	{ "0.9" "0.9" "0.9" }
	disablewhen	"{ mode != 0 }"
	range	{ 0! 1! }
	parmtag	{ "export_disable" "1" }
	parmtag	{ "script_callback" "kwargs['node'].hdaModule().updatePhysical(kwargs['node'])" }
	parmtag	{ "script_callback_language" "python" }
    }
    parm {
	name	"attendensity"
	label	"Attenuation Density"
	type	float
	default	{ "1" }
	disablewhen	"{ mode != 0 }"
	range	{ 0! 10 }
	parmtag	{ "script_callback" "kwargs['node'].hdaModule().updatePhysical(kwargs['node'])" }
	parmtag	{ "script_callback_language" "python" }
    }
    parm {
	name	"attenclr"
	label	"Attenuation Color"
	type	color
	size	3
	default	{ "1" "1" "1" }
	disablewhen	"{ mode != 0 }"
	range	{ 0! 1! }
	parmtag	{ "script_callback" "kwargs['node'].hdaModule().updatePhysical(kwargs['node'])" }
	parmtag	{ "script_callback_language" "python" }
    }
    parm {
	name	"absrp"
	label	"Absorption Coefficient (RGB)"
	type	vector
	size	3
	default	{ "0.0131039" "0.0131039" "0.0131039" }
	disablewhen	"{ mode != 1 }"
	range	{ 0! 1 }
	parmtag	{ "script_callback" "kwargs['node'].hdaModule().updateArtist(kwargs['node'])" }
	parmtag	{ "script_callback_language" "python" }
    }
    parm {
	name	"redscatr"
	label	"Reduced Scattering Coefficient (RGB)"
	type	vector
	size	3
	default	{ "25.4246" "25.4246" "25.4246" }
	disablewhen	"{ mode != 1 }"
	range	{ 0! 1 }
	parmtag	{ "script_callback" "kwargs['node'].hdaModule().updateArtist(kwargs['node'])" }
	parmtag	{ "script_callback_language" "python" }
    }
    parm {
	name	"scatrscale"
	label	"Scattering Scale"
	type	float
	default	{ "1" }
	disablewhen	"{ mode != 1 }"
	range	{ 0! 1 }
	parmtag	{ "script_callback" "kwargs['node'].hdaModule().updateArtist(kwargs['node'])" }
	parmtag	{ "script_callback_language" "python" }
    }
    parm {
	name	"g"
	label	"Scattering Phase"
	type	float
	default	{ "0" }
	range	{ -1! 1! }
    }
    parm {
	name	"iior"
	label	"Inside IOR"
	type	float
	default	{ "1.3" }
	range	{ 0! 10 }
    }
    parm {
	name	"oior"
	label	"Outside IOR"
	type	float
	default	{ "1" }
	range	{ 0! 10 }
    }
    parm {
	name	"spectral"
	label	"Enable RGB Spectral Scattering"
	type	toggle
	default	{ "1" }
	range	{ 0 1 }
    }
    group {
	name	"single_multi"
	label	"Single Scattering"

	parm {
	    name	"singlesss"
	    label	"Enable Single Scattering"
	    type	toggle
	    default	{ "1" }
	    range	{ 0 1 }
	}
	parm {
	    name	"optsingle"
	    label	"Optimize Secondary Rays"
	    type	toggle
	    default	{ "0" }
	    disablewhen	"{ singlesss == 0 }"
	    range	{ 0 1 }
	}
	parm {
	    name	"nsingle"
	    label	"Samples"
	    type	integer
	    default	{ "1" }
	    disablewhen	"{ singlesss == 0 }"
	    range	{ 0! 10 }
	}
    }

    group {
	name	"single_multi_1"
	label	"Multiple Scattering"

	parm {
	    name	"multienable"
	    label	"Enable Multiple Scattering"
	    type	toggle
	    default	{ "1" }
	    range	{ 0 1 }
	}
	parm {
	    name	"multimodel"
	    label	"Model"
	    type	string
	    default	{ "raytraced" }
	    disablewhen	"{ multienable == 0 }"
	    menu	{
		"raytraced"	"Ray Traced"
		"local"	"Local BRDF"
		"global"	"Global Point Cloud"
		"hybrid"	"Local And Global"
		"pathtraced"	"Path Traced"
	    }
	    range	{ 0 1 }
	}
	parm {
	    name	"globquality"
	    label	"Global Light Quality"
	    type	float
	    default	{ "1" }
	    disablewhen	"{ multienable == 0 } { multimodel == local }"
	    range	{ 0! 10 }
	}
	parm {
	    name	"loclquality"
	    label	"Local Light Quality"
	    type	float
	    default	{ "0.1" }
	    disablewhen	"{ multienable == 0 } { multimodel != local multimodel != hybrid }"
	    range	{ 0! 1 }
	}
	parm {
	    name	"optmulti"
	    label	"Optimize Secondary Rays"
	    type	toggle
	    default	{ "0" }
	    disablewhen	"{ multienable == 0 } { multimodel == local }"
	    range	{ 0 1 }
	}
	parm {
	    name	"sepparm"
	    label	"Separator"
	    type	separator
	    default	{ "" }
	    range	{ 0 1 }
	}
	parm {
	    name	"loclradscale"
	    label	"Local Radius Scale"
	    type	float
	    default	{ "1" }
	    disablewhen	"{ multienable == 0 } { multimodel != hybrid }"
	    range	{ 0! 2 }
	}
	parm {
	    name	"pcmode"
	    label	"Point Cloud Mode"
	    type	ordinal
	    default	{ "0" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid }"
	    menu	{
		"0"	"Generate At Render Time"
		"1"	"Read From File"
		"2"	"Write To File"
	    }
	    range	{ 0 1 }
	}
	parm {
	    name	"pcname"
	    label	"Point Cloud"
	    type	file
	    default	{ "$HIP/${HIPNAME}_${OS}.pc" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid } { pcmode == 0 }"
	    range	{ 0 1 }
	    parmtag	{ "script_callback" "kwargs['node'].hdaModule().checkFileName(kwargs['node'])" }
	    parmtag	{ "script_callback_language" "python" }
	}
	parm {
	    name	"pcsavepos"
	    label	"Cache Positions/Normals/Areas"
	    type	toggle
	    default	{ "0" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid } { pcmode != 2 }"
	    range	{ 0 1 }
	}
	parm {
	    name	"pcsaveirrad"
	    label	"Cache Irradiance"
	    type	toggle
	    default	{ "0" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid } { pcmode != 2 }"
	    range	{ 0 1 }
	}
	parm {
	    name	"pcautosize"
	    label	"Auto Point Cloud Size"
	    type	toggle
	    default	{ "1" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid } { pcmode == 1 }"
	    range	{ 0 1 }
	}
	parm {
	    name	"pcautofactor"
	    label	"Auto Size Factor"
	    type	float
	    default	{ "1" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid } { pcmode == 1 } { pcautosize == 0 }"
	    range	{ 0! 2 }
	}
	parm {
	    name	"pcsize"
	    label	"Point Cloud Size"
	    type	integer
	    default	{ "10000" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid } { pcmode == 1 } { pcautosize == 1 }"
	    range	{ 0! 1e+06 }
	}
	parm {
	    name	"pcfilter"
	    label	"Filter Multiple Scattering"
	    type	toggle
	    default	{ "1" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid }"
	    range	{ 0 1 }
	}
	parm {
	    name	"pcfiltersize"
	    label	"Filter Samples"
	    type	integer
	    default	{ "50" }
	    disablewhen	"{ multienable == 0 } { multimodel != global multimodel != hybrid } { pcfilter == 0 }"
	    range	{ 0! 100 }
	}
    }

}
INDX              Contents       WZV(¢   DialogScript   W  {Z…u0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for pointjitter automatically generated

{
    name	pointjitter
    script	pointjitter
    label	"Point Jitter"

    help {
	""
    }

    inputlabel	1	"Geometry to Jitter Points on"
    inputlabel	2	"Sub-Network Input #2"
    inputlabel	3	"Sub-Network Input #3"
    inputlabel	4	"Sub-Network Input #4"

    parm {
        name    "group"
        label   "Group"
        type    string
        default { "" }
        menutoggle {
            [ "opmenu -l jitter vex_group" ]
        }
        range   { 0 1 }
        parmtag { "autoscope" "0000000000000000" }
        parmtag { "script_action" "import soputils\nkwargs['geometrytype'] = hou.geometryType.Points\nkwargs['inputindex'] = 0\nsoputils.selectGroupParm(kwargs)" }
        parmtag { "script_action_help" "Select geometry from an available viewport." }
        parmtag { "script_action_icon" "BUTTONS_reselect" }
    }
    parm {
        name    "useidattrib"
        label   "Use ID Attribute"
        type    toggle
        nolabel
        joinnext
        default { "0" }
        range   { 0 1 }
    }
    parm {
        name    "idattrib"
        label   "Id Attribute"
        type    string
        default { "id" }
        disablewhen "{ useidattrib == 0 }"
        range   { 0 1 }
        parmtag { "autoscope" "0000000000000000" }
        parmtag { "parmvop" "1" }
        parmtag { "shaderparmcontexts" "sop" }
    }
    parm {
        name    "scale"
        label   "Scale"
        type    float
        default { "1" }
        range   { 0 10 }
    }
    parm {
        name    "axisscale"
        label   "Axis Scales"
        type    vector
        size    3
        default { "1" "1" "1" }
        range   { -1 1 }
    }
    parm {
        name    "seed"
        label   "Seed"
        type    float
        default { "1" }
        range   { 0 10 }
    }
    parm {
        name    "usepscale"
        label   "Use PScale"
        type    toggle
        default { "off" }
        range   { 0 1 }
    }
    parm {
        name    "updatenmls"
        label   "Update Normals"
        type    toggle
        default { "on" }
        parmtag { "autoscope" "0000000000000000" }
    }
}
INDX              Contents       WZV(¢   DialogScript   W  PZ…p0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for pointsfromvolume automatically generated 06/24/15 11:23:00

{
    name	pointsfromvolume
    script	pointsfromvolume
    label	"Points from Volume"

    help {
	""
    }

    inputlabel	1	"Geometry to Fill with Points"
    inputlabel	2	"Sub-Network Input #2"
    inputlabel	3	"Sub-Network Input #3"
    inputlabel	4	"Sub-Network Input #4"

    parm {
	name	"source"
	label	"Source Type"
	type	ordinal
	default	{ "auto" }
	menu	{
	    "auto"	"Auto Detect"
	    "geometry"	"Geometry"
	    "fog"	"Fog"
	    "sdf"	"Signed Distance Field"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"pointmethod"
	label	"Construction Method"
	type	ordinal
	default	{ "sparse" }
	menu	{
	    "dense"	"Dense Grid"
	    "sparse"	"Sparse Volume"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"invert"
	label	"Invert Volume"
	type	toggle
	default	{ "0" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"inittype"
	label	"Point Configuration"
	type	ordinal
	default	{ "0" }
	menu	{
	    "grid"	"Grid"
	    "tetrahedral"	"Tetrahedral"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"particlesep"
	label	"Point Separation"
	type	float
	default	{ "0.1" }
	range	{ 0! 10 }
	export	none
    }
    parm {
	name	"iso"
	label	"Isovalue"
	type	float
	default	{ "0" }
	disablewhen	"{ pointmethod != sparse } { source == fog }"
	range	{ -10 10 }
	export	none
    }
    parm {
	name	"dominiso"
	label	"dominiso"
	type	toggle
	nolabel
	joinnext
	default	{ "0" }
	disablewhen	"{ pointmethod != sparse } { source == fog }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"miniso"
	label	"Min Isovalue"
	type	float
	default	{ "0" }
	disablewhen	"{ pointmethod != sparse } { dominiso == 0 } { source == fog }"
	range	{ -10 10 }
	export	none
    }
    parm {
	name	"jitterseed"
	label	"Jitter Seed"
	type	float
	default	{ "0" }
	range	{ 0 10 }
	export	none
    }
    parm {
	name	"jitterscale"
	label	"Jitter Scale"
	type	float
	default	{ "0" }
	range	{ 0 10 }
	export	none
    }
    parm {
	name	"converttofog"
	label	"Convert to Fog"
	type	toggle
	default	{ "1" }
	disablewhen	"{ source == fog } { source == sdf } { pointmethod == sparse }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"offset"
	label	"Grid Offset"
	type	vector
	size	3
	default	{ "0" "0" "0" }
	range	{ -1 1 }
	export	none
    }
    parm {
	name	"addscale"
	label	"Add Scale Attribute"
	type	toggle
	default	{ "0" }
	range	{ 0! 10 }
	export	none
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"radiusscale"
	label	"Particle Radius Scale"
	type	float
	default	{ "2" }
	disablewhen	"{ addscale == 0 }"
	range	{ 0 10 }
	export	none
    }
    parm {
	name	"dodither"
	label	"Dither Surface"
	type	toggle
	default	{ "0" }
	hidewhen	"{ pointmethod != sparse }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"dithernormal"
	label	"Dither Normal"
	type	vector
	size	3
	default	{ "0" "1" "0" }
	hidewhen	"{ pointmethod != sparse } { dodither == 0 }"
	range	{ -1 1 }
	export	none
    }
    parm {
	name	"ditherangle"
	label	"Dither Angle"
	type	angle
	default	{ "45" }
	hidewhen	"{ pointmethod != sparse } { dodither == 0 }"
	range	{ 0 180 }
	export	none
    }
    parm {
	name	"doscatter"
	label	"doshell"
	type	toggle
	nolabel
	joinnext
	default	{ "0" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"scatter"
	label	"Scatter Density"
	type	float
	default	{ "1" }
	disablewhen	"{ doscatter == 0 }"
	range	{ 0 10 }
	export	none
    }
    parm {
	name	"relaxpoints"
	label	"Relax Points"
	type	toggle
	nolabel
	joinnext
	default	{ "off" }
	disablewhen	"{ doscatter == 0 }"
	range	{ 0 1 }
	export	none
	parmtag	{ "autoscope" "0000000000000000" }
	parmtag	{ "script_callback" "" }
    }
    parm {
	name	"relaxiterations"
	label	"Relax Iterations"
	type	integer
	default	{ "10" }
	disablewhen	"{ doscatter == 0 } { relaxpoints == 0 }"
	range	{ 0! 100 }
	export	none
	parmtag	{ "autoscope" "0000000000000000" }
	parmtag	{ "script_callback" "" }
    }
    parm {
	name	"dooversampling"
	label	"dooversampling"
	type	toggle
	nolabel
	joinnext
	default	{ "0" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"oversampling"
	label	"Oversampling"
	type	float
	default	{ "2" }
	disablewhen	"{ dooversampling == 0 }"
	range	{ 1 10 }
	export	none
    }
    parm {
	name	"oversamplingbandwidth"
	label	"Oversampling Bandwidth"
	type	float
	default	{ "1" }
	disablewhen	"{ dooversampling == 0 }"
	range	{ 0 10 }
	export	none
    }
    parm {
	name	"newg"
	label	"Create Output Group"
	type	toggle
	default	{ "0" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"outputgroup"
	label	"Output Group"
	type	string
	default	{ "" }
	disablewhen	"{ newg == 0 }"
	range	{ 0 1 }
	export	none
    }
}
INDX              DialogScript      Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"pow"
    script	"pow"
    label	"pow"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$pow = vop_pow(($val), $exp);"
    }

    input	float	val	"Input Value"
    input	float	exp	"Exponent"
    output	float	pow	"Output Value"

    signature	"Float"			default	{ }
    signature	"2D Vector"		u	{ vector2 float vector2 }
    signature	"3D Vector"		v	{ vector float vector }
    signature	"3D Point"		p	{ point float point }
    signature	"3D Normal"		n	{ normal float normal }
    signature	"RGB Color"		c	{ color float color }
    signature	"4D Vector"		v4	{ vector4 float vector4 }

    signature	"Uniform Float"		uf	{ ufloat ufloat ufloat }
    signature	"Uniform 3D Vector"	uv	{ uvector ufloat uvector }
    signature	"Uniform 3D Point"	up	{ upoint ufloat upoint }
    signature	"Uniform 3D Normal"	un	{ unormal ufloat unormal }
    signature	"Uniform RGB Color"	uc	{ ucolor ufloat ucolor }

    VOP_FLT_PARM(val,   "Value", 1)
    VOP_VEC_PARM(val_v, "Value", 1, 1, 1)
    VOP_VEC2_PARM(val_u, "Value", 1, 1)
    VOP_VEC_PARM(val_p, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_n, "Value", 1, 1, 1)
    VOP_CLR_PARM(val_c, "Value", 1, 1, 1)
    VOP_VEC4_PARM(val_v4,"Value", 1, 1, 1, 1)
    VOP_FLT_PARM(val_uf, "Value", 1)
    VOP_VEC_PARM(val_uv, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_up, "Value", 1, 1, 1)
    VOP_VEC_PARM(val_un, "Value", 1, 1, 1)
    VOP_CLR_PARM(val_uc, "Value", 1, 1, 1)
    
    parm {
	name	exp
	label	"Exponent"
	type	float
	size	1
	default	{ 1.0 }
    }
    
    group { name "gv" obsolete 12.0 }
    group { name "gu" obsolete 12.0 }
}
INDX              DialogScript      (OE#À# Dialog script for pyroBlackbody automatically generated 02/22/12 12:20:00

{
    name	pyroBlackbody
    script	pyroPhysicalColor
    label	"Pyro Blackbody"

    outercode {
	"#include <pyro_planck.h>"
	"#include <pyro_color.h>"
    }

    code {
	"#if $active"
	"   float $f = 1;"
	"   #if $isconnected_field"
	"      #if strcmp($signature,\"default\")"
	"         vector $kelvin = (vector)$field * $temp;"
	"         vector $chr1,$chr2,$chr3;"
	"         float  $val1,$val2,$val3;"
	"         blackbody($kelvin.x, $dotm,$tm_adapt,$tm_burn, $chr1,$val1);"
	"         blackbody($kelvin.y, $dotm,$tm_adapt,$tm_burn, $chr2,$val2);"
	"         blackbody($kelvin.z, $dotm,$tm_adapt,$tm_burn, $chr3,$val3);"
	"         $chroma = set($chr1.x,$chr2.y,$chr3.z);"
	"         $value  = set($val1,$val2,$val3);"
	"      #else"
	"         float $kelvin = $field * $temp;"
	"         blackbody($kelvin, $dotm,$tm_adapt,$tm_burn, $chroma,$value);"
	"      #endif"
	"      $col = $chroma * $value;"
	"   #endif"
	"#else"
	"   #if $isconnected_field"
	"      $col = (vector)$field;"
	"      vector $xyy = rgbtoxyy($col);"
	"      $chroma = xyytorgb($xyy*{1,1,0}+{0,0,1});"
	"      $value = xyy.z;"
	"   #else"
	"      $col = $chroma = $value = 0;"
	"   #endif"
	"#endif"
    }

    input	float	field	"Field Value"
    input	float	temp	"Temperature (K)"
    input	int	dotm	"Enable Tone Mapping"
    input	float	tm_adapt	"Tone Mapping: Adaptation"
    input	float	tm_burn	"Tone Mapping: Burn"
    output	vector	col	"Physical Color"
    output	vector	chroma	"Hue Only"
    output	float	value	"Value Only"
    inputflags	field	0
    inputflags	temp	0
    inputflags	dotm	0
    inputflags	tm_adapt	0
    inputflags	tm_burn	0
    signature	"Float Field"	default	{ float float int float float vector vector float }
    signature	"Vector Field"	v	{ vector float int float float vector vector vector }
    signature	"Vector4 Field"	p	{ vector4 float int float float vector vector vector }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }
    outputoverrides	v
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	p
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
	name	"signature"
	baseparm
	export	none
    }
    parm {
	name	"makeui"
	label	"Promote Interface"
	type	button
	nolabel
	default	{ "0" }
	menu	{
	    [ "import pyro2" ]
	    [ "return pyro2.makeuimenu()" ]
	    language	python
	}
	range	{ 0 1 }
	export	none
	parmtag	{ "script_callback_language" "python" }
	parmtag	{ "script_callback" "hou.phm().uiCreate(kwargs)" }
    }
    group {
	name	"folder0"
	label	"VOP Parameters"

	parm {
	    name	"active"
	    label	"Active"
	    type	toggle
	    default	{ "1" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"temp"
	    label	"Temperature (K)"
	    type	float
	    default	{ "5000" }
	    range	{ 350! 15000 }
	    export	none
	}
	parm {
	    name	"dotm"
	    label	"Tone Mapping:"
	    type	toggle
	    joinnext
	    default	{ "1" }
	    range	{ 0 10 }
	    export	none
	}
	parm {
	    name	"spacer"
	    label	"Spacer"
	    type	label
	    nolabel
	    default	{ "" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"tm_adapt"
	    label	"Adaptation"
	    type	float
	    default	{ "0.18" }
	    disablewhen	"{ dotm == 0 }"
	    range	{ 0! 1 }
	    export	none
	}
	parm {
	    name	"tm_burn"
	    label	"Burn"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ dotm == 0 }"
	    range	{ -2 2 }
	    export	none
	}
    }

    group {
	name	"folder0_1"
	label	"UI Promotion"

	parm {
	    name	"ui_prefix"
	    label	"Parameter Prefix"
	    type	string
	    joinnext
	    default	{ "" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"ui_postfix"
	    label	"Postfix"
	    type	string
	    default	{ "" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"ui_infolder"
	    label	"ui_infolder"
	    type	toggle
	    nolabel
	    joinnext
	    default	{ "0" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"ui_foldername"
	    label	"Create In Folder"
	    type	string
	    default	{ [ "node('.').creator().relativePathTo(node('.')).replace('/','_')" python ] }
	    disablewhen	"{ ui_infolder == 0 }"
	    range	{ 0 1 }
	    export	none
	}
    }

}
INDX              Contents       WZV(£   DialogScript   W  ûÇZ…y0707070000010000000006660000000000000000010000001322542424300001300000000000TRAILER!!! # Dialog script for pyroshader automatically generated

{
    name	pyroshader
    script	pyroshader
    label	"Pyro Shader"

    rendermask	"VMantra OGL"
    shadertype	vopmaterial
    input	float	next	""
    input	vector	rest	rest
    input	float	rest_ratio	rest_ratio
    input	vector	rest2	rest2
    input	float	rest2_ratio	rest2_ratio
    input	vector	Cd	Cd
    input	float	s_densityscale	"Density Scale"
    input	float	s_int	"Smoke Brightness"
    input	vector	s_color	"Smoke Color"
    input	int	s_tintwithcd	"Tint Smoke Color with Cd"
    input	float	shade_phase	"Scattering Phase"
    input	float	fi_int	"Intensity Scale"
    input	float	fc_int	"Temperature Scale"
    input	int	fc_colormode	"Temp>Color Mapping"
    input	vector	fc_constantcolor	"Constant Color"
    input	float	fc_rampmin	"Input Range Min"
    input	float	fc_rampmax	Max
    input	struct_ColorRamp	fc_colorramp	Ramp
    input	float	fc_bbtemp	"Color Temp in Kelvin"
    input	float	fc_bbadapt	Adaptation
    input	float	fc_bbburn	Burn
    input	float	s_shadowint	"Shadow Density"
    input	vector	s_shadowclr	"Shadow Color"
    input	string	ftype	Filter
    input	float	fscale	Scale
    input	int	s_fitenable	"Fit to Range (Unclamped)"
    input	float	s_fitsrcmin	"Source Range"
    input	float	s_fitsrcmax	"Source Max"
    input	float	s_fitdestmin	"Target Range"
    input	float	s_fitdestmax	"Target Max"
    input	int	s_rampenable	"Use Lookup Ramp"
    input	string	s_rampextl	"Ramp Boundaries"
    input	string	s_rampextr	Right
    input	struct_FloatRamp	s_ramp	Ramp
    input	int	s_contourenable	Contour
    input	float	s_contourwidth	"Contour Width"
    input	float	s_contoursharp	Sharpness
    input	int	s_sclipenable	"Soft Clip"
    input	float	s_sclipstart	"Soft Clip Start"
    input	float	s_sclipsuppress	"  Suppress"
    input	int	s_lowlimitenable	"Clamp at Lower Limit"
    input	float	s_lowlimit	"Clamp To Min"
    input	int	s_highlimitenable	"Clamp at Upper Limit"
    input	float	s_highlimit	"Clamp To Max"
    input	float	s_amp	"Final Scale"
    input	int	s_noiseenable	Enable
    input	int	s_noisemode	Mode
    input	string	s_noisebasis	Type
    input	vector4	s_noisefreq	Frequency
    input	vector4	s_noiseoffset	Offset
    input	vector4	s_noiseperiod	Period
    input	string	s_noisefractal	"Fractal Type"
    input	float	s_noiseoct	"Max Octaves"
    input	float	s_noiselac	Lacunarity
    input	float	s_noiserough	Roughness
    input	int	s_noisedolwarp	"Enable Lattice Warp"
    input	int	s_noiseaccuml	"Accumulate Lattice Warp"
    input	float	s_noisedisp	"Lattice Warp"
    input	float	s_noisedispfreq	Freq
    input	int	s_noisedogwarp	"Enable Gradient Warp"
    input	int	s_noiseaccumg	"Accumulate Gradient Warp"
    input	float	s_noisegflow	"Gradient Warp"
    input	float	s_noiseflowrot	"Flow Rotation"
    input	int	s_noisecc_dobias	Bias
    input	float	s_noisecc_bias	Bias
    input	int	s_noisecc_dogain	Gain
    input	float	s_noisecc_gain	Gain
    input	int	s_noisecc_inv	Complement
    input	int	s_noisecc_dorng	"Output Range (Clamped)"
    input	float	s_noisecc_rnglo	"Output Minimum"
    input	float	s_noisecc_rnghi	Maximum
    input	vector	s_noisecc_amp	"Final Amplitude"
    input	int	fi_fitenable	"Fit to Range (Unclamped)"
    input	float	fi_fitsrcmin	"Source Range"
    input	float	fi_fitsrcmax	Max
    input	float	fi_fitdestmin	"Target Range"
    input	float	fi_fitdestmax	Max
    input	int	fi_rampenable	"Use Lookup Ramp"
    input	string	fi_rampextl	"Ramp Boundaries"
    input	string	fi_rampextr	Right
    input	struct_FloatRamp	fi_ramp	Ramp
    input	int	fi_contourenable	Contour
    input	float	fi_contourwidth	"Contour Width"
    input	float	fi_contoursharp	Sharpness
    input	int	fi_sclipenable	"Soft Clip"
    input	float	fi_sclipstart	"Soft Clip Start"
    input	float	fi_sclipsuppress	"  Suppress"
    input	int	fi_lowlimitenable	"Clamp at Lower Limit"
    input	float	fi_lowlimit	"Clamp To Min"
    input	int	fi_highlimitenable	"Clamp at Upper Limit"
    input	float	fi_highlimit	"Clamp To Max"
    input	float	fi_amp	"Final Scale"
    input	int	fi_noiseenable	Enable
    input	int	fi_noisemode	Mode
    input	string	fi_noisebasis	Type
    input	vector4	fi_noisefreq	Frequency
    input	vector4	fi_noiseoffset	Offset
    input	vector4	fi_noiseperiod	Period
    input	string	fi_noisefractal	"Fractal Type"
    input	float	fi_noiseoct	"Max Octaves"
    input	float	fi_noiselac	Lacunarity
    input	float	fi_noiserough	Roughness
    input	int	fi_noisedolwarp	"Enable Lattice Warp"
    input	int	fi_noiseaccuml	"Accumulate Lattice Warp"
    input	float	fi_noisedisp	"Lattice Warp"
    input	float	fi_noisedispfreq	Freq
    input	int	fi_noisedogwarp	"Enable Gradient Warp"
    input	int	fi_noiseaccumg	"Accumulate Gradient Warp"
    input	float	fi_noisegflow	"Gradient Warp"
    input	float	fi_noiseflowrot	"Flow Rotation"
    input	int	fi_noisecc_dobias	Bias
    input	float	fi_noisecc_bias	Bias
    input	int	fi_noisecc_dogain	Gain
    input	float	fi_noisecc_gain	Gain
    input	int	fi_noisecc_inv	Complement
    input	int	fi_noisecc_dorng	"Output Range (Clamped)"
    input	float	fi_noisecc_rnglo	"Output Minimum"
    input	float	fi_noisecc_rnghi	Maximum
    input	vector	fi_noisecc_amp	"Final Amplitude"
    input	int	fc_fitenable	"Fit to Range (Unclamped)"
    input	float	fc_fitsrcmin	"Source Range"
    input	float	fc_fitsrcmax	"Source Max"
    input	float	fc_fitdestmin	"Target Range"
    input	float	fc_fitdestmax	"Target Max"
    input	int	fc_rampenable	"Use Lookup Ramp"
    input	string	fc_rampextl	"Ramp Boundaries"
    input	string	fc_rampextr	Right
    input	struct_FloatRamp	fc_ramp	Ramp
    input	int	fc_contourenable	Contour
    input	float	fc_contourwidth	"Contour Width"
    input	float	fc_contoursharp	Sharpness
    input	int	fc_sclipenable	"Soft Clip"
    input	float	fc_sclipstart	"Soft Clip Start"
    input	float	fc_sclipsuppress	"  Suppress"
    input	int	fc_lowlimitenable	"Clamp at Lower Limit"
    input	float	fc_lowlimit	"Clamp To Min"
    input	int	fc_highlimitenable	"Clamp at Upper Limit"
    input	float	fc_highlimit	"Clamp To Max"
    input	float	fc_amp	"Final Scale"
    input	int	fc_noiseenable	Enable
    input	int	fc_noisemode	Mode
    input	string	fc_noisebasis	Type
    input	vector4	fc_noisefreq	Frequency
    input	vector4	fc_noiseoffset	Offset
    input	vector4	fc_noiseperiod	Period
    input	string	fc_noisefractal	"Fractal Type"
    input	float	fc_noiseoct	"Max Octaves"
    input	float	fc_noiselac	Lacunarity
    input	float	fc_noiserough	Roughness
    input	int	fc_noisedolwarp	"Enable Lattice Warp"
    input	int	fc_noiseaccuml	"Accumulate Lattice Warp"
    input	float	fc_noisedisp	"Lattice Warp"
    input	float	fc_noisedispfreq	Freq
    input	int	fc_noisedogwarp	"Enable Gradient Warp"
    input	int	fc_noiseaccumg	"Accumulate Gradient Warp"
    input	float	fc_noisegflow	"Gradient Warp"
    input	float	fc_noiseflowrot	"Flow Rotation"
    input	int	fc_noisecc_dobias	Bias
    input	float	fc_noisecc_bias	Bias
    input	int	fc_noisecc_dogain	Gain
    input	float	fc_noisecc_gain	Gain
    input	int	fc_noisecc_inv	Complement
    input	int	fc_noisecc_dorng	"Output Range (Clamped)"
    input	float	fc_noisecc_rnglo	"Output Minimum"
    input	float	fc_noisecc_rnghi	Maximum
    input	vector	fc_noisecc_amp	"Final Amplitude"
    input	float	density	density
    output	surface	surface	surface
    output	struct_ShaderLayer	layer	Layer
    inputflags	next	0
    inputflags	rest	0
    inputflags	rest_ratio	0
    inputflags	rest2	0
    inputflags	rest2_ratio	0
    inputflags	Cd	0
    inputflags	s_densityscale	2
    inputflags	s_int	2
    inputflags	s_color	2
    inputflags	s_tintwithcd	2
    inputflags	shade_phase	2
    inputflags	fi_int	2
    inputflags	fc_int	2
    inputflags	fc_colormode	2
    inputflags	fc_constantcolor	2
    inputflags	fc_rampmin	2
    inputflags	fc_rampmax	2
    inputflags	fc_colorramp	2
    inputflags	fc_bbtemp	2
    inputflags	fc_bbadapt	2
    inputflags	fc_bbburn	2
    inputflags	s_shadowint	2
    inputflags	s_shadowclr	2
    inputflags	ftype	2
    inputflags	fscale	2
    inputflags	s_fitenable	2
    inputflags	s_fitsrcmin	2
    inputflags	s_fitsrcmax	2
    inputflags	s_fitdestmin	2
    inputflags	s_fitdestmax	2
    inputflags	s_rampenable	2
    inputflags	s_rampextl	2
    inputflags	s_rampextr	2
    inputflags	s_ramp	2
    inputflags	s_contourenable	2
    inputflags	s_contourwidth	2
    inputflags	s_contoursharp	2
    inputflags	s_sclipenable	2
    inputflags	s_sclipstart	2
    inputflags	s_sclipsuppress	2
    inputflags	s_lowlimitenable	2
    inputflags	s_lowlimit	2
    inputflags	s_highlimitenable	2
    inputflags	s_highlimit	2
    inputflags	s_amp	2
    inputflags	s_noiseenable	2
    inputflags	s_noisemode	2
    inputflags	s_noisebasis	2
    inputflags	s_noisefreq	2
    inputflags	s_noiseoffset	2
    inputflags	s_noiseperiod	2
    inputflags	s_noisefractal	2
    inputflags	s_noiseoct	2
    inputflags	s_noiselac	2
    inputflags	s_noiserough	2
    inputflags	s_noisedolwarp	2
    inputflags	s_noiseaccuml	2
    inputflags	s_noisedisp	2
    inputflags	s_noisedispfreq	2
    inputflags	s_noisedogwarp	2
    inputflags	s_noiseaccumg	2
    inputflags	s_noisegflow	2
    inputflags	s_noiseflowrot	2
    inputflags	s_noisecc_dobias	2
    inputflags	s_noisecc_bias	2
    inputflags	s_noisecc_dogain	2
    inputflags	s_noisecc_gain	2
    inputflags	s_noisecc_inv	2
    inputflags	s_noisecc_dorng	2
    inputflags	s_noisecc_rnglo	2
    inputflags	s_noisecc_rnghi	2
    inputflags	s_noisecc_amp	2
    inputflags	fi_fitenable	2
    inputflags	fi_fitsrcmin	2
    inputflags	fi_fitsrcmax	2
    inputflags	fi_fitdestmin	2
    inputflags	fi_fitdestmax	2
    inputflags	fi_rampenable	2
    inputflags	fi_rampextl	2
    inputflags	fi_rampextr	2
    inputflags	fi_ramp	2
    inputflags	fi_contourenable	2
    inputflags	fi_contourwidth	2
    inputflags	fi_contoursharp	2
    inputflags	fi_sclipenable	2
    inputflags	fi_sclipstart	2
    inputflags	fi_sclipsuppress	2
    inputflags	fi_lowlimitenable	2
    inputflags	fi_lowlimit	2
    inputflags	fi_highlimitenable	2
    inputflags	fi_highlimit	2
    inputflags	fi_amp	2
    inputflags	fi_noiseenable	2
    inputflags	fi_noisemode	2
    inputflags	fi_noisebasis	2
    inputflags	fi_noisefreq	2
    inputflags	fi_noiseoffset	2
    inputflags	fi_noiseperiod	2
    inputflags	fi_noisefractal	2
    inputflags	fi_noiseoct	2
    inputflags	fi_noiselac	2
    inputflags	fi_noiserough	2
    inputflags	fi_noisedolwarp	2
    inputflags	fi_noiseaccuml	2
    inputflags	fi_noisedisp	2
    inputflags	fi_noisedispfreq	2
    inputflags	fi_noisedogwarp	2
    inputflags	fi_noiseaccumg	2
    inputflags	fi_noisegflow	2
    inputflags	fi_noiseflowrot	2
    inputflags	fi_noisecc_dobias	2
    inputflags	fi_noisecc_bias	2
    inputflags	fi_noisecc_dogain	2
    inputflags	fi_noisecc_gain	2
    inputflags	fi_noisecc_inv	2
    inputflags	fi_noisecc_dorng	2
    inputflags	fi_noisecc_rnglo	2
    inputflags	fi_noisecc_rnghi	2
    inputflags	fi_noisecc_amp	2
    inputflags	fc_fitenable	2
    inputflags	fc_fitsrcmin	2
    inputflags	fc_fitsrcmax	2
    inputflags	fc_fitdestmin	2
    inputflags	fc_fitdestmax	2
    inputflags	fc_rampenable	2
    inputflags	fc_rampextl	2
    inputflags	fc_rampextr	2
    inputflags	fc_ramp	2
    inputflags	fc_contourenable	2
    inputflags	fc_contourwidth	2
    inputflags	fc_contoursharp	2
    inputflags	fc_sclipenable	2
    inputflags	fc_sclipstart	2
    inputflags	fc_sclipsuppress	2
    inputflags	fc_lowlimitenable	2
    inputflags	fc_lowlimit	2
    inputflags	fc_highlimitenable	2
    inputflags	fc_highlimit	2
    inputflags	fc_amp	2
    inputflags	fc_noiseenable	2
    inputflags	fc_noisemode	2
    inputflags	fc_noisebasis	2
    inputflags	fc_noisefreq	2
    inputflags	fc_noiseoffset	2
    inputflags	fc_noiseperiod	2
    inputflags	fc_noisefractal	2
    inputflags	fc_noiseoct	2
    inputflags	fc_noiselac	2
    inputflags	fc_noiserough	2
    inputflags	fc_noisedolwarp	2
    inputflags	fc_noiseaccuml	2
    inputflags	fc_noisedisp	2
    inputflags	fc_noisedispfreq	2
    inputflags	fc_noisedogwarp	2
    inputflags	fc_noiseaccumg	2
    inputflags	fc_noisegflow	2
    inputflags	fc_noiseflowrot	2
    inputflags	fc_noisecc_dobias	2
    inputflags	fc_noisecc_bias	2
    inputflags	fc_noisecc_dogain	2
    inputflags	fc_noisecc_gain	2
    inputflags	fc_noisecc_inv	2
    inputflags	fc_noisecc_dorng	2
    inputflags	fc_noisecc_rnglo	2
    inputflags	fc_noisecc_rnghi	2
    inputflags	fc_noisecc_amp	2
    inputflags	density	0
    outputflags	layer	2
    signature	"Default Inputs"	default	{ float vector float vector float vector float float vector int float float float int vector float float struct_ColorRamp float float float float vector string float int float float float float int string string struct_FloatRamp int float float int float float int float int float float int int string vector4 vector4 vector4 string float float float int int float float int int float float int float int float int int float float vector int float float float float int string string struct_FloatRamp int float float int float float int float int float float int int string vector4 vector4 vector4 string float float float int int float float int int float float int float int float int int float float vector int float float float float int string string struct_FloatRamp int float float int float float int float int float float int int string vector4 vector4 vector4 string float float float int int float float int int float float int float int float int int float float vector float surface struct_ShaderLayer }

    outputoverrides	default
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
    }

    help {
	""
    }

    group {
	name	"folder2_4"
	label	"General"

	groupsimple {
	    name	"folder6"
	    label	"Smoke"
	    grouptag	{ "group_type" "simple" }

	    parm {
		name	"s_densityscale"
		label	"Density Scale"
		type	float
		default	{ "1" }
		range	{ 0 2 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_int"
		label	"Smoke Brightness"
		type	float
		default	{ "1" }
		range	{ 0 2 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_color"
		label	"Smoke Color"
		type	color
		size	3
		default	{ "0.2" "0.2" "0.2" }
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_tintwithcd"
		label	"Tint Smoke Color with Cd"
		type	toggle
		default	{ "on" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"shade_phase"
		label	"Scattering Phase"
		type	float
		default	{ "0" }
		range	{ -1 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	}

	groupsimple {
	    name	"folder2_3_4"
	    label	"Fire"
	    grouptag	{ "group_type" "simple" }

	    parm {
		name	"fi_int"
		label	"Intensity Scale"
		type	float
		default	{ "2" }
		range	{ 0 5 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_int"
		label	"Temperature Scale"
		type	float
		default	{ "0.2" }
		range	{ 0 5 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_colormode"
		label	"Temp>Color Mapping"
		type	integer
		default	{ "2" }
		menu	{
		    "constant"	"Constant"
		    "ramp"	"Ramp"
		    "physical"	"Physical (Black-Body)"
		}
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_constantcolor"
		label	"Constant Color"
		type	color
		size	3
		default	{ "1" "1" "1" }
		hidewhen	"{ fc_colormode != 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_rampmin"
		label	"Input Range Min"
		type	float
		joinnext
		default	{ "0" }
		hidewhen	"{ fc_colormode != 1 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_rampmax"
		label	"Max"
		type	float
		default	{ "1" }
		hidewhen	"{ fc_colormode != 1 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_colorramp"
		label	"Ramp"
		type	ramp_rgb
		default	{ "2" }
		hidewhen	"{ fc_colormode != 1 }"
		range	{ 1! 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "rampbasis_var" "fc_colorramp_the_basis_strings" }
		parmtag	{ "rampbasisdefault" "linear" }
		parmtag	{ "rampcolordefault" "1pos ( 0 ) 1c ( 0 0 0 ) 1interp ( linear ) 2pos ( 1 ) 2c ( 1 1 1 ) 2interp ( linear )" }
		parmtag	{ "rampcolortype" "rgb" }
		parmtag	{ "rampkeys_var" "fc_colorramp_the_key_positions" }
		parmtag	{ "rampshowcontrolsdefault" "1" }
		parmtag	{ "rampvalues_var" "fc_colorramp_the_key_values" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_bbtemp"
		label	"Color Temp in Kelvin"
		type	float
		default	{ "5000" }
		hidewhen	"{ fc_colormode != 2 }"
		range	{ 0 15000 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_bbadapt"
		label	"Adaptation"
		type	float
		default	{ "0.15" }
		hidewhen	"{ fc_colormode != 2 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_bbburn"
		label	"Burn"
		type	float
		default	{ "0" }
		hidewhen	"{ fc_colormode != 2 }"
		range	{ -2 2 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	}

	groupsimple {
	    name	"folder8"
	    label	"Shadows"
	    grouptag	{ "group_type" "simple" }

	    parm {
		name	"s_shadowint"
		label	"Shadow Density"
		type	float
		default	{ "1" }
		disablewhen	"{ shade_doshadows == 0 }"
		range	{ 0 2 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_shadowclr"
		label	"Shadow Color"
		type	color
		size	3
		default	{ "1" "1" "1" }
		disablewhen	"{ shade_doshadows == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	}

	groupsimple {
	    name	"folder15"
	    label	"Filtering"
	    grouptag	{ "group_type" "simple" }

	    parm {
		name	"ftype"
		label	"Filter"
		type	string
		joinnext
		default	{ "point" }
		menu	{
		    "point"	"Point"
		    "box"	"Box"
		    "gauss"	"Gaussian"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fscale"
		label	"Scale"
		type	float
		default	{ "1" }
		disablewhen	"{ ftype == point }"
		range	{ 0 2 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	}

    }

    group {
	name	"folder2_4_1"
	label	"Smoke Field"

	parm {
	    name	"s_volumename"
	    label	"Density Volume"
	    type	string
	    default	{ "density" }
	}
	group {
	    name	"folder16"
	    label	"Shape"

	    parm {
		name	"s_fitenable"
		label	"Fit to Range (Unclamped)"
		type	toggle
		default	{ "off" }
		disablewhen	"{ name == \"\" }"
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_fitsrcmin"
		label	"Source Range"
		type	float
		joinnext
		default	{ "0" }
		disablewhen	"{ name == \"\" }"
		hidewhen	"{ s_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_fitsrcmax"
		label	"Source Max"
		type	float
		nolabel
		default	{ "1" }
		disablewhen	"{ name == \"\" }"
		hidewhen	"{ s_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_fitdestmin"
		label	"Target Range"
		type	float
		joinnext
		default	{ "0" }
		disablewhen	"{ name == \"\" }"
		hidewhen	"{ s_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_fitdestmax"
		label	"Target Max"
		type	float
		nolabel
		default	{ "1" }
		disablewhen	"{ name == \"\" }"
		hidewhen	"{ s_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_rampenable"
		label	"Use Lookup Ramp"
		type	toggle
		default	{ "off" }
		disablewhen	"{ name == \"\" }"
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_rampextl"
		label	"Ramp Boundaries"
		type	string
		joinnext
		default	{ "hold" }
		hidewhen	"{ s_rampenable == 0 }"
		menu	{
		    "hold"	"Hold"
		    "cycle"	"Cycle"
		    "accum"	"Cycle-Accumulate"
		    "mirror"	"Mirror"
		    "slope"	"Slope"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_rampextr"
		label	"Right"
		type	string
		nolabel
		default	{ "hold" }
		hidewhen	"{ s_rampenable == 0 }"
		menu	{
		    "hold"	"Hold"
		    "cycle"	"Cycle"
		    "accum"	"Cycle-Accumulate"
		    "mirror"	"Mirror"
		    "slope"	"Slope"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_ramp"
		label	"Ramp"
		type	ramp_flt
		default	{ "2" }
		hidewhen	"{ s_rampenable == 0 }"
		range	{ 1! 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "rampbasis_var" "s_ramp_the_basis_strings" }
		parmtag	{ "rampbasisdefault" "linear" }
		parmtag	{ "rampfloatdefault" "1pos ( 0 ) 1value ( 0 ) 1interp ( linear ) 2pos ( 1 ) 2value ( 1 ) 2interp ( linear )" }
		parmtag	{ "rampkeys_var" "s_ramp_the_key_positions" }
		parmtag	{ "rampshowcontrolsdefault" "1" }
		parmtag	{ "rampvalues_var" "s_ramp_the_key_values" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_contourenable"
		label	"Contour"
		type	toggle
		default	{ "off" }
		disablewhen	"{ name == \"\" }"
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_contourwidth"
		label	"Contour Width"
		type	float
		joinnext
		default	{ "0.02" }
		hidewhen	"{ s_contourenable == 0 }"
		range	{ 0 0.1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_contoursharp"
		label	"Sharpness"
		type	float
		default	{ "4" }
		hidewhen	"{ s_contourenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_sclipenable"
		label	"Soft Clip"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_sclipstart"
		label	"Soft Clip Start"
		type	float
		joinnext
		default	{ "0.8" }
		hidewhen	"{ s_sclipenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_sclipsuppress"
		label	"  Suppress"
		type	float
		default	{ "1" }
		hidewhen	"{ s_sclipenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_lowlimitenable"
		label	"Clamp at Lower Limit"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_lowlimit"
		label	"Clamp To Min"
		type	float
		default	{ "0" }
		hidewhen	"{ s_lowlimitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_highlimitenable"
		label	"Clamp at Upper Limit"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_highlimit"
		label	"Clamp To Max"
		type	float
		default	{ "1" }
		hidewhen	"{ s_highlimitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_amp"
		label	"Final Scale"
		type	float
		default	{ "1" }
		disablewhen	"{ name == \"\" }"
		range	{ 0 2 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	}

	group {
	    name	"folder16_1"
	    label	"Noise"

	    parm {
		name	"s_noiseenable"
		label	"Enable"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_noisemode"
		label	"Mode"
		type	integer
		default	{ "0" }
		disablewhen	"{ s_noiseenable == 0 }"
		menu	{
		    "add"	"Offset (Field + Noise)"
		    "multiply"	"Scale (Field * Noise)"
		}
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_noisebasis"
		label	"Type"
		type	string
		default	{ "simplex" }
		disablewhen	"{ s_noiseenable == 0 }"
		menu	{
		    "sine"	"Sinusoid"
		    "perlin"	"Perlin"
		    "pperlin"	"Periodic Perlin"
		    "simplex"	"Simplex (Improved Perlin)"
		    "sparse"	"Sparse Convolution"
		    "flow"	"Flow"
		    "pflow"	"Periodic Flow"
		    "worleyFA"	"Worley (cellular) F1"
		    "worleyFB"	"Worley (cellular) F2-F1"
		    "alligator"	"Alligator"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_noisefreq"
		label	"Frequency"
		type	float
		size	4
		default	{ "5" "5" "5" "1" }
		disablewhen	"{ s_noiseenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_noiseoffset"
		label	"Offset"
		type	float
		size	4
		default	{ "0" "0" "0" "0" }
		disablewhen	"{ s_noiseenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"s_noiseperiod"
		label	"Period"
		type	float
		size	4
		default	{ "1" "1" "1" "1" }
		disablewhen	"{ s_noiseenable == 0 }"
		hidewhen	"{ s_noisebasis != pperlin s_noisebasis != pflow }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    groupsimple {
		name	"folder17"
		label	"Fractal"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"s_noisefractal"
		    label	"Fractal Type"
		    type	string
		    default	{ "none" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    menu	{
			"none"	"None"
			"fBm"	"Standard (fBm)"
			"mfT"	"Terrain"
			"hmfT"	"Hybrid Terrain"
		    }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noiseoct"
		    label	"Max Octaves"
		    type	float
		    default	{ "8" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisefractal == none }"
		    range	{ 0 16 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noiselac"
		    label	"Lacunarity"
		    type	float
		    default	{ "2.01234" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisefractal == none }"
		    range	{ 0 4 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noiserough"
		    label	"Roughness"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisefractal == none }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	    groupsimple {
		name	"folder18"
		label	"Warping"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"s_noisedolwarp"
		    label	"Enable Lattice Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noiseaccuml"
		    label	"Accumulate Lattice Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisefractal == none } { s_noisedolwarp == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisedisp"
		    label	"Lattice Warp"
		    type	float
		    joinnext
		    default	{ "0" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisedolwarp == 0 }"
		    range	{ -0.5 0.5 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisedispfreq"
		    label	"Freq"
		    type	float
		    default	{ "1" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisedolwarp == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisedogwarp"
		    label	"Enable Gradient Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noiseaccumg"
		    label	"Accumulate Gradient Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisefractal == none } { s_noisedogwarp == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisegflow"
		    label	"Gradient Warp"
		    type	float
		    default	{ "0" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisedogwarp == 0 }"
		    range	{ -0.5 0.5 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noiseflowrot"
		    label	"Flow Rotation"
		    type	float
		    default	{ "0" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisebasis != flow smokenoise_basis != pflow }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	    groupsimple {
		name	"folder5_1_2"
		label	"Output Correction"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"s_noisecc_dobias"
		    label	"Bias"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisecc_bias"
		    label	"Bias"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisecc_dobias == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisecc_dogain"
		    label	"Gain"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisecc_gain"
		    label	"Gain"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisecc_dogain == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisecc_inv"
		    label	"Complement"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisecc_dorng"
		    label	"Output Range (Clamped)"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisecc_rnglo"
		    label	"Output Minimum"
		    type	float
		    joinnext
		    default	{ "0" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisecc_dorng == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisecc_rnghi"
		    label	"Maximum"
		    type	float
		    default	{ "1" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    hidewhen	"{ s_noisecc_dorng == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"s_noisecc_amp"
		    label	"Final Amplitude"
		    type	float
		    size	3
		    default	{ "1" "1" "1" }
		    disablewhen	"{ s_noiseenable == 0 }"
		    range	{ 0 10 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	}

    }

    group {
	name	"folder2_4_2"
	label	"Fire Intensity Field"

	parm {
	    name	"fi_volumename"
	    label	"Fire Intensity Volume"
	    type	string
	    default	{ "heat" }
	}
	group {
	    name	"folder19"
	    label	"Shape"

	    parm {
		name	"fi_fitenable"
		label	"Fit to Range (Unclamped)"
		type	toggle
		default	{ "off" }
		disablewhen	"{ name == \"\" }"
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_fitsrcmin"
		label	"Source Range"
		type	float
		joinnext
		default	{ "0" }
		disablewhen	"{ name == \"\" }"
		hidewhen	"{ fi_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_fitsrcmax"
		label	"Max"
		type	float
		default	{ "1" }
		disablewhen	"{ name == \"\" }"
		hidewhen	"{ fi_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_fitdestmin"
		label	"Target Range"
		type	float
		joinnext
		default	{ "0" }
		disablewhen	"{ name == \"\" }"
		hidewhen	"{ fi_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_fitdestmax"
		label	"Max"
		type	float
		default	{ "1" }
		disablewhen	"{ name == \"\" }"
		hidewhen	"{ fi_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_rampenable"
		label	"Use Lookup Ramp"
		type	toggle
		default	{ "off" }
		disablewhen	"{ name == \"\" }"
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_rampextl"
		label	"Ramp Boundaries"
		type	string
		joinnext
		default	{ "hold" }
		hidewhen	"{ fi_rampenable == 0 }"
		menu	{
		    "hold"	"Hold"
		    "cycle"	"Cycle"
		    "accum"	"Cycle-Accumulate"
		    "mirror"	"Mirror"
		    "slope"	"Slope"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_rampextr"
		label	"Right"
		type	string
		nolabel
		default	{ "hold" }
		hidewhen	"{ fi_rampenable == 0 }"
		menu	{
		    "hold"	"Hold"
		    "cycle"	"Cycle"
		    "accum"	"Cycle-Accumulate"
		    "mirror"	"Mirror"
		    "slope"	"Slope"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_ramp"
		label	"Ramp"
		type	ramp_flt
		default	{ "2" }
		hidewhen	"{ fi_rampenable == 0 }"
		range	{ 1! 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "rampbasis_var" "fi_ramp_the_basis_strings" }
		parmtag	{ "rampbasisdefault" "linear" }
		parmtag	{ "rampfloatdefault" "1pos ( 0 ) 1value ( 0 ) 1interp ( linear ) 2pos ( 1 ) 2value ( 1 ) 2interp ( linear )" }
		parmtag	{ "rampkeys_var" "fi_ramp_the_key_positions" }
		parmtag	{ "rampshowcontrolsdefault" "1" }
		parmtag	{ "rampvalues_var" "fi_ramp_the_key_values" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_contourenable"
		label	"Contour"
		type	toggle
		default	{ "off" }
		disablewhen	"{ name == \"\" }"
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_contourwidth"
		label	"Contour Width"
		type	float
		joinnext
		default	{ "0.02" }
		hidewhen	"{ fi_contourenable == 0 }"
		range	{ 0 0.1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_contoursharp"
		label	"Sharpness"
		type	float
		default	{ "4" }
		hidewhen	"{ fi_contourenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_sclipenable"
		label	"Soft Clip"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_sclipstart"
		label	"Soft Clip Start"
		type	float
		joinnext
		default	{ "0.8" }
		hidewhen	"{ fi_sclipenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_sclipsuppress"
		label	"  Suppress"
		type	float
		default	{ "1" }
		hidewhen	"{ fi_sclipenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_lowlimitenable"
		label	"Clamp at Lower Limit"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_lowlimit"
		label	"Clamp To Min"
		type	float
		default	{ "0" }
		hidewhen	"{ fi_lowlimitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_highlimitenable"
		label	"Clamp at Upper Limit"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_highlimit"
		label	"Clamp To Max"
		type	float
		default	{ "1" }
		hidewhen	"{ fi_highlimitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_amp"
		label	"Final Scale"
		type	float
		default	{ "1" }
		disablewhen	"{ name == \"\" }"
		range	{ 0 2 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	}

	group {
	    name	"folder19_1"
	    label	"Noise"

	    parm {
		name	"fi_noiseenable"
		label	"Enable"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_noisemode"
		label	"Mode"
		type	integer
		default	{ "0" }
		disablewhen	"{ fi_noiseenable == 0 }"
		menu	{
		    "add"	"Offset (Field + Noise)"
		    "multiply"	"Scale (Field * Noise)"
		}
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_noisebasis"
		label	"Type"
		type	string
		default	{ "simplex" }
		disablewhen	"{ fi_noiseenable == 0 }"
		menu	{
		    "sine"	"Sinusoid"
		    "perlin"	"Perlin"
		    "pperlin"	"Periodic Perlin"
		    "simplex"	"Simplex (Improved Perlin)"
		    "sparse"	"Sparse Convolution"
		    "flow"	"Flow"
		    "pflow"	"Periodic Flow"
		    "worleyFA"	"Worley (cellular) F1"
		    "worleyFB"	"Worley (cellular) F2-F1"
		    "alligator"	"Alligator"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_noisefreq"
		label	"Frequency"
		type	float
		size	4
		default	{ "5" "5" "5" "1" }
		disablewhen	"{ fi_noiseenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_noiseoffset"
		label	"Offset"
		type	float
		size	4
		default	{ "5" "0" "0" "0" }
		disablewhen	"{ fi_noiseenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fi_noiseperiod"
		label	"Period"
		type	float
		size	4
		default	{ "1" "1" "1" "1" }
		disablewhen	"{ fi_noiseenable == 0 }"
		hidewhen	"{ fi_noisebasis != pperlin fi_noisebasis != pflow }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    groupsimple {
		name	"folder20"
		label	"Fractal"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"fi_noisefractal"
		    label	"Fractal Type"
		    type	string
		    default	{ "none" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    menu	{
			"none"	"None"
			"fBm"	"Standard (fBm)"
			"mfT"	"Terrain"
			"hmfT"	"Hybrid Terrain"
		    }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noiseoct"
		    label	"Max Octaves"
		    type	float
		    default	{ "8" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisefractal == none } { fi_noisefractal == none }"
		    range	{ 0 16 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noiselac"
		    label	"Lacunarity"
		    type	float
		    default	{ "2.01234" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisefractal == none }"
		    range	{ 0 4 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noiserough"
		    label	"Roughness"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisefractal == none }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	    groupsimple {
		name	"folder21"
		label	"Warping"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"fi_noisedolwarp"
		    label	"Enable Lattice Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noiseaccuml"
		    label	"Accumulate Lattice Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisedolwarp == 0 } { fi_noisefractal == none }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisedisp"
		    label	"Lattice Warp"
		    type	float
		    joinnext
		    default	{ "0" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisedolwarp == 0 }"
		    range	{ -0.5 0.5 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisedispfreq"
		    label	"Freq"
		    type	float
		    default	{ "1" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisedolwarp == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisedogwarp"
		    label	"Enable Gradient Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noiseaccumg"
		    label	"Accumulate Gradient Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisedogwarp == 0 } { fi_noisefractal == none }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisegflow"
		    label	"Gradient Warp"
		    type	float
		    default	{ "0" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisedogwarp == 0 }"
		    range	{ -0.5 0.5 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noiseflowrot"
		    label	"Flow Rotation"
		    type	float
		    default	{ "0" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisebasis != flow fi_noisebasis != pflow }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	    groupsimple {
		name	"folder22"
		label	"Output Correction"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"fi_noisecc_dobias"
		    label	"Bias"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fi_noiseenable == 0 } { docc == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisecc_bias"
		    label	"Bias"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisecc_dobias == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisecc_dogain"
		    label	"Gain"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisecc_gain"
		    label	"Gain"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisecc_dogain == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisecc_inv"
		    label	"Complement"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisecc_dorng"
		    label	"Output Range (Clamped)"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisecc_rnglo"
		    label	"Output Minimum"
		    type	float
		    joinnext
		    default	{ "0" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisecc_dorng == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisecc_rnghi"
		    label	"Maximum"
		    type	float
		    default	{ "1" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    hidewhen	"{ fi_noisecc_dorng == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fi_noisecc_amp"
		    label	"Final Amplitude"
		    type	float
		    size	3
		    default	{ "1" "1" "1" }
		    disablewhen	"{ fi_noiseenable == 0 }"
		    range	{ 0 10 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	}

    }

    group {
	name	"folder2_4_3"
	label	"Fire Temperature Field"

	parm {
	    name	"fc_volumename"
	    label	"Fire Temperature Volume"
	    type	string
	    default	{ "temperature" }
	}
	group {
	    name	"folder7_3"
	    label	"Shape"

	    parm {
		name	"fc_fitenable"
		label	"Fit to Range (Unclamped)"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_fitsrcmin"
		label	"Source Range"
		type	float
		joinnext
		default	{ "0" }
		hidewhen	"{ fc_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_fitsrcmax"
		label	"Source Max"
		type	float
		nolabel
		default	{ "1" }
		hidewhen	"{ fc_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_fitdestmin"
		label	"Target Range"
		type	float
		joinnext
		default	{ "0" }
		hidewhen	"{ fc_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_fitdestmax"
		label	"Target Max"
		type	float
		nolabel
		default	{ "1" }
		hidewhen	"{ fc_fitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_rampenable"
		label	"Use Lookup Ramp"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_rampextl"
		label	"Ramp Boundaries"
		type	string
		joinnext
		default	{ "hold" }
		hidewhen	"{ fc_rampenable == 0 }"
		menu	{
		    "hold"	"Hold"
		    "cycle"	"Cycle"
		    "accum"	"Cycle-Accumulate"
		    "mirror"	"Mirror"
		    "slope"	"Slope"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_rampextr"
		label	"Right"
		type	string
		nolabel
		default	{ "hold" }
		hidewhen	"{ fc_rampenable == 0 }"
		menu	{
		    "hold"	"Hold"
		    "cycle"	"Cycle"
		    "accum"	"Cycle-Accumulate"
		    "mirror"	"Mirror"
		    "slope"	"Slope"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_ramp"
		label	"Ramp"
		type	ramp_flt
		default	{ "2" }
		hidewhen	"{ fc_rampenable == 0 }"
		range	{ 1! 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "rampbasis_var" "fc_ramp_the_basis_strings" }
		parmtag	{ "rampbasisdefault" "linear" }
		parmtag	{ "rampfloatdefault" "1pos ( 0 ) 1value ( 0 ) 1interp ( linear ) 2pos ( 1 ) 2value ( 1 ) 2interp ( linear )" }
		parmtag	{ "rampkeys_var" "fc_ramp_the_key_positions" }
		parmtag	{ "rampshowcontrolsdefault" "1" }
		parmtag	{ "rampvalues_var" "fc_ramp_the_key_values" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_contourenable"
		label	"Contour"
		type	toggle
		default	{ "off" }
		disablewhen	"{ name == \"\" }"
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_contourwidth"
		label	"Contour Width"
		type	float
		joinnext
		default	{ "0.02" }
		hidewhen	"{ fc_contourenable == 0 }"
		range	{ 0 0.1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_contoursharp"
		label	"Sharpness"
		type	float
		default	{ "4" }
		hidewhen	"{ fc_contourenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_sclipenable"
		label	"Soft Clip"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_sclipstart"
		label	"Soft Clip Start"
		type	float
		joinnext
		default	{ "0.8" }
		hidewhen	"{ fc_sclipenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_sclipsuppress"
		label	"  Suppress"
		type	float
		default	{ "1" }
		hidewhen	"{ fc_sclipenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_lowlimitenable"
		label	"Clamp at Lower Limit"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_lowlimit"
		label	"Clamp To Min"
		type	float
		default	{ "0" }
		hidewhen	"{ fc_lowlimitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_highlimitenable"
		label	"Clamp at Upper Limit"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_highlimit"
		label	"Clamp To Max"
		type	float
		default	{ "1" }
		hidewhen	"{ fc_highlimitenable == 0 }"
		range	{ 0 1 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_amp"
		label	"Final Scale"
		type	float
		default	{ "1" }
		disablewhen	"{ name == \"\" }"
		range	{ 0 2 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	}

	group {
	    name	"folder7_3_1"
	    label	"Noise"

	    parm {
		name	"fc_noiseenable"
		label	"Enable"
		type	toggle
		default	{ "off" }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_noisemode"
		label	"Mode"
		type	integer
		default	{ "0" }
		disablewhen	"{ fi_noiseenable == 0 }"
		menu	{
		    "add"	"Offset (Field + Noise)"
		    "multiply"	"Scale (Field * Noise)"
		}
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_noisebasis"
		label	"Type"
		type	string
		default	{ "simplex" }
		disablewhen	"{ fc_noiseenable == 0 }"
		menu	{
		    "sine"	"Sinusoid"
		    "perlin"	"Perlin"
		    "pperlin"	"Periodic Perlin"
		    "simplex"	"Simplex (Improved Perlin)"
		    "sparse"	"Sparse Convolution"
		    "flow"	"Flow"
		    "pflow"	"Periodic Flow"
		    "worleyFA"	"Worley (cellular) F1"
		    "worleyFB"	"Worley (cellular) F2-F1"
		    "alligator"	"Alligator"
		}
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_noisefreq"
		label	"Frequency"
		type	float
		size	4
		default	{ "5" "5" "5" "1" }
		disablewhen	"{ fc_noiseenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_noiseoffset"
		label	"Offset"
		type	float
		size	4
		default	{ "5" "0" "0" "0" }
		disablewhen	"{ fc_noiseenable == 0 }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    parm {
		name	"fc_noiseperiod"
		label	"Period"
		type	float
		size	4
		default	{ "1" "1" "1" "1" }
		disablewhen	"{ fc_noiseenable == 0 }"
		hidewhen	"{ fc_noisebasis != pperlin fc_noisebasis != pflow }"
		range	{ 0 10 }
		parmtag	{ "parmvop" "1" }
		parmtag	{ "shaderparmcontexts" "surface" }
	    }
	    groupsimple {
		name	"folder23"
		label	"Fractal"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"fc_noisefractal"
		    label	"Fractal Type"
		    type	string
		    default	{ "none" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    menu	{
			"none"	"None"
			"fBm"	"Standard (fBm)"
			"mfT"	"Terrain"
			"hmfT"	"Hybrid Terrain"
		    }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noiseoct"
		    label	"Max Octaves"
		    type	float
		    default	{ "8" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisefractal == none } { fc_noisefractal == none }"
		    range	{ 0 16 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noiselac"
		    label	"Lacunarity"
		    type	float
		    default	{ "2.01234" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisefractal == none }"
		    range	{ 0 4 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noiserough"
		    label	"Roughness"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisefractal == none }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	    groupsimple {
		name	"folder24"
		label	"Warping"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"fc_noisedolwarp"
		    label	"Enable Lattice Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noiseaccuml"
		    label	"Accumulate Lattice Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisedolwarp == 0 } { fc_noisefractal == none }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisedisp"
		    label	"Lattice Warp"
		    type	float
		    joinnext
		    default	{ "0" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisedolwarp == 0 }"
		    range	{ -0.5 0.5 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisedispfreq"
		    label	"Freq"
		    type	float
		    default	{ "1" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisedolwarp == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisedogwarp"
		    label	"Enable Gradient Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noiseaccumg"
		    label	"Accumulate Gradient Warp"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisedogwarp == 0 } { fc_noisefractal == none }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisegflow"
		    label	"Gradient Warp"
		    type	float
		    default	{ "0" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisedogwarp == 0 }"
		    range	{ -0.5 0.5 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noiseflowrot"
		    label	"Flow Rotation"
		    type	float
		    default	{ "0" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisebasis != flow fc_noisebasis != pflow }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	    groupsimple {
		name	"folder25"
		label	"Output Correction"
		grouptag	{ "group_type" "simple" }

		parm {
		    name	"fc_noisecc_dobias"
		    label	"Bias"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fc_noiseenable == 0 } { docc == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisecc_bias"
		    label	"Bias"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisecc_dobias == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisecc_dogain"
		    label	"Gain"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisecc_gain"
		    label	"Gain"
		    type	float
		    default	{ "0.5" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisecc_dogain == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisecc_inv"
		    label	"Complement"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisecc_dorng"
		    label	"Output Range (Clamped)"
		    type	toggle
		    default	{ "off" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisecc_rnglo"
		    label	"Output Minimum"
		    type	float
		    joinnext
		    default	{ "0" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisecc_dorng == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisecc_rnghi"
		    label	"Maximum"
		    type	float
		    default	{ "1" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    hidewhen	"{ fc_noisecc_dorng == 0 }"
		    range	{ 0 1 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
		parm {
		    name	"fc_noisecc_amp"
		    label	"Final Amplitude"
		    type	float
		    size	3
		    default	{ "1" "1" "1" }
		    disablewhen	"{ fc_noiseenable == 0 }"
		    range	{ 0 10 }
		    parmtag	{ "parmvop" "1" }
		    parmtag	{ "shaderparmcontexts" "surface" }
		}
	    }

	}

    }

    group {
	name	"folder2_4_4"
	label	"Exports"

	parm {
	    name	"smokemask_export_name"
	    label	"Smoke Mask Name"
	    type	string
	    default	{ "smoke_mask" }
	}
	parm {
	    name	"firemask_export_name"
	    label	"Fire Mask Name"
	    type	string
	    default	{ "fire_mask" }
	}
    }

    parm {
	name	"direct"
	label	"direct"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"indirect"
	label	"indirect"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"Ce"
	label	"Ce"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"direct_emission"
	label	"direct_emission"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"all_emission"
	label	"all_emission"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"all"
	label	"all"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"indirect_emission"
	label	"indirect_emission"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"direct_comp"
	label	"direct_comp"
	type	label
	invisible
	default	{ "" }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"indirect_comp"
	label	"indirect_comp"
	type	label
	invisible
	default	{ "" }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"all_comp"
	label	"all_comp"
	type	label
	invisible
	default	{ "" }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"direct_noshadow"
	label	"direct_noshadow"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"direct_shadow"
	label	"direct_shadow"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"indirect_noshadow"
	label	"indirect_noshadow"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"indirect_shadow"
	label	"indirect_shadow"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"level"
	label	"level"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"diffuselevel"
	label	"diffuselevel"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"specularlevel"
	label	"specularlevel"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"volumelevel"
	label	"volumelevel"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"direct_samples"
	label	"direct_samples"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"indirect_samples"
	label	"indirect_samples"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"nlights"
	label	"nlights"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"direct_noshadow_comp"
	label	"direct_noshadow_comp"
	type	label
	invisible
	default	{ "" }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"indirect_noshadow_comp"
	label	"indirect_noshadow_comp"
	type	label
	invisible
	default	{ "" }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"nddispersion"
	label	"nddispersion"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"ndpriority"
	label	"ndpriority"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"ndior"
	label	"ndior"
	type	float
	invisible
	default	{ "0" }
	range	{ 0 1 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"absorption"
	label	"absorption"
	type	float
	invisible
	size	3
	default	{ "0" "0" "0" }
	range	{ 0 10 }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
    parm {
	name	"layer"
	label	"Layer"
	type	label
	invisible
	default	{ "" }
	parmtag	{ "parmvop" "1" }
	parmtag	{ "shaderparmcontexts" "surface" }
    }
}
INDX              DialogScript      <Z…w# Dialog script for pyroshadercore automatically generated

{
    name	pyroshadercore
    script	pyroShade
    label	"Pyro Core Shader"

    outercode {
	"#include <pyro_color.h>"
    }

    code {
	"$Of = 0;"
	"$F  = bsdf();"
	"$Ce = 0;"
	""
	"#if defined(VOP_SHADING) && defined(__vex)"
	""
	"vector $den = $density;"
	"#if !strcmp($signature,\"vsd\") || !strcmp($signature,\"vall\")"
	"   $den = colortoopacity($den);"
	"#endif"
	""
	"if(!isshadowray()) {"
	"    // bsdf"
	"    bsdf   $Fhg;"
	"    if($phase!=0) $Fhg = henyeygreenstein(clamp($phase,-0.999,0.999));"
	"       else $Fhg = isotropic();"
	"       "
	"    $F = $Fhg * $smokecolor * $ksmoke;"
	"}"
	"else"
	"{"
	"    vector $sopac = colortoopacity($kshadow*$shadowcolor);"
	"    $den *= $sopac;"
	"    $den = max($den,0);"
	"}"
	""
	"// opacity"
	"$Of = VONE - exp(-dPdz*$den);"
	""
	"// emission"
	"$Ce = max(0,$emit) * dPdz * $kemit * $emitcolor;"
	""
	"$layer.F = $F;"
	"$layer.Of = $Of;"
	"$layer.Ce = $Ce;"
	""
	"// extra exports"
	"float $emitluma = luma($Ce);"
	"float $emask = pyro_fieldmask($emitluma, 0.01);"
	"$firemask  = $emask*dPdz;"
	"$smokemask = luma($Of * (1.0 - $emask));"
	""
	"#endif"
    }

    input	float	phase	"Scattering Phase"
    input	float	density	"Smoke Density"
    input	float	ksmoke	"Smoke Brightness"
    input	vector	smokecolor	"Smoke Color"
    input	float	emit	"Emit Density"
    input	float	kemit	"Emit Brightness"
    input	vector	emitcolor	"Emit Color"
    input	float	kshadow	"Shadow Density"
    input	vector	shadowcolor	"Shadow Color"
    output	struct_ShaderLayer	layer	Layer
    output	bsdf	F	BSDF
    output	vector	Of	"Final Opacity"
    output	vector	Ce	"Emitted Color"
    output	float	smokemask	"Smoke Mask"
    output	float	firemask	"Fire Mask"
    inputflags	phase	0
    inputflags	density	0
    inputflags	ksmoke	0
    inputflags	smokecolor	0
    inputflags	emit	0
    inputflags	kemit	0
    inputflags	emitcolor	0
    inputflags	kshadow	0
    inputflags	shadowcolor	0
    signature	"Float Density"	default	{ float float float vector float float vector float vector struct_ShaderLayer bsdf vector vector float float }
    signature	"Vector Density"	vsd	{ float vector float vector float float vector float vector struct_ShaderLayer bsdf vector vector float float }
    signature	"Vector All Densities"	vall	{ float vector float vector vector float vector float vector struct_ShaderLayer bsdf vector vector float float }

    outputoverrides	default
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
    }
    outputoverrides	vsd
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
    }
    outputoverrides	vall
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"signature"
	baseparm
	label	"Signature"
	export	none
    }
    parm {
	name	"phase"
	label	"Scattering Phase"
	type	float
	default	{ "0" }
	range	{ -1! 1! }
    }
    parm {
	name	"ksmoke"
	label	"Smoke Brightness"
	type	float
	default	{ "1" }
	range	{ 0 10 }
    }
    parm {
	name	"smokecolor"
	label	"Smoke Color"
	type	color
	size	3
	default	{ "1" "1" "1" }
	range	{ 0 1 }
    }
    parm {
	name	"kemit"
	label	"Emit Brightness"
	type	float
	default	{ "1" }
	range	{ 0 2 }
    }
    parm {
	name	"emitcolor"
	label	"Emit Color"
	type	color
	size	3
	default	{ "1" "1" "1" }
	range	{ 0 1 }
    }
    parm {
	name	"kshadow"
	label	"Shadow Density"
	type	float
	default	{ "1" }
	disablewhen	"{ doshadows == 0 }"
	range	{ 0 2 }
    }
    parm {
	name	"shadowcolor"
	label	"Shadow Color"
	type	color
	size	3
	default	{ "1" "1" "1" }
	disablewhen	"{ doshadows == 0 }"
	range	{ 0 2 }
    }
}
INDX              DialogScript      4Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"qrotate"
    script	"qrotate"
    label	"qrotate"


    code {
	"$result = qrotate($quaternion, $vec);"
    }

    input	vector4	quaternion	"Quaternion"
    input	vector	vec	"Vector"
    output	vector	result	"Result"
}

INDX              DialogScript      äZ…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"quaternion"
    script	"quaternion"
    label	"quaternion"


    code {
	"$quat = quaternion($angle, $axis);"
    }

    input	float	angle	"Angle"
    input	vector	axis	"Normalized Rotation Axis"
    output	vector4	quat	"Quaternion"

    parm {
	name	angle
	label	"Angle"
	type	float
	size	1
	default	{ 0 }
    }
    parm {
	name	axis
	label	"Axis"
	type	float
	size	3
	default	{ 1 0 0 }
    }
}
INDX              DialogScript      &©U]ªµ# Dialog script for rampfilter::2.0 automatically generated 05/21/15 11:51:49

{
    name	rampfilter::2.0
    script	rampfilter
    label	"Ramp Filter"

    outercode {
	"#include <pyro_aaramp.h>"
    }

    code {
	"// Constants derived from the signature"
	"#if    !strcmp($signature,\"default\")"
	"    #define  PTYPE     float"
	"    #define  PWIDTH    1"
	"    #define  RWIDTH    1"
	"    #define  RTYPE     float"
	"#elif !strcmp($signature,\"vf\")"
	"    #define  PTYPE     vector"
	"    #define  PWIDTH    3"
	"    #define  RWIDTH    1"
	"    #define  RTYPE     float"
	"#elif !strcmp($signature,\"pf\")"
	"    #define  PTYPE     vector4"
	"    #define  PWIDTH    4"
	"    #define  RWIDTH    1"
	"    #define  RTYPE     float"
	"#elif !strcmp($signature,\"fv\")"
	"    #define  PTYPE     float"
	"    #define  PWIDTH    1"
	"    #define  RWIDTH    3"
	"    #define  RTYPE     vector"
	"#elif !strcmp($signature,\"vv\")"
	"    #define  PTYPE     vector"
	"    #define  PWIDTH    3"
	"    #define  RWIDTH    3"
	"    #define  RTYPE     vector"
	"#elif !strcmp($signature,\"pv\")"
	"    #define  PTYPE     vector4"
	"    #define  PWIDTH    4"
	"    #define  RWIDTH    3"
	"    #define  RTYPE     vector"
	"#endif"
	""
	"$value      = $pos;"
	"$outramp.basis_strings     = $ramp.basis_strings;"
	"$outramp.key_positions      = $ramp.key_positions;"
	"$outramp.key_values      = $ramp.key_values;"
	""
	"if($isconnected_ramp)"
	"{"
	"    // Trivial case 1: Single key (constant value)"
	"    if(len($ramp.key_positions)<2) {"
	"        $value = $ramp.key_values[0];"
	"    }"
	"    // Multiple keys"
	"    else"
	"    {"
	"        // Transform the ramp range into the [0,1] interval"
	"        PTYPE $p = efit($pos,$rangemin,$rangemax,0,1);"
	""
	"        // Ensure the ramp has keys at 0 and 1. This reduces the amount of"
	"        // branching during analysis, which leads to faster compiles."
	"        ramp_condition($ramp.basis_strings,    $ramp.key_positions,    $ramp.key_values,"
	"                       $outramp.basis_strings, $outramp.key_positions, $outramp.key_values);"
	""
	"        // Number of keys"
	"        int $n = len($outramp.key_positions);"
	""
	"        // Determine the filter size"
	"        float $fwidth;"
	"        float $fsize = 0;"
	"        if($ftype != \"point\")"
	"        {"
	"            if($isconnected_fw)"
	"                $fwidth = $fw;"
	"            else"
	"                $fwidth = VOPFW($p);"
	"            $fsize = abs($fwidth*$fscale);"
	"        }"
	""
	"        // Last addressable array index"
	"        int $nl = $n-1;"
	""
	"        // the slope at each boundary"
	"        RTYPE $lm=0,$rm=0;"
	"        if($extl == \"slope\" || $extr == \"slope\")"
	"            ramp_slopes($nl,$outramp.basis_strings,$outramp.key_positions,$outramp.key_values, $lm,$rm);"
	""
	"        // boundary values and boundary value delta"
	"        RTYPE $lv = $outramp.key_values[0];"
	"        RTYPE $rv = $outramp.key_values[$nl];"
	"        RTYPE $dv = $rv-$lv;"
	""
	"        // temporarily convert output to array so we can loop over"
	"        // the lookup components in case this is >1"
	"        RTYPE $rarr[]; resize($rarr,PWIDTH);"
	"        #if PWIDTH>1"
	"            float $parr[] = (float[])$p;"
	"        #else"
	"            float $parr[] = array($p);"
	"        #endif"
	""
	"        //and now do one ramp lookup per positional component"
	"        float $pp;"
	"        int $i;"
	"        for($i=0;$i<PWIDTH;$i++)"
	"        {"
	"            $pp = $parr[$i];"
	""
	"            // Trivial case 2: zero-size filter width"
	"            if(equalzero($fsize)) {"
	"                if($extl == \"hold\" && $extr == \"hold\")"
	"                    $rarr[$i] = ramp_lookup($pp,$outramp.basis_strings,$outramp.key_positions,$outramp.key_values);"
	"                else"
	"                    // TODO: plug in extl, extr"
	"                    $rarr[$i] = ramp_lookup($extl, $extr, \"point\", $nl, $pp,$pp,$pp,"
	"                                        $lv,$rv,$lm,$rm,$dv, $outramp.basis_strings,$outramp.key_positions,$outramp.key_values);"
	"            } else {"
	"                // Trivial case 3: point filter"
	"                if($ftype == \"point\")"
	"                {"
	"                    if($extl == \"hold\" && $extr == \"hold\")"
	"                        $rarr[$i] = ramp_lookup($pp,$outramp.basis_strings,$outramp.key_positions,$outramp.key_values);"
	"                    else"
	"                        $rarr[$i] = ramp_lookup($extl, $extr, \"point\", $nl, $pp,$pp,$pp,"
	"                                            $lv,$rv,$lm,$rm,$dv, $outramp.basis_strings,$outramp.key_positions,$outramp.key_values);"
	"                }"
	"                else"
	"                {"
	"                    // the limits of integration (k0,k1)"
	"                    if($ftype == \"box\")"
	"                        $fsize*=fscale_box();"
	"                    else if($ftype == \"gauss\")"
	"                        $fsize*=fscale_box();"
	"                    float $dk = 0.5*$fsize;"
	"                    float $k0 = $pp - $dk;"
	"                    float $k1 = $k0 + $fsize;"
	"                    // TODO: plug in extl, extr, ftype"
	"                    $rarr[$i] = ramp_lookup($extl, $extr, $ftype, $nl, $pp,$k0,$k1,"
	"                                        $lv,$rv,$lm,$rm,$dv, $outramp.basis_strings,$outramp.key_positions,$outramp.key_values);"
	"                }"
	"            }"
	"        }"
	""
	"        // finally, convert the array back to the output type"
	"        #if PWIDTH == 1"
	"            $value = $rarr[0];"
	"        #elif RWIDTH == 1"
	"            $value = (PTYPE)$rarr;"
	"        #else"
	"            #if PWIDTH == 3"
	"                $value = set($rarr[0].x,$rarr[1].y,$rarr[2].z);"
	"            #else"
	"                $value = set($rarr[0].x,$rarr[1].y,$rarr[2].z,$pos.w);"
	"            #endif"
	"        #endif"
	""
	"        // Transform to linear RGB space if needed"
	"        #if RWIDTH == 3"
	"            $value = ramp_torgb($spacename,$value);"
	"        #endif"
	""
	"    }"
	"} // end if $connected_ramp"
	"#undef  PTYPE"
	"#undef  PWIDTH"
	"#undef  RWIDTH"
	"#undef  RTYPE"
    }

    input	float	pos	"Lookup Position"
    input	float	rangemin	Range
    input	float	rangemax	"Range Max"
    input	struct_FloatRamp	ramp	Ramp
    input	string	spacename	Space
    input	string	extl	"Extend Left"
    input	string	extr	Right
    input	string	ftype	Filter
    input	float	fw	"Filter Width Override"
    input	float	fscale	Scale
    output	float	value	"Output 1"
    output	struct_FloatRamp	outramp	"Output 1"
    inputflags	pos	0
    inputflags	rangemin	0
    inputflags	rangemax	0
    inputflags	ramp	0
    inputflags	spacename	0
    inputflags	extl	0
    inputflags	extr	0
    inputflags	ftype	0
    inputflags	fw	0
    inputflags	fscale	0
    signature	"1D Lookup, 1D Ramp"	default	{ float float float struct_FloatRamp string string string string float float float struct_FloatRamp }
    signature	"3D Lookup, 1D Ramp"	vf	{ vector float float struct_FloatRamp string string string string float float vector struct_FloatRamp }
    signature	"4D Lookup, 1D Ramp"	pf	{ vector4 float float struct_FloatRamp string string string string float float vector4 struct_FloatRamp }
    signature	"1D Lookup, 3D Ramp"	fv	{ float float float struct_ColorRamp string string string string float float vector struct_ColorRamp }
    signature	"3D Lookup, 3D Ramp"	vv	{ vector float float struct_ColorRamp string string string string float float vector struct_ColorRamp }
    signature	"4D Lookup, 3D Ramp"	pv	{ vector4 float float struct_ColorRamp string string string string float float vector struct_ColorRamp }

    outputoverrides	default
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
    }
    outputoverrides	vf
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }
    outputoverrides	pf
    {
	___begin	auto
			(0,0,0,0)
	___begin	auto
			(0)
    }
    outputoverrides	fv
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }
    outputoverrides	vv
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }
    outputoverrides	pv
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"signature"
	baseparm
	label	"Signature"
	export	none
    }
    parm {
	name	"spacename"
	label	"Space"
	type	string
	default	{ "rgb" }
	disablewhen	"{ active == 0 }"
	menu	{
	    "rgb"	"RGB"
	    "hsv"	"HSV"
	    "Lab"	"LAB"
	    "hsl"	"HSL"
	    "XYZ"	"XYZ"
	}
	range	{ 0 1 }
	export	none
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"rangemin"
	label	"Range"
	type	float
	joinnext
	default	{ "0" }
	disablewhen	"{ active == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"rangemax"
	label	"Range Max"
	type	float
	nolabel
	default	{ "1" }
	disablewhen	"{ active == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"extl"
	label	"Extend Left"
	type	string
	joinnext
	default	{ "hold" }
	disablewhen	"{ active == 0 }"
	menu	{
	    "hold"	"Hold"
	    "cycle"	"Cycle"
	    "accum"	"Cycle-Accumulate"
	    "mirror"	"Mirror"
	    "slope"	"Slope"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"extr"
	label	"Right"
	type	string
	default	{ "hold" }
	disablewhen	"{ active == 0 }"
	menu	{
	    "hold"	"Hold"
	    "cycle"	"Cycle"
	    "accum"	"Cycle-Accumulate"
	    "mirror"	"Mirror"
	    "slope"	"Slope"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"spacer"
	label	"spacer"
	type	label
	nolabel
	default	{ "" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"ftype"
	label	"Filter"
	type	string
	joinnext
	default	{ "point" }
	menu	{
	    "point"	"Point"
	    "box"	"Box"
	    "gauss"	"Gaussian"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"fscale"
	label	"Scale"
	type	float
	default	{ "1" }
	disablewhen	"{ active == 0 } { ftype == point }"
	range	{ 0 2 }
	export	none
    }
}
INDX              DialogScript      `Z…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"raybounce"
    script	"raybounce"
    label	"raybounce"


    code {
R"code({
    int tmp_level = 0;
    if (rayimport('level', tmp_level)) tmp_level += 1;
    $raylevel = max(getraylevel(), tmp_level);
})code"
    }

    output	int	raylevel	"Ray Bounce Level"
}

INDX              DialogScript      Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"reflect"
    script	"reflect"
    label	"reflect"


    code {
	"$rdir = reflect($dir, $nml);"
    }

    input	vector	dir	"Incident Direction"
    input	normal	nml	"Normalized Normal"
    output	vector	rdir	"Reflected Direction"

    VOP_VEC_PARM(dir, "Direction", 1, 0, 0)
    VOP_VEC_PARM(nml, "Normal Vector", 0, 0, 1)

    signature	"3D Vector"		default { }
    signature	"Uniform 3D Vector"	uv	{ uvector unormal uvector }
}
INDX              DialogScript      |Z…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

#define RENDER_SETTINGS	\
    "renderer:version"		"Renderer: Version" \
    "renderer:shadingfactor"	"Renderer: Shading Factor" \
    "renderer:rayshadingfactor"	"Renderer: Ray Shading Factor" \
    "renderer:raybias"		"Renderer: Ray Bias" \
    "renderer:verbose"		"Renderer: Verbose" \
    "renderer:threadcount"	"Renderer: Thread Count" \
    "renderer:renderengine"	"Renderer: Render Engine" \
    "renderer:hidden"		"Renderer: Hidden" \
    "renderer:colorspace"	"Renderer: Colorspace" \
    "renderer:raylimiteval"	"Renderer: Ray Limit Eval" \
    "renderer:raylimitcomponents" "Renderer: Ray Limit Components" \
    "renderer:raylimitlightmask" "Renderer: Ray Limit Light Mask" \
    "renderer:rayderivbias"	"Renderer: Ray Deriv Bias" \
    "image:filename"		"Image: Filename" \
    "image:device"		"Image: Device" \
    "image:resolution"		"Image: Resolution" \
    "image:pixelaspect"		"Image: Pixel Aspect" \
    "image:crop"		"Image: Crop" \
    "image:window"		"Image: Window" \
    "image:samples"		"Image: Samples" \
    "image:jitter"		"Image: Jitter" \
    "image:subpixel"		"Image: Sub-pixel" \
    "image:opacitythresh"	"Image: Opacity Threshold" \
    "image:opacitylimit"	"Image: Opacity Limit" \
    "image:colorlimit"		"Image: Color Limit" \
    "image:background"		"Image: Background" \
    "image:bgscale"		"Image: Background Scale" \
    "image:saveoptions"		"Image: Save Options" \
    "camera:shutter"		"Camera: Shutter Times" \
    "photon:photongfile"	"Photon: Global File" \
    "photon:photoncfile"	"Photon: Caustic File" \
    "photon:photoncount"	"Photon: Count" \
    "shader:name"		"Shader: Name"

#define OBJECT_SETTINGS \
    "object:name"		"Object: Name" \
    "object:id"			"Object: Id" \
    "object:shadingquality"	"Object: Shading Quality" \
    "object:rayshadingquality"	"Object: Ray Shading Quality" \
    "object:displacebound"	"Object: Displace Bound" \
    "object:reflectlimit"	"Object: Reflect Limit" \
    "object:refractlimit"	"Object: Refract Limit" \
    "object:diffuselimit"	"Object: Diffuse Limit" \
    "object:volumelimit"	"Object: Volume Limit" \
    "object:rayweight"		"Object: Ray Weight" \
    "object:pbrdiffusemask"	"Object: PBR Diffuse Mask" \
    "object:pbrglossymask"	"Object: PBR Glossy Mask" \
    "object:pbrspecularmask"	"Object: PBR Specular Mask" \
    "object:motionfactor"	"Object: Motion Factor" \
    "object:flatness"		"Object: Flatness" \
    "object:reflectmask"	"Object: Reflection Mask" \
    "object:reflectcategories"	"Object: Reflection Categories" \
    "object:refractmask"	"Object: Refraction Mask" \
    "object:refractcategories"	"Object: Refraction Categories" \
    "object:lightmask"		"Object: Light Mask" \
    "object:lightcategories"	"Object: Light Categories" \
    "object:photonmodifier"	"Object: Photon Modifier" \
    "object:filter"		"Object: Volume Filter" \
    "object:filterwidth"	"Object: Volume Filter Width" \
    "object:dorayvariance"	"Object: Do Ray Variance" \
    "object:variance"		"Object: Ray Variance" \
    "object:globalquality"	"Object: Global Quality" \
    "object:diffusequality"	"Object: Diffuse Quality" \
    "object:refractionquality"	"Object: Refraction Quality" \
    "object:reflectionquality"	"Object: Reflection Quality" \
    "object:minraysamples"	"Object: Min Ray Samples" \
    "object:maxraysamples"	"Object: Max Ray Samples" \
    "object:samplingquality"	"Object: Sampling Quality" \
    "object:velocityscale"	"Object: Velocity Scale" \
    "object:gifile"		"Object: Irradiance Cache File" \
    "object:gisample"		"Object: Irradiance Samples" \
    "object:gierror"		"Object: Irradiance Error" \
    "object:smoothcolor"	"Object: Smooth Grid Colors" \
    "object:phantom"		"Object: Phantom" \
    "object:truedisplace"	"Object: True Displacements" \
    "object:rayshade"		"Object: Ray-Traced Shading" \
    "object:volumeuniform"	"Object: Uniform Volume" \
    "object:volumeiso"		"Object: Volume Isosurface" \
    "object:volumesteprate"	"Object: Volume Step Rate" \
    "object:volumeshadowsteprate"	"Object: Volume Shadow Step Rate" \
    "object:volumedensity"	"Object: Volume Density" \
    "object:volumesamples"	"Object: Volume Samples" \
    "object:biasnormal"		"Object: Bias Along Normal" \
    "object:area"		"Object: Surface Area"

#define LIGHT_SETTINGS \
    "light:areamap"		"Light: Area Map" \
    "light:areashape"		"Light: Area Shape" \
    "light:areasize"		"Light: Area Size" \
    "light:arealight"		"Light: Is Area Light" \
    "light:distantlight"	"Light: Is Distant Light" \
    "light:activeradius"	"Light: Active Radius" \
    "light:projection"		"Light: Projection" \
    "light:minraysamples"	"Light: Min Ray Samples" \
    "light:maxraysamples"	"Light: Max Ray Samples" \
    "light:zoom"		"Light: Zoom" \
    "light:orthowidth"		"Light: Orthowidth" \
    "light:shadowmask"		"Light: Shadow Mask" \
    "light:shadowcategories"	"Light: Shadow Categories" \
    "light:areafullsphere"	"Light: Full Sphere Environment" \
    "light:photontarget"	"Light: Photon Target" \
    "light:photonweight"	"Light: Photon Weight" \
    "light:envangle"		"Light: Sun Angle" \

#define FOG_SETTINGS \
    "fog:name"			"Fog: Name" \
    "fog:lightmask"		"Fog: Light Mask" \
    "fog:lightcategories"	"Fog: Light Categories"

{
    name	"renderstate"
    script	"renderstate"
    label	"renderstate"


    code {
	"$found = renderstate($var, $val);"
	"if (!$found) $val = $default;"
    }

    output	string	val		"Variable Value"
    output	int	found		"1 if imported, Else 0"

    parm {
	name	var
	label	"Value Name"
	type	string
	menureplace	{
	    RENDER_SETTINGS \
	    OBJECT_SETTINGS \
	    LIGHT_SETTINGS
	}
	default { "object:name" }
    }
    input	string	var	"Value Name"

    VOP_STR_INPUT(default, "Default String", "")
    VOP_FLT_PARM(default_f, "Default Value", 0)
    VOP_INT_PARM(default_i, "Default Integer", 0)
    VOP_VEC_PARM(default_v, "Default Vector", 0, 0, 0)

    signature	"String Values"		default	{ }
    signature	"Float Values"		f	{ string float float int }
    signature	"Integer Values"	i	{ string int int int }
    signature	"Vector Values"		v	{ string vector vector int }
}
INDX              Contents       WZV(£   DialogScript   W  ÏX=’Y0707070000010000000006660000000000000000010000001322542424300001300000000000TRAILER!!! # Dialog script for reshapevalue automatically generated

{
    name	reshapevalue
    script	pyroField
    label	"Reshape Value"

    input	float	invalue	"In Value"
    input	int	fitenable	"Fit to Range (Unclamped)"
    input	float	fitsrcmin	"Source Range"
    input	float	fitsrcmax	"Source Max"
    input	float	fitdestmin	"Target Range"
    input	float	fitdestmax	"Target Max"
    input	int	rampenable	"Use Lookup Ramp"
    input	string	rampspace	"Ramp Space"
    input	string	rampextl	"Ramp Boundaries"
    input	string	rampextr	Right
    input	struct_FloatRamp	ramp	Ramp
    input	int	contourenable	Contour
    input	float	contourwidth	"Contour Width"
    input	float	contoursharp	Sharpness
    input	int	sclipenable	"Soft Clip"
    input	float	sclipstart	"Soft Clip Start"
    input	float	sclipsuppress	"  Suppress"
    input	int	lowlimitenable	"Clamp at Lower Limit"
    input	float	lowlimit	"Clamp To Min"
    input	int	highlimitenable	"Clamp at Upper Limit"
    input	float	highlimit	"Clamp To Max"
    input	float	amp	"Final Amplitude"
    input	string	ftype	Filter
    input	float	fw	"Override Filter Width"
    input	float	fscale	Scale
    output	float	out	out
    inputflags	invalue	0
    inputflags	fitenable	0
    inputflags	fitsrcmin	0
    inputflags	fitsrcmax	0
    inputflags	fitdestmin	0
    inputflags	fitdestmax	0
    inputflags	rampenable	0
    inputflags	rampspace	0
    inputflags	rampextl	0
    inputflags	rampextr	0
    inputflags	ramp	0
    inputflags	contourenable	0
    inputflags	contourwidth	0
    inputflags	contoursharp	0
    inputflags	sclipenable	0
    inputflags	sclipstart	0
    inputflags	sclipsuppress	0
    inputflags	lowlimitenable	0
    inputflags	lowlimit	0
    inputflags	highlimitenable	0
    inputflags	highlimit	0
    inputflags	amp	0
    inputflags	ftype	0
    inputflags	fw	0
    inputflags	fscale	0
    signature	"Float to Float"	default	{ float int float float float float int string string string struct_FloatRamp int float float int float float int float int float float string float float float }
    signature	"Float to Color"	color	{ float int float float float float int string string string struct_ColorRamp int float float int float float int float int float float string float float vector }

    outputoverrides	default
    {
	___begin	auto
			(0)
    }
    outputoverrides	color
    {
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
	name	"signature"
	baseparm
	label	"Signature"
	export	none
    }
    parm {
	name	"fitenable"
	label	"Fit to Range (Unclamped)"
	type	toggle
	default	{ "off" }
	disablewhen	"{ name == \"\" }"
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"fitsrcmin"
	label	"Source Range"
	type	float
	joinnext
	default	{ "0" }
	disablewhen	"{ name == \"\" }"
	hidewhen	"{ fitenable == 0 }"
	range	{ 0 1 }
    }
    parm {
	name	"fitsrcmax"
	label	"Source Max"
	type	float
	nolabel
	default	{ "1" }
	disablewhen	"{ name == \"\" }"
	hidewhen	"{ fitenable == 0 }"
	range	{ 0 1 }
    }
    parm {
	name	"fitdestmin"
	label	"Target Range"
	type	float
	joinnext
	default	{ "0" }
	disablewhen	"{ name == \"\" }"
	hidewhen	"{ fitenable == 0 }"
	range	{ 0 1 }
    }
    parm {
	name	"fitdestmax"
	label	"Target Max"
	type	float
	nolabel
	default	{ "1" }
	disablewhen	"{ name == \"\" }"
	hidewhen	"{ fitenable == 0 }"
	range	{ 0 1 }
    }
    parm {
	name	"rampenable"
	label	"Use Lookup Ramp"
	type	toggle
	default	{ "off" }
	disablewhen	"{ name == \"\" }"
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
	parmtag	{ "script_callback" "" }
	parmtag	{ "script_callback_language" "python" }
    }
    parm {
	name	"rampspace"
	label	"Color Space"
	type	string
	joinnext
	default	{ "rgb" }
	disablewhen	"{ ramptype == flt }"
	hidewhen	"{ rampenable == 0 }"
	menu	{
	    "rgb"	"RGB"
	    "hsv"	"HSV"
	    "lab"	"LAB"
	    "hsl"	"HSL"
	    "xyz"	"XYZ"
	}
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"rampextl"
	label	"Ramp Boundaries"
	type	string
	joinnext
	default	{ "hold" }
	hidewhen	"{ rampenable == 0 }"
	menu	{
	    "hold"	"Hold"
	    "cycle"	"Cycle"
	    "accum"	"Cycle-Accumulate"
	    "mirror"	"Mirror"
	    "slope"	"Slope"
	}
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"rampextr"
	label	"Right"
	type	string
	nolabel
	default	{ "hold" }
	hidewhen	"{ rampenable == 0 }"
	menu	{
	    "hold"	"Hold"
	    "cycle"	"Cycle"
	    "accum"	"Cycle-Accumulate"
	    "mirror"	"Mirror"
	    "slope"	"Slope"
	}
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"ramp"
	label	"Ramp"
	type	ramp_flt
	default	{ "2" }
	hidewhen	"{ rampenable == 0 }"
	range	{ 1! 10 }
    }
    parm {
	name	"ramp_color"
	label	"Ramp"
	type	ramp_rgb
	default	{ "2" }
	hidewhen	"{ rampenable == 0 }"
	range	{ 1! 10 }
    }
    parm {
	name	"contourenable"
	label	"Contour"
	type	toggle
	default	{ "off" }
	disablewhen	"{ name == \"\" }"
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"contourwidth"
	label	"Contour Width"
	type	float
	joinnext
	default	{ "0.02" }
	hidewhen	"{ contourenable == 0 }"
	range	{ 0! 0.1 }
    }
    parm {
	name	"contoursharp"
	label	"Sharpness"
	type	float
	default	{ "4" }
	hidewhen	"{ contourenable == 0 }"
	range	{ 0! 10 }
    }
    parm {
	name	"sclipenable"
	label	"Soft Clip"
	type	toggle
	default	{ "off" }
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"sclipstart"
	label	"Soft Clip Start"
	type	float
	joinnext
	default	{ "0.8" }
	hidewhen	"{ sclipenable == 0 }"
	range	{ 0! 1 }
    }
    parm {
	name	"sclipsuppress"
	label	"  Suppress"
	type	float
	default	{ "1" }
	hidewhen	"{ sclipenable == 0 }"
	range	{ 0! 10 }
    }
    parm {
	name	"lowlimitenable"
	label	"Clamp at Lower Limit"
	type	toggle
	default	{ "off" }
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"lowlimit"
	label	"Clamp To Min"
	type	float
	default	{ "0" }
	hidewhen	"{ lowlimitenable == 0 }"
	range	{ 0 1 }
    }
    parm {
	name	"highlimitenable"
	label	"Clamp at Upper Limit"
	type	toggle
	default	{ "off" }
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"highlimit"
	label	"Clamp To Max"
	type	float
	default	{ "1" }
	hidewhen	"{ highlimitenable == 0 }"
	range	{ 0 1 }
    }
    parm {
	name	"amp"
	label	"Final Amplitude"
	type	float
	default	{ "1" }
	disablewhen	"{ name == \"\" }"
	range	{ 0 2 }
    }
    parm {
	name	"ftype"
	label	"Filter"
	type	string
	joinnext
	default	{ "point" }
	menu	{
	    "point"	"Point"
	    "box"	"Box"
	    "gauss"	"Gaussian"
	}
	range	{ 0 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"fscale"
	label	"Scale"
	type	float
	default	{ "1" }
	disablewhen	"{ ftype == point }"
	range	{ 0 2 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
}
INDX              Contents       WZV(£   DialogScript   W  }X‹‹B0707070000010000000006660000000000000000010000001322542424300001300000000000TRAILER!!! # Dialog script for restpos automatically generated

{
    name	restpos
    script	restpos
    label	"Rest Position"

    input	point	P	Position
    input	string	space	Space
    output	vector	restP	"Rest Position"
    inputflags	P	0
    inputflags	space	0
    signature	"Default Inputs"	default	{ point string vector }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
	name	"space"
	label	"Space"
	type	string
	default	{ "texture" }
	menu	{
	    "texture"	"Texture"
	    "object"	"Object"
	    "ndc"	"Normalized Device Coordinates (NDC)"
	    "world"	"World"
	}
	range	{ 0 1 }
    }
}
INDX              DialogScript      ®Z…G
/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"shadingnormal"
    script	"shadingnormal"
    label	"shadingnormal"


    code {
	"vector $myP  = $isconnected_P  ? $P  : P;"
	"vector $myN  = $isconnected_N  ? $N  : N;"
	"vector $myNg = $isconnected_Ng ? $Ng : Ng;"
	"$newN = computenormal($myP, $myN, $myNg, \"extrapolate\", $extrapol,"
	"                     \"smooth\", $smooth);"
    }

    input	vector	P		"Position"
    input	vector	N		"Surface Normal"
    input	vector	Ng		"Geometric Normal"
    input	int	smooth		"Smooth Derivatives"
    input	int	extrapol	"Extrapolate Derivatives"
    output	vector	newN		"Shading Normal"

    parm {
        name    smooth
        label   "Smooth Derivatives"
        type    toggle
	size	1
        default { 1 }
    }
    parm {
        name    extrapol
        label   "Extrapolate Derivatives"
        type    toggle
	size	1
        default { 0 }
    }
}
INDX              DialogScript      ÂU[Š# Dialog script for softclip::2.0 automatically generated 05/19/15 11:51:06

{
    name	softclip::2.0
    script	contour
    label	"Soft Clip"

    outercode {
	"#include <pyro_utils.h>"
    }

    code {
	"$sclip = softclip($val,$start,$sup);"
    }

    input	float	val	"Value to Modify"
    input	float	start	"Start of Suppression"
    input	float	sup	"Suppression Amount"
    output	float	sclip	"Modified Value"
    inputflags	val	0
    inputflags	start	0
    inputflags	sup	0
    signature	"1D Value"	default	{ float float float float }
    signature	"3D Value"	v	{ vector float float vector }
    signature	"4D Value"	v4	{ vector4 float float vector4 }

    outputoverrides	default
    {
	___begin	val
			(0)
    }
    outputoverrides	v
    {
	___begin	val
			(0,0,0)
    }
    outputoverrides	v4
    {
	___begin	val
			(0,0,0,0)
    }

    help {
	""
    }

    parm {
	name	"signature"
	baseparm
	label	"Signature"
	export	none
    }
    parm {
	name	"start"
	label	"Start"
	type	float
	default	{ "0.8" }
	disablewhen	"{ active == 0 }"
	range	{ 0! 1 }
	export	none
    }
    parm {
	name	"sup"
	label	"Suppress"
	type	float
	default	{ "1" }
	disablewhen	"{ active == 0 }"
	range	{ 0! 10 }
	export	none
    }
}
INDX              Contents       WZV(¢   DialogScript   W  ’U­Qš0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for surfacecolor automatically generated 07/20/15 15:52:58

{
    name	surfacecolor
    script	surfacecolor
    label	"Surface Color"

    input	int	useBaseColor	"Use Base Color"
    input	vector	baseColor	"Base Color"
    input	int	usePointColor	"Use Point Color"
    input	int	usePackedColor	"Use Packed Color"
    input	int	useColorMap	"Use Color Map"
    input	string	baseColorMap	"Base Color Map"
    input	string	colorMapSourceColorSpace	"Source Color Space"
    input	string	colorMapWrap	"Color Map Wrap"
    input	string	colorMapfilter	"color Map Filter Type"
    input	float	colorMapWidth	"Color Map Filter Width"
    input	vector4	colorMapBorder	"Color Map Border Color"
    input	float	scoord	"S Coordinate"
    input	float	tcoord	"T Coordinate"
    input	int	usePointAlpha	"Use Point Alpha"
    input	float	colorMapIntensity	"Color Map Intensity"
    output	vector	color	"Combined Value"
    output	float	alpha	"Combined Value"
    inputflags	useBaseColor	0
    inputflags	baseColor	0
    inputflags	usePointColor	0
    inputflags	usePackedColor	0
    inputflags	useColorMap	0
    inputflags	baseColorMap	0
    inputflags	colorMapSourceColorSpace	0
    inputflags	colorMapWrap	0
    inputflags	colorMapfilter	0
    inputflags	colorMapWidth	0
    inputflags	colorMapBorder	0
    inputflags	scoord	0
    inputflags	tcoord	0
    inputflags	usePointAlpha	0
    inputflags	colorMapIntensity	0
    signature	"Default Inputs"	default	{ int vector int int int string string string string float vector4 float float int float vector float }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"useBaseColor"
	label	"Use Base Color"
	type	toggle
	default	{ "1" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"baseColor"
	label	"Base Color"
	type	color
	size	3
	default	{ "1" "1" "1" }
	disablewhen	"{ useBaseColor == 0 }"
	range	{ 0 10 }
	export	none
    }
    parm {
	name	"usePointColor"
	label	"Use Point Color"
	type	toggle
	default	{ "1" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"usePackedColor"
	label	"Use Packed Color"
	type	toggle
	default	{ "0" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"useColorMap"
	label	"Use Color Map"
	type	toggle
	default	{ "0" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"baseColorMap"
	label	"Base Color Map"
	type	image
	default	{ "" }
	disablewhen	"{ useColorMap == 0 }"
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"colorMapSourceColorSpace"
	label	"Source Color Space"
	type	string
	default	{ "repeat" }
	disablewhen	"{ useColorMap == 0 }"
	menu	{
	    "auto"	"Automatic"
	    "linear"	"Linear"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"colorMapWrap"
	label	"Color Map Wrap"
	type	string
	default	{ "repeat" }
	disablewhen	"{ useColorMap == 0 }"
	menu	{
	    "repeat"	"Repeat"
	    "streak"	"Streak"
	    "decal"	"Decal"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"colorMapfilter"
	label	"Color Map Filter Type"
	type	string
	default	{ "catrom" }
	disablewhen	"{ useColorMap == 0 }"
	menu	{
	    "box"	"Box"
	    "gauss"	"Gaussian"
	    "bartlett"	"Bartlett/Triangular"
	    "sinc"	"Sinc Sharpening"
	    "hanning"	"Hanning"
	    "blackman"	"Blackman"
	    "catrom"	"Catmull-Rom"
	    "mitchell"	"Mitchell"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"colorMapWidth"
	label	"Color Map Filter Width"
	type	float
	default	{ "1" }
	disablewhen	"{ useColorMap == 0 }"
	range	{ 0 5 }
	export	none
    }
    parm {
	name	"colorMapBorder"
	label	"Color Map Border Color"
	type	color4
	size	4
	default	{ "0" "0" "0" "0" }
	disablewhen	"{ useColorMap == 0 }"
	range	{ 0 10 }
	export	none
    }
    parm {
	name	"usePointAlpha"
	label	"Use Point Alpha"
	type	toggle
	default	{ "1" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"colorMapIntensity"
	label	"Color Map Intensity"
	type	float
	default	{ "1" }
	disablewhen	"{ useColorMap == 0 }"
	range	{ 0 2 }
	export	none
    }
}
INDX              Contents       WZV(¢   DialogScript   W  uNSÛž0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for surfacemodel automatically generated 08/01/14 10:02:44

{
    name	surfacemodel
    script	surfacemodel
    label	"Surface Model"

    input	vector	P	Position
    input	vector	N	"Surface Normal"
    input	vector	I	"Direction from Eye to Surface"
    input	vector	uv	"UV Coordinate"
    input	vector	utan	"U Tangent"
    input	vector	vtan	"V Tangent"
    input	float	fresnel	Fresnel
    input	int	facefwd	"Ensure Faces Point Forward"
    input	int	conserveenergy	"Conserve Energy"
    input	int	fres_enable	"Fresnel Blending"
    input	string	fres_style	"Fresnel Style"
    input	float	ior_in	"Inside IOR"
    input	float	ior_out	"Outside IOR"
    input	string	tan_style	"Tangent Style"
    input	int	maxdist_enable	maxdist_enable
    input	float	maxdist	"Max Ray Distance"
    input	int	diff_enable	"Enable Diffuse"
    input	float	diff_int	"Diffuse Intensity"
    input	float	diff_min	"Diffuse Minimum"
    input	color	diff_clr	"Diffuse Color"
    input	float	diff_rough	"Oren-Nayar Roughness"
    input	string	diff_label	"Diffuse Component"
    input	int	sss_enable	"Enable Subsurface Scattering"
    input	float	sss_int	"Subsurface Intensity"
    input	vector	sss_clr	"Subsurface Color"
    input	float	sss_min	"Subsurface Minimum"
    input	float	sss_atten	"Attenuation Density"
    input	color	sss_attenclr	"Attenuation Color"
    input	float	sss_phase	"Scattering Phase"
    input	int	sss_spectral	"Enable RGB Spectral Scattering"
    input	int	sss_1enable	"Enable Single Scattering"
    input	float	sss_1intensity	"Single Intensity"
    input	int	sss_1quality	"Single Quality"
    input	int	sss_2enable	"Enable Multiple Scattering"
    input	string	sss_2model	"Multi Model"
    input	int	sss_pcmode	"Point Cloud Mode"
    input	string	sss_pcname	"Point Cloud"
    input	float	sss_2intensity	"Multi Intensity"
    input	float	sss_2quality	"Multi Quality"
    input	int	refl_enable	"Enable Reflection Layer 1"
    input	int	refl_lights	"Reflect Lights"
    input	string	spec_model	"Specular Model"
    input	float	spec_int	"Specular Intensity"
    input	float	spec_min	"Specular Minimum"
    input	vector	spec_clr	"Specular Color"
    input	float	spec_angle	"Specular Angle"
    input	float	spec_rough	"Specular Roughness"
    input	float	spec_aniso	"Specular Anisotropy"
    input	float	spec_anisoangle	"Specular Anisotropy Angle"
    input	int	refl_objs	"Reflect Objects"
    input	int	refl_sep	"Separate Object Reflection Parameters"
    input	float	refl_int	"Reflection Intensity"
    input	vector	refl_clr	"Reflection Color"
    input	float	refl_angle	"Reflection Angle"
    input	float	refl_rough	"Reflection Roughness"
    input	string	refl_label	"Reflection Component"
    input	int	refl_enable2	"Enable Reflection Layer 2"
    input	int	refl_lights2	"Reflect Lights"
    input	string	spec_model2	"Specular Model"
    input	float	spec_int2	"Specular Intensity"
    input	float	spec_min2	"Specular Minimum"
    input	vector	spec_clr2	"Specular Color"
    input	float	spec_angle2	"Specular Angle"
    input	float	spec_rough2	"Specular Roughness"
    input	float	spec_aniso2	"Specular Anisotropy"
    input	float	spec_anisoangle2	"Specular Anisotropy Angle"
    input	int	refl_objs2	"Reflect Objects"
    input	int	refl_sep2	"Separate Object Reflection Parameters"
    input	float	refl_int2	"Reflection Intensity"
    input	vector	refl_clr2	"Reflection Color"
    input	float	refl_angle2	"Reflection Angle"
    input	float	refl_rough2	"Reflection Roughness"
    input	string	refl_label2	"Reflection Component"
    input	int	refr_enable	"Enable Refractions"
    input	int	refr_lights	"Refract Lights"
    input	string	refr_model	"Refraction Model"
    input	float	refr_int	"Refraction Intensity"
    input	float	refr_min	"Refraction Minimum"
    input	vector	refr_clr	"Refraction Color"
    input	float	refr_angle	"Refraction Angle"
    input	float	refr_aniso	"Refraction Anisotropy"
    input	float	refr_anisoangle	"Refraction Anisotropy Angle"
    input	int	refr_objs	"Refract Objects"
    input	int	atten_enable	"Enable Attenuation"
    input	float	atten_den	"Attenuation Density"
    input	vector	atten_clr	"Attenuation Color"
    input	string	refr_label	"Refraction Component"
    input	int	emit_enable	"Enable Emission"
    input	float	emit_int	"Emission Intensity"
    input	vector	emit_clr	"Emission Color"
    input	float	opac_int	"Opacity Scale"
    input	vector	opac_clr	Opacity
    input	int	fake_enable	"Enable Fake Caustics"
    input	float	fake_min	"Min Shadow Intensity"
    input	float	fake_max	"Max Shadow Intensity"
    input	int	opac_falloff	"Enable Opacity Falloff"
    input	float	opac_para	"Parallel Opacity"
    input	float	opac_perp	"Perp Opacity"
    input	float	opac_rolloff	"Opacity Rolloff"
    input	int	emit_illum	"Emission Illuminates Objects"
    input	int	refr_thin	"Thin Film Refraction"
    output	vector	Cf	Cf
    output	vector	Of	Of
    output	bsdf	F	F
    inputflags	P	0
    inputflags	N	0
    inputflags	I	0
    inputflags	uv	0
    inputflags	utan	0
    inputflags	vtan	0
    inputflags	fresnel	0
    inputflags	facefwd	1
    inputflags	conserveenergy	1
    inputflags	fres_enable	1
    inputflags	fres_style	1
    inputflags	ior_in	1
    inputflags	ior_out	1
    inputflags	tan_style	1
    inputflags	maxdist_enable	1
    inputflags	maxdist	1
    inputflags	diff_enable	1
    inputflags	diff_int	0
    inputflags	diff_min	1
    inputflags	diff_clr	0
    inputflags	diff_rough	1
    inputflags	diff_label	0
    inputflags	sss_enable	1
    inputflags	sss_int	0
    inputflags	sss_clr	0
    inputflags	sss_min	1
    inputflags	sss_atten	1
    inputflags	sss_attenclr	1
    inputflags	sss_phase	1
    inputflags	sss_spectral	1
    inputflags	sss_1enable	1
    inputflags	sss_1intensity	1
    inputflags	sss_1quality	1
    inputflags	sss_2enable	1
    inputflags	sss_2model	1
    inputflags	sss_pcmode	1
    inputflags	sss_pcname	1
    inputflags	sss_2intensity	1
    inputflags	sss_2quality	1
    inputflags	refl_enable	0
    inputflags	refl_lights	1
    inputflags	spec_model	1
    inputflags	spec_int	0
    inputflags	spec_min	1
    inputflags	spec_clr	0
    inputflags	spec_angle	1
    inputflags	spec_rough	0
    inputflags	spec_aniso	1
    inputflags	spec_anisoangle	1
    inputflags	refl_objs	1
    inputflags	refl_sep	1
    inputflags	refl_int	1
    inputflags	refl_clr	1
    inputflags	refl_angle	0
    inputflags	refl_rough	0
    inputflags	refl_label	0
    inputflags	refl_enable2	0
    inputflags	refl_lights2	0
    inputflags	spec_model2	0
    inputflags	spec_int2	0
    inputflags	spec_min2	0
    inputflags	spec_clr2	0
    inputflags	spec_angle2	0
    inputflags	spec_rough2	0
    inputflags	spec_aniso2	0
    inputflags	spec_anisoangle2	0
    inputflags	refl_objs2	0
    inputflags	refl_sep2	0
    inputflags	refl_int2	0
    inputflags	refl_clr2	1
    inputflags	refl_angle2	1
    inputflags	refl_rough2	0
    inputflags	refl_label2	0
    inputflags	refr_enable	1
    inputflags	refr_lights	0
    inputflags	refr_model	1
    inputflags	refr_int	1
    inputflags	refr_min	1
    inputflags	refr_clr	1
    inputflags	refr_angle	1
    inputflags	refr_aniso	1
    inputflags	refr_anisoangle	1
    inputflags	refr_objs	0
    inputflags	atten_enable	1
    inputflags	atten_den	0
    inputflags	atten_clr	0
    inputflags	refr_label	0
    inputflags	emit_enable	0
    inputflags	emit_int	1
    inputflags	emit_clr	1
    inputflags	opac_int	1
    inputflags	opac_clr	1
    inputflags	fake_enable	1
    inputflags	fake_min	1
    inputflags	fake_max	1
    inputflags	opac_falloff	1
    inputflags	opac_para	1
    inputflags	opac_perp	0
    inputflags	opac_rolloff	0
    inputflags	emit_illum	0
    inputflags	refr_thin	0
    signature	"Default Inputs"	default	{ vector vector vector vector vector vector float int int int string float float string int float int float float color float string int float vector float float color float int int float int int string int string float float int int string float float vector float float float float int int float vector float float string int int string float float vector float float float float int int float vector float float string int int string float float vector float float float int int float vector string int float vector float vector int float float int float float float int int vector vector bsdf }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
    }

    help {
	""
    }

    parm {
	name	"facefwd"
	label	"Ensure Faces Point Forward"
	type	toggle
	default	{ "1" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"conserveenergy"
	label	"Conserve Energy"
	type	toggle
	default	{ "1" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"fres_enable"
	label	"Fresnel Blending"
	type	toggle
	default	{ "0" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"fres_style"
	label	"Fresnel Style"
	type	string
	default	{ "physical" }
	disablewhen	"{ fres_enable == 0 }"
	menu	{
	    "physical"	"Physically Based"
	    "input"	"Use Connected 'fresnel'"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"ior_in"
	label	"Inside IOR"
	type	float
	default	{ "1.33" }
	range	{ 1 3 }
	export	none
    }
    parm {
	name	"ior_out"
	label	"Outside IOR"
	type	float
	default	{ "1" }
	range	{ 1 3 }
	export	none
    }
    parm {
	name	"tan_style"
	label	"Tangent Style"
	type	string
	default	{ "geo" }
	menu	{
	    "geo"	"Use Geometric Tangents"
	    "world"	"Intrinsic World Space"
	    "object"	"Intrinsic Object Space"
	    "uv"	"Compute From UV"
	    "inputs"	"Use Connected 'utan', 'vtan'"
	}
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"maxdist_enable"
	label	"maxdist_enable"
	type	toggle
	nolabel
	joinnext
	default	{ "0" }
	range	{ 0 1 }
	export	none
    }
    parm {
	name	"maxdist"
	label	"Max Ray Distance"
	type	float
	default	{ "10" }
	disablewhen	"{ maxdist_enable == 0 }"
	range	{ 0 100 }
	export	none
    }
    group {
	name	"diffuse_folder"
	label	"Diffuse"

	parm {
	    name	"diff_enable"
	    label	"Enable Diffuse"
	    type	toggle
	    default	{ "1" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"diff_int"
	    label	"Diffuse Intensity"
	    type	float
	    default	{ "0.5" }
	    disablewhen	"{ diff_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"diff_min"
	    label	"Diffuse Minimum"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ diff_enable == 0 } { fres_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"diff_clr"
	    label	"Diffuse Color"
	    type	color
	    size	3
	    default	{ "1" "1" "1" }
	    disablewhen	"{ diff_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"diff_rough"
	    label	"Oren-Nayar Roughness"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ diff_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"diff_label"
	    label	"Diffuse Component"
	    type	string
	    default	{ "diffuse" }
	    range	{ 0 1 }
	    export	none
	}
    }

    group {
	name	"diffuse_folder_1"
	label	"Subsurface"

	parm {
	    name	"sss_enable"
	    label	"Enable Subsurface Scattering"
	    type	toggle
	    default	{ "0" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_int"
	    label	"Subsurface Albedo"
	    type	float
	    default	{ "0.8" }
	    disablewhen	"{ sss_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_clr"
	    label	"Subsurface Color"
	    type	color
	    size	3
	    default	{ "1" "1" "1" }
	    disablewhen	"{ sss_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_min"
	    label	"Subsurface Minimum"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ sss_enable == 0 } { fres_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_atten"
	    label	"Attenuation Density"
	    type	float
	    default	{ "10" }
	    help	"This parameter controls how fast light is attenuated.  Higher densities correspond to faster attenuation."
	    disablewhen	"{ sss_enable == 0 }"
	    range	{ 0! 20 }
	    export	none
	}
	parm {
	    name	"sss_attenclr"
	    label	"Attenuation Color"
	    type	color
	    size	3
	    default	{ "1" "1" "1" }
	    help	"This parameter specifies the color that the light will tend towards as it is attenuated.  This color will typically dominate areas of the surface that are in shadow."
	    disablewhen	"{ sss_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_phase"
	    label	"Scattering Phase"
	    type	float
	    default	{ "0" }
	    help	"This parameter controls the nature of the scattering (forward, backward, isotropic, etc.).  The phase must lie in the range [-1, 1], with -1 indicating full backward scattering, 0 indicating isotropic scattering, and 1 indicating full forward scattering."
	    disablewhen	"{ sss_enable == 0 }"
	    range	{ -1! 1! }
	    export	none
	}
	parm {
	    name	"sss_spectral"
	    label	"Enable RGB Spectral Scattering"
	    type	toggle
	    default	{ "1" }
	    disablewhen	"{ sss_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_1enable"
	    label	"Enable Single Scattering"
	    type	toggle
	    default	{ "1" }
	    disablewhen	"{ sss_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_1intensity"
	    label	"Single Intensity"
	    type	float
	    default	{ "1" }
	    help	"This parameter controls the intensity of single scattering."
	    disablewhen	"{ sss_enable == 0 } { sss_1enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_1quality"
	    label	"Single Quality"
	    type	integer
	    default	{ "1" }
	    help	"This parameter controls the quality of single scattering.  Higher values will increase quality and render times."
	    disablewhen	"{ sss_enable == 0 } { sss_1enable == 0 }"
	    range	{ 1! 10 }
	    export	none
	}
	parm {
	    name	"sss_2enable"
	    label	"Enable Multiple Scattering"
	    type	toggle
	    default	{ "1" }
	    disablewhen	"{ sss_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_2model"
	    label	"Multi Model"
	    type	string
	    default	{ "raytraced" }
	    disablewhen	"{ sss_enable == 0 } { sss_2enable == 0 }"
	    menu	{
		"raytraced"	"Ray Traced"
		"fullraytraced"	"Full Ray Traced"
		"local"	"Local BRDF"
		"global"	"Global Point Cloud"
		"hybrid"	"Local And Global"
		"pathtraced"	"Path Traced"
	    }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_pcmode"
	    label	"Point Cloud Mode"
	    type	ordinal
	    default	{ "0" }
	    help	"This option controls how the shader generates a point cloud.  The simplest option is to select \"Generate At Render Time\".  This will create a new point cloud for every render.  To reduce computation time, you can first use \"Write To File\" mode and then re-use the point cloud using \"Read From File\" mode on subsequent renders.  This is also the recommended approach when rendering animations because the shader will smoothly interpolate the point cloud across frames.  The exception to this is when the model's topology changes (two joined polygons are separated, for example).  In this case, a new point cloud must be generated.  Note that in \"Write To File\" mode, the file will be overwritten if it already exists.  Cancelling a render before it completes in \"Write To File\" mode may result in an unusable point cloud file."
	    disablewhen	"{ sss_enable == 0 } { sss_2enable == 0 } { sss_2model == raytraced } { sss_2model == pathtraced } { sss_2model == fullraytraced }"
	    menu	{
		"0"	"Generate At Render Time"
		"1"	"Read From File"
		"2"	"Write To File"
	    }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_pcname"
	    label	"Point Cloud"
	    type	file
	    default	{ "default.pc" }
	    help	"This parameter holds the path to the point cloud file that will be written to in \"Write To File\" mode or read from in \"Read From File\" mode."
	    disablewhen	"{ sss_enable == 0 } { sss_2enable == 0 } { sss_2model == raytraced } { sss_2model == pathtraced } { sss_2model == fullraytraced }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"sss_2intensity"
	    label	"Multi Intensity"
	    type	float
	    default	{ "1" }
	    help	"This parameter controls the intensity of multiple scattering."
	    disablewhen	"{ sss_enable == 0 } { sss_2enable == 0 } { sss_2model == raytraced } { sss_2model == pathtraced } { sss_2model == fullraytraced }"
	    range	{ 0! 1 }
	    export	none
	}
	parm {
	    name	"sss_2quality"
	    label	"Multi Quality"
	    type	float
	    default	{ "1" }
	    help	"This parameter controls the quality of multiple scattering.  Higher values will increase quality and render times."
	    disablewhen	"{ sss_enable == 0 } { sss_2enable == 0 } { sss_2model == raytraced } { sss_2model == pathtraced } { sss_2model == fullraytraced }"
	    range	{ 0.01 10 }
	    export	none
	}
    }

    group {
	name	"diffuse_folder_2"
	label	"Reflect"

	group {
	    name	"folder0"
	    label	"Layer 1"

	    parm {
		name	"refl_enable"
		label	"Enable Reflection Layer 1"
		type	toggle
		default	{ "1" }
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_lights"
		label	"Reflect Lights"
		type	toggle
		default	{ "1" }
		disablewhen	"{ refl_enable == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_model"
		label	"Specular Model"
		type	string
		default	{ "0" }
		disablewhen	"{ refl_enable == 0 } { refl_lights == 0 refl_objs == 0 }"
		menu	{
		    "phong"	"Phong"
		    "blinn"	"Blinn"
		    "cone"	"Cone"
		    "ggx"	"GGX"
		}
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_int"
		label	"Specular Intensity"
		type	float
		default	{ "0.1" }
		disablewhen	"{ refl_enable == 0 } { refl_lights == 0 refl_objs == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_min"
		label	"Specular Minimum"
		type	float
		default	{ "0" }
		disablewhen	"{ refl_enable == 0 } { refl_lights == 0 refl_objs == 0 } { fres_enable == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_clr"
		label	"Specular Color"
		type	color
		size	3
		default	{ "1" "1" "1" }
		disablewhen	"{ refl_enable == 0 } { refl_lights == 0 refl_objs == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_angle"
		label	"Specular Angle"
		type	float
		default	{ "10" }
		disablewhen	"{ spec_model == ggx } { refl_enable == 0 } { refl_lights == 0 refl_objs == 0 }"
		range	{ 0 90 }
		export	none
	    }
	    parm {
		name	"spec_rough"
		label	"Specular Roughness"
		type	float
		default	{ "0.1" }
		disablewhen	"{ spec_model != ggx } { refl_enable == 0 } { refl_lights == 0 refl_objs == 0 }"
		range	{ 0 1 }
		export	none
		parmtag	{ "autoscope" "0000000000000000" }
		parmtag	{ "script_callback" "" }
	    }
	    parm {
		name	"spec_aniso"
		label	"Specular Anisotropy"
		type	float
		default	{ "0" }
		disablewhen	"{ refl_enable == 0 } { refl_lights == 0 refl_objs == 0 } { spec_angle == 0 }"
		range	{ -1 1 }
		export	none
	    }
	    parm {
		name	"spec_anisoangle"
		label	"Specular Anisotropy Angle"
		type	angle
		default	{ "0" }
		disablewhen	"{ refl_enable == 0 } { refl_lights == 0 refl_objs == 0 } { spec_angle == 0 }"
		range	{ 0 360 }
		export	none
	    }
	    parm {
		name	"refl_objs"
		label	"Reflect Objects"
		type	toggle
		default	{ "1" }
		disablewhen	"{ refl_enable == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_sep"
		label	"Separate Object Reflection Parameters"
		type	toggle
		default	{ "0" }
		disablewhen	"{ refl_enable == 0 } { refl_objs == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_int"
		label	"Reflection Intensity"
		type	float
		default	{ "0.1" }
		disablewhen	"{ refl_enable == 0 } { refl_objs == 0 } { refl_sep == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_clr"
		label	"Reflection Color"
		type	color
		size	3
		default	{ "1" "1" "1" }
		disablewhen	"{ refl_enable == 0 } { refl_objs == 0 } { refl_sep == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_angle"
		label	"Reflection Angle"
		type	float
		default	{ "0" }
		disablewhen	"{ spec_model == ggx } { refl_enable == 0 } { refl_objs == 0 } { refl_sep == 0 }"
		range	{ 0 90 }
		export	none
	    }
	    parm {
		name	"refl_rough"
		label	"Reflection Roughness"
		type	float
		default	{ "0.1" }
		disablewhen	"{ spec_model != ggx } { refl_enable == 0 } { refl_objs == 0 } { refl_sep == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_label"
		label	"Reflection Component"
		type	string
		default	{ "reflect" }
		disablewhen	"{ refl_enable == 0 }"
		range	{ 0 1 }
		export	none
	    }
	}

	group {
	    name	"folder0_1"
	    label	"Layer 2"

	    parm {
		name	"refl_enable2"
		label	"Enable Reflection Layer 2"
		type	toggle
		default	{ "0" }
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_lights2"
		label	"Reflect Lights"
		type	toggle
		default	{ "1" }
		disablewhen	"{ refl_enable2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_model2"
		label	"Specular Model"
		type	string
		default	{ "0" }
		disablewhen	"{ refl_enable2 == 0 } { refl_lights2 == 0 refl_objs2 == 0 }"
		menu	{
		    "phong"	"Phong"
		    "blinn"	"Blinn"
		    "cone"	"Cone"
		    "ggx"	"GGX"
		}
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_int2"
		label	"Specular Intensity"
		type	float
		default	{ "0.1" }
		disablewhen	"{ refl_enable2 == 0 } { refl_lights2 == 0 refl_objs2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_min2"
		label	"Specular Minimum"
		type	float
		default	{ "0" }
		disablewhen	"{ refl_enable2 == 0 } { refl_lights2 == 0 refl_objs2 == 0 } { fres_enable == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_clr2"
		label	"Specular Color"
		type	color
		size	3
		default	{ "1" "1" "1" }
		disablewhen	"{ refl_enable2 == 0 } { refl_lights2 == 0 refl_objs2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"spec_angle2"
		label	"Specular Angle"
		type	float
		default	{ "10" }
		disablewhen	"{ spec_model2 == ggx } { refl_enable2 == 0 } { refl_lights2 == 0 refl_objs2 == 0 }"
		range	{ 0 90 }
		export	none
	    }
	    parm {
		name	"spec_rough2"
		label	"Specular Roughness"
		type	float
		default	{ "0.1" }
		disablewhen	"{ spec_model2 != ggx } { refl_enable2 == 0 } { refl_lights2 == 0 refl_objs2 == 0 }"
		range	{ 0 1 }
		export	none
		parmtag	{ "autoscope" "0000000000000000" }
		parmtag	{ "script_callback" "" }
	    }
	    parm {
		name	"spec_aniso2"
		label	"Specular Anisotropy"
		type	float
		default	{ "0" }
		disablewhen	"{ refl_enable2 == 0 } { refl_lights2 == 0 refl_objs2 == 0 } { spec_angle2 == 0 }"
		range	{ -1 1 }
		export	none
	    }
	    parm {
		name	"spec_anisoangle2"
		label	"Specular Anisotropy Angle"
		type	angle
		default	{ "0" }
		disablewhen	"{ refl_enable2 == 0 } { refl_lights2 == 0 refl_objs2 == 0 } { spec_angle2 == 0 }"
		range	{ 0 360 }
		export	none
	    }
	    parm {
		name	"refl_objs2"
		label	"Reflect Objects"
		type	toggle
		default	{ "1" }
		disablewhen	"{ refl_enable2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_sep2"
		label	"Separate Object Reflection Parameters"
		type	toggle
		default	{ "0" }
		disablewhen	"{ refl_enable2 == 0 } { refl_objs2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_int2"
		label	"Reflection Intensity"
		type	float
		default	{ "0.1" }
		disablewhen	"{ refl_enable2 == 0 } { refl_objs2 == 0 } { refl_sep2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_clr2"
		label	"Reflection Color"
		type	color
		size	3
		default	{ "1" "1" "1" }
		disablewhen	"{ refl_enable2 == 0 } { refl_objs2 == 0 } { refl_sep2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_angle2"
		label	"Reflection Angle"
		type	float
		default	{ "0" }
		disablewhen	"{ spec_model2 == ggx } { refl_enable2 == 0 } { refl_objs2 == 0 } { refl_sep2 == 0 }"
		range	{ 0 90 }
		export	none
	    }
	    parm {
		name	"refl_rough2"
		label	"Reflection Roughness"
		type	float
		default	{ "0.1" }
		disablewhen	"{ spec_model2 != ggx } { refl_enable2 == 0 } { refl_objs2 == 0 } { refl_sep2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	    parm {
		name	"refl_label2"
		label	"Reflection Component"
		type	string
		default	{ "coat" }
		disablewhen	"{ refl_enable2 == 0 }"
		range	{ 0 1 }
		export	none
	    }
	}

    }

    group {
	name	"diffuse_folder_3"
	label	"Refract"

	parm {
	    name	"refr_enable"
	    label	"Enable Refractions"
	    type	toggle
	    default	{ "0" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"refr_lights"
	    label	"Refract Lights"
	    type	toggle
	    default	{ "1" }
	    disablewhen	"{ refr_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"refr_model"
	    label	"Refraction Model"
	    type	string
	    default	{ "phong" }
	    disablewhen	"{ refr_enable == 0 } { refr_lights == 0 refr_objs == 0 }"
	    menu	{
		"phong"	"Phong"
		"cone"	"Cone"
		"diffuse"	"Translucency"
	    }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"refr_int"
	    label	"Refraction Intensity"
	    type	float
	    default	{ "1" }
	    disablewhen	"{ refr_enable == 0 } { refr_lights == 0 refr_objs == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"refr_min"
	    label	"Refraction Minimum"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ refr_enable == 0 } { refr_lights == 0 refr_objs == 0 } { fres_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"refr_clr"
	    label	"Refraction Color"
	    type	color
	    size	3
	    default	{ "1" "1" "1" }
	    disablewhen	"{ refr_enable == 0 } { refr_lights == 0 refr_objs == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"refr_angle"
	    label	"Refraction Angle"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ refr_enable == 0 } { refr_lights == 0 refr_objs == 0 } { refr_model == diffuse }"
	    range	{ 0 90 }
	    export	none
	}
	parm {
	    name	"refr_aniso"
	    label	"Refraction Anisotropy"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ refr_enable == 0 } { refr_lights == 0 refr_objs == 0 } { refr_model == diffuse } { refr_angle == 0 }"
	    range	{ -1 1 }
	    export	none
	}
	parm {
	    name	"refr_anisoangle"
	    label	"Refraction Anisotropy Angle"
	    type	angle
	    default	{ "0" }
	    disablewhen	"{ refr_enable == 0 } { refr_lights == 0 refr_objs == 0 } { refr_angle == 0 }"
	    range	{ 0 360 }
	    export	none
	}
	parm {
	    name	"refr_objs"
	    label	"Refract Objects"
	    type	toggle
	    default	{ "1" }
	    disablewhen	"{ refr_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"atten_enable"
	    label	"Enable Attenuation"
	    type	toggle
	    default	{ "0" }
	    disablewhen	"{ refr_enable == 0 } { refr_objs == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"atten_den"
	    label	"Attenuation Density"
	    type	float
	    default	{ "0.5" }
	    disablewhen	"{ refr_enable == 0 } { refr_objs == 0 } { atten_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"atten_clr"
	    label	"Attenuation Color"
	    type	color
	    size	3
	    default	{ "1" "1" "1" }
	    disablewhen	"{ refr_enable == 0 } { refr_objs == 0 } { atten_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"refr_thin"
	    label	"Thin Film Refraction"
	    type	toggle
	    default	{ "0" }
	    disablewhen	"{ refr_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"refr_label"
	    label	"Refraction Component"
	    type	string
	    default	{ "refract" }
	    disablewhen	"{ refr_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
    }

    group {
	name	"diffuse_folder_4"
	label	"Emission"

	parm {
	    name	"emit_enable"
	    label	"Enable Emission"
	    type	toggle
	    default	{ "0" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"emit_int"
	    label	"Emission Intensity"
	    type	float
	    default	{ "1" }
	    disablewhen	"{ emit_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"emit_clr"
	    label	"Emission Color"
	    type	color
	    size	3
	    default	{ "1" "1" "1" }
	    disablewhen	"{ emit_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"emit_illum"
	    label	"Emission Illuminates Objects"
	    type	toggle
	    default	{ "1" }
	    disablewhen	"{ emit_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
    }

    group {
	name	"diffuse_folder_5"
	label	"Opacity"

	parm {
	    name	"opac_int"
	    label	"Opacity Scale"
	    type	float
	    default	{ "1" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"opac_clr"
	    label	"Opacity"
	    type	color
	    size	3
	    default	{ "1" "1" "1" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"fake_enable"
	    label	"Enable Fake Caustics"
	    type	toggle
	    default	{ "1" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"fake_min"
	    label	"Min Shadow Intensity"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ fake_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"fake_max"
	    label	"Max Shadow Intensity"
	    type	float
	    default	{ "1" }
	    disablewhen	"{ fake_enable == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"opac_falloff"
	    label	"Enable Opacity Falloff"
	    type	toggle
	    default	{ "0" }
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"opac_para"
	    label	"Parallel Opacity"
	    type	float
	    default	{ "0" }
	    disablewhen	"{ opac_falloff == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"opac_perp"
	    label	"Perp Opacity"
	    type	float
	    default	{ "1" }
	    disablewhen	"{ opac_falloff == 0 }"
	    range	{ 0 1 }
	    export	none
	}
	parm {
	    name	"opac_rolloff"
	    label	"Opacity Rolloff"
	    type	float
	    default	{ "1" }
	    disablewhen	"{ opac_falloff == 0 }"
	    range	{ 0 10 }
	    export	none
	}
    }

}
INDX              DialogScript      €Z…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"switchlightingbsdf"
    script	"switchlightingbsdf"
    label	"Switch Lighting BSDF"


    code {
	"$f = switch($direct, $indirect);"
    }

    output	bsdf	f	"Switch BSDF"

    input	bsdf	direct		"Direct Lighting BSDF"
    input	bsdf	indirect	"Indirect Lighting BSDF"
}
INDX              Contents       WZV(£   DialogScript   W  !Z…y0707070000010000000006660000000000000000010000001322542424300001300000000000TRAILER!!! # Dialog script for tangentnormals automatically generated

{
    name	tangentnormals
    script	bakenormals
    label	"Tangent Normals"

    input	vector	P	"Surface Position"
    input	vector	N	"Surface Normal"
    input	int	source	Source
    input	int	space	Space
    input	int	range	Range
    output	vector	export_normals	"Export Normals"
    inputflags	P	0
    inputflags	N	0
    inputflags	source	0
    inputflags	space	0
    inputflags	range	0
    signature	"Default Inputs"	default	{ vector vector int int int vector }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
	name	"source"
	label	"Source"
	type	ordinal
	default	{ "1" }
	menu	{
	    "0"	"Geometry Difference"
	    "1"	"Shader Normals"
	}
	range	{ 0 1 }
    }
    parm {
	name	"space"
	label	"Space"
	type	ordinal
	default	{ "0" }
	menu	{
	    "0"	"Tangent"
	    "1"	"World"
	}
	range	{ 0 1 }
    }
    parm {
	name	"range"
	label	"Range"
	type	ordinal
	default	{ "1" }
	menu	{
	    "0"	"-1 to 1"
	    "1"	"0 to 1"
	}
	range	{ 0 1 }
    }
    group {
	name	"Compiler"
	label	"Compiler"
	invisibletab

	parm {
	    name	"vop_force_code_context"
	    label	"Force Code in Context"
	    type	string
	    invisible
	    default	{ "surface" }
	    help	"A string property on a VOP digital asset node that specifies shading contexts in which the node should force generation of code. In a multi-context network such as vopmaterial, not all nodes should generate code for a given context. For example, some nodes are applicable only to surface shader while other to displacement shader. Only a few nodes initiate (force) generation of code, such as Collect VOP, Output VOP, or exporting Parameter VOP. Then, only nodes that feed into them will also generate code. If an HDA does not have output connectors or wants to generate code even if not (indirectly) connected to the Output VOP, it can use this property parameter to specify the shading context in which to initiate generation of code."
	    range	{ 0 1 }
	    parmtag	{ "spare_category" "Compiler" }
	}
    }

}
INDX              Contents       WZV(¢   DialogScript   W  ¿Z…]0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for testgeometry_rubbertoy automatically generated

{
    name	testgeometry_rubbertoy
    script	testgeometry_rubbertoy
    label	"Test Geometry: Rubber Toy"

    help {
	""
    }

    inputlabel	1	"Sub-Network Input #1"
    inputlabel	2	"Sub-Network Input #2"
    inputlabel	3	"Sub-Network Input #3"
    inputlabel	4	"Sub-Network Input #4"
    outputlabel	1	"Sub-Network Output #1"

    parm {
	name	"t"
	label	"Translate"
	type	vector
	size	3
	default	{ "0" "0" "0" }
	range	{ -1 1 }
	parmtag	{ "autoscope" "0000000000000000" }
    }
    parm {
	name	"uniformscale"
	label	"Uniform Scale"
	type	float
	default	{ "1" }
	range	{ 0 10 }
	parmtag	{ "autoscope" "0000000000000000" }
	parmtag	{ "units" "m1" }
    }
    parm {
	name	"difficulty"
	label	"Difficulty"
	type	ordinal
	default	{ "0" }
	menu	{
	    "hard"	"Hard"
	}
	range	{ 0 1 }
    }
    parm {
	name	"addshader"
	label	"Add Shader"
	type	toggle
	default	{ "1" }
	export	all
    }
}
INDX              DialogScript      “Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *      Side Effects Software Inc
 *      477 Richmond Street West
 *      Toronto, Ontario
 *      Canada   M5V 3E7
 *      416-504-9876
 */

#include <parameter.ds>

{
    name        "texture"
    script      "texture"
    label       "texture"

    code {
        "if ($map != \"\") {"
        "#if defined(VOP_SHADING)"
        "    float myS = $isconnected_s ? $s : s;"
        "    float myT = $isconnected_t ? $t : t;"
        "    int fptex = $isconnected_ptexface ? $ptexface : getptextureid();"
        "#else"
        "    float myS = $s;"
        "    float myT = $t;"
        "    int fptex = $ptexface;"
        "#endif"
        "    string wrapmode = $wrap;"
        "    if ($orient & 0x01) { myS = 1 - myS; }"
        "    if ($orient & 0x02) { myT = 1 - myT; }"
        "    if ($orient & 0x04) { float x = myS; myS = myT; myT = x; }"
        "    string map_udim = $map;"
        "    if ($udim) { map_udim = expand_udim(myS, myT, $map); }" 
        "    if (map_udim == '') { $clr = set($defclr); }"
        "    else {"
        "        if (map_udim != $map) {"
        "            myS %= 1.0; myT %= 1.0;"
        "            wrapmode = 'streak';"
        "        }"
        "        if ($isconnected_ds != 0 && $isconnected_dt != 0) {"
        "            float tds = $ds*0.5, tdt = $dt*0.5;"
        "            if ($orient & 0x04) { float x = tds; tds = tdt; tdt = x; }"
        "            $clr = texture(map_udim,"
        "                     myS - tds, myT - tdt,"
        "                     myS + tds, myT - tdt,"
        "                     myS + tds, myT + tdt,"
        "                     myS - tds, myT + tdt,"
        "                    \"wrap\", wrapmode, \"filter\", $filter,"
        "                    \"width\", $width, \"border\", $border,"
        "                    \"extrapolate\", $extrapol, \"lerp\", $interp,"
        "                    \"channel\", $channel, \"face\", fptex,"
        "                    \"blur\", $blur, \"pixelblur\", $pixelblur,"
        "                    \"srccolorspace\", $srccolorspace);"
        "        } else {"
        "            $clr = texture(map_udim, myS, myT, \"wrap\", wrapmode,"
        "                    \"filter\", $filter, \"width\", $width,"
        "                    \"border\", $border, \"extrapolate\", $extrapol,"
        "                    \"channel\", $channel, \"face\", fptex,"
        "                    \"lerp\", $interp,"
        "                    \"blur\", $blur, \"pixelblur\", $pixelblur,"
        "                    \"srccolorspace\", $srccolorspace);"
        "        }"
        "    }"
        "} else {"
        "   $clr = set($defclr);"
        "}"
    }

    input       string  map             "Texture Map"
    input	int	udim		"UDIM Filename Expansion"
    input       float   s               "S Coordinate"
    input       float   t               "T Coordinate"
    input       float   ds              "S Derivative"
    input       float   dt              "T Derivative"
    input       string  srccolorspace   "Source Color Space"
    input       string  wrap            "Wrap"
    // The parameters for map and wrap need to occur before the filter
    // macros are invoked (so that the parameters match the input
    // order)
    parm {
        name    map
        label   "Texture Map"
        type    image
        default { "Mandril.pic" }
    }
    parm {
        name    udim
        label   "UDIM Filename Expansion"
        type    toggle
        size    1
        default { 0 }
    }
    parm {
        name    srccolorspace
        label   "Source Color Space"
        type    string
        menu    {
            "auto"      "Automatic"
            "linear"    "Linear"
        }
        default { "auto" }
    }
    parm {
        name    wrap
        label   "Wrap"
        type    string
        menu    {
            "repeat"    "Repeat"
            "streak"    "Streak"
            "decal"     "Decal"
        }
        default { "repeat" }
    }
    VOP_FULL_FILTER_INPUT(filter,       "Filter Type")
    VOP_FLT_INPUT_R(    width,          "Filter Width", 1, 1, 10)
    VOP_FLT_INPUT_R(    blur,           "Texture Blur", 0, 0, 1)
    VOP_FLT_INPUT_R(    pixelblur,      "Pixel Blur",   0, 0, 10)
    input       vector4 border          "Border Color"
    input       int     extrapol        "Extrapolate Derivatives"
    input       int     interp          "Interpolate MIP Levels"
    input       vector4 defclr          "Default Color"
    output      vector  clr             "Texture Map Color"

    parm {
        name    border
        label   "Border Color"
        type    color4
        size    4
        default { 0.0 0.0 0.0 1.0 }
    }
    parm {
        name    extrapol
        label   "Extrapolate Derivatives"
        type    toggle
        size    1
        default { 1 }
    }
    parm {
        name    interp
        label   "Interpolate MIP Levels"
        type    toggle
        size    1
        default { 0 }
    }
    VOP_CLR4_PARM("defclr", "Default Color", 0, 0, 0, 0)
    VOP_STR_INPUT(channel,  "Texture Channel", "")
    VOP_INT_INPUT(ptexface, "PTexture Face", 0)
    input       int     orient  "UV Orientation"
    parm {
        name    orient
        label   "UV Orientation"
        type    int
        default { 0 }
        menu    {
            "0" "Default"
            "1" "Flip S"
            "2" "Flip T"
            "3" "Flip S and T"
            "4" "Swap S/T"
            "5" "Swap S/T, Flip S"
            "6" "Swap S/T, Flip T"
            "7" "Swap S/T, Flip S and T"
        }
    }

    signature   "RGB Values"    default { }
    signature   "RGBA Values"   v4      { string int float float float float string string string float float float vector4 int int vector4 string int int vector4 }
}

INDX              Contents       WZV(¢   DialogScript   W  ßX=Áå0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for thinfilmfresnel automatically generated

{
    name	thinfilmfresnel
    script	thinfilmfresnel
    label	"Thin Film Fresnel"

    input	vector	nI	Direction
    input	vector	nN	Normal
    input	float	eta	Eta
    output	float	kr	kr
    output	float	kt	kt
    output	vector	R	R
    output	vector	T	T
    inputflags	nI	0
    inputflags	nN	0
    inputflags	eta	0
    signature	"Default Inputs"	default	{ vector vector float float float vector vector }

    outputoverrides	default
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
	name	"eta"
	label	"Index Of Refraction"
	type	float
	default	{ "0.8" }
	range	{ 0.1 1 }
    }
}
INDX              DialogScript      ¶Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"transform"
    script	"transform"
    label	"transform"


    code {
	"$to = $function($fromspace, $tospace, $from);"
    }

    input	vector	from		"3D Entity Value"
    input	string	fromspace	"From Space"
    input	string	tospace		"To Space"
    output	vector	to		"Transformed 3D Entity"

    parm {
        name	from
        label   "3D Entity Value"
        type    float
	size	3
        default { 0.0 0.0 0.0 }
    }
    parm {
	name	function
	label	"Interpretation"
	type	string
	menu	{
	    "ptransform"	"Position"
	    "vtransform"	"Direction Vector"
	    "ntransform"	"Normal"
	}
	default	{ "ptransform" }
	unquoted
    }
    parm {
        name	fromspace
        label   "From Space"
        type    oppath
	parmtag	{ "opfilter"	    "!!OBJ!!" }
	parmtag	{ "oppathkeywords"  "space:" }
        default { "space:current" }
	menureplace {
	    "space:world"	"World Space"
	    "space:camera"	"Camera Space"
	    "space:object"	"Object Space"
	    "space:ndc"		"NDC Space"
	    "space:current"	"Current Space"
	    "space:light"	"Light Source Space"
	    "space:lightndc"	"Light Source NDC Space"
	    "/obj/geo1"		"Object Name"
	}
    }
    parm {
	name	tospace
	label	"To Space"
        type    oppath
	parmtag	{ "opfilter"	    "!!OBJ!!" }
	parmtag	{ "oppathkeywords"  "space:" }
	default	{ "space:object" }
	menureplace {
	    "space:world"	"World Space"
	    "space:camera"	"Camera Space"
	    "space:object"	"Object Space"
	    "space:ndc"		"NDC Space"
	    "space:current"	"Current Space"
	    "space:light"	"Light Source Space"
	    "space:lightndc"	"Light Source NDC Space"
	    "/obj/geo1"		"Object Name"
	}
    }
}
INDX              DialogScript      
#Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"turbnoise"
    script	"turbnoise"
    label	"turbnoise"


    outercode {
	"#include <voplib.h>"
    }

    code {
	"if ($type == \"onoise\")"
	"{"
	"    $noise = onoise($pos*$freq - $offset, $turb, $rough, $atten);"
	"    $noise *= $amp;"
	"}"
	"else if ($type == \"snoise\")"
	"{"
	"    $noise = snoise($pos*$freq - $offset, $turb, $rough, $atten);"
	"    $noise *= $amp;"
	"}"
	"else if ($type == \"anoise\")"
	"{"
	"    $noise = anoise($pos*$freq - $offset, $turb, $rough, $atten);"
	"    $noise *= $amp;"
	"}"
	"else if ($type == \"correctnoise\")"
	"{"
	"#if !strcmp($signature, \"default\")"
	"   $noise = vop_correctperlinNoiseVF($pos * $freq - $offset, $turb, $amp, $rough, $atten);"
	"#else"
	"   $noise = vop_correctperlinNoiseVV($pos * $freq - $offset, $turb, $amp, $rough, $atten);"
	"#endif"
	"}"
	"else if ($type == \"xnoise\")"
	"{"
	"#if !strcmp($signature, \"default\")"
	"   $noise = vop_simplexNoiseVF($pos * $freq - $offset, $turb, $amp, $rough, $atten);"
	"#else"
	"   $noise = vop_simplexNoiseVV($pos * $freq - $offset, $turb, $amp, $rough, $atten);"
	"#endif"
	"}"
	"else"
	"{"
	"#if !strcmp($signature, \"default\")"
	"   $noise = vop_perlinNoiseVF($pos * $freq - $offset, $turb, $amp, $rough, $atten);"
	"#else"
	"   $noise = vop_perlinNoiseVV($pos * $freq - $offset, $turb, $amp, $rough, $atten);"
	"#endif"
	"}"
    }

    input	string	type	"Noise Type"
    parm {
        name    type
        label   "Noise Type"
        type    string
	menu	{
	    "pnoise"	"Perlin Noise"
	    "onoise"	"Original Perlin Noise"
	    "snoise"	"Sparse Convolution Noise"
	    "anoise"	"Alligator Noise"
	    "xnoise"	"Simplex Noise"
	    "correctnoise"	"Zero Centered Perlin Noise"
	}
        default { "anoise" }
    }
    VOP_VEC_INPUT  (	pos,	"Position",	0, 0, 0)
    VOP_VEC_INPUT  (	freq,	"Frequency",	1, 1, 1)
    VOP_VEC_INPUT  (	offset,	"Offset",	0, 0, 0)
    VOP_FLT_INPUT_R(	amp,	"Amplitude",	1, -1, 1)
    VOP_FLT_INPUT  (	rough,	"Roughness",	.5)
    VOP_FLT_INPUT  (	atten,	"Attenuation",	1)
    VOP_INT_INPUT_R(	turb,	"Turbulence",	5, 0, 10)
    output	float	noise	"Noise"

    signature	"1D Noise"	default	{ }
    signature	"3D Noise"	v	{ string vector vector vector float float float int vector }

}
INDX              DialogScript      Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"twoway"
    script	"twoway"
    label	"twoway"


    code {
	"#ifndef __vex"
	"  $result = ($condtype != 0 ? ($condition != 0 ? $input2 : $input1)"
	"                            : ($condition != 0 ? $input1 : $input2));"
	"#else"
        "  #if !strcmp($signature, \"b\")"
	"    float $scale = ($condtype != 0 ? ($condition != 0 ? 1 : 0)"
	"                                   : ($condition != 0 ? 0 : 1));"
	"    $result = (1-$scale)*$input1 + $scale*$input2;"
        "  #else"
	"    $result = ($condtype != 0 ? ($condition != 0 ? $input2 : $input1)"
	"                              : ($condition != 0 ? $input1 : $input2));"
	"  #endif"
        "#endif"
    }

    input	int	condition	"Condition Value (int)"
    input	float	input1		"Input 1"
    input	float	input2		"Input 2"
    output	float	result		"Output Value"

    signature	"Float"	 		default { }
    signature	"Integer"		i	{ int int int int }
    signature	"String"		s	{ int string string string }
    signature	"2D Vector" 		u 	{ int vector2 vector2 vector2 }
    signature	"3D Vector" 		v 	{ int vector vector vector }
    signature	"3D Point" 		p 	{ int point point point }
    signature	"3D Normal" 		n 	{ int normal normal normal }
    signature	"RGB Color"	 	c 	{ int color color color }
    signature	"BSDF"	 		b 	{ int bsdf bsdf bsdf }
    signature	"4D Vector" 		v4 	{ int vector4 vector4 vector4 }
    signature	"2x2 Matrix" 		m2 	{ int matrix2 matrix2 matrix2 }
    signature	"3x3 Matrix" 		m3 	{ int matrix3 matrix3 matrix3 }
    signature	"4x4 Matrix" 		m 	{ int matrix matrix matrix }

    signature	"Uniform Float"	 	uf	{ ufloat ufloat ufloat ufloat }
    signature	"Uniform 3D Vector" 	uv 	{ ufloat uvector uvector uvector }
    signature	"Uniform 3D Point" 	up 	{ ufloat upoint upoint upoint }
    signature	"Uniform 3D Normal" 	un 	{ ufloat unormal unormal unormal }
    signature	"Uniform RGB Color"	uc 	{ ufloat ucolor ucolor ucolor }
    signature	"Uniform 4x4 Matrix" 	um 	{ ufloat umatrix umatrix umatrix }


    parm {
	name	condtype
	label	Condition
	type	int
	menu	{
	    "true"	"Use Input 1 If Condition True"
	    "false"	"Use Input 1 If Condition False"
	}
	default	{ 0 }
    }

    VOP_FLT_PARM(input2, "Input 2", 0)
    VOP_INT_PARM(input2_i, "Input 2", 0)
    VOP_STR_PARM(input2_s, "Input 2", "")
    VOP_VEC2_PARM(input2_u, "Input 2", 0, 0)
    VOP_VEC_PARM(input2_v, "Input 2", 0, 0, 0)
    VOP_VEC_PARM(input2_p, "Input 2", 0, 0, 0)
    VOP_VEC_PARM(input2_n, "Input 2", 0, 0, 0)
    VOP_CLR_PARM(input2_c, "Input 2", 1, 1, 1)
    VOP_VEC4_PARM(input2_v4, "Input 2", 0, 0, 0, 0)
    parm {
	name	input2_m2
	label	"Input 2"
	type	float
	size	4
	default	{ 1 0 0 1 }
    }
    parm {
	name	input2_m3
	label	"Input 2"
	type	float
	size	9
	default	{ 1 0 0 0 1 0 0 0 1 }
    }
    parm {
	name	input2_m
	label	"Input 2"
	type	float
	size	16
	default	{ 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 }
    }

    VOP_FLT_PARM(input2_uf, "Input 2", 0)
    VOP_VEC_PARM(input2_uv, "Input 2", 0, 0, 0)
    VOP_VEC_PARM(input2_up, "Input 2", 0, 0, 0)
    VOP_VEC_PARM(input2_un, "Input 2", 0, 0, 0)
    VOP_VEC_PARM(input2_uc, "Input 2", 0, 0, 0)
    parm {
	name	input2_um
	label	"Input 2"
	type	float
	size	16
	default	{ 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 }
    }
    
    group { name "g0" obsolete 12.0 }
    group { name "g1" obsolete 12.0 }
    group { name "g2" obsolete 12.0 }
}

INDX              DialogScript      F0YÂ¼å# Dialog script for unifiednoise::2.0 automatically generated

{
    name	unifiednoise::2.0
    script	pyro_noise
    label	"Unified Noise"

    outercode {
	"#include <pyro_utils.h>"
	"#include <pyro_noise.h>"
	""
    }

    code {
	"$noise    = 0;"
	"$x_avg    = 0;"
	"$x_oct    = 0;"
	"$x_off    = 0;"
	""
	"#if !strcmp($signature, f1)"
	"#define rtype float"
	"#define ptype float"
	"#elif !strcmp($signature, f2)"
	"#define rtype float"
	"#define ptype vector2"
	"#elif !strcmp($signature, default)"
	"#define rtype float"
	"#define ptype vector"
	"#elif !strcmp($signature, f4)"
	"#define rtype float"
	"#define ptype vector4"
	"#elif !strcmp($signature, fd)"
	"#define rtype float"
	"#define ptype vector"
	"#elif !strcmp($signature, fd4)"
	"#define rtype float"
	"#define ptype vector4"
	"#elif !strcmp($signature, v1)"
	"#define rtype vector"
	"#define ptype float"
	"#elif !strcmp($signature, v2)"
	"#define rtype vector"
	"#define ptype vector2"
	"#elif !strcmp($signature, v3)"
	"#define rtype vector"
	"#define ptype vector"
	"#elif !strcmp($signature, v4)"
	"#define rtype vector"
	"#define ptype vector4"
	"#elif !strcmp($signature, vd)"
	"#define rtype vector"
	"#define ptype vector"
	"#elif !strcmp($signature, vd4)"
	"#define rtype vector"
	"#define ptype vector4"
	"#endif"
	""
	""
	"if($isconnected_pos)"
	"{"
	"    float $dfreq = $dispfreq;"
	"    if($basis == \"pperlin\" || $basis == \"pflow\")"
	"        $dfreq = (int)$dispfreq;"
	"   "
	"    #if !strcmp($signature, \"fd\") || !strcmp($signature, \"vd\")"
	"    int $dual = 1;"
	"    ptype $p1  = (ptype)($pos.rest * $freq - $offset);"
	"    ptype $p2  = (ptype)($pos.rest2 * $freq - $offset);"
	"    float $kp1 = $pos.rest_ratio;"
	"    float $kp2 = $pos.rest2_ratio;"
	"    #elif !strcmp($signature, \"fd4\") || !strcmp($signature, \"vd4\")"
	"    int $dual = 1;"
	"    ptype $p1  = (ptype)$pos.rest;"
	"    ptype $p2  = (ptype)$pos.rest2;"
	"    $p1.w = $pos.time;"
	"    $p2.w = $pos.time;"
	"    $p1 = $p1 * $freq - $offset;"
	"    $p2 = $p2 * $freq - $offset;"
	"    float $kp1 = $pos.rest_ratio;"
	"    float $kp2 = $pos.rest2_ratio;"
	"    #else"
	"    int $dual = 0;"
	"    ptype  $p1   = (ptype)($pos * $freq - $offset);"
	"    ptype  $p2  = (ptype)$p1; "
	"    float   $kp1  = 1;"
	"    float   $kp2 = 0;"
	"    #endif"
	""
	"    ptype  $tperiod = (ptype) $period;"
	""
	"    if($dual) {"
	"    }"
	""
	"    #if $isconnected_fw"
	"        float $fwidth1  = $fw1;"
	"        float $fwidth2 = $fw1;"
	"    #else"
	"        float $fwidth1  = VOPFW($p1);"
	"        float $fwidth2 = $dual ? VOPFW($p2) : $fwidth1;"
	"    #endif"
	"    "
	"    // unified_noise parms which we don't expose, since they're sort"
	"    // of covered by the output correction"
	"    int $inv = 0;"
	"    float $expon = 1.0;"
	"   "
	"    float $fmax = max($freq);"
	"    float $lw = $disp*$fmax;"
	"    float $fs1 = $fwidth1 * $fscale;"
	"    float $fs2 = $fwidth2 * $fscale;"
	"    float $e  = max(0,$expon);"
	""
	"    rtype $n1=0, $n2=0;"
	"    "
	"    if($fractal == \"none\")"
	"    {"
	"        if($kp1>0)  $n1 = unified_noise($basis, $p1,$inv,$cc_fold,$accuml,$accumg, $fs1,$e,$tperiod,"
	"                            $dolwarp,$dogwarp, $lw,$dfreq,$gflow,$flowrot,"
	"                            $x_avg,$x_off);"
	"        if($kp2!=0) $n2 = unified_noise($basis, $p2,$inv,$cc_fold,$accuml,$accumg, $fs2,$e,$tperiod,"
	"                            $dolwarp,$dogwarp, $lw,$dfreq,$gflow,$flowrot,"
	"                            $x_avg,$x_off);"
	"    }"
	"    else"
	"    {"
	"        //printf(\"%s\\n\", $basis);"
	"        if($kp1>0)  $n1 = unified_fractal_noise($fractal, $basis, $p1,$inv,$cc_fold,$accuml,$accumg, $fs1,$e,$tperiod,"
	"                            $dolwarp,$dogwarp, $lw,$dfreq,$gflow,$flowrot,"
	"                            $x_avg,$x_off, //export args"
	"                            $oct,$lac,$rough, // fractal args"
	"                            $x_oct); // fractal export args"
	"        if($kp2!=0) $n2 = unified_fractal_noise($fractal, $basis, $p2,$inv,$cc_fold,$accuml,$accumg, $fs2,$e,$tperiod,"
	"                            $dolwarp,$dogwarp, $lw,$dfreq,$gflow,$flowrot,"
	"                            $x_avg,$x_off, // export args"
	"                            $oct,$lac,$rough, // fractal args"
	"                            $x_oct); // fractal export args"
	"    }"
	""
	"    $noise = $n1*$kp1 + $n2*$kp2;"
	""
	"    $noise = noise_cc($noise, $cc_inv, "
	"                       $cc_dobias,$cc_bias, "
	"                       $cc_dogain,$cc_gain, "
	"                       $cc_dorng,$cc_rnglo,$cc_rnghi, $cc_amp);"
	"}"
	""
	"#undef rtype"
	"#undef ptype"
    }

    input	vector	pos	"Sample Location"
    input	string	basis	"Noise Type"
    input	vector4	freq	Frequency
    input	vector4	offset	Offset
    input	vector4	period	Period
    input	string	fractal	Fractal
    input	float	oct	"Max Octaves"
    input	float	lac	Lacunarity
    input	int	dolwarp	"Enable Lattice Warp"
    input	int	accuml	"Accumulate Lattice Warp"
    input	float	disp	"Lattice Warp"
    input	float	dispfreq	Freq
    input	int	dogwarp	"Enable Gradient Warp"
    input	int	accumg	"Accumulate Gradient Warp"
    input	float	gflow	"Gradient Warp"
    input	float	flowrot	"Flow Rotation"
    input	float	rough	Roughness
    input	int	docc	"Output Correction"
    input	int	cc_fold	Fold
    input	int	cc_dobias	"Do Bias"
    input	vector	cc_bias	Bias
    input	int	cc_dogain	"Do Gain"
    input	vector	cc_gain	Gain
    input	int	cc_inv	Complement
    input	int	cc_dorng	"Output Range (Clamped)"
    input	vector	cc_rnglo	"New Minimum"
    input	vector	cc_rnghi	"New Maximum"
    input	vector	cc_amp	"Final Amplitude"
    input	float	fw	"Filter Width Override"
    input	float	fscale	"Filter Scale"
    output	float	noise	Noise
    output	float	x_avg	"Median For Current Parameterization"
    output	float	x_oct	"Actual Number Of Octaves"
    output	vector	x_off	"Offset Due To Warps (Current Space)"
    inputflags	pos	0
    inputflags	basis	0
    inputflags	freq	0
    inputflags	offset	0
    inputflags	period	0
    inputflags	fractal	0
    inputflags	oct	0
    inputflags	lac	0
    inputflags	dolwarp	0
    inputflags	accuml	0
    inputflags	disp	0
    inputflags	dispfreq	0
    inputflags	dogwarp	0
    inputflags	accumg	0
    inputflags	gflow	0
    inputflags	flowrot	0
    inputflags	rough	0
    inputflags	docc	0
    inputflags	cc_fold	0
    inputflags	cc_dobias	0
    inputflags	cc_bias	0
    inputflags	cc_dogain	0
    inputflags	cc_gain	0
    inputflags	cc_inv	0
    inputflags	cc_dorng	0
    inputflags	cc_rnglo	0
    inputflags	cc_rnghi	0
    inputflags	cc_amp	0
    inputflags	fw	0
    inputflags	fscale	0
    signature	"3D Input, 1D Noise"	default	{ vector string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float float float float vector }
    signature	"1D Input, 1D Noise"	f1	{ float string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float float float float vector }
    signature	"2D Input, 1D Noise"	f2	{ vector string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float float float float vector }
    signature	"4D Input, 1D Noise"	f4	{ vector4 string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float float float float vector }
    signature	"3D Dual Rest Input, 1D Noise"	fd	{ struct_DualRest string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float float float float vector }
    signature	"4D Dual Rest Input, 1D Noise"	fd4	{ struct_DualRest4 string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float float float float vector }
    signature	"1D Input, 3D Noise"	v1	{ float string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float vector float float vector }
    signature	"2D Input, 3D Noise"	v2	{ vector string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float vector float float vector }
    signature	"3D Input, 3D Noise"	v3	{ vector string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float vector float float vector }
    signature	"4D Input, 3D Noise"	v4	{ vector4 string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float vector float float vector }
    signature	"3D Dual Rest Input, 3D Noise"	vd	{ struct_DualRest string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float vector float float vector }
    signature	"4D Dual Rest Input, 3D Noise"	vd4	{ struct_DualRest4 string vector4 vector4 vector4 string float float int int float float int int float float float int int int vector int vector int int vector vector vector float float vector float float vector }

    outputoverrides	default
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	f1
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	f2
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	f4
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	fd
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	fd4
    {
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	v1
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	v2
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	v3
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	v4
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	vd
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }
    outputoverrides	vd4
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
    }

    help {
	""
    }

    parm {
        name    "signature"
        baseparm
        label   "Signature"
        export  none
    }
    parm {
        name    "basis"
        label   "Noise Type"
        type    string
        default { "simplex" }
        menu {
            "sine"      "Sinusoid"
            "perlin"    "Perlin"
            "pperlin"   "Periodic Perlin"
            "simplex"   "Simplex (Improved Perlin)"
            "sparse"    "Sparse Convolution"
            "flow"      "Flow"
            "pflow"     "Periodic Flow"
            "worleyFA"  "Worley (cellular) F1"
            "worleyFB"  "Worley (cellular) F2-F1"
            "mworleyFA" "Manhattan Worley (cellular) F1"
            "mworleyFB" "Manhattan Worley (cellular) F2-F1"
            "cworleyFA" "Chebyshev Worley (cellular) F1"
            "cworleyFB" "Chebyshev Worley (cellular) F2-F1"
            "alligator" "Alligator"
        }
        range   { 0 1 }
    }
    parm {
        name    "freq"
        label   "Frequency"
        type    vector4
        size    4
        default { "1" "1" "1" "1" }
        range   { -1 1 }
    }
    parm {
        name    "offset"
        label   "Offset"
        type    vector4
        size    4
        default { "0" "0" "0" "0" }
        range   { -1 1 }
    }
    parm {
        name    "period"
        label   "Period"
        type    vector4
        size    4
        default { "1" "1" "1" "1" }
        hidewhen "{ basis != pperlin basis != pflow }"
        range   { 0! 1 }
    }
    groupsimple {
        name    "folder1"
        label   "Fractal"

        parm {
            name    "fractal"
            label   "Fractal Type"
            type    string
            default { "none" }
            menu {
                "none"  "None"
                "fBm"   "Standard (fBm)"
                "mfT"   "Terrain"
                "hmfT"  "Hybrid Terrain"
            }
            range   { 0 1 }
        }
        parm {
            name    "oct"
            label   "Max Octaves"
            type    float
            default { "8" }
            hidewhen "{ fractal == none } { fractal == none }"
            range   { 0! 16 }
        }
        parm {
            name    "lac"
            label   "Lacunarity"
            type    float
            default { "2.01234" }
            hidewhen "{ fractal == none }"
            range   { 0 4 }
        }
        parm {
            name    "rough"
            label   "Roughness"
            type    float
            default { "0.5" }
            hidewhen "{ fractal == none }"
            range   { 0! 1 }
        }
    }

    groupsimple {
        name    "folder2"
        label   "Warping"

        parm {
            name    "dolwarp"
            label   "Enable Lattice Warp"
            type    toggle
            default { "0" }
            range   { 0 1 }
        }
        parm {
            name    "accuml"
            label   "Accumulate Lattice Warp"
            type    toggle
            default { "0" }
            hidewhen "{ dolwarp == 0 } { fractal == none }"
            range   { 0 1 }
        }
        parm {
            name    "disp"
            label   "Lattice Warp"
            type    float
            joinnext
            default { "0" }
            hidewhen "{ dolwarp == 0 }"
            range   { -0.5 0.5 }
        }
        parm {
            name    "dispfreq"
            label   "Freq"
            type    float
            default { "1" }
            hidewhen "{ dolwarp == 0 }"
            range   { 0 1 }
        }
        parm {
            name    "dogwarp"
            label   "Enable Gradient Warp"
            type    toggle
            default { "0" }
            range   { 0 1 }
        }
        parm {
            name    "accumg"
            label   "Accumulate Gradient Warp"
            type    toggle
            default { "0" }
            hidewhen "{ dogwarp == 0 } { fractal == none }"
            range   { 0 1 }
        }
        parm {
            name    "gflow"
            label   "Gradient Warp"
            type    float
            default { "0" }
            hidewhen "{ dogwarp == 0 }"
            range   { -0.5 0.5 }
        }
        parm {
            name    "flowrot"
            label   "Flow Rotation"
            type    float
            default { "0" }
            hidewhen "{ basis != flow basis != pflow }"
            range   { 0 1 }
        }
    }

    groupsimple {
        name    "folder0_1"
        label   "Output Correction"

        parm {
            name    "cc_fold"
            label   "Fold"
            type    toggle
            default { "0" }
            range   { 0 1 }
        }
        parm {
            name    "cc_dobias"
            label   "Bias"
            type    toggle
            default { "0" }
            disablewhen "{ docc == 0 }"
            range   { 0 1 }
        }
        parm {
            name    "cc_bias"
            label   "Bias"
            type    vector
            size    3
            default { "0.5" "0.5" "0.5" }
            hidewhen "{ cc_dobias == 0 }"
            range   { 0! 1! }
        }
        parm {
            name    "cc_dogain"
            label   "Gain"
            type    toggle
            default { "0" }
            range   { 0 1 }
        }
        parm {
            name    "cc_gain"
            label   "Gain"
            type    vector
            size    3
            default { "0.5" "0.5" "0.5" }
            hidewhen "{ cc_dogain == 0 }"
            range   { 0! 1! }
        }
        parm {
            name    "cc_inv"
            label   "Complement"
            type    toggle
            default { "0" }
            range   { 0 1 }
        }
        parm {
            name    "cc_dorng"
            label   "Output Range (Clamped)"
            type    toggle
            default { "0" }
            range   { 0 1 }
        }
        parm {
            name    "cc_rnglo"
            label   "New Minimum"
            type    vector
            size    3
            default { "0" "0" "0" }
            hidewhen "{ cc_dorng == 0 }"
            range   { -1 1 }
        }
        parm {
            name    "cc_rnghi"
            label   "New Maximum"
            type    vector
            size    3
            default { "1" "1" "1" }
            hidewhen "{ cc_dorng == 0 }"
            range   { 0 2 }
        }
        parm {
            name    "cc_amp"
            label   "Final Amplitude"
            type    vector
            size    3
            default { "1" "1" "1" }
            range   { 0 2 }
        }
    }

    parm {
        name    "fscale"
        label   "Filter Scale"
        type    float
        default { "1" }
        range   { 0! 2 }
    }
}
INDX              Contents       WZV(£   DialogScript   W  ³U80707070000010000000006660000000000000000010000001322542424300001300000000000TRAILER!!! # Dialog script for uvcoords automatically generated 03/23/15 14:38:00

{
    name	uvcoords
    script	uvcoords
    label	"UV Coords"

    output	vector	uv	"Output Value"
    output	float	s	"Component 1"
    output	float	t	"Component 2"
    signature	"Default Inputs"	default	{ vector float float }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
    }

    help {
	""
    }

}
INDX              DialogScript      RZ…G/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

{
    name	"uvspacechg"
    script	"uvspacechg"
    label	"uvspacechg"


    code {
	"vector $myP = $isconnected_P ? $P : P;"
	""
	"if ($space == \"world\")"
	"    $xformP = ptransform(\"space:current\", \"space:world\", $myP);"
	"else if ($space == \"object\")"
	"    $xformP = wo_space($myP);"
	"else if ($space == \"ndc\")"
	"    $xformP = toNDC($myP);"
	"else"
	"    $xformP = $myP;"
    }

    input	vector	P		"UVW Position"
    input	string	space		"Space"
    output	vector	xformP		"Transformed UVW Position"

    parm {
        name    space
        label   "Space"
        type    string
	menu	{
	    "object"	"Object"
	    "ndc"	"Normalized Device Coordinates (NDC)"
	    "world"	"World"
	    "current"	"Current (Unchanged)"
	}
        default { "object" }
    }
}
INDX              DialogScript      †Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"vecgetcompon"
    script	"vecgetcompon"
    label	"vecgetcompon"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"$fval = vop_getcomp($vec, $part);"
    }

    input	vector	vec	"Input Vector"
    output	float	fval	"Output Component"

    signature	"3D Vector"	       default { }
    signature	"3D Point"     p       { point float }
    signature   "3D Normal"    n       { normal float }
    signature	"RGB Color"     c       { color  float }
    signature	"4D Vector"    v4      { vector4 float }

    signature	"Uniform 3D Vector"    uv	{ uvector float }
    signature	"Uniform 3D Point"     up       { upoint float }
    signature   "Uniform 3D Normal"    un       { unormal float }
    signature	"Uniform RGB Color"     uc       { ucolor  float }

    parm {
	name	part
	label	"Vector Component"
	type	int
	menu	{
	    0		"Component 1"
	    1		"Component 2"
	    2		"Component 3"
	}
	default	{ 0 }
    }

    VOP_VEC_PARM(vec, "Input", 0, 0, 0)
    VOP_VEC_PARM(vec_p, "Input", 0, 0, 0)
    VOP_VEC_PARM(vec_n, "Input", 0, 0, 0)
    VOP_VEC_PARM(vec_c, "Input", 0, 0, 0)
    VOP_VEC4_PARM(vec_v4, "Input", 0, 0, 0, 0)

    VOP_VEC_PARM(vec_uv, "Input", 0, 0, 0)
    VOP_VEC_PARM(vec_up, "Input", 0, 0, 0)
    VOP_VEC_PARM(vec_un, "Input", 0, 0, 0)
    VOP_VEC_PARM(vec_uc, "Input", 0, 0, 0)
}
INDX              DialogScript      Z…F/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *	Side Effects Software Inc
 *	477 Richmond Street West
 *	Toronto, Ontario
 *	Canada   M5V 3E7
 *	416-504-9876
 *
 */

#include <parameter.ds>

{
    name	"vectofloat"
    script	"vectofloat"
    label	"vectofloat"

    outercode {
	INCLUDE_VOPLIB
    }

    code {
	"vop_vectofloat($vec, $fval1, $fval2, $fval3);"
    }

    input	vector	vec	"Input Vector"
    output	float	fval1	"Component 1"
    output	float	fval2	"Component 2"
    output	float	fval3	"Component 3"

    VOP_VEC_PARM(vec, "Value",   0, 0, 0)
    VOP_VEC_PARM(vec_p, "Value",  0, 0, 0)
    VOP_VEC_PARM(vec_n, "Value", 0, 0, 0)
    VOP_CLR_PARM(vec_c, "Value",  0, 0, 0)

    VOP_VEC_PARM(vec_uv, "Value", 0, 0, 0)
    VOP_VEC_PARM(vec_up, "Value",  0, 0, 0)
    VOP_VEC_PARM(vec_un, "Value", 0, 0, 0)
    VOP_CLR_PARM(vec_uc, "Value",  0, 0, 0)

    signature	"3D Vector"	default	{ vector float float float }
    signature	"3D Point"	p	{ point float float float }
    signature	"3D Normal"	n	{ normal float float float }
    signature	"RGB Color"	c	{ color float float float }

    signature	"Uniform 3D Vector"	uv	{ uvector ufloat ufloat ufloat }
    signature	"Uniform 3D Point"	up	{ upoint ufloat ufloat ufloat }
    signature	"Uniform 3D Normal"	un	{ unormal ufloat ufloat ufloat }
    signature	"Uniform RGB Color"	uc	{ ucolor ufloat ufloat ufloat }
}
INDX              Contents       WZV(¢   DialogScript   W  QGO0707070000010000000006660000000000000000010000001322542424200001300000000000TRAILER!!! # Dialog script for volumevopglobal automatically generated 03/18/13 13:32:00

{
    name	volumevopglobal
    script	volumevexglobal
    label	"Volume VOP Global Parameters"

    output	vector	P	P
    output	float	density	density
    output	int	ix	ix
    output	int	iy	iy
    output	int	iz	iz
    output	int	resx	resx
    output	int	resy	resy
    output	int	resz	resz
    output	vector	center	center
    output	vector	orig	orig
    output	vector	size	size
    output	vector	dPdx	dPdx
    output	vector	dPdy	dPdy
    output	vector	dPdz	dPdz
    output	vector	BB	BB
    output	float	Time	Time
    output	float	Timeinc	Timeinc
    output	float	Frame	Frame
    output	string	OpInput1	OpInput1
    output	string	OpInput2	OpInput2
    output	string	OpInput3	OpInput3
    output	string	OpInput4	OpInput4
    signature	"Default Inputs"	default	{ vector float int int int int int int vector vector vector vector vector vector vector float float float string string string string }

    outputoverrides	default
    {
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0,0,0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			(0)
	___begin	auto
			("")
	___begin	auto
			("")
	___begin	auto
			("")
	___begin	auto
			("")
    }

    help {
	""
    }

}
0707070000010000000006660000000000000000010000001322542435500002000000012734expression.func # 5583 bytes

##nkGeomOutPath
string nkGeomOutPath(string NKJOBROOT, string TYPEDIR, string ELEM, string ITEM, string SUFFIX, string HEAD, float VER, string dotake, float TAKE, string trange, float frame, float inc, string format, string style)
{
    if (strmatch(format,"abc")) trange = "off";
    string SEPARATOR = '_';
    float PAD = 3;
    if (strmatch(style, "legacy")){
        string SEPARATOR = '.';
        PAD = 1;
        }
    if (strlen(NKJOBROOT) > 0 && strlen(TYPEDIR) > 0 && strlen(ELEM) > 0 && strlen(ITEM) > 0){
        string JOBROOT = NKJOBROOT + "/" + TYPEDIR+"/"+ELEM+"/"+ITEM;
#        string ITEM_SUFFIX = ELEM + SEPARATOR + ITEM;
        string ITEM_SUFFIX = HEAD + ITEM;
        if(strlen(SUFFIX) > 0){
            ITEM_SUFFIX = ITEM_SUFFIX + SEPARATOR + SUFFIX;
            JOBROOT = JOBROOT + "/" + SUFFIX;
        }
        string VER_TAKE = "v"+padzero(3,VER);
        if (strmatch(dotake,'on')){
            if (strmatch(style, "legacy")){
                VER_TAKE = VER_TAKE +"_t"+padzero(2,TAKE);
            }
            else {
                VER_TAKE = VER_TAKE +"t"+padzero(2,TAKE);
                }
        }
        if (strmatch(trange,'off')){
            return JOBROOT+"/"+VER_TAKE+"/"+ITEM_SUFFIX+SEPARATOR+VER_TAKE+"." + format;
        }else{
            return JOBROOT+"/"+VER_TAKE+"/"+ITEM_SUFFIX+SEPARATOR+VER_TAKE +"."+nkpadzero(4,2,frame,inc)+"." + format;
        return "############NA###########";
        }
    }else{
        return "############NA###########";
    }
}
#nkfileoutPic -- defined in nkmantrta
string nkfileoutPic(string NKJOBROOT, string TYPEDIR, string ITEM, string SECONDARY, float VER, float TAKE, string trange, float frame, float inc, string vm_device)
{
    string format = "exr";
    if(strmatch(vm_device,'Houdini'))format = "pic";
    if(strmatch(vm_device,'TIFF'))format = "tif";
    if(strmatch(vm_device,'OpenEXR'))format = "exr";
    if(strmatch(vm_device,'PNG'))format = "png";
    if(strmatch(vm_device,'JPEG'))format = "jpg";
    if(strmatch(vm_device,'RAT'))format = "rat";
    if(strmatch(vm_device,'IFD'))format = "ifd";
    if(strmatch(vm_device,'IFD.SC'))format = "ifd.sc";

    if (strlen(NKJOBROOT) > 0 && strlen(NKJOBROOT) > 0 && strlen(ITEM) > 0){
        string JOBROOT = NKJOBROOT +"/"+TYPEDIR;

        string IMAGEHEAD = ${NK_SHOT}+"_"+ITEM+"_v"+padzero(3,VER)+"t"+padzero(2,TAKE);
        if(strlen(SECONDARY)>0){
            IMAGEHEAD = ${NK_SHOT}+"_"+ITEM+"AOV"+SECONDARY+"_v"+padzero(3,VER)+"t"+padzero(2,TAKE);
        }
        
        if (strmatch(trange,'off')){
            return JOBROOT+"/"+ITEM+"_v"+padzero(3,VER)+"t"+padzero(2,TAKE)+"/"+IMAGEHEAD+"." + format;
        }else{
            return JOBROOT+"/"+ITEM+"_v"+padzero(3,VER)+"t"+padzero(2,TAKE)+"/"+IMAGEHEAD+"."+nkpadzero(4,2,frame,inc)+"." + format;
        }
    }else{
        return "############NA###########";
    }
}

#nkfileoutPic -- defined in nkmantrta
string nkfileoutPicHash(string NKJOBROOT, string TYPEDIR, string ITEM, string SECONDARY, float VER, float TAKE, string trange, float frame, float inc, string vm_device)
{
    string format = "exr";
    if(strmatch(vm_device,'Houdini'))format = "pic";
    if(strmatch(vm_device,'TIFF'))format = "tif";
    if(strmatch(vm_device,'OpenEXR'))format = "exr";
    if(strmatch(vm_device,'PNG'))format = "png";
    if(strmatch(vm_device,'JPEG'))format = "jpg";
    if(strmatch(vm_device,'RAT'))format = "rat";
    if(strmatch(vm_device,'IFD'))format = "ifd";
    
    if (strlen(NKJOBROOT) > 0 && strlen(NKJOBROOT) > 0 && strlen(ITEM) > 0){
        string JOBROOT = NKJOBROOT +"/"+TYPEDIR;

        string IMAGEHEAD = ${NK_SHOT}+"_"+ITEM+"_v"+padzero(3,VER)+"t"+padzero(2,TAKE);
        if(strlen(SECONDARY)>0){
            IMAGEHEAD = ${NK_SHOT}+"_"+ITEM+"AOV"+SECONDARY+"_v"+padzero(3,VER)+"t"+padzero(2,TAKE);
        }                if (strmatch(trange,'off')){
            return JOBROOT+"/"+ITEM+"_v"+padzero(3,VER)+"t"+padzero(2,TAKE)+"/"+IMAGEHEAD+"." + format;
        }else{
            return JOBROOT+"/"+ITEM+"_v"+padzero(3,VER)+"t"+padzero(2,TAKE)+"/"+IMAGEHEAD+".#." + format;
        }
    }else{
        return "############NA###########";
    }
}
#nkjobroot defined in nkgeomout4.6
string nkjobroot(string DEST)
{
    string JOBROOT = "";
    if (strmatch(DEST,'work') && strlen($NK_JOB_PATH) > 0)
    {
        JOBROOT = $NK_JOB_PATH;
    }
    else if (strmatch(DEST,'user_data') && strlen($NK_JOB_USER_PATH) > 0)
    {
        JOBROOT = $NK_JOB_USER_PATH;
    }
    else if (strmatch(DEST,'cache') && strlen($NK_JOB_CACHE_PATH) > 0)
    {
        JOBROOT = $NK_JOB_CACHE_PATH;
    }
    return JOBROOT;
}

#nkjobrootshot defined in nkgeomout4.0
string nkjobrootshot(string DEST, string SHOT)
{
    string JOBROOT = "";
    
    if (strmatch(DEST,'work') && strlen($NK_SHOW_WORK_PATH) > 0)
    {
        JOBROOT = $NK_SHOW_WORK_PATH +  '/' + SHOT + '/CG/houdini';
    }
    else if (strmatch(DEST,'user_data') && strlen($NK_SHOW_USER_PATH) > 0)
    {
        JOBROOT = $NK_SHOW_USER_PATH + '/' + SHOT + '/CG/houdini';
    }
    else if (strmatch(DEST,'cache') && strlen($NK_SHOW_CACHE_PATH) > 0)
    {
        JOBROOT = $NK_SHOW_CACHE_PATH + '/' + SHOT + '/CG/houdini';
    }
    return JOBROOT;
}


#nkpadzero
string nkpadzero(float pad, float padsub, float frame, float inc)
{
    if (inc==int(inc)){
        return padzero(pad, frame);
    }else{
        float floorF = floor(frame);
        return padzero(pad, floorF)+"_"+padzero(padsub,floor((frame - floorF)/inc));
    }
}
#opin
string opin(float input)
{
return opinputpath(".",input);
}
0707070000010000000006660000000000000000010000001322542435500001000000000643obj.def comment ""
position 5 2
connectornextid 0
flags =  lock off model off template off footprint off xray off bypass off display on render on highlight off unload off savedata off compress on colordefault on exposed on
outputsNamed3
{
}
inputsNamed3
{
}
inputs
{
}
stat
{
  create 1515139579
  modify 1515595976
  author kitagawa@GPU-02
  access 0777
}
color UT_Color RGB 0.8 0.8 0.8 
delscript ""
exprlanguage hscript
end
0707070000010000000006660000000000000000010000001322542435500001100000000020obj.parm {
version 0.8
}
0707070000010000000006660000000000000000010000001322542435500001500000000041obj.userdata     ___Version___    16.5.2900707070000010000000006660000000000000000010000001322542435500002500000000032obj/VolumeStamp.init type = geo
matchesdef = 0
0707070000010000000006660000000000000000010000001322542435500002400000001030obj/VolumeStamp.def objflags objflags =  origin off
pretransform UT_DMatrix4 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1
comment ""
position -1.99435 3.10813
connectornextid 0
flags =  lock off model off template off footprint off xray off bypass off display on render off highlight off unload off savedata off compress on colordefault on exposed on selectable on
outputsNamed3
{
}
inputsNamed3
{
}
inputs
{
}
stat
{
  create 1515141619
  modify 1515595974
  author kitagawa@GPU-02
  access 0777
}
color UT_Color RGB 0.8 0.8 0.8 
delscript ""
exprlanguage hscript
end
0707070000010000000006660000000000000000010000001322542435500003500000052031obj/VolumeStamp.spareparmdef     group {
        name    "stdswitcher4"
        label   "Transform"

        parm {
            name    "xOrd"
            baseparm
            label   "Transform Order"
            joinnext
            export  none
        }
        parm {
            name    "rOrd"
            baseparm
            label   "Rotate Order"
            nolabel
            export  none
        }
        parm {
            name    "t"
            baseparm
            label   "Translate"
            export  all
        }
        parm {
            name    "r"
            baseparm
            label   "Rotate"
            export  all
        }
        parm {
            name    "s"
            baseparm
            label   "Scale"
            export  none
        }
        parm {
            name    "p"
            baseparm
            label   "Pivot Translate"
            export  none
        }
        parm {
            name    "pr"
            baseparm
            label   "Pivot Rotate"
            export  none
        }
        parm {
            name    "scale"
            baseparm
            label   "Uniform Scale"
            export  none
        }
        parm {
            name    "pre_xform"
            baseparm
            label   "Modify Pre-Transform"
            export  none
        }
        parm {
            name    "keeppos"
            baseparm
            label   "Keep Position When Parenting"
            export  none
        }
        parm {
            name    "childcomp"
            baseparm
            label   "Child Compensation"
            export  none
        }
        parm {
            name    "constraints_on"
            baseparm
            label   "Enable Constraints"
            export  none
        }
        parm {
            name    "constraints_path"
            baseparm
            label   "Constraints"
            export  none
        }
        parm {
            name    "lookatpath"
            baseparm
            label   "Look At"
            invisible
            export  none
        }
        parm {
            name    "lookupobjpath"
            baseparm
            label   "Look Up Object"
            invisible
            export  none
        }
        parm {
            name    "lookup"
            baseparm
            label   "Look At Up Vector"
            invisible
            export  none
        }
        parm {
            name    "pathobjpath"
            baseparm
            label   "Path Object"
            invisible
            export  none
        }
        parm {
            name    "roll"
            baseparm
            label   "Roll"
            invisible
            export  none
        }
        parm {
            name    "pos"
            baseparm
            label   "Position"
            invisible
            export  none
        }
        parm {
            name    "uparmtype"
            baseparm
            label   "Parameterization"
            invisible
            export  none
        }
        parm {
            name    "pathorient"
            baseparm
            label   "Orient Along Path"
            invisible
            export  none
        }
        parm {
            name    "up"
            baseparm
            label   "Orient Up Vector"
            invisible
            export  none
        }
        parm {
            name    "bank"
            baseparm
            label   "Auto-Bank factor"
            invisible
            export  none
        }
    }

    group {
        name    "stdswitcher4_1"
        label   "Render"

        parm {
            name    "shop_materialpath"
            baseparm
            label   "Material"
            export  none
        }
        parm {
            name    "shop_materialopts"
            baseparm
            label   "Options"
            invisible
            export  none
        }
        parm {
            name    "tdisplay"
            baseparm
            label   "Display"
            joinnext
            export  none
        }
        parm {
            name    "display"
            baseparm
            label   "Display"
            export  none
        }
        parm {
            name    "viewportlod"
            label   "Display As"
            type    ordinal
            default { "full" }
            help    "Choose how the object's geometry should be rendered in the viewport"
            menu {
                "full"      "Full Geometry"
                "points"    "Point Cloud"
                "box"       "Bounding Box"
                "centroid"  "Centroid"
                "hidden"    "Hidden"
                "subd"      "Subdivision Surface / Curves"
            }
            parmtag { "spare_category" "Render" }
        }
        parm {
            name    "vm_rendervisibility"
            label   "Render Visibility"
            type    string
            default { "*" }
            menureplace {
                "*"                             "Visible to all"
                "primary"                       "Visible only to primary rays"
                "primary|shadow"                "Visible only to primary and shadow rays"
                "-primary"                      "Invisible to primary rays (Phantom)"
                "-diffuse"                      "Invisible to diffuse rays"
                "-diffuse&-reflect&-refract"    "Invisible to secondary rays"
                ""                              "Invisible (Unrenderable)"
            }
            parmtag { "mantra_class" "object" }
            parmtag { "mantra_name" "rendervisibility" }
            parmtag { "spare_category" "Render" }
        }
        parm {
            name    "vm_rendersubd"
            label   "Render Polygons As Subdivision (Mantra)"
            type    toggle
            default { "0" }
            parmtag { "mantra_class" "object" }
            parmtag { "mantra_name" "rendersubd" }
            parmtag { "spare_category" "Geometry" }
        }
        parm {
            name    "vm_subdstyle"
            label   "Subdivision Style"
            type    string
            default { "mantra_catclark" }
            hidewhen "{ vm_rendersubd == 0 }"
            menu {
                "mantra_catclark"   "Mantra Catmull-Clark"
                "osd_catclark"      "OpenSubdiv Catmull-Clark"
            }
            parmtag { "mantra_class" "object" }
            parmtag { "mantra_name" "subdstyle" }
            parmtag { "spare_category" "Geometry" }
        }
        parm {
            name    "vm_subdgroup"
            label   "Subdivision Group"
            type    string
            default { "" }
            hidewhen "{ vm_rendersubd == 0 }"
            parmtag { "mantra_class" "object" }
            parmtag { "mantra_name" "subdgroup" }
            parmtag { "spare_category" "Geometry" }
        }
        parm {
            name    "vm_osd_quality"
            label   "Open Subdiv Quality"
            type    float
            default { "1" }
            hidewhen "{ vm_rendersubd == 0 vm_subdstyle != osd_catclark }"
            range   { 0 10 }
            parmtag { "mantra_class" "object" }
            parmtag { "mantra_name" "osd_quality" }
            parmtag { "spare_category" "Geometry" }
        }
        parm {
            name    "vm_osd_vtxinterp"
            label   "OSD Vtx Interp"
            type    integer
            default { "2" }
            hidewhen "{ vm_rendersubd == 0 vm_subdstyle != osd_catclark }"
            menu {
                "0" "No vertex interpolation"
                "1" "Edges only"
                "2" "Edges and Corners"
            }
            range   { 0 10 }
            parmtag { "mantra_class" "object" }
            parmtag { "mantra_name" "osd_vtxinterp" }
            parmtag { "spare_category" "Geometry" }
        }
        parm {
            name    "vm_osd_fvarinterp"
            label   "OSD FVar Interp"
            type    integer
            default { "4" }
            hidewhen "{ vm_rendersubd == 0 vm_subdstyle != osd_catclark }"
            menu {
                "0" "Smooth everywhere"
                "1" "Sharpen corners only"
                "2" "Sharpen edges and corners"
                "3" "Sharpen edges and propagated corners"
                "4" "Sharpen all boundaries"
                "5" "Bilinear interpolation"
            }
            range   { 0 10 }
            parmtag { "mantra_class" "object" }
            parmtag { "mantra_name" "osd_fvarinterp" }
            parmtag { "spare_category" "Geometry" }
        }
        group {
            name    "folder0"
            label   "Shading"

            parm {
                name    "categories"
                label   "Categories"
                type    string
                default { "" }
                help    "A list of tags which can be used to select the object"
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "reflectmask"
                label   "Reflection Mask"
                type    oplist
                default { "*" }
                help    "Objects that will be reflected on this object."
                parmtag { "opexpand" "1" }
                parmtag { "opfilter" "!!OBJ/GEOMETRY!!" }
                parmtag { "oprelative" "/obj" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "refractmask"
                label   "Refraction Mask"
                type    oplist
                default { "*" }
                help    "Objects that will be refracted on this object."
                parmtag { "opexpand" "1" }
                parmtag { "opfilter" "!!OBJ/GEOMETRY!!" }
                parmtag { "oprelative" "/obj" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "lightmask"
                label   "Light Mask"
                type    oplist
                default { "*" }
                help    "Lights that illuminate this object."
                parmtag { "opexpand" "1" }
                parmtag { "opfilter" "!!OBJ/LIGHT!!" }
                parmtag { "oprelative" "/obj" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "lightcategories"
                label   "Light Selection"
                type    string
                default { "*" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_volumefilter"
                label   "Volume Filter"
                type    string
                default { "box" }
                menu {
                    "box"       "Box Filter"
                    "gaussian"  "Gaussian"
                    "bartlett"  "Bartlett (triangle)"
                    "catrom"    "Catmull-Rom"
                    "hanning"   "Hanning"
                    "blackman"  "Blackman"
                    "sinc"      "Sinc (sharpening)"
                }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "filter" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_volumefilterwidth"
                label   "Volume Filter Width"
                type    float
                default { "1" }
                range   { 0.001 5 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "filterwidth" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_matte"
                label   "Matte shading"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "matte" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_rayshade"
                label   "Raytrace Shading"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "rayshade" }
                parmtag { "spare_category" "Shading" }
            }
        }

        group {
            name    "folder0_1"
            label   "Sampling"

            parm {
                name    "geo_velocityblur"
                label   "Geometry Velocity Blur"
                type    toggle
                default { "0" }
                disablewhen "{ allowmotionblur == 0 }"
                parmtag { "spare_category" "Sampling" }
            }
        }

        group {
            name    "folder0_2"
            label   "Dicing"

            parm {
                name    "vm_shadingquality"
                label   "Shading Quality"
                type    float
                default { "1" }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "shadingquality" }
                parmtag { "spare_category" "Dicing" }
            }
            parm {
                name    "vm_flatness"
                label   "Dicing Flatness"
                type    float
                default { "0.05" }
                range   { 0 1 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "flatness" }
                parmtag { "spare_category" "Dicing" }
            }
            parm {
                name    "vm_raypredice"
                label   "Ray Predicing"
                type    integer
                default { "0" }
                menu {
                    "0" "Disable Predicing"
                    "1" "Full Predicing"
                    "2" "Precompute Bounds"
                }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "raypredice" }
                parmtag { "spare_category" "Dicing" }
            }
            parm {
                name    "vm_curvesurface"
                label   "Shade Curves As Surfaces"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "curvesurface" }
                parmtag { "spare_category" "Dicing" }
            }
        }

        group {
            name    "folder0_3"
            label   "Geometry"

            parm {
                name    "vm_rmbackface"
                label   "Backface Removal"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "rmbackface" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "shop_geometrypath"
                label   "Procedural Shader"
                type    oppath
                default { "" }
                parmtag { "opfilter" "!!SHOP/GEOMETRY!!" }
                parmtag { "oprelative" "." }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_forcegeometry"
                label   "Force Procedural Geometry Output"
                type    toggle
                default { "1" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_rendersubdcurves"
                label   "Render Polygon Curves As Subdivision (Mantra)"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "rendersubdcurves" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_renderpoints"
                label   "Render As Points (Mantra)"
                type    integer
                default { "2" }
                menu {
                    "0" "No Point Rendering"
                    "1" "Render Only Points"
                    "2" "Render Unconnected Points"
                }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "renderpoints" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_renderpointsas"
                label   "Render Points As (Mantra)"
                type    integer
                default { "0" }
                disablewhen "{ vm_renderpoints == 0 }"
                menu {
                    "0" "Spheres"
                    "1" "Circles"
                }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "renderpointsas" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_usenforpoints"
                label   "Use N For Point Rendering"
                type    toggle
                default { "0" }
                disablewhen "{ vm_renderpoints == 0 }"
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "usenforpoints" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_pointscale"
                label   "Point Scale"
                type    float
                default { "1" }
                disablewhen "{ vm_renderpoints == 0 }"
                range   { 0! 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "pointscale" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_pscalediameter"
                label   "Treat Point Scale as Diameter Instead of Radius"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "pscalediameter" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_metavolume"
                label   "Metaballs as Volume"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "metavolume" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_coving"
                label   "Coving"
                type    integer
                default { "1" }
                menu {
                    "0" "Disable Coving"
                    "1" "Coving for displacement/sub-d"
                    "2" "Coving for all primitives"
                }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "coving" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_materialoverride"
                label   "Material Override"
                type    string
                default { "compact" }
                menu {
                    "none"      "Disabled"
                    "full"      "Evaluate for Each Primitve/Point"
                    "compact"   "Evaluate Once"
                }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_overridedetail"
                label   "Ignore Geometry Attribute Shaders"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "overridedetail" }
                parmtag { "spare_category" "Geometry" }
            }
            parm {
                name    "vm_procuseroottransform"
                label   "Proc Use Root Transform"
                type    toggle
                default { "1" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "procuseroottransform" }
                parmtag { "spare_category" "Geometry" }
            }
        }

    }

    group {
        name    "stdswitcher4_2"
        label   "Misc"

        parm {
            name    "use_dcolor"
            baseparm
            label   "Set Wireframe Color"
            export  none
        }
        parm {
            name    "dcolor"
            baseparm
            label   "Wireframe Color"
            export  none
        }
        parm {
            name    "picking"
            baseparm
            label   "Viewport Selecting Enabled"
            export  none
        }
        parm {
            name    "pickscript"
            baseparm
            label   "Select Script"
            export  none
        }
        parm {
            name    "caching"
            baseparm
            label   "Cache Object Transform"
            export  none
        }
        parm {
            name    "vport_shadeopen"
            baseparm
            label   "Shade Open Curves In Viewport"
            export  none
        }
        parm {
            name    "vport_displayassubdiv"
            baseparm
            label   "Display as Subdivision in Viewport"
            invisible
            export  none
        }
        parm {
            name    "vport_onionskin"
            baseparm
            label   "Onion Skinning"
            export  none
        }
    }

0707070000010000000006660000000000000000010000001322542435500002500000005071obj/VolumeStamp.parm {
version 0.8
stdswitcher	[ 0	locks=0 ]	(	0	0	0	)
xOrd	[ 0	locks=0 ]	(	"srt"	)
rOrd	[ 0	locks=0 ]	(	"xyz"	)
t	[ 0	locks=0 ]	(	0	0	0	)
r	[ 0	locks=0 ]	(	0	0	0	)
s	[ 0	locks=0 ]	(	1	1	1	)
p	[ 0	locks=0 ]	(	0	0	0	)
pr	[ 0	locks=0 ]	(	0	0	0	)
scale	[ 0	locks=0 ]	(	1	)
pre_xform	[ 0	locks=0 ]	(	0	)
keeppos	[ 0	locks=0 ]	(	"off"	)
childcomp	[ 0	locks=0 ]	(	"off"	)
constraints_on	[ 0	locks=0 ]	(	"off"	)
constraints_path	[ 0	locks=0 ]	(	""	)
lookatpath	[ 0	locks=0 ]	(	""	)
lookupobjpath	[ 0	locks=0 ]	(	""	)
lookup	[ 0	locks=0 ]	(	on	)
pathobjpath	[ 0	locks=0 ]	(	""	)
roll	[ 0	locks=0 ]	(	0	)
pos	[ 0	locks=0 ]	(	0	)
uparmtype	[ 0	locks=0 ]	(	"arc"	)
pathorient	[ 0	locks=0 ]	(	1	)
up	[ 0	locks=0 ]	(	0	1	0	)
bank	[ 0	locks=0 ]	(	0	)
shop_materialpath	[ 0	locks=0 ]	(	/mat/basicsmoke	)
shop_materialopts	[ 0	locks=0 ]	(	0	)
tdisplay	[ 0	locks=0 ]	(	"off"	)
display	[ 0	locks=0 ]	(	1	)
use_dcolor	[ 0	locks=0 ]	(	"off"	)
dcolor	[ 0	locks=0 ]	(	1	1	1	)
picking	[ 0	locks=0 ]	(	"on"	)
pickscript	[ 0	locks=0 ]	(	""	)
caching	[ 0	locks=0 ]	(	"on"	)
vport_shadeopen	[ 0	locks=0 ]	(	"off"	)
vport_displayassubdiv	[ 0	locks=0 ]	(	"off"	)
vport_onionskin	[ 0	locks=0 ]	(	"off"	)
stdswitcher4	[ 0	locks=0 ]	(	1	1	1	)
viewportlod	[ 0	locks=0 ]	(	"full"	)
vm_rendervisibility	[ 0	locks=0 ]	(	*	)
vm_rendersubd	[ 0	locks=0 ]	(	"off"	)
vm_subdstyle	[ 0	locks=0 ]	(	mantra_catclark	)
vm_subdgroup	[ 0	locks=0 ]	(	""	)
vm_osd_quality	[ 0	locks=0 ]	(	1	)
vm_osd_vtxinterp	[ 0	locks=0 ]	(	2	)
vm_osd_fvarinterp	[ 0	locks=0 ]	(	4	)
folder0	[ 0	locks=0 ]	(	0	0	0	0	)
categories	[ 0	locks=0 ]	(	""	)
reflectmask	[ 0	locks=0 ]	(	*	)
refractmask	[ 0	locks=0 ]	(	*	)
lightmask	[ 0	locks=0 ]	(	*	)
lightcategories	[ 0	locks=0 ]	(	*	)
vm_volumefilter	[ 0	locks=0 ]	(	box	)
vm_volumefilterwidth	[ 0	locks=0 ]	(	1	)
vm_matte	[ 0	locks=0 ]	(	"off"	)
vm_rayshade	[ 0	locks=0 ]	(	"off"	)
geo_velocityblur	[ 0	locks=0 ]	(	"off"	)
vm_shadingquality	[ 0	locks=0 ]	(	1	)
vm_flatness	[ 0	locks=0 ]	(	0.050000000000000003	)
vm_raypredice	[ 0	locks=0 ]	(	0	)
vm_curvesurface	[ 0	locks=0 ]	(	"off"	)
vm_rmbackface	[ 0	locks=0 ]	(	"off"	)
shop_geometrypath	[ 0	locks=0 ]	(	""	)
vm_forcegeometry	[ 0	locks=0 ]	(	"on"	)
vm_rendersubdcurves	[ 0	locks=0 ]	(	"off"	)
vm_renderpoints	[ 0	locks=0 ]	(	2	)
vm_renderpointsas	[ 0	locks=0 ]	(	0	)
vm_usenforpoints	[ 0	locks=0 ]	(	"off"	)
vm_pointscale	[ 0	locks=0 ]	(	1	)
vm_pscalediameter	[ 0	locks=0 ]	(	"off"	)
vm_metavolume	[ 0	locks=0 ]	(	"off"	)
vm_coving	[ 0	locks=0 ]	(	1	)
vm_materialoverride	[ 0	locks=0 ]	(	compact	)
vm_overridedetail	[ 0	locks=0 ]	(	"off"	)
vm_procuseroottransform	[ 0	locks=0 ]	(	"on"	)
}
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snippet	[ 0	locks=0 ]	(	"f@pscale = rand(@ptnum)+0.5;

vector tempN = set(rand(@ptnum),rand(@ptnum+223),rand(@ptnum+456));
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vex_outputmask	[ 0	locks=0 ]	(	*	)
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vex_matchattrib	[ 0	locks=0 ]	(	id	)
vex_inplace	[ 0	locks=0 ]	(	"off"	)
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0707070000010000000006660000000000000000010000001322542435500004700000001566obj/VolumeStamp/pointsfromvolume1.parm {
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outputgroup	[ 0	locks=0 ]	(	""	)
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comment ""
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{
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{
0 	pointsfromvolume2 1 1 "input1"
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{
0 	pointsfromvolume2 0 1
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vex_numcount	[ 0	locks=0 ]	(	10	)
vex_threadjobsize	[ 0	locks=0 ]	(	1024	)
snippet	[ 0	locks=0 ]	(	"f@pscale = rand(@ptnum)+0.5;

vector tempN = set(rand(@ptnum),rand(@ptnum+223),rand(@ptnum+456));
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i@id = @ptnum;"	)
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vex_matchattrib	[ 0	locks=0 ]	(	id	)
vex_inplace	[ 0	locks=0 ]	(	"off"	)
vex_selectiongroup	[ 0	locks=0 ]	(	""	)
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{
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0707070000010000000006660000000000000000010000001322542435500004700000001566obj/VolumeStamp/pointsfromvolume2.parm {
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source	[ 0	locks=0 ]	(	"auto"	)
pointmethod	[ 0	locks=0 ]	(	"sparse"	)
invert	[ 0	locks=0 ]	(	"off"	)
inittype	[ 0	locks=0 ]	(	"tetrahedral"	)
particlesep	[ 0	locks=0 ]	(	2.5	)
iso	[ 0	locks=0 ]	(	0	)
dominiso	[ 0	locks=0 ]	(	"off"	)
miniso	[ 0	locks=0 ]	(	0	)
jitterseed	[ 0	locks=0 ]	(	0	)
jitterscale	[ 0	locks=0 ]	(	0	)
converttofog	[ 0	locks=0 ]	(	"on"	)
offset	[ 0	locks=0 ]	(	0	0	0	)
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scatter	[ 0	locks=0 ]	(	1	)
relaxpoints	[ 0	locks=0 ]	(	"off"	)
relaxiterations	[ 0	locks=0 ]	(	10	)
dooversampling	[ 0	locks=0 ]	(	"off"	)
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oversamplingbandwidth	[ 0	locks=0 ]	(	1	)
newg	[ 0	locks=0 ]	(	"off"	)
outputgroup	[ 0	locks=0 ]	(	""	)
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comment ""
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{
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addshader	[ 0	locks=0 ]	(	"on"	)
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{
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{
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color UT_Color RGB 0.8 0.8 0.8 
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0707070000010000000006660000000000000000010000001322542435500001100000000020vex.parm {
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{
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0707070000010000000006660000000000000000010000001322542435500002300000015743mat/basicsmoke.def comment "Created from Gallery Entry: Basic Smoke

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connectornextid 167
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outputsNamed3
{
}
inputsNamed3
{
0 	"" "" 1 "next"
1 	"" "" 1 "rest"
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3 	"" "" 1 "rest2"
4 	"" "" 1 "rest2_ratio"
5 	"" "" 1 "Cd"
6 	"" "" 1 "s_densityscale"
7 	"" "" 1 "s_int"
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9 	"" "" 1 "s_tintwithcd"
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13 	"" "" 1 "fc_colormode"
14 	"" "" 1 "fc_constantcolor"
15 	"" "" 1 "fc_rampmin"
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18 	"" "" 1 "fc_bbtemp"
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34 	"" "" 1 "s_contourenable"
35 	"" "" 1 "s_contourwidth"
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37 	"" "" 1 "s_sclipenable"
38 	"" "" 1 "s_sclipstart"
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40 	"" "" 1 "s_lowlimitenable"
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46 	"" "" 1 "s_noisemode"
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49 	"" "" 1 "s_noiseoffset"
50 	"" "" 1 "s_noiseperiod"
51 	"" "" 1 "s_noisefractal"
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54 	"" "" 1 "s_noiserough"
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56 	"" "" 1 "s_noiseaccuml"
57 	"" "" 1 "s_noisedisp"
58 	"" "" 1 "s_noisedispfreq"
59 	"" "" 1 "s_noisedogwarp"
60 	"" "" 1 "s_noiseaccumg"
61 	"" "" 1 "s_noisegflow"
62 	"" "" 1 "s_noiseflowrot"
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64 	"" "" 1 "s_noisecc_bias"
65 	"" "" 1 "s_noisecc_dogain"
66 	"" "" 1 "s_noisecc_gain"
67 	"" "" 1 "s_noisecc_inv"
68 	"" "" 1 "s_noisecc_dorng"
69 	"" "" 1 "s_noisecc_rnglo"
70 	"" "" 1 "s_noisecc_rnghi"
71 	"" "" 1 "s_noisecc_amp"
72 	"" "" 1 "fi_fitenable"
73 	"" "" 1 "fi_fitsrcmin"
74 	"" "" 1 "fi_fitsrcmax"
75 	"" "" 1 "fi_fitdestmin"
76 	"" "" 1 "fi_fitdestmax"
77 	"" "" 1 "fi_rampenable"
78 	"" "" 1 "fi_rampextl"
79 	"" "" 1 "fi_rampextr"
80 	"" "" 1 "fi_ramp"
81 	"" "" 1 "fi_contourenable"
82 	"" "" 1 "fi_contourwidth"
83 	"" "" 1 "fi_contoursharp"
84 	"" "" 1 "fi_sclipenable"
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91 	"" "" 1 "fi_amp"
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93 	"" "" 1 "fi_noisemode"
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96 	"" "" 1 "fi_noiseoffset"
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99 	"" "" 1 "fi_noiseoct"
100 	"" "" 1 "fi_noiselac"
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104 	"" "" 1 "fi_noisedisp"
105 	"" "" 1 "fi_noisedispfreq"
106 	"" "" 1 "fi_noisedogwarp"
107 	"" "" 1 "fi_noiseaccumg"
108 	"" "" 1 "fi_noisegflow"
109 	"" "" 1 "fi_noiseflowrot"
110 	"" "" 1 "fi_noisecc_dobias"
111 	"" "" 1 "fi_noisecc_bias"
112 	"" "" 1 "fi_noisecc_dogain"
113 	"" "" 1 "fi_noisecc_gain"
114 	"" "" 1 "fi_noisecc_inv"
115 	"" "" 1 "fi_noisecc_dorng"
116 	"" "" 1 "fi_noisecc_rnglo"
117 	"" "" 1 "fi_noisecc_rnghi"
118 	"" "" 1 "fi_noisecc_amp"
119 	"" "" 1 "fc_fitenable"
120 	"" "" 1 "fc_fitsrcmin"
121 	"" "" 1 "fc_fitsrcmax"
122 	"" "" 1 "fc_fitdestmin"
123 	"" "" 1 "fc_fitdestmax"
124 	"" "" 1 "fc_rampenable"
125 	"" "" 1 "fc_rampextl"
126 	"" "" 1 "fc_rampextr"
127 	"" "" 1 "fc_ramp"
128 	"" "" 1 "fc_contourenable"
129 	"" "" 1 "fc_contourwidth"
130 	"" "" 1 "fc_contoursharp"
131 	"" "" 1 "fc_sclipenable"
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133 	"" "" 1 "fc_sclipsuppress"
134 	"" "" 1 "fc_lowlimitenable"
135 	"" "" 1 "fc_lowlimit"
136 	"" "" 1 "fc_highlimitenable"
137 	"" "" 1 "fc_highlimit"
138 	"" "" 1 "fc_amp"
139 	"" "" 1 "fc_noiseenable"
140 	"" "" 1 "fc_noisemode"
141 	"" "" 1 "fc_noisebasis"
142 	"" "" 1 "fc_noisefreq"
143 	"" "" 1 "fc_noiseoffset"
144 	"" "" 1 "fc_noiseperiod"
145 	"" "" 1 "fc_noisefractal"
146 	"" "" 1 "fc_noiseoct"
147 	"" "" 1 "fc_noiselac"
148 	"" "" 1 "fc_noiserough"
149 	"" "" 1 "fc_noisedolwarp"
150 	"" "" 1 "fc_noiseaccuml"
151 	"" "" 1 "fc_noisedisp"
152 	"" "" 1 "fc_noisedispfreq"
153 	"" "" 1 "fc_noisedogwarp"
154 	"" "" 1 "fc_noiseaccumg"
155 	"" "" 1 "fc_noisegflow"
156 	"" "" 1 "fc_noiseflowrot"
157 	"" "" 1 "fc_noisecc_dobias"
158 	"" "" 1 "fc_noisecc_bias"
159 	"" "" 1 "fc_noisecc_dogain"
160 	"" "" 1 "fc_noisecc_gain"
161 	"" "" 1 "fc_noisecc_inv"
162 	"" "" 1 "fc_noisecc_dorng"
163 	"" "" 1 "fc_noisecc_rnglo"
164 	"" "" 1 "fc_noisecc_rnghi"
165 	"" "" 1 "fc_noisecc_amp"
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inputs
{
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121 	"" 0 1
122 	"" 0 1
123 	"" 0 1
124 	"" 0 1
125 	"" 0 1
126 	"" 0 1
127 	"" 0 1
128 	"" 0 1
129 	"" 0 1
130 	"" 0 1
131 	"" 0 1
132 	"" 0 1
133 	"" 0 1
134 	"" 0 1
135 	"" 0 1
136 	"" 0 1
137 	"" 0 1
138 	"" 0 1
139 	"" 0 1
140 	"" 0 1
141 	"" 0 1
142 	"" 0 1
143 	"" 0 1
144 	"" 0 1
145 	"" 0 1
146 	"" 0 1
147 	"" 0 1
148 	"" 0 1
149 	"" 0 1
150 	"" 0 1
151 	"" 0 1
152 	"" 0 1
153 	"" 0 1
154 	"" 0 1
155 	"" 0 1
156 	"" 0 1
157 	"" 0 1
158 	"" 0 1
159 	"" 0 1
160 	"" 0 1
161 	"" 0 1
162 	"" 0 1
163 	"" 0 1
164 	"" 0 1
165 	"" 0 1
166 	"" 0 1
}
stat
{
  create 1515156725
  modify 1515595976
  author kitagawa@GPU-02
  access 0777
}
color UT_Color RGB 0.8 0.8 0.8 
creator gallery::basicsmoke
explicit 1
delscript ""
exprlanguage hscript
end
0707070000010000000006660000000000000000010000001322542435500002400000026004mat/basicsmoke.parm {
version 0.8
folder2_4	[ 0	locks=0	autoscope=0 ]	(	0	0	0	0	0	)
folder6	[ 0	locks=0	autoscope=0 ]	(	0	)
s_densityscale	[ 0	locks=0	autoscope=0 ]	(	50	)
s_int	[ 0	locks=0	autoscope=0 ]	(	1	)
s_color	[ 0	locks=0	autoscope=0 ]	(	1	1	1	)
s_tintwithcd	[ 0	locks=0	autoscope=0 ]	(	"on"	)
shade_phase	[ 0	locks=0	autoscope=0 ]	(	0	)
folder2_3_4	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_int	[ 0	locks=0	autoscope=0 ]	(	2	)
fc_int	[ 0	locks=0	autoscope=0 ]	(	0.20000000000000001	)
fc_colormode	[ 0	locks=0	autoscope=0 ]	(	2	)
fc_constantcolor	[ 0	locks=0	autoscope=0 ]	(	1	1	1	)
fc_rampmin	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_rampmax	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_colorramp	[ 0	locks=0	autoscope=0 ]	(	2	)
fc_bbtemp	[ 0	locks=0	autoscope=0 ]	(	5000	)
fc_bbadapt	[ 0	locks=0	autoscope=0 ]	(	0.14999999999999999	)
fc_bbburn	[ 0	locks=0	autoscope=0 ]	(	0	)
folder8	[ 0	locks=0	autoscope=0 ]	(	0	)
s_shadowint	[ 0	locks=0	autoscope=0 ]	(	1	)
s_shadowclr	[ 0	locks=0	autoscope=0 ]	(	1	1	1	)
folder15	[ 0	locks=0	autoscope=0 ]	(	0	)
ftype	[ 0	locks=0	autoscope=0 ]	(	point	)
fscale	[ 0	locks=0	autoscope=0 ]	(	1	)
s_volumename	[ 0	locks=0	autoscope=0 ]	(	density	)
folder16	[ 0	locks=0	autoscope=0 ]	(	0	0	)
s_fitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_fitsrcmin	[ 0	locks=0	autoscope=0 ]	(	0	)
s_fitsrcmax	[ 0	locks=0	autoscope=0 ]	(	1	)
s_fitdestmin	[ 0	locks=0	autoscope=0 ]	(	0	)
s_fitdestmax	[ 0	locks=0	autoscope=0 ]	(	1	)
s_rampenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_rampextl	[ 0	locks=0	autoscope=0 ]	(	hold	)
s_rampextr	[ 0	locks=0	autoscope=0 ]	(	hold	)
s_ramp	[ 0	locks=0	autoscope=0 ]	(	2	)
s_contourenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_contourwidth	[ 0	locks=0	autoscope=0 ]	(	0.02	)
s_contoursharp	[ 0	locks=0	autoscope=0 ]	(	4	)
s_sclipenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_sclipstart	[ 0	locks=0	autoscope=0 ]	(	0.80000000000000004	)
s_sclipsuppress	[ 0	locks=0	autoscope=0 ]	(	1	)
s_lowlimitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_lowlimit	[ 0	locks=0	autoscope=0 ]	(	0	)
s_highlimitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_highlimit	[ 0	locks=0	autoscope=0 ]	(	1	)
s_amp	[ 0	locks=0	autoscope=0 ]	(	1	)
s_noiseenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noisemode	[ 0	locks=0	autoscope=0 ]	(	0	)
s_noisebasis	[ 0	locks=0	autoscope=0 ]	(	simplex	)
s_noisefreq	[ 0	locks=0	autoscope=0 ]	(	5	5	5	1	)
s_noiseoffset	[ 0	locks=0	autoscope=0 ]	(	0	0	0	0	)
s_noiseperiod	[ 0	locks=0	autoscope=0 ]	(	1	1	1	1	)
folder17	[ 0	locks=0	autoscope=0 ]	(	0	)
s_noisefractal	[ 0	locks=0	autoscope=0 ]	(	none	)
s_noiseoct	[ 0	locks=0	autoscope=0 ]	(	8	)
s_noiselac	[ 0	locks=0	autoscope=0 ]	(	2.01234	)
s_noiserough	[ 0	locks=0	autoscope=0 ]	(	0.5	)
folder18	[ 0	locks=0	autoscope=0 ]	(	0	)
s_noisedolwarp	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noiseaccuml	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noisedisp	[ 0	locks=0	autoscope=0 ]	(	0	)
s_noisedispfreq	[ 0	locks=0	autoscope=0 ]	(	1	)
s_noisedogwarp	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noiseaccumg	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noisegflow	[ 0	locks=0	autoscope=0 ]	(	0	)
s_noiseflowrot	[ 0	locks=0	autoscope=0 ]	(	0	)
folder5_1_2	[ 0	locks=0	autoscope=0 ]	(	0	)
s_noisecc_dobias	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noisecc_bias	[ 0	locks=0	autoscope=0 ]	(	0.5	)
s_noisecc_dogain	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noisecc_gain	[ 0	locks=0	autoscope=0 ]	(	0.5	)
s_noisecc_inv	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noisecc_dorng	[ 0	locks=0	autoscope=0 ]	(	"off"	)
s_noisecc_rnglo	[ 0	locks=0	autoscope=0 ]	(	0	)
s_noisecc_rnghi	[ 0	locks=0	autoscope=0 ]	(	1	)
s_noisecc_amp	[ 0	locks=0	autoscope=0 ]	(	1	1	1	)
fi_volumename	[ 0	locks=0	autoscope=0 ]	(	heat	)
folder19	[ 0	locks=0	autoscope=0 ]	(	0	0	)
fi_fitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_fitsrcmin	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_fitsrcmax	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_fitdestmin	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_fitdestmax	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_rampenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_rampextl	[ 0	locks=0	autoscope=0 ]	(	hold	)
fi_rampextr	[ 0	locks=0	autoscope=0 ]	(	hold	)
fi_ramp	[ 0	locks=0	autoscope=0 ]	(	2	)
fi_contourenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_contourwidth	[ 0	locks=0	autoscope=0 ]	(	0.02	)
fi_contoursharp	[ 0	locks=0	autoscope=0 ]	(	4	)
fi_sclipenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_sclipstart	[ 0	locks=0	autoscope=0 ]	(	0.80000000000000004	)
fi_sclipsuppress	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_lowlimitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_lowlimit	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_highlimitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_highlimit	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_amp	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_noiseenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noisemode	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_noisebasis	[ 0	locks=0	autoscope=0 ]	(	simplex	)
fi_noisefreq	[ 0	locks=0	autoscope=0 ]	(	5	5	5	1	)
fi_noiseoffset	[ 0	locks=0	autoscope=0 ]	(	5	0	0	0	)
fi_noiseperiod	[ 0	locks=0	autoscope=0 ]	(	1	1	1	1	)
folder20	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_noisefractal	[ 0	locks=0	autoscope=0 ]	(	none	)
fi_noiseoct	[ 0	locks=0	autoscope=0 ]	(	8	)
fi_noiselac	[ 0	locks=0	autoscope=0 ]	(	2.01234	)
fi_noiserough	[ 0	locks=0	autoscope=0 ]	(	0.5	)
folder21	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_noisedolwarp	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noiseaccuml	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noisedisp	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_noisedispfreq	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_noisedogwarp	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noiseaccumg	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noisegflow	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_noiseflowrot	[ 0	locks=0	autoscope=0 ]	(	0	)
folder22	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_noisecc_dobias	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noisecc_bias	[ 0	locks=0	autoscope=0 ]	(	0.5	)
fi_noisecc_dogain	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noisecc_gain	[ 0	locks=0	autoscope=0 ]	(	0.5	)
fi_noisecc_inv	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noisecc_dorng	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fi_noisecc_rnglo	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_noisecc_rnghi	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_noisecc_amp	[ 0	locks=0	autoscope=0 ]	(	1	1	1	)
fc_volumename	[ 0	locks=0	autoscope=0 ]	(	temperature	)
folder7_3	[ 0	locks=0	autoscope=0 ]	(	0	0	)
fc_fitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_fitsrcmin	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_fitsrcmax	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_fitdestmin	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_fitdestmax	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_rampenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_rampextl	[ 0	locks=0	autoscope=0 ]	(	hold	)
fc_rampextr	[ 0	locks=0	autoscope=0 ]	(	hold	)
fc_ramp	[ 0	locks=0	autoscope=0 ]	(	2	)
fc_contourenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_contourwidth	[ 0	locks=0	autoscope=0 ]	(	0.02	)
fc_contoursharp	[ 0	locks=0	autoscope=0 ]	(	4	)
fc_sclipenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_sclipstart	[ 0	locks=0	autoscope=0 ]	(	0.80000000000000004	)
fc_sclipsuppress	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_lowlimitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_lowlimit	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_highlimitenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_highlimit	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_amp	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_noiseenable	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noisemode	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_noisebasis	[ 0	locks=0	autoscope=0 ]	(	simplex	)
fc_noisefreq	[ 0	locks=0	autoscope=0 ]	(	5	5	5	1	)
fc_noiseoffset	[ 0	locks=0	autoscope=0 ]	(	5	0	0	0	)
fc_noiseperiod	[ 0	locks=0	autoscope=0 ]	(	1	1	1	1	)
folder23	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_noisefractal	[ 0	locks=0	autoscope=0 ]	(	none	)
fc_noiseoct	[ 0	locks=0	autoscope=0 ]	(	8	)
fc_noiselac	[ 0	locks=0	autoscope=0 ]	(	2.01234	)
fc_noiserough	[ 0	locks=0	autoscope=0 ]	(	0.5	)
folder24	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_noisedolwarp	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noiseaccuml	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noisedisp	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_noisedispfreq	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_noisedogwarp	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noiseaccumg	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noisegflow	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_noiseflowrot	[ 0	locks=0	autoscope=0 ]	(	0	)
folder25	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_noisecc_dobias	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noisecc_bias	[ 0	locks=0	autoscope=0 ]	(	0.5	)
fc_noisecc_dogain	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noisecc_gain	[ 0	locks=0	autoscope=0 ]	(	0.5	)
fc_noisecc_inv	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noisecc_dorng	[ 0	locks=0	autoscope=0 ]	(	"off"	)
fc_noisecc_rnglo	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_noisecc_rnghi	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_noisecc_amp	[ 0	locks=0	autoscope=0 ]	(	1	1	1	)
smokemask_export_name	[ 0	locks=0	autoscope=0 ]	(	smoke_mask	)
firemask_export_name	[ 0	locks=0	autoscope=0 ]	(	fire_mask	)
direct	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
indirect	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
Ce	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
direct_emission	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
all_emission	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
all	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
indirect_emission	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
direct_comp	[ 0	locks=0	autoscope=0 ]	(	""	)
indirect_comp	[ 0	locks=0	autoscope=0 ]	(	""	)
all_comp	[ 0	locks=0	autoscope=0 ]	(	""	)
direct_noshadow	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
direct_shadow	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
indirect_noshadow	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
indirect_shadow	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
level	[ 0	locks=0	autoscope=0 ]	(	0	)
diffuselevel	[ 0	locks=0	autoscope=0 ]	(	0	)
specularlevel	[ 0	locks=0	autoscope=0 ]	(	0	)
volumelevel	[ 0	locks=0	autoscope=0 ]	(	0	)
direct_samples	[ 0	locks=0	autoscope=0 ]	(	0	)
indirect_samples	[ 0	locks=0	autoscope=0 ]	(	0	)
nlights	[ 0	locks=0	autoscope=0 ]	(	0	)
direct_noshadow_comp	[ 0	locks=0	autoscope=0 ]	(	""	)
indirect_noshadow_comp	[ 0	locks=0	autoscope=0 ]	(	""	)
nddispersion	[ 0	locks=0	autoscope=0 ]	(	0	)
ndpriority	[ 0	locks=0	autoscope=0 ]	(	0	)
ndior	[ 0	locks=0	autoscope=0 ]	(	0	)
absorption	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
layer	[ 0	locks=0	autoscope=0 ]	(	""	)
fc_colorramp1pos	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_colorramp1c	[ 0	locks=0	autoscope=0 ]	(	0	0	0	)
fc_colorramp1interp	[ 0	locks=0	autoscope=0 ]	(	"linear"	)
fc_colorramp2pos	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_colorramp2c	[ 0	locks=0	autoscope=0 ]	(	1	1	1	)
fc_colorramp2interp	[ 0	locks=0	autoscope=0 ]	(	"linear"	)
s_ramp1pos	[ 0	locks=0	autoscope=0 ]	(	0	)
s_ramp1value	[ 0	locks=0	autoscope=0 ]	(	0	)
s_ramp1interp	[ 0	locks=0	autoscope=0 ]	(	"linear"	)
s_ramp2pos	[ 0	locks=0	autoscope=0 ]	(	1	)
s_ramp2value	[ 0	locks=0	autoscope=0 ]	(	1	)
s_ramp2interp	[ 0	locks=0	autoscope=0 ]	(	"linear"	)
fi_ramp1pos	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_ramp1value	[ 0	locks=0	autoscope=0 ]	(	0	)
fi_ramp1interp	[ 0	locks=0	autoscope=0 ]	(	"linear"	)
fi_ramp2pos	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_ramp2value	[ 0	locks=0	autoscope=0 ]	(	1	)
fi_ramp2interp	[ 0	locks=0	autoscope=0 ]	(	"linear"	)
fc_ramp1pos	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_ramp1value	[ 0	locks=0	autoscope=0 ]	(	0	)
fc_ramp1interp	[ 0	locks=0	autoscope=0 ]	(	"linear"	)
fc_ramp2pos	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_ramp2value	[ 0	locks=0	autoscope=0 ]	(	1	)
fc_ramp2interp	[ 0	locks=0	autoscope=0 ]	(	"linear"	)
}
0707070000010000000006660000000000000000010000001322542435500003000000000362mat/basicsmoke.userdata     ___Version___      __inputgroup_Exports    	collapsed !__inputgroup_Fire Intensity Field    	collapsed #__inputgroup_Fire Temperature Field    	collapsed __inputgroup_General    	collapsed __inputgroup_Smoke Field    	collapsed0707070000010000000006660000000000000000010000001322542435500004200000000042obj/VolumeStamp/volumestamp1.init type = volumestamp
matchesdef = 0
0707070000010000000006660000000000000000010000001322542435500004100000001112obj/VolumeStamp/volumestamp1.def sopflags sopflags = 
comment ""
position 0.294118 -0.826017
connectornextid 4
flags =  lock off model off template off footprint off xray off bypass off display off render off highlight off unload off savedata off compress on colordefault on exposed on
outputsNamed3
{
3 "output1"
}
inputsNamed3
{
0 	vdb1 0 1 "input1"
1 	Attributes 1 1 "input2"
2 	switch1 2 1 "input3"
}
inputs
{
0 	vdb1 0 1
1 	Attributes 0 1
2 	switch1 0 1
}
stat
{
  create 1515141627
  modify 1515150356
  author kitagawa@GPU-02
  access 0777
}
color UT_Color RGB 0.8 0.8 0.8 
delscript ""
exprlanguage hscript
end
0707070000010000000006660000000000000000010000001322542435500004200000000534obj/VolumeStamp/volumestamp1.parm {
version 0.8
group	[ 0	locks=0 ]	(	""	)
stamppts	[ 0	locks=0 ]	(	""	)
mergemethod	[ 0	locks=0 ]	(	"add"	)
samples	[ 0	locks=0 ]	(	1	)
seed	[ 0	locks=0 ]	(	0	)
dopremult	[ 0	locks=0 ]	(	"on"	)
dounpremult	[ 0	locks=0 ]	(	"on"	)
numstamps	[ 0	locks=0 ]	(	1	)
enable1	[ 0	locks=0 ]	(	"on"	)
attrib1	[ 0	locks=0 ]	(	id	)
stamp1	[ 0	locks=0 ]	(	ID	)
}
0707070000010000000006660000000000000000010000001322542435500004600000000041obj/VolumeStamp/volumestamp1.userdata     ___Version___    16.5.2900707070000010000000006660000000000000000010000001322542435500003200000000032obj/VolumeStamp/vdb1.init type = vdb
matchesdef = 0
0707070000010000000006660000000000000000010000001322542435500003100000000716obj/VolumeStamp/vdb1.def sopflags sopflags = 
comment ""
position -1.86297 0.413523
connectornextid 1
flags =  lock off model off template off footprint off xray off bypass off display off render off highlight off unload off savedata off compress on colordefault on exposed on
outputsNamed3
{
0 "output1"
}
inputsNamed3
{
}
inputs
{
}
stat
{
  create 1515141630
  modify 1515149819
  author kitagawa@GPU-02
  access 0777
}
color UT_Color RGB 1 1 1 
delscript ""
exprlanguage hscript
end
0707070000010000000006660000000000000000010000001322542435500003200000002033obj/VolumeStamp/vdb1.parm {
version 0.8
ngrids	[ 0	locks=0 ]	(	1	)
source	[ 0	locks=0 ]	(	0	0	0	)
voxelsize	[ 0	locks=0 ]	(	0.050000000000000003	)
size	[ 0	locks=0 ]	(	1	1	1	)
center	[ 0	locks=0 ]	(	0	0	0	)
taper	[ 0	locks=0 ]	(	1	)
camera	[ 0	locks=0 ]	(	""	)
zmin	[ 0	locks=0 ]	(	1	)
zmax	[ 0	locks=0 ]	(	2	)
usecamwindow	[ 0	locks=0 ]	(	"on"	)
winx	[ 0	locks=0 ]	(	0	1	)
winy	[ 0	locks=0 ]	(	0	1	)
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version 0.8
}
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matchesdef = 0
0707070000010000000006660000000000000000010000001322542435500002300000000645out/mantra_ipr.def comment ""
position 0 0
connectornextid 0
flags =  lock off model off template off footprint off xray off bypass off display off render off highlight off unload off savedata off compress on colordefault on exposed on
outputsNamed3
{
}
inputsNamed3
{
}
inputs
{
}
stat
{
  create 1515156625
  modify 1515158313
  author kitagawa@GPU-02
  access 0777
}
color UT_Color RGB 0.8 0.8 0.8 
delscript ""
exprlanguage hscript
end
0707070000010000000006660000000000000000010000001322542435500003400000222653out/mantra_ipr.spareparmdef     parm {
        name    "execute"
        baseparm
        label   "Render to Disk"
        joinnext
        export  none
    }
    parm {
        name    "renderpreview"
        baseparm
        label   "Render to MPlay"
        joinnext
        export  none
    }
    parm {
        name    "executebackground"
        baseparm
        label   "Render to Disk in Background"
        joinnext
        export  none
    }
    parm {
        name    "renderdialog"
        baseparm
        label   "Controls..."
        nolabel
        export  none
    }
    parm {
        name    "trange"
        baseparm
        label   "Valid Frame Range"
        export  none
    }
    parm {
        name    "f"
        baseparm
        label   "Start/End/Inc"
        export  none
    }
    parm {
        name    "take"
        baseparm
        label   "Render With Take"
        export  none
    }
    parm {
        name    "camera"
        baseparm
        label   "Camera"
        export  none
    }
    parm {
        name    "override_camerares"
        baseparm
        label   "Override Camera Resolution"
        export  none
    }
    parm {
        name    "res_fraction"
        baseparm
        label   "Resolution Scale"
        export  none
    }
    parm {
        name    "res_override"
        baseparm
        label   "Resolution"
        joinnext
        export  none
    }
    parm {
        name    "res_overrideMenu"
        baseparm
        label   "Choose Resolution"
        nolabel
        export  none
    }
    parm {
        name    "aspect_override"
        baseparm
        label   "Pixel Aspect Ratio"
        export  none
    }
    group {
        name    "images6"
        label   "Images"

        parm {
            name    "soho_program"
            baseparm
            label   "soho Program"
            invisible
            export  none
        }
        parm {
            name    "soho_shopstyle"
            baseparm
            label   "soho SHOP Style"
            invisible
            export  none
        }
        parm {
            name    "soho_ipr_support"
            baseparm
            label   "IPR Supported"
            invisible
            export  none
        }
        parm {
            name    "soho_previewsupport"
            baseparm
            label   "Preview Supported"
            invisible
            export  none
        }
        parm {
            name    "vm_picture"
            baseparm
            label   "Output Picture"
            export  none
        }
        parm {
            name    "vm_device"
            baseparm
            label   "Output Device"
            export  none
        }
        parm {
            name    "soho_mkpath"
            baseparm
            label   "Create Intermediate Directories"
            export  none
        }
        parm {
            name    "soho_skip_frame"
            baseparm
            label   "Skip Rendered Frames"
            export  none
        }
        group {
            name    "output6"
            label   "Output"

            parm {
                name    "vm_pfilter"
                label   "Pixel Filter"
                type    string
                default { "gaussian -w 2" }
                menureplace {
                    "box -w 1"              "Unit Box Filter"
                    "gaussian -w 2"         "Gaussian 2x2"
                    "gaussian -w 3"         "Gaussian 3x3 (softer)"
                    "gaussian -w 2 -r 1"    "Gaussian 2x2 with noisy sample refiltering"
                    "combine -t 20.0"       "Ray Histogram Fusion"
                    "bartlett -w 2"         "Bartlett (triangle)"
                    "catrom -w 3"           "Catmull-Rom"
                    "hanning -w 2"          "Hanning"
                    "blackman -w 2"         "Blackman"
                    "sinc -w 3"             "Sinc (sharpening)"
                    "edgedetect"            "Edge Detection Filter"
                    "minmax min"            "Closest Sample Filter"
                    "minmax max"            "Farthest Sample Filter"
                    "minmax median"         "Median Sample Filter"
                    "minmax edge"           "Disable Edge Antialiasing"
                    "minmax ocover"         "Object With Most Pixel Coverage (average)"
                    "minmax idcover"        "Object With Most Coverage (no filtering)"
                    "minmax omin"           "Object With Most Coverage (minimum z-value)"
                    "minmax omax"           "Object With Most Coverage (maximum z-value)"
                    "minmax omedian"        "Object With Most Coverage (median z-value)"
                }
                parmtag { "mantra_class" "plane" }
                parmtag { "mantra_name" "pfilter" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_sfilter"
                label   "Sample Filter"
                type    string
                default { "alpha" }
                menu {
                    "alpha"     "Opacity Filtering"
                    "closest"   "Closest Surface"
                }
                parmtag { "mantra_class" "plane" }
                parmtag { "mantra_name" "sfilter" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_quantize"
                label   "Quantization"
                type    string
                default { "half" }
                menu {
                    "8"     "8 bit integer"
                    "16"    "16 bit integer"
                    "half"  "16 bit float"
                    "float" "32 bit float"
                }
                parmtag { "mantra_class" "plane" }
                parmtag { "mantra_name" "quantize" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_gamma"
                label   "Gamma"
                type    float
                default { "1" }
                range   { 0.001 3 }
                parmtag { "mantra_class" "plane" }
                parmtag { "mantra_name" "gamma" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_subpixel"
                label   "Sub-Pixel Output"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "subpixel" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_tile_render"
                label   "Tiled Render"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_tile_count_x"
                label   "Horizontal Tiles"
                type    integer
                default { "4" }
                hidewhen "{ vm_tile_render == 0 }"
                range   { 1! 8 }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_tile_count_y"
                label   "Vertical Tiles"
                type    integer
                default { "4" }
                hidewhen "{ vm_tile_render == 0 }"
                range   { 1! 8 }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_tile_index"
                label   "Tile Index"
                type    integer
                default { "0" }
                hidewhen "{ vm_tile_render == 0 }"
                range   { 0 63 }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_writecheckpoint"
                label   "Output Checkpoint Files"
                type    toggle
                default { "1" }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "writecheckpoint" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "vm_readcheckpoint"
                label   "Resume from Checkpoint Files"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "readcheckpoint" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "render_viewcamera"
                label   "Create Image From Viewing Camera"
                type    toggle
                default { "1" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "render_any_shadowmap"
                label   "Auto-Generate Shadow Maps"
                type    toggle
                default { "1" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "render_any_envmap"
                label   "Auto-Generate Environment Maps"
                type    toggle
                default { "1" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "render_any_photonmap"
                label   "Auto-Generate Photon Maps"
                type    toggle
                default { "1" }
                parmtag { "spare_category" "Output" }
            }
            parm {
                name    "render_any_pointcloud"
                label   "Auto-Generate Light Point Clouds"
                type    toggle
                default { "1" }
                parmtag { "spare_category" "Output" }
            }
        }

        group {
            name    "output6_1"
            label   "Extra Image Planes"

            parm {
                name    "vm_exportcomponents"
                label   "Export Components"
                type    string
                default { "diffuse reflect coat refract volume sss" }
                menureplace {
                    "diffuse reflect sss"                       "Basic Components"
                    "diffuse reflect coat refract volume sss"   "Common Components"
                }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "exportcomponents" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_P"
                label   "Shading Position (P)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_Pz"
                label   "Shading Depth (Pz)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_N"
                label   "Shading Normal (N)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_all_comp"
                label   "Combined Lighting (per-component)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_direct_comp"
                label   "Direct Lighting (per-component)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_indirect_comp"
                label   "Indirect Lighting (per-component)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_all_emission"
                label   "Combined Emission"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_direct_noshadow"
                label   "Direct Unshadowed"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_direct_samples"
                label   "Direct Ray Samples"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_indirect_samples"
                label   "Indirect Ray Samples"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_sss"
                label   "SSS Single/Multi"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_basecolor"
                label   "Surface Unlit Base Color (basecolor)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_diffcolor"
                label   "Surface Unlit Diffuse Color (diffcolor)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_speccolor"
                label   "Surface Unlit Specular Color (speccolor)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_emitcolor"
                label   "Surface Emission Color (emitcolor)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_ssscolor"
                label   "Surface SSS Color (ssscolor)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_metallic"
                label   "Surface Metallic (metallic)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_quickplane_specrough"
                label   "Surface Specular Roughness (specrough)"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            parm {
                name    "vm_showextraplaneparms"
                label   "Show extra image plane parameters"
                type    toggle
                invisible
                default { "0" }
                parmtag { "spare_category" "Extra Image Planes" }
            }
            multiparm {
                name    "vm_numaux"
                label    "Extra Image Planes"
                parmtag { "spare_category" "Extra Image Planes" }

                parm {
                    name    "vm_disable_plane#"
                    label   "Disable Plane #"
                    type    toggle
                    joinnext
                    default { "0" }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_excludedcm_plane#"
                    label   "Exclude from DCM"
                    type    toggle
                    default { "0" }
                    hidewhen "{ vm_deepresolver != camera }"
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_variable_plane#"
                    label   "VEX Variable"
                    type    string
                    default { "" }
                    disablewhen "{ vm_disable_plane# == 1 }"
                    menureplace {
                        [ "echo `pythonexprs(\"__import__('toolutils').parseDialogScriptMenu('MantraPlanes')\")`" ]
                    }
                    parmtag { "script_callback" "`pythonexprs(\"__import__('toolutils').updatePlaneType($script_multiparm_index, '$script_value')\")`" }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_vextype_plane#"
                    label   "VEX Type"
                    type    string
                    default { "vector" }
                    disablewhen "{ vm_disable_plane# == 1 }"
                    menu {
                        "float"         "Float Type"
                        "vector"        "Vector Type"
                        "vector4"       "Vector4 Type"
                        "unitvector"    "Unit Vector Type"
                    }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_channel_plane#"
                    label   "Channel Name"
                    type    string
                    default { "" }
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_usefile_plane#"
                    label   "Different File"
                    type    toggle
                    nolabel
                    joinnext
                    default { "0" }
                    hidewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" } { vm_picture == ip }"
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_filename_plane#"
                    label   "Different File"
                    type    file
                    default { "" }
                    disablewhen "{ vm_usefile_plane# == 0 }"
                    hidewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" } { vm_picture == ip }"
                    menureplace {
                        [ "echo `pythonexprs(\"__import__('toolutils').parseDialogScriptMenu('FBrender')\")`" ]
                    }
                    parmtag { "filechooser_mode" "write" }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_quantize_plane#"
                    label   "Quantize"
                    type    string
                    default { "half" }
                    help    "image:quantize"
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    menu {
                        "8"     "8 bit integer"
                        "16"    "16 bit integer"
                        "half"  "16 bit float"
                        "float" "32 bit float"
                    }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_sfilter_plane#"
                    label   "Sample Filter"
                    type    string
                    default { "alpha" }
                    help    "image:sfilter"
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    menu {
                        "alpha"         "Opacity Filtering"
                        "fullopacity"   "Full Opacity Filtering"
                        "closest"       "Closest Surface"
                    }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_pfilter_plane#"
                    label   "Pixel Filter"
                    type    string
                    default { "" }
                    help    "image:pfilter"
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    menureplace {
                        ""                      "Inherit from main plane"
                        "box -w 1"              "Unit Box Filter"
                        "gaussian -w 2"         "Gaussian 2x2"
                        "gaussian -w 3"         "Gaussian 3x3 (softer)"
                        "gaussian -w 2 -r 1"    "Gaussian 2x2 with noisy sample refiltering"
                        "combine -t 20.0"       "Ray Histogram Fusion"
                        "bartlett -w 2"         "Bartlett (triangle)"
                        "catrom -w 3"           "Catmull-Rom"
                        "hanning -w 2"          "Hanning"
                        "blackman -w 2"         "Blackman"
                        "sinc -w 3"             "Sinc (sharpening)"
                        "edgedetect"            "Edge Detection Filter"
                        "minmax min"            "Closest Sample Filter"
                        "minmax max"            "Farthest Sample Filter"
                        "minmax median"         "Median Sample Filter"
                        "minmax edge"           "Disable Edge Antialiasing"
                        "minmax ocover"         "Object With Most Pixel Coverage (average)"
                        "minmax idcover"        "Object With Most Coverage (no filtering)"
                        "minmax omin"           "Object With Most Coverage (minimum z-value)"
                        "minmax omax"           "Object With Most Coverage (maximum z-value)"
                        "minmax omedian"        "Object With Most Coverage (median z-value)"
                    }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_gamma_plane#"
                    label   "Gamma"
                    type    float
                    default { "1" }
                    help    "image:gamma"
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    hidewhen "{ vm_showextraplaneparms == 0 }"
                    range   { 0.001 3 }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_gain_plane#"
                    label   "Gain"
                    type    float
                    default { "1" }
                    help    "image:gain"
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    hidewhen "{ vm_showextraplaneparms == 0 }"
                    range   { 0.001 10 }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_dither_plane#"
                    label   "Dither"
                    type    float
                    default { "0.5" }
                    help    "image:dither"
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    hidewhen "{ vm_showextraplaneparms == 0 }"
                    range   { 0 1 }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_whitepoint_plane#"
                    label   "White Point"
                    type    float
                    default { "1" }
                    help    "image:whitepoint"
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    hidewhen "{ vm_showextraplaneparms == 0 }"
                    range   { 0 1 }
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_componentexport#"
                    label   "Export variable for each component"
                    type    toggle
                    default { "0" }
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    parmtag { "spare_category" "Extra Image Planes" }
                }
                parm {
                    name    "vm_lightexport#"
                    label   "Light Exports"
                    type    integer
                    default { "0" }
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    menu {
                        "0" "No light exports"
                        "1" "Export variable for each light"
                        "2" "Merge all lights into single channel"
                    }
                    range   { 0 10 }
                    parmtag { "spare_category" "" }
                }
                parm {
                    name    "vm_lightexport_scope#"
                    label   "Light Mask"
                    type    oplist
                    default { "*" }
                    disablewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" }"
                    hidewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" } { vm_lightexport# == 0 }"
                    parmtag { "opexpand" "1" }
                    parmtag { "opfilter" "!!OBJ/LIGHT!!" }
                    parmtag { "oprelative" "/" }
                }
                parm {
                    name    "vm_lightexport_select#"
                    label   "Light Selection"
                    type    string
                    default { "*" }
                    hidewhen "{ vm_disable_plane# == 1 } { vm_variable_plane# == \"\" } { vm_lightexport# == 0 }"
                }
            }

        }

        group {
            name    "output6_2"
            label   "Deep Output"

            parm {
                name    "vm_deepresolver"
                label   "Deep Resolver"
                type    string
                default { "null" }
                menu {
                    "null"      "No Deep Resolver"
                    "shadow"    "Deep Shadow Map"
                    "camera"    "Deep Camera Map"
                }
                parmtag { "spare_category" "Deep Output" }
            }
            parm {
                name    "vm_dcmfilename"
                label   "DCM Filename"
                type    file
                default { "$HIP/dcm.rat" }
                disablewhen "{ vm_deepresolver != camera }"
                parmtag { "filechooser_mode" "read_and_write" }
                parmtag { "mantra_class" "dcm" }
                parmtag { "mantra_name" "filename" }
                parmtag { "spare_category" "Deep Output" }
            }
            parm {
                name    "vm_matchdeeppixelfilter"
                label   "Force DCM Pixel Fiter on Image Planes"
                type    toggle
                default { "1" }
                disablewhen "{ vm_deepresolver != camera }"
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "matchdeeppixelfilter" }
                parmtag { "spare_category" "Deep Output" }
            }
            parm {
                name    "vm_dcmcompositing"
                label   "DCM Pre-Composite Samples"
                type    toggle
                default { "0" }
                disablewhen "{ vm_deepresolver != camera }"
                parmtag { "mantra_class" "dcm" }
                parmtag { "mantra_name" "compositing" }
                parmtag { "spare_category" "Deep Output" }
            }
            parm {
                name    "vm_dcmdepthplanes"
                label   "DCM Special Planes"
                type    string
                default { "zfront,zback" }
                disablewhen "{ vm_deepresolver != camera }"
                menureplace {
                    "zfront,zback"                      "Z-Front And Z-Back"
                    "zfront"                            "Z-Front"
                    "zfront,zback,deepcover,deepflags"  "Z-Front/Back, Coverage and Flags"
                }
                parmtag { "mantra_class" "dcm" }
                parmtag { "mantra_name" "depth_planes" }
                parmtag { "spare_category" "Deep Output" }
            }
            parm {
                name    "vm_dsmfilename"
                label   "DSM Filename"
                type    file
                default { "$HIP/dsm.rat" }
                disablewhen "{ vm_deepresolver != shadow }"
                parmtag { "filechooser_mode" "read_and_write" }
                parmtag { "mantra_class" "dsm" }
                parmtag { "mantra_name" "filename" }
                parmtag { "spare_category" "Deep Output" }
            }
        }

        group {
            name    "output6_3"
            label   "Cryptomatte"

            multiparm {
                name    "vm_cryptolayers"
                label    "Cryptomatte Layers"
                default 0
                parmtag { "spare_category" "Cryptomatte" }

                parm {
                    name    "vm_cryptolayerenable"
                    label   "vm_cryptolayerenable"
                    type    toggle
                    nolabel
                    joinnext
                    default { "1" }
                }
                parm {
                    name    "vm_cryptolayerprop"
                    label   "Property"
                    type    string
                    default { "materialname" }
                    menureplace {
                        "materialname"  "Material Name"
                        "name"          "Object Name"
                    }
                }
                parm {
                    name    "vm_cryptolayername"
                    label   "Channel Name"
                    type    string
                    default { "CryptoMaterial" }
                }
                parm {
                    name    "vm_cryptolayerrank"
                    label   "Overlap Limit"
                    type    integer
                    default { "6" }
                    range   { 1 10 }
                }
                parm {
                    name    "vm_cryptolayeroutput"
                    label   "Output Picture"
                    type    file
                    default { "$HIP/CryptoMaterial.exr" }
                    parmtag { "filechooser_mode" "write" }
                }
                parm {
                    name    "vm_cryptolayersidecarenable"
                    label   "vm_cryptolayersidecarenable"
                    type    toggle
                    nolabel
                    joinnext
                    default { "0" }
                }
                parm {
                    name    "vm_cryptolayersidecar"
                    label   "Manifest File"
                    type    string
                    default { "CryptoMaterial.json" }
                    disablewhen "{ vm_cryptolayersidecarenable# != 1 }"
                }
            }

        }

        group {
            name    "output6_4"
            label   "Meta Data"

            parm {
                name    "vm_image_artist"
                label   "Artist"
                type    string
                default { "" }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "artist" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_comment"
                label   "Comment"
                type    string
                default { "" }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "comment" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_hostname"
                label   "Hostname"
                type    string
                default { "" }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "hostname" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_mplay_direction"
                label   "MPlay Tile Order"
                type    string
                default { "middle" }
                menu {
                    "middle"    "Interactive (starting in middle)"
                    "top"       "Top down"
                    "bottom"    "Bottom up"
                    "hilbert"   "Hilbert Curve"
                }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "IPlay.direction" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_mplay_framemode"
                label   "MPlay Frame Mode"
                type    string
                default { "append" }
                menu {
                    "append"    "Append Frames To Sequence"
                    "match"     "Match Houdini Frame Numbers (overwrite frame)"
                }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "IPlay.framemode" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_mplay_label"
                label   "MPlay Session Label"
                type    string
                default { "" }
                menureplace {
                    "`pythonexprs(\"__import__('os').getpid()\")`"  "One per Houdini Process"
                    "$HIPNAME"                                      "One per Houdini File Name (.hip)"
                    "$OS"                                           "One per Output Driver Name (ROP)"
                    ""                                              "One MPlay session only"
                }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "IPlay.label" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_jpeg_quality"
                label   "JPEG Quality"
                type    integer
                default { "100" }
                range   { 20 100 }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "JPEG.quality" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_tiff_compression"
                label   "TIFF Compression"
                type    string
                default { "LZW" }
                menu {
                    "None"          "No compression"
                    "LZW"           "LZW Compression"
                    "AdobeDeflate"  "Adobe Deflate"
                    "PackBits"      "PackBits"
                    "JPEG"          "JPEG"
                    "PixarLog"      "Pixar Log"
                    "SGILog"        "LogLuv"
                    "SGILog24"      "LogLuv (24 bit)"
                }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "TIFF.compression" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_exr_compression"
                label   "EXR Compression"
                type    string
                default { "zips" }
                menu {
                    "none"  "No compression"
                    "dwab"  "DWA-B, Lossy and Fast (256-scanline block)"
                    "dwaa"  "DWA-A, Lossy and Fast (32-scanline block),"
                    "piz"   "PIZ Wavelet"
                    "rle"   "Runlength Encoding"
                    "zips"  "ZIP (Single scanline)"
                    "zip"   "ZIP (Multi-scanline blocks)"
                    "piz"   "PXR24 (32 bit float compression, lossy)"
                    "b44"   "B44 (4x4 block compression, lossy)"
                    "b44a"  "B44A (4x4 block extra compression, lossy)"
                }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "OpenEXR.compression" }
                parmtag { "spare_category" "Meta Data" }
            }
            parm {
                name    "vm_image_exr_dwa_level"
                label   "DWA Compression Level"
                type    float
                default { "85" }
                hidewhen "{ vm_image_exr_compression != dwab }"
                range   { 1 200 }
                parmtag { "mantra_class" "imageoption" }
                parmtag { "mantra_name" "OpenEXR.dwa_compression" }
                parmtag { "spare_category" "Meta Data" }
            }
        }

    }

    group {
        name    "images6_1"
        label   "Rendering"

        parm {
            name    "vm_renderengine"
            label   "Rendering Engine"
            type    string
            default { "raytrace" }
            menu {
                "micropoly"     "Micropolygon Rendering"
                "raytrace"      "Ray Tracing"
                "pbrmicropoly"  "Micropolygon Physically Based Rendering"
                "pbrraytrace"   "Physically Based Rendering"
                "photon"        "Photon Map Generation"
            }
            parmtag { "mantra_class" "renderer" }
            parmtag { "mantra_force_output" "1" }
            parmtag { "mantra_name" "renderengine" }
            parmtag { "spare_category" "Rendering" }
        }
        parm {
            name    "vm_dof"
            label   "Enable Depth Of Field"
            type    toggle
            default { "0" }
            parmtag { "spare_category" "Rendering" }
        }
        parm {
            name    "allowmotionblur"
            label   "Allow Motion Blur"
            type    toggle
            default { "0" }
            parmtag { "spare_category" "Rendering" }
        }
        parm {
            name    "xform_motionsamples"
            label   "Xform Time Samples"
            type    integer
            default { "2" }
            hidewhen "{ allowmotionblur == 0 }"
            range   { 1 10 }
            parmtag { "spare_category" "Rendering" }
        }
        parm {
            name    "geo_motionsamples"
            label   "Geo Time Samples"
            type    integer
            default { "1" }
            hidewhen "{ allowmotionblur == 0 }"
            range   { 1 10 }
            parmtag { "spare_category" "Rendering" }
        }
        parm {
            name    "shutteroffset"
            label   "Shutter Offset"
            type    float
            default { "1" }
            hidewhen "{ allowmotionblur == 0 }"
            range   { -1 1 }
            parmtag { "spare_category" "Rendering" }
        }
        parm {
            name    "vm_traceblur"
            label   "Raytrace Motion Blur"
            type    toggle
            default { "0" }
            hidewhen "{ allowmotionblur == 0 } { vm_renderengine != micropoly vm_renderengine != pbrmicropoly }"
            parmtag { "mantra_class" "object" }
            parmtag { "mantra_name" "traceblur" }
            parmtag { "spare_category" "Rendering" }
        }
        group {
            name    "sampling7"
            label   "Sampling"

            parm {
                name    "vm_samples"
                label   "Pixel Samples"
                type    intvector2
                size    2
                default { "3" "3" }
                range   { 1 32 }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_force_output" "1" }
                parmtag { "mantra_name" "samples" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_dorayvariance"
                label   "Ray Variance Antialiasing"
                type    toggle
                default { "1" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "dorayvariance" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_colorspace"
                label   "Variance Color Space"
                type    string
                default { "gamma" }
                hidewhen "{ vm_dorayvariance == 0 }"
                menu {
                    "linear"    "Linear"
                    "gamma"     "Gamma 2.2"
                }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_force_output" "1" }
                parmtag { "mantra_name" "colorspace" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_maxnumberofindirectsamples"
                label   "Maximum Number of Indirect Samples"
                type    label
                nolabel
                default { "Maximum number of indirect samples: `floor(ch(vm_maxraysamples) * (ch(vm_globalquality) * (ch(vm_diffusequality) + ch(vm_sssquality) + ch(vm_reflectionquality) + ch(vm_refractionquality) ) + 1) )`" }
                hidewhen "{ vm_dorayvariance == 0 }"
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_minraysamples"
                label   "Min Ray Samples"
                type    integer
                default { "1" }
                range   { 1 64 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "minraysamples" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_maxraysamples"
                label   "Max Ray Samples"
                type    integer
                default { "9" }
                hidewhen "{ vm_dorayvariance == 0 }"
                range   { 1 64 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "maxraysamples" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_variance"
                label   "Noise Level"
                type    log
                default { "0.01" }
                hidewhen "{ vm_dorayvariance == 0 }"
                range   { 0 0.1 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "variance" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_globalquality"
                label   "Global Quality"
                type    float
                default { "1" }
                hidewhen "{ vm_dorayvariance == 0 }"
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "globalquality" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_diffusequality"
                label   "Diffuse Quality"
                type    float
                default { "1" }
                hidewhen "{ vm_dorayvariance == 0 }"
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "diffusequality" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_sssquality"
                label   "SSS Quality"
                type    float
                default { "1" }
                hidewhen "{ vm_dorayvariance == 0 }"
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "sssquality" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_reflectionquality"
                label   "Reflection Quality"
                type    float
                default { "1" }
                hidewhen "{ vm_dorayvariance == 0 }"
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "reflectionquality" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_refractionquality"
                label   "Refraction Quality"
                type    float
                default { "1" }
                hidewhen "{ vm_dorayvariance == 0 }"
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "refractionquality" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_volumequality"
                label   "Volume Quality"
                type    float
                default { "1" }
                hidewhen "{ vm_dorayvariance == 0 }"
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "volumequality" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_volumesteprate"
                label   "Volume Step Rate"
                type    log
                default { "0.25" }
                range   { 0.1 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "volumesteprate" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_volumeshadowsteprate"
                label   "Volume Shadow Step Rate"
                type    log
                default { "1" }
                range   { 0.1 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "volumeshadowsteprate" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_transparent"
                label   "Stochastic Transparency"
                type    toggle
                default { "1" }
                disablewhen "{ vm_renderengine == micropoly } { vm_renderengine == pbrmicropoly } { vm_renderengine == photon }"
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "transparent" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_transparentsamples"
                label   "Stochastic Samples"
                type    integer
                default { "4" }
                disablewhen "{ vm_transparent == 0 } { vm_renderengine == micropoly } { vm_renderengine == pbrmicropoly } { vm_renderengine == photon }"
                range   { 1 16 }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "transparentsamples" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_samplelock"
                label   "Sample Lock"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "samplelock" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_randomseed"
                label   "Random Seed"
                type    integer
                default { "0" }
                range   { 0 10 }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "randomseed" }
                parmtag { "spare_category" "Sampling" }
            }
            parm {
                name    "vm_imageblur"
                label   "Allow Image Motion Blur"
                type    toggle
                default { "1" }
                disablewhen "{ allowmotionblur == 0 }"
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "imageblur" }
                parmtag { "spare_category" "Sampling" }
            }
        }

        group {
            name    "sampling7_1"
            label   "Limits"

            parm {
                name    "vm_reflectlimit"
                label   "Reflect Limit"
                type    integer
                default { "10" }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "reflectlimit" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_refractlimit"
                label   "Refract Limit"
                type    integer
                default { "10" }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "refractlimit" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_diffuselimit"
                label   "Diffuse Limit"
                type    integer
                default { "0" }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "diffuselimit" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_ssslimit"
                label   "SSS Limit"
                type    integer
                default { "0" }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "ssslimit" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_volumelimit"
                label   "Volume Limit"
                type    integer
                default { "0" }
                range   { 0 10 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "volumelimit" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_opacitylimit"
                label   "Opacity Limit"
                type    float
                default { "0.995" }
                range   { 0 1 }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "opacitylimit" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_colorlimit"
                label   "Color Limit"
                type    float
                default { "10" }
                range   { 0 20 }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "colorlimit" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_raylimiteval"
                label   "At Ray Limit"
                type    string
                default { "none" }
                menu {
                    "none"      "Use Black Background"
                    "direct"    "Use Direct Lighting as Background Color"
                }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "raylimiteval" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_raylimitcomponents"
                label   "Ray Limit Components"
                type    string
                default { "all" }
                hidewhen "{ vm_raylimiteval != direct }"
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "raylimitcomponents" }
                parmtag { "spare_category" "Limits" }
            }
            parm {
                name    "vm_raylimitlightmask"
                label   "Ray Limit Light Mask"
                type    oplist
                default { "*" }
                hidewhen "{ vm_raylimiteval != direct }"
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "raylimitlightmask" }
                parmtag { "opexpand" "1" }
                parmtag { "opfilter" "!!OBJ/LIGHT!!" }
                parmtag { "oprelative" "/" }
                parmtag { "spare_category" "Limits" }
            }
        }

        group {
            name    "sampling7_2"
            label   "Shading"

            parm {
                name    "vm_raybias"
                label   "Raytracing Bias"
                type    float
                default { "0.001" }
                range   { 0 10 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "raybias" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_biasnormal"
                label   "Bias Along Normal"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "biasnormal" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_nesteddielectric"
                label   "Enable Absorption and Nested Dielectrics"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "nesteddielectric" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_pbrpathtype"
                label   "Allowable Paths"
                type    string
                default { "diffuse" }
                menu {
                    "diffuse"   "Specular, Diffuse Paths"
                    "all"       "All Paths"
                }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "pbrpathtype" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_constrainmaxrough"
                label   "Constrain by Maximum Roughness"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "constrainmaxrough" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_refractcomponents"
                label   "Refract Components"
                type    string
                default { "refract" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "refractcomponents" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_diffusecomponents"
                label   "Diffuse Components"
                type    string
                default { "diffuse" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "diffusecomponents" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_volumecomponents"
                label   "Volume Components"
                type    string
                default { "volume" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "volumecomponents" }
                parmtag { "spare_category" "Shading" }
            }
            parm {
                name    "vm_ssscomponents"
                label   "SSS Components"
                type    string
                default { "sss" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "ssscomponents" }
                parmtag { "spare_category" "Shading" }
            }
        }

        group {
            name    "sampling7_3"
            label   "Render"

            parm {
                name    "vm_bucketsize"
                label   "Tile Size"
                type    integer
                default { "16" }
                range   { 1 64 }
                parmtag { "mantra_class" "image" }
                parmtag { "mantra_name" "bucket" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_usemaxthreads"
                label   "Use Max Processors"
                type    integer
                default { "1" }
                menu {
                    "0" "User Specified Thread Count"
                    "1" "Use All Processors"
                    "2" "Use All Processors Except One"
                }
                range   { 0 10 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "usemaxthreads" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_threadcount"
                label   "Thread Count"
                type    integer
                default { "1" }
                disablewhen "{ vm_usemaxthreads > 0 }"
                range   { 1 16 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "threadcount" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_usecacheratio"
                label   "Cache Limit"
                type    integer
                default { "1" }
                menu {
                    "0" "Fixed Size"
                    "1" "Proportion of Physical Memory"
                }
                range   { 0 10 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "usecacheratio" }
                parmtag { "mantra_type" "bool" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_cacheratio"
                label   "Cache Memory Ratio"
                type    float
                default { "0.25" }
                hidewhen "{ vm_usecacheratio != 1 }"
                range   { 0 1 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "cacheratio" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_cachesize"
                label   "Cache Size (MB)"
                type    intlog
                default { "1000" }
                hidewhen "{ vm_usecacheratio == 1 }"
                range   { 100 100000 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "cachesize" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_octreestyle"
                label   "Ray Tracing Accelerator"
                type    string
                default { "bboxtree" }
                menu {
                    "kdtree"    "KD-Tree"
                    "bboxtree"  "Bounding Volume Hierarchy"
                }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "octreestyle" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_kdmemfactor"
                label   "KD-Tree Memory Factor"
                type    float
                default { "1" }
                hidewhen "{ vm_octreestyle != kdtree }"
                range   { 0.001 2 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "kdmemfactor" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_hidden"
                label   "Enable Hiding"
                type    toggle
                default { "1" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "hidden" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_otlfullpath"
                label   "Output OTLs with full paths"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "vm_embedvex"
                label   "Force VEX Shader Embedding"
                type    toggle
                default { "0" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "declare_stylesheets"
                label   "Declare Style Sheets"
                type    string
                default { "*" }
                menutoggle {
                    [ "result = ['*', 'All\\t(*)']" ]
                    [ "styles = hou.styles.styles()" ]
                    [ "for style in styles:" ]
                    [ "    desc = hou.styles.description(style)" ]
                    [ "    desc = desc if len(desc) > 0 else 'No description'" ]
                    [ "    result.append(style)" ]
                    [ "    result.append(style + '\\t (' + desc + ')')" ]
                    [ "" ]
                    [ "return result" ]
                    language python
                }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "apply_stylesheets"
                label   "Apply Style Sheets"
                type    file
                default { "`pythonexprs(\"' '.join(hou.styles.styles())\")`" }
                menutoggle {
                    [ "result = []" ]
                    [ "styles = hou.styles.styles()" ]
                    [ "for style in styles:" ]
                    [ "    desc = hou.styles.description(style)" ]
                    [ "    desc = desc if len(desc) > 0 else 'No description'" ]
                    [ "    result.append(style)" ]
                    [ "    result.append(style + '\\t (' + desc + ')')" ]
                    [ "" ]
                    [ "return result" ]
                    language python
                }
                parmtag { "filechooser_pattern" "*.json" }
                parmtag { "spare_category" "Render" }
            }
            parm {
                name    "declare_all_shops"
                label   "Declare Materials"
                type    ordinal
                default { "off" }
                menu {
                    "off"   "Save Only Referenced Materials and Shaders"
                    "on"    "Save All Materials"
                    "all"   "Save All Materials and Shaders"
                }
                parmtag { "spare_category" "Render" }
            }
        }

        group {
            name    "sampling7_4"
            label   "Dicing"

            parm {
                name    "vm_shadingfactor"
                label   "Shading Quality Multiplier"
                type    float
                default { "1" }
                range   { 0 10 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "shadingfactor" }
                parmtag { "spare_category" "Dicing" }
            }
            parm {
                name    "vm_motionfactor"
                label   "Motion Factor"
                type    float
                default { "0" }
                disablewhen "{ allowmotionblur == 0 vm_dof == 0 }"
                range   { 0 1 }
                parmtag { "mantra_class" "object" }
                parmtag { "mantra_name" "motionfactor" }
                parmtag { "spare_category" "Dicing" }
            }
            parm {
                name    "vm_measure"
                label   "Geometry Measuring"
                type    string
                default { "nonraster" }
                menu {
                    "nonraster" "Non-Raster Measuring"
                    "raster"    "Raster Space Measuring"
                    "uniform"   "Uniform Measuring"
                }
                parmtag { "spare_category" "Dicing" }
            }
            parm {
                name    "vm_measurezimportance"
                label   "Z-Importance"
                type    float
                default { "1" }
                disablewhen "{ vm_measure != nonraster }"
                range   { 0 10 }
                parmtag { "mantra_class" "measure" }
                parmtag { "mantra_force_output" "1" }
                parmtag { "mantra_name" "zimportance" }
                parmtag { "spare_category" "Dicing" }
            }
            parm {
                name    "vm_measureoffscreenquality"
                label   "Offscreen Quality"
                type    float
                default { "0.25" }
                disablewhen "{ vm_measure != nonraster }"
                range   { 0 1 }
                parmtag { "mantra_class" "measure" }
                parmtag { "mantra_force_output" "1" }
                parmtag { "mantra_name" "offscreenquality" }
                parmtag { "spare_category" "Dicing" }
            }
        }

        group {
            name    "sampling7_5"
            label   "Statistics"

            parm {
                name    "soho_spoolrenderoutput"
                label   "Render Output"
                type    ordinal
                default { "on" }
                help    "Controls whether to capture the render output and add to the node info"
                menu {
                    "off"   "Don't capture render output"
                    "on"    "Capture render output for graphical apps"
                    "force" "Capture render output for all apps"
                }
                parmtag { "spare_category" "Statistics" }
            }
            parm {
                name    "vm_verbose"
                label   "Verbose Level"
                type    integer
                default { "0" }
                range   { 0 5 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_force_output" "1" }
                parmtag { "mantra_name" "verbose" }
                parmtag { "spare_category" "Statistics" }
            }
            parm {
                name    "vm_vexprofile"
                label   "VEX Profiling"
                type    integer
                default { "0" }
                menu {
                    "0" "No VEX Profiling"
                    "1" "Execution profiling"
                    "2" "Profiling and NAN detection"
                }
                range   { 0 10 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "vexprofile" }
                parmtag { "spare_category" "Statistics" }
            }
            parm {
                name    "vm_alfprogress"
                label   "Alfred Style Progress"
                type    toggle
                default { "0" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "alfprogress" }
                parmtag { "spare_category" "Statistics" }
            }
            parm {
                name    "vm_tilecallback"
                label   "Python Tile Callback"
                type    file
                default { "" }
                parmtag { "filechooser_mode" "read" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "tilecallback" }
                parmtag { "spare_category" "Statistics" }
            }
            parm {
                name    "vm_logcolors"
                label   "Colorize Output"
                type    integer
                default { "0" }
                menu {
                    "0" "Colored Shell"
                    "1" "HTML Tags"
                    "2" "No Coloring"
                }
                range   { 0 10 }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_force_output" "1" }
                parmtag { "mantra_name" "logcolors" }
                parmtag { "spare_category" "Statistics" }
            }
            parm {
                name    "vm_logtimestamps"
                label   "Log Timestamp"
                type    toggle
                default { "1" }
                parmtag { "mantra_class" "renderer" }
                parmtag { "mantra_name" "logtimestamps" }
                parmtag { "spare_category" "Statistics" }
            }
        }

    }

    group {
        name    "images6_2"
        label   "Objects"

        parm {
            name    "vobject"
            baseparm
            label   "Candidate Objects"
            export  none
        }
        parm {
            name    "forceobject"
            baseparm
            label   "Force Objects"
            export  none
        }
        parm {
            name    "matte_objects"
            baseparm
            label   "Forced Matte"
            export  none
        }
        parm {
            name    "phantom_objects"
            baseparm
            label   "Forced Phantom"
            export  none
        }
        parm {
            name    "excludeobject"
            baseparm
            label   "Exclude Objects"
            export  none
        }
        parm {
            name    "obj_light_sep"
            baseparm
            label   "Separator"
            export  none
        }
        parm {
            name    "sololight"
            baseparm
            label   "Solo Light"
            export  none
        }
        parm {
            name    "alights"
            baseparm
            label   "Candidate Lights"
            export  none
        }
        parm {
            name    "forcelights"
            baseparm
            label   "Force Lights"
            export  none
        }
        parm {
            name    "excludelights"
            baseparm
            label   "Exclude Lights"
            export  none
        }
        parm {
            name    "soho_autoheadlight"
            baseparm
            label   "Headlight Creation"
            export  none
        }
        parm {
            name    "light_fog_sep"
            baseparm
            label   "Separator"
            export  none
        }
        parm {
            name    "vfog"
            baseparm
            label   "Visible Fog"
            export  none
        }
    }

    group {
        name    "images6_3"
        label   "Scripts"

        parm {
            name    "tprerender"
            baseparm
            label   "tprerender"
            nolabel
            joinnext
            export  none
        }
        parm {
            name    "prerender"
            baseparm
            label   "Pre-Render Script"
            joinnext
            export  none
        }
        parm {
            name    "lprerender"
            baseparm
            label   "lprerender"
            nolabel
            export  none
        }
        parm {
            name    "tpreframe"
            baseparm
            label   "tpreframe"
            nolabel
            joinnext
            export  none
        }
        parm {
            name    "preframe"
            baseparm
            label   "Pre-Frame Script"
            joinnext
            export  none
        }
        parm {
            name    "lpreframe"
            baseparm
            label   "lpreframe"
            nolabel
            export  none
        }
        parm {
            name    "tpostframe"
            baseparm
            label   "tpostframe"
            nolabel
            joinnext
            export  none
        }
        parm {
            name    "postframe"
            baseparm
            label   "Post-Frame Script"
            joinnext
            export  none
        }
        parm {
            name    "lpostframe"
            baseparm
            label   "lpostframe"
            nolabel
            export  none
        }
        parm {
            name    "tpostrender"
            baseparm
            label   "tpostrender"
            nolabel
            joinnext
            export  none
        }
        parm {
            name    "postrender"
            baseparm
            label   "Post-Render Script"
            joinnext
            export  none
        }
        parm {
            name    "lpostrender"
            baseparm
            label   "lpostrender"
            nolabel
            export  none
        }
    }

    group {
        name    "images6_4"
        label   "Driver"

        parm {
            name    "soho_pipecmd"
            baseparm
            label   "Command"
            export  none
        }
        parm {
            name    "soho_outputmode"
            baseparm
            label   "Save IFD File To Disk"
            nolabel
            joinnext
            export  none
        }
        parm {
            name    "soho_diskfile"
            baseparm
            label   "Disk File"
            export  none
        }
        parm {
            name    "soho_compression"
            baseparm
            label   "File Compression"
            export  none
        }
        parm {
            name    "soho_foreground"
            baseparm
            label   "Block Until Render Complete"
            export  none
        }
        parm {
            name    "soho_initsim"
            baseparm
            label   "Initialize Simulation OPs"
            export  none
        }
        parm {
            name    "soho_viewport_menu"
            baseparm
            label   "Show In Viewport Menu"
            export  none
        }
        parm {
            name    "vm_inlinestorage"
            label   "Save Geometry Inline"
            type    toggle
            default { "0" }
            parmtag { "spare_category" "Driver" }
        }
        parm {
            name    "vm_tmpsharedstorage"
            label   "Shared temp storage"
            type    file
            default { "$HIP/ifds/storage" }
            disablewhen "{ vm_inlinestorage != 0 }"
            parmtag { "filechooser_mode" "write" }
            parmtag { "spare_category" "Driver" }
        }
        parm {
            name    "vm_tmplocalstorage"
            label   "Local temp storage"
            type    file
            default { "$HOUDINI_TEMP_DIR/ifds/storage" }
            disablewhen "{ vm_inlinestorage != 0 }"
            parmtag { "filechooser_mode" "write" }
            parmtag { "spare_category" "Driver" }
        }
        parm {
            name    "vm_binarygeometry"
            label   "Save Binary Geometry"
            type    toggle
            default { "1" }
            parmtag { "spare_category" "Driver" }
        }
    }

0707070000010000000006660000000000000000010000001322542435500002300000000516out/mantra_ipr.chn {
    channel f1 {
      lefttype = extend
      righttype = extend
      default = 1
      flags = 0
      segment { length = 0 value = 1 1 expr = $FSTART }
    }
    channel f2 {
      lefttype = extend
      righttype = extend
      default = 300
      flags = 0
      segment { length = 0 value = 300 300 expr = $FEND }
    }
  }
0707070000010000000006660000000000000000010000001322542435500002400000017123out/mantra_ipr.parm {
version 0.8
execute	[ 0	locks=0 ]	(	0	)
renderpreview	[ 0	locks=0 ]	(	0	)
executebackground	[ 0	locks=0 ]	(	0	)
renderdialog	[ 0	locks=0 ]	(	0	)
trange	[ 0	locks=0 ]	(	"off"	)
f	[ 0	locks=0 ]	(	[ f1	1 ] 	[ f2	300 ] 	1	)
take	[ 0	locks=0 ]	(	_current_	)
camera	[ 0	locks=0 ]	(	/obj/cam1	)
override_camerares	[ 0	locks=0 ]	(	"off"	)
res_fraction	[ 0	locks=0 ]	(	0.5	)
res_override	[ 0	locks=0 ]	(	1280	720	)
res_overrideMenu	[ 0	locks=0 ]	(	0	)
aspect_override	[ 0	locks=0 ]	(	1	)
images	[ 0	locks=0 ]	(	0	0	0	0	0	)
soho_program	[ 0	locks=0 ]	(	IFD.py	)
soho_shopstyle	[ 0	locks=0 ]	(	VMantra	)
soho_ipr_support	[ 0	locks=0 ]	(	"on"	)
soho_previewsupport	[ 0	locks=0 ]	(	"on"	)
vm_picture	[ 0	locks=0 ]	(	$HIP/render/$HIPNAME.$OS.$F4.exr	)
vm_device	[ 0	locks=0 ]	(	""	)
soho_mkpath	[ 0	locks=0 ]	(	"on"	)
soho_skip_frame	[ 0	locks=0 ]	(	no	)
output	[ 0	locks=0 ]	(	0	0	0	0	0	)
sampling	[ 0	locks=0 ]	(	0	0	0	0	0	0	)
vobject	[ 0	locks=0 ]	(	*	)
forceobject	[ 0	locks=0 ]	(	""	)
matte_objects	[ 0	locks=0 ]	(	""	)
phantom_objects	[ 0	locks=0 ]	(	""	)
excludeobject	[ 0	locks=0 ]	(	""	)
obj_light_sep	[ 0	locks=0 ]	(	)
sololight	[ 0	locks=0 ]	(	""	)
alights	[ 0	locks=0 ]	(	*	)
forcelights	[ 0	locks=0 ]	(	""	)
excludelights	[ 0	locks=0 ]	(	""	)
soho_autoheadlight	[ 0	locks=0 ]	(	"on"	)
light_fog_sep	[ 0	locks=0 ]	(	)
vfog	[ 0	locks=0 ]	(	*	)
tprerender	[ 0	locks=0 ]	(	"on"	)
prerender	[ 0	locks=0 ]	(	""	)
lprerender	[ 0	locks=0 ]	(	hscript	)
tpreframe	[ 0	locks=0 ]	(	"on"	)
preframe	[ 0	locks=0 ]	(	""	)
lpreframe	[ 0	locks=0 ]	(	hscript	)
tpostframe	[ 0	locks=0 ]	(	"on"	)
postframe	[ 0	locks=0 ]	(	""	)
lpostframe	[ 0	locks=0 ]	(	hscript	)
tpostrender	[ 0	locks=0 ]	(	"on"	)
postrender	[ 0	locks=0 ]	(	""	)
lpostrender	[ 0	locks=0 ]	(	hscript	)
soho_pipecmd	[ 0	locks=0 ]	(	mantra	)
soho_outputmode	[ 0	locks=0 ]	(	"off"	)
soho_diskfile	[ 0	locks=0 ]	(	$HIP/mantra.ifd	)
soho_compression	[ 0	locks=0 ]	(	ext	)
soho_foreground	[ 0	locks=0 ]	(	"off"	)
soho_initsim	[ 0	locks=0 ]	(	"off"	)
soho_viewport_menu	[ 0	locks=0 ]	(	"on"	)
images6	[ 0	locks=0 ]	(	0	0	0	0	0	)
output6	[ 0	locks=0 ]	(	0	0	0	0	0	)
vm_pfilter	[ 0	locks=0 ]	(	"gaussian -w 2"	)
vm_sfilter	[ 0	locks=0 ]	(	alpha	)
vm_quantize	[ 0	locks=0 ]	(	half	)
vm_gamma	[ 0	locks=0 ]	(	1	)
vm_subpixel	[ 0	locks=0 ]	(	"off"	)
vm_tile_render	[ 0	locks=0 ]	(	"off"	)
vm_tile_count_x	[ 0	locks=0 ]	(	4	)
vm_tile_count_y	[ 0	locks=0 ]	(	4	)
vm_tile_index	[ 0	locks=0 ]	(	0	)
vm_writecheckpoint	[ 0	locks=0 ]	(	"on"	)
vm_readcheckpoint	[ 0	locks=0 ]	(	"off"	)
render_viewcamera	[ 0	locks=0 ]	(	"on"	)
render_any_shadowmap	[ 0	locks=0 ]	(	"on"	)
render_any_envmap	[ 0	locks=0 ]	(	"on"	)
render_any_photonmap	[ 0	locks=0 ]	(	"on"	)
render_any_pointcloud	[ 0	locks=0 ]	(	"on"	)
vm_exportcomponents	[ 0	locks=0 ]	(	"diffuse reflect coat refract volume sss"	)
vm_quickplane_P	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_Pz	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_N	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_all_comp	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_direct_comp	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_indirect_comp	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_all_emission	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_direct_noshadow	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_direct_samples	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_indirect_samples	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_sss	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_basecolor	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_diffcolor	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_speccolor	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_emitcolor	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_ssscolor	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_metallic	[ 0	locks=0 ]	(	"off"	)
vm_quickplane_specrough	[ 0	locks=0 ]	(	"off"	)
vm_showextraplaneparms	[ 0	locks=0 ]	(	"off"	)
vm_numaux	[ 0	locks=0 ]	(	0	)
vm_deepresolver	[ 0	locks=0 ]	(	null	)
vm_dcmfilename	[ 0	locks=0 ]	(	$HIP/dcm.rat	)
vm_matchdeeppixelfilter	[ 0	locks=0 ]	(	"on"	)
vm_dcmcompositing	[ 0	locks=0 ]	(	"off"	)
vm_dcmdepthplanes	[ 0	locks=0 ]	(	zfront,zback	)
vm_dsmfilename	[ 0	locks=0 ]	(	$HIP/dsm.rat	)
vm_cryptolayers	[ 0	locks=0 ]	(	0	)
vm_image_artist	[ 0	locks=0 ]	(	""	)
vm_image_comment	[ 0	locks=0 ]	(	""	)
vm_image_hostname	[ 0	locks=0 ]	(	""	)
vm_image_mplay_direction	[ 0	locks=0 ]	(	middle	)
vm_image_mplay_framemode	[ 0	locks=0 ]	(	append	)
vm_image_mplay_label	[ 0	locks=0 ]	(	""	)
vm_image_jpeg_quality	[ 0	locks=0 ]	(	100	)
vm_image_tiff_compression	[ 0	locks=0 ]	(	LZW	)
vm_image_exr_compression	[ 0	locks=0 ]	(	zips	)
vm_image_exr_dwa_level	[ 0	locks=0 ]	(	85	)
vm_renderengine	[ 0	locks=0 ]	(	raytrace	)
vm_dof	[ 0	locks=0 ]	(	"off"	)
allowmotionblur	[ 0	locks=0 ]	(	"off"	)
xform_motionsamples	[ 0	locks=0 ]	(	2	)
geo_motionsamples	[ 0	locks=0 ]	(	1	)
shutteroffset	[ 0	locks=0 ]	(	1	)
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vm_pbrpathtype	[ 0	locks=0 ]	(	diffuse	)
vm_constrainmaxrough	[ 0	locks=0 ]	(	"off"	)
vm_refractcomponents	[ 0	locks=0 ]	(	refract	)
vm_diffusecomponents	[ 0	locks=0 ]	(	diffuse	)
vm_volumecomponents	[ 0	locks=0 ]	(	volume	)
vm_ssscomponents	[ 0	locks=0 ]	(	sss	)
vm_bucketsize	[ 0	locks=0 ]	(	16	)
vm_usemaxthreads	[ 0	locks=0 ]	(	2	)
vm_threadcount	[ 0	locks=0 ]	(	1	)
vm_usecacheratio	[ 0	locks=0 ]	(	1	)
vm_cacheratio	[ 0	locks=0 ]	(	0.25	)
vm_cachesize	[ 0	locks=0 ]	(	1000	)
vm_octreestyle	[ 0	locks=0 ]	(	bboxtree	)
vm_kdmemfactor	[ 0	locks=0 ]	(	1	)
vm_hidden	[ 0	locks=0 ]	(	"on"	)
vm_otlfullpath	[ 0	locks=0 ]	(	"off"	)
vm_embedvex	[ 0	locks=0 ]	(	"off"	)
declare_stylesheets	[ 0	locks=0 ]	(	*	)
apply_stylesheets	[ 0	locks=0 ]	(	"`pythonexprs(\"' '.join(hou.styles.styles())\")`"	)
declare_all_shops	[ 0	locks=0 ]	(	"off"	)
vm_shadingfactor	[ 0	locks=0 ]	(	1	)
vm_motionfactor	[ 0	locks=0 ]	(	0	)
vm_measure	[ 0	locks=0 ]	(	nonraster	)
vm_measurezimportance	[ 0	locks=0 ]	(	1	)
vm_measureoffscreenquality	[ 0	locks=0 ]	(	0.25	)
soho_spoolrenderoutput	[ 0	locks=0 ]	(	"on"	)
vm_verbose	[ 0	locks=0 ]	(	0	)
vm_vexprofile	[ 0	locks=0 ]	(	0	)
vm_alfprogress	[ 0	locks=0 ]	(	"off"	)
vm_tilecallback	[ 0	locks=0 ]	(	""	)
vm_logcolors	[ 0	locks=0 ]	(	0	)
vm_logtimestamps	[ 0	locks=0 ]	(	"on"	)
vm_inlinestorage	[ 0	locks=0 ]	(	"off"	)
vm_tmpsharedstorage	[ 0	locks=0 ]	(	$HIP/ifds/storage	)
vm_tmplocalstorage	[ 0	locks=0 ]	(	$HOUDINI_TEMP_DIR/ifds/storage	)
vm_binarygeometry	[ 0	locks=0 ]	(	"on"	)
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