set cut_paste_input [stack 0]
version 12.0 v8
push $cut_paste_input
Dot {
 name Dot89
 label " Input ACEScg"
 note_font "Helvetica Bold"
 note_font_size 24
 note_font_color 0xff
 selected true
 xpos 5034
 ypos 474
}
Dot {
 name Dot72
 note_font "Helvetica Bold"
 note_font_size 24
 note_font_color 0xff
 selected true
 xpos 5034
 ypos 634
}
Dot {
 name Dot76
 note_font "Helvetica Bold"
 note_font_size 24
 note_font_color 0xff
 selected true
 xpos 5034
 ypos 754
}
set N39778b50 [stack 0]
Dot {
 name Dot77
 note_font "Helvetica Bold"
 note_font_size 24
 note_font_color 0xff
 selected true
 xpos 4914
 ypos 754
}
Group {
 name Log2Shaper8
 selected true
 xpos 4880
 ypos 790
 addUserKnob {20 log2_to_lin_tab l "log2 to lin"}
 addUserKnob {35 presets l preset t "Presets for the exposure domain. \n\n48nits shaper small domain matches the log2 shaper used in the ACES 1.0.3 config. \n\nThe new 48nits shaper was expanded to match the acescc curve to reduce artifacts." M {"curve/48nits shaper" "knobs this \{mid_grey 0.18 min_exp -6.5 max_exp 6.5 label \"48nits shaper\"\}" "curve/48nits shaper acescc" "knobs this \{mid_grey 0.18 min_exp -7.246068811667588 max_exp 10.273931188332412 label \"48nits shaper acescc\"\}" "curve/LMT shaper" "knobs this \{mid_grey 0.18 min_exp -10 max_exp 6.5 label \"LMT shaper\"\}" "curve/108nits shaper" "knobs this \{mid_grey 0.18 min_exp -12 max_exp 8 label \"108nits shaper\"\}" "curve/1000nits shaper" "knobs this \{mid_grey 0.18 min_exp -12 max_exp 10 label \"1000nits shaper\"\}" "curve/2000nits shaper" "knobs this \{mid_grey 0.18 min_exp -12 max_exp 11 label \"2000nits shaper\"\}" "curve/4000nits shaper" "knobs this \{mid_grey 0.18 min_exp -12 max_exp 12 label \"4000nits shaper\"\}"}}
 addUserKnob {26 ""}
 addUserKnob {4 direction M {forward inverse}}
 direction inverse
 addUserKnob {4 negatives t "how to handle negative values.\n\nclamp does not modify the log curve near black. negative values will clip to 0.0\n\nlinear extension will multiply negatives with a linear extension below cut.\n\nreflect will compress or expand negative values with the mirror of the positive log function." -STARTLINE M {clamp "linear extension" reflect "" ""}}
 addUserKnob {26 graph_link l "" -STARTLINE T " <style> a:link \{ color: #ccc \}</style><a href=https://www.desmos.com/calculator/on4cq2xj9g>graph</a>"}
 addUserKnob {7 mid_grey l "mid grey" R 0.1 0.2}
 mid_grey 0.18
 addUserKnob {7 min_exp l "min exp" R -12 0}
 min_exp -6.5
 addUserKnob {7 max_exp l "max exp" R 0 12}
 max_exp 8
 addUserKnob {7 cut t "Transition from log curve to linear extension at cut value." R 0 0.1}
 cut 0.005
}
 Input {
  inputs 0
  name Input
  xpos -40
  ypos -82
 }
 Dot {
  name Dot
  xpos -6
  ypos -6
 }
set N397942e0 [stack 0]
 Dot {
  name Dot2
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 104
  ypos 42
 }
set N39798f60 [stack 0]
 Expression {
  expr0 r>=c?(log(r/mid_grey)/log(2)-min_exp)/(max_exp-min_exp):(r>-c&&r<c)?s*(r-c)+o:-(log(-r/mid_grey)/log(2)-min_exp)/(max_exp-min_exp)+2*r0
  expr1 g>=c?(log(g/mid_grey)/log(2)-min_exp)/(max_exp-min_exp):(g>-c&&g<c)?s*(g-c)+o:-(log(-g/mid_grey)/log(2)-min_exp)/(max_exp-min_exp)+2*r0
  expr2 b>=c?(log(b/mid_grey)/log(2)-min_exp)/(max_exp-min_exp):(b>-c&&b<c)?s*(b-c)+o:-(log(-b/mid_grey)/log(2)-min_exp)/(max_exp-min_exp)+2*r0
  channel3 none
  name lin_to_log_reflect
  xpos 290
  ypos 86
  addUserKnob {20 User}
  addUserKnob {7 c l cut R 0 0.2}
  c {{max(1e-8,cut)}}
  addUserKnob {7 o l offset}
  o {{(log(c/mid_grey)/log(2)-min_exp)/(max_exp-min_exp)}}
  addUserKnob {7 s l slope}
  s {{1/(log(2)*c*(max_exp-min_exp))}}
  addUserKnob {7 r0 l root t "zero crossing for linear segment"}
  r0 {{-c*s+o}}
 }
push $N39798f60
 Expression {
  temp_name0 c
  temp_expr0 max(1e-8,cut)
  temp_name1 offset
  temp_expr1 (log(c/mid_grey)/log(2)-min_exp)/(max_exp-min_exp)
  temp_name2 s
  temp_expr2 1/(log(2)*c*(max_exp-min_exp))
  expr0 r>=c?(log(r/mid_grey)/log(2)-min_exp)/(max_exp-min_exp):s*(r-c)+offset
  expr1 g>=c?(log(g/mid_grey)/log(2)-min_exp)/(max_exp-min_exp):s*(g-c)+offset
  expr2 b>=c?(log(b/mid_grey)/log(2)-min_exp)/(max_exp-min_exp):s*(b-c)+offset
  channel3 none
  name lin_to_log_extension
  xpos 180
  ypos 86
 }
push $N39798f60
 Expression {
  expr0 "r > 1e-12 ? (log( r / mid_grey)/log(2) - min_exp) / (max_exp - min_exp) : 0"
  expr1 "g > 0 ? (log( g / mid_grey)/log(2) - min_exp) / (max_exp - min_exp) : 0"
  expr2 "b > 0 ? (log( b / mid_grey)/log(2) - min_exp) / (max_exp - min_exp) : 0"
  name lin_to_log_clamp
  xpos 70
  ypos 86
 }
 Switch {
  inputs 3
  which {{parent.negatives}}
  name switch_negatives1
  note_font Helvetica
  xpos 70
  ypos 159
 }
push $N397942e0
 Dot {
  name Dot1
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -116
  ypos 42
 }
set N397d3130 [stack 0]
 Expression {
  expr0 r>=o?pow(2,(r*(max_exp-min_exp)+min_exp))*mid_grey:(r<o&&r>=-o+2*r0)?(r-o)/s+c:-(pow(2,(-r+2*r0)*(max_exp-min_exp)+min_exp))*mid_grey
  expr1 g>=o?pow(2,(g*(max_exp-min_exp)+min_exp))*mid_grey:(g<o&&g>=-o+2*r0)?(g-o)/s+c:-(pow(2,(-g+2*r0)*(max_exp-min_exp)+min_exp))*mid_grey
  expr2 b>=o?pow(2,(b*(max_exp-min_exp)+min_exp))*mid_grey:(b<o&&b>=-o+2*r0)?(b-o)/s+c:-(pow(2,(-b+2*r0)*(max_exp-min_exp)+min_exp))*mid_grey
  channel3 none
  name log_to_lin_reflect
  xpos -150
  ypos 86
  addUserKnob {20 User}
  addUserKnob {7 c l cut R 0 0.2}
  c {{max(1e-8,cut)}}
  addUserKnob {7 o l offset}
  o {{(log(c/mid_grey)/log(2)-min_exp)/(max_exp-min_exp)}}
  addUserKnob {7 s l slope}
  s {{1/(log(2)*c*(max_exp-min_exp))}}
  addUserKnob {7 r0 l root t "zero crossing for linear segment"}
  r0 {{-c*s+o}}
  addUserKnob {7 add}
 }
push $N397d3130
 Expression {
  temp_name0 c
  temp_expr0 max(1e-8,cut)
  temp_name1 offset
  temp_expr1 (log(c/mid_grey)/log(2)-min_exp)/(max_exp-min_exp)
  temp_name2 s
  temp_expr2 1/(log(2)*c*(max_exp-min_exp))
  expr0 r>=offset?pow(2,(r*(max_exp-min_exp)+min_exp))*mid_grey:(r-offset)/s+c
  expr1 g>=offset?pow(2,(g*(max_exp-min_exp)+min_exp))*mid_grey:(g-offset)/s+c
  expr2 b>=offset?pow(2,(b*(max_exp-min_exp)+min_exp))*mid_grey:(b-offset)/s+c
  channel3 none
  name log_to_lin_extension
  xpos -260
  ypos 86
 }
push $N397d3130
 Expression {
  expr0 "pow(2, ( r * (max_exp - min_exp) + min_exp)) * mid_grey"
  expr1 "pow(2, ( g * (max_exp - min_exp) + min_exp)) * mid_grey"
  expr2 "pow(2, ( b * (max_exp - min_exp) + min_exp)) * mid_grey"
  name log_to_lin_clamp
  xpos -370
  ypos 86
 }
 Switch {
  inputs 3
  which {{parent.negatives}}
  name switch_negatives
  note_font Helvetica
  xpos -150
  ypos 159
 }
 Switch {
  inputs 2
  which {{parent.direction}}
  name switch_direction
  xpos -40
  ypos 206
 }
 Output {
  name Output
  xpos -40
  ypos 278
 }
end_group
Expression {
 channel0 rgba
 expr0 max(r,g,b)
 channel1 none
 channel2 none
 name MaxRGB
 note_font Helvetica
 selected true
 xpos 4880
 ypos 831
}
Keyer {
 operation "red keyer"
 range {0.5163758491 1 1 1}
 name Keyer5
 note_font Helvetica
 selected true
 xpos 4880
 ypos 865
}
Dot {
 name Dot97
 note_font "Helvetica Bold"
 note_font_size 24
 note_font_color 0xff
 selected true
 xpos 4914
 ypos 914
}
push $N39778b50
Group {
 name Colorspace_JzAzBz7
 selected true
 xpos 5000
 ypos 790
 addUserKnob {20 JzAzBz_tab l JzAzBz}
 addUserKnob {41 gamut T GamutToXYZ.gamut}
 addUserKnob {6 JChE t "Output JChE: Lightness, Chroma, hue angle, and perceptual color diffence deltaE" +STARTLINE}
 addUserKnob {35 const_d_presets l "" +STARTLINE M {"const d/JzAzBz" "knobs this \{d -0.56\}" "const d/CAM16-UCS" "knobs this \{d 0\}" "const d/IPT" "knobs this \{d -0.64\}" "const d/ICtCp" "knobs this \{d 1.1\}"}}
 addUserKnob {7 d l "" t "the d constant which can can be adjusted to tune the lightness predictors to different colorspaces:\ndefault: -0.56\nCAM16-UCS: 0\nIPT: -0.64\nICtCp: 1.1" -STARTLINE R -1 1}
 d -0.56
 addUserKnob {7 L_p t "Luminance for ST2084 eotf" R 48 1000}
 L_p 100
 addUserKnob {6 domain_range_scale l "domain range scale" +STARTLINE}
 domain_range_scale true
 addUserKnob {4 direction M {forward inverse}}
}
 Input {
  inputs 0
  name Input
  xpos -40
  ypos -490
 }
 Dot {
  name Dot1
  xpos -6
  ypos -446
 }
set N39842940 [stack 0]
 Dot {
  name Dot2
  xpos 114
  ypos -446
 }
 Expression {
  temp_name0 d_0
  temp_expr0 1.6295499532821565e-11
  expr0 ((r+d_0)/(1+d-d*(r+d_0)))
  expr1 g
  expr2 b
  name Expression4
  label Iz
  note_font Helvetica
  xpos 80
  ypos -335
 }
 ColorMatrix {
  matrix {
      {{parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix}}
      {{parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix}}
      {{parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix}}
    }
  invert true
  name ColorMatrix4
  label IZAZBZ_TO_LMS_P
  note_font Helvetica
  xpos 80
  ypos -295
 }
 Group {
  name eotf_ST2084_
  note_font Helvetica
  xpos 80
  ypos -249
  disable {{!parent.domain_range_scale}}
  addUserKnob {20 CONSTANTS_tab l CONSTANTS}
  addUserKnob {7 m_1}
  m_1 {{2610/4096*(1/4)}}
  addUserKnob {7 m_2}
  m_2 {{1.7*2523/2**5}}
  addUserKnob {7 c_1}
  c_1 {{3424/4096}}
  addUserKnob {7 c_2}
  c_2 {{2413/4096*32}}
  addUserKnob {7 c_3}
  c_3 {{2392/4096*32}}
  addUserKnob {7 L_p R 0 10000}
  L_p {{parent.L_p}}
 }
  Input {
   inputs 0
   name Input
   xpos -40
   ypos -290
  }
  Expression {
   expr0 "pow(r, 1/m_2)"
   expr1 "pow(g, 1/m_2)"
   expr2 "pow(b, 1/m_2)"
   name Expression1
   label V_p
   note_font Helvetica
   xpos -40
   ypos -255
  }
  Expression {
   expr0 pow(((r-c_1)/(c_2-c_3*r)),1/m_1)*L_p
   expr1 pow(((g-c_1)/(c_2-c_3*g)),1/m_1)*L_p
   expr2 pow(((b-c_1)/(c_2-c_3*b)),1/m_1)*L_p
   name Expression2
   label C
   note_font Helvetica
   xpos -40
   ypos -215
  }
  Output {
   name Output
   xpos -40
   ypos -170
  }
 end_group
 ColorMatrix {
  matrix {
      {{parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix}}
      {{parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix}}
      {{parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix}}
    }
  invert true
  name ColorMatrix5
  label LMS_TO_XYZ
  note_font Helvetica
  xpos 80
  ypos -215
 }
 Expression {
  expr0 (r+(1.15-1)*b)/1.15
  expr1 (g+(0.66-1)*((r+(1.15-1)*b)/1.15))/0.66
  expr2 b
  name Expression2
  label "X_p Y_p Z"
  note_font Helvetica
  xpos 80
  ypos -175
 }
 ColorMatrix {
  matrix {
      {{parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix}}
      {{parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix}}
      {{parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix}}
    }
  invert true
  name ColorMatrix3
  label "\[if \{\[value invert]\} \{return \"XYZ to \[value GamutToXYZ.gamut]\"\} else \{return \"\[value gamut] to XYZ\"\}]\n\n"
  note_font Helvetica
  xpos 80
  ypos -95
 }
push $N39842940
 Group {
  name GamutToXYZ
  label "\[if \{\[value invert]\} \{return \"XYZ to \[value gamut]\"\} else \{return \"\[value gamut] to XYZ\"\}]\n\n"
  xpos -40
  ypos -416
  addUserKnob {20 GamutToXYZ_lite_tab l GamutToXYZ_lite}
  addUserKnob {4 gamut t "Choose gamut" M {XYZ ACES ACEScg "Filmlight E-Gamut" "DaVinci WG" Rec709 Rec2020 P3D60 P3D65 P3DCI "Arri AlexaWideGamut" REDDRAGONcolor REDDRAGONcolor2 REDcolor REDcolor2 REDcolor3 REDcolor4 REDWideGamutRGB "GoPro Protune Native" CanonCinemaGamut SonySGamut SonySGamut3Cine PanasonicVGamut "DJI D-Gamut" "Fujifilm F-Gamut" BMDFilmV1 BMD4kFilmV1 BMD4kFilmV3 BMD46kFilmV1 BMD46kFilmV3 BMDWideGamutV4 "AdobeRGB\t" AdobeWideGamutRGB ROMM RIMM ERIMM ProPhotoRGB RusselRGB SharpRGB AppleRGB BestRGB}}
  gamut ACEScg
  addUserKnob {6 invert +STARTLINE}
  addUserKnob {26 ""}
  addUserKnob {26 chromaticity_coordinates_label l " " T "<b>Chromaticity Coordinates</b>"}
  addUserKnob {20 chromaticities_grp l "" +STARTLINE n 1}
  addUserKnob {41 rxy T ColorMatrix.rxy}
  addUserKnob {41 gxy T ColorMatrix.gxy}
  addUserKnob {41 bxy T ColorMatrix.bxy}
  addUserKnob {41 wxy T ColorMatrix.wxy}
  addUserKnob {41 matrix T ColorMatrix.matrix}
  addUserKnob {20 endGroup n -1}
 }
  Input {
   inputs 0
   name Input
   xpos -40
   ypos -10
  }
  ColorMatrix {
   matrix {
       {{curve(which) 1 0.9525524378 0.6624541879 0.7053968906 0.4123907983 0.6369580626 0.5049495697 0.4865709841 0.4451698363 0.6380076408 0.5070186853 0.4462202489 0.4300414324 0.4581649601 0.4878340662 0.4517004192 0.7352752686 0.5022571683 0.7160496712 0.7064827085 0.5990839601 0.6796444654 0.6481720209 0.6369580626 0.6390493512 0.6141571999 0.3724023998 0.60689044 0.4017650783 0.6065810919 0.5766690373 0.7165006995 0.797760427 0.797760427 0.797760427 0.7976718545 0.7015837431 0.8156226277 0.4496616423 0.6318944097} {curve(which) 0 0 0.1340042055 0.1640413404 0.3575843275 0.1446169019 0.2646814585 0.2656676769 0.2771343887 0.2147038579 0.3587769568 0.3157556653 0.3700728714 0.3832037449 0.3432727158 0.3178463876 0.06860940903 0.2929667532 0.1296834797 0.1288010478 0.2489254922 0.1522114277 0.1940581352 0.1446169019 0.1578372866 0.2825684249 0.4324877858 0.2193847299 0.4560420811 0.2203479856 0.1855582297 0.1010205746 0.1351858526 0.1351858526 0.1351858526 0.1351878047 0.1554162204 0.04716260359 0.3162561059 0.2053879201} {curve(which) 0 9.367863095e-05 0.1561876982 0.08101774752 0.180480808 0.1688809693 0.1830150485 0.1982172877 0.1722826511 0.09774444997 0.0868505761 0.190669477 0.152531758 0.1112773567 0.1215386018 0.1830992699 0.1465712637 0.1552320272 0.1047228053 0.1151721701 0.1024464965 0.1186000481 0.108225815 0.1688809693 0.1516760886 0.05183707923 0.1436725408 0.124180764 0.09264881909 0.123526901 0.1882286519 0.1467743814 0.03134934977 0.03134934977 0.03134934977 0.03133957833 0.09979832917 0.1372147948 0.1845382005 0.1270133406}}
       {{curve(which) 0 0.3439664543 0.2722287476 0.2801307142 0.2126390189 0.2627002299 0.237623319 0.2289745659 0.209491685 0.2919537723 0.2207257152 0.1942579001 0.2022213936 0.1694435924 0.2289056629 0.2119505703 0.2866941094 0.1387997568 0.2612613738 0.2709796727 0.2150758505 0.2606855333 0.2830046713 0.2627002299 0.1743051857 0.2365771234 0.1383759677 0.1973138005 0.1721783578 0.2680045366 0.2973450124 0.258728236 0.2880711257 0.2880711257 0.2880711257 0.2880405784 0.3152042925 0.3790788651 0.2446159422 0.2276017666} {curve(which) 1 0.7281661034 0.6740817428 0.8202066422 0.7151686549 0.6779980659 0.6891706586 0.6917385459 0.7215952873 0.8238410354 0.839184761 0.7385566831 0.7585275769 0.8648257852 0.7808576822 0.7230190039 0.8429791331 0.910841465 0.8696421385 0.786606431 0.8850684762 0.7748944759 0.8131960034 0.6779980659 0.951146543 0.8896810412 0.911518693 0.943950057 0.8553914428 0.8326833844 0.6273635626 0.7246823311 0.7118432522 0.7118432522 0.7118432522 0.7118694782 0.6648360491 0.5769088268 0.6720442176 0.7383946776} {curve(which) 0 -0.07213255018 0.05368951708 -0.1003373638 0.07219231874 0.05930171534 0.07320601493 0.07928691059 0.06891305745 -0.1157948226 -0.05991046131 0.06718540192 0.03925102949 -0.03426937759 -0.009763340466 0.06503042579 -0.1296732277 -0.04964122549 -0.1309035122 -0.05758608505 -0.1001443192 -0.03558001295 -0.09620071948 0.05930171534 -0.1254517138 -0.1262581497 -0.04989464581 -0.1412638426 -0.02756982669 -0.1006879359 0.07529145479 0.01658944227 8.565396274e-05 8.565396274e-05 8.565396274e-05 8.991353388e-05 0.01995966583 0.04401229322 0.08333983272 0.0340035744}}
       {{curve(which) 0 -3.863927134e-08 -0.005574660841 -0.1037815213 0.01933082007 0 0 0 0 0.0027982709 -0.0544523783 -0.04792318866 -0.0176958181 -0.1061859056 -0.02100777067 -0.01945115253 -0.07968087494 0.07801423222 -0.009676366113 -0.009677864611 -0.03206583485 -0.009310216643 -0.01825834997 0 -0.11669112 -0.02325225808 -0.1602820009 -0.1427432895 -0.10720893 -0.02941203304 0.02703136392 -2.906408625e-08 -3.236030111e-08 -3.236030111e-08 -3.236030111e-08 0 0 -0.01229703799 0.02518104948 0} {curve(which) 0 0 0.004060741514 -0.07290724665 0.1191947311 0.0280726999 0.0449459292 0.04511339962 0.04706057906 -0.06703422964 -0.0003228379355 -0.0002844714036 0.08768811822 0.02554347552 0.01782695204 0.01650637016 -0.3473432064 -0.3148325086 -0.2364816219 0.004600019194 -0.02765839547 -0.004612449091 -0.08316776901 0.0280726999 -0.5518454909 -0.4897170365 -0.171635136 -0.4278847873 0.07809129357 -0.08659287542 0.07068887353 0.05121183768 1.2621717e-08 1.2621717e-08 1.2621717e-08 -1.262213711e-08 0.04317118227 0.01672476344 0.1411857158 0.01001892332} {curve(which) 1 1.008825183 1.010339141 1.265746474 0.950532198 1.060985088 0.9638792276 1.043944359 0.9073553085 1.153293729 1.063571215 1.057001948 0.9388025999 1.089437366 1.01197505 1.011739731 1.51608181 1.325875998 1.335215807 1.094135642 1.148782015 1.102980375 1.190483928 1.060985088 1.745692492 1.590125084 1.409072995 1.65968585 1.118175387 1.205062628 0.9913375378 0.7738927603 0.8251045942 0.8251045942 0.8251045942 0.8248898983 0.8782252669 0.9955722094 0.9226909876 0.8150856495}}
     }
   invert {{parent.invert}}
   name ColorMatrix
   label "RGB to XYZ"
   xpos -40
   ypos 32
   addUserKnob {20 Gamut}
   addUserKnob {3 which}
   which {{parent.gamut}}
   addUserKnob {12 rxy}
   rxy {{curve(which) 1 0.7347 0.713 0.8 0.8 0.64 0.708 0.68 0.68 0.68 0.684 0.7530442228 0.7530444911 0.6997470013 0.8786825105 0.7011810359 0.7011805919 0.780308 0.69848046 0.74 0.73 0.766 0.73 0.71 0.708 0.9173 0.7422 1.0625 0.9175 0.8608 0.7177 0.64 0.7347 0.7347 0.7347 0.7347 0.734699 0.69 0.6898 0.625 0.7351916376} {curve(which) 0 0.2653 0.293 0.3177 0.313 0.33 0.292 0.32 0.32 0.32 0.313 0.3278305767 0.3278310295 0.3290469303 0.3249640074 0.3290141556 0.3290136991 0.304253 0.19302645 0.27 0.28 0.275 0.28 0.31 0.292 0.2502 0.2859 0.3948 0.2983 0.3689 0.3171 0.33 0.2653 0.2653 0.2653 0.2653 0.265301 0.31 0.3206 0.34 0.2648083624}}
   addUserKnob {12 gxy}
   gxy {{curve(which) 0 0 0.165 0.18 0.1682 0.3 0.17 0.265 0.265 0.265 0.221 0.2995702285 0.2995704905 0.304264039 0.3008887144 0.3006003047 0.3006003955 0.121595 0.32955538 0.17 0.14 0.225 0.165 0.21 0.17 0.2833 0.414 0.3689 0.2983 0.3282 0.228 0.21 0.1152 0.1596 0.1596 0.1596 0.159597 0.18 0.0736 0.28 0.2153361345} {curve(which) 1 1 0.83 0.9 0.9877 0.6 0.797 0.69 0.69 0.69 0.848 0.700699322 0.7006994156 0.6236411451 0.6790547558 0.6837888343 0.6837888243 1.493994 1.02459662 1.14 0.855 0.8 0.84 0.88 0.797 1.7072 1.3035 0.7775 1.2835 0.6156 0.8616 0.71 0.8264 0.8404 0.8404 0.8404 0.840403 0.77 0.9003 0.595 0.7741596639}}
   addUserKnob {12 bxy}
   bxy {{curve(which) 0 0.0001 0.128 0.065 0.079 0.15 0.131 0.15 0.15 0.15 0.0861 0.07964206674 0.1450115843 0.1349139613 0.09539869461 0.1081544556 0.1453319462 0.095612 0.10844263 0.08 0.1 0.089 0.1 0.09 0.131 0.0856 0.0342 0.0956 0.0756 0.0783 0.1006 0.15 0.1566 0.0366 0.0366 0.0366 0.036598 0.1 0.1166 0.155 0.1301229508} {curve(which) 0 -0.077 0.044 -0.0805 -0.1155 0.06 0.046 0.06 0.06 0.06 -0.102 -0.05493795109 0.05109712509 0.03471744128 -0.02937932683 -0.008688175787 0.05161680362 -0.084589 -0.03467857 -0.1 -0.05 -0.087 -0.03 -0.08 0.046 -0.0708 -0.0833 -0.0332 -0.086 -0.0233 -0.082 0.06 0.0177 0.0001 0.0001 0.0001 0.000105 0.02 0.0374 0.07 0.03483606557}}
   addUserKnob {12 wxy}
   wxy {{curve(which) 0.33333333 0.32168 0.32168 0.3127 0.3127 0.3127 0.3127 0.32168 0.3127 0.314 0.3127 0.3216831877 0.3216832104 0.3216832894 0.3216832894 0.3216832104 0.3216832894 0.3127 0.3127 0.3127 0.3127 0.3127 0.3127 0.3127 0.3127 0.3135 0.3135 0.3135 0.3127 0.3127 0.3127 0.3127 0.3457 0.3457 0.3457 0.3457 0.345704 0.33243 0.33333333 0.3127 0.3457} {curve(which) 0.33333333 0.33767 0.33767 0.329 0.329 0.329 0.329 0.33767 0.329 0.351 0.329 0.337673316 0.3376736101 0.3376734472 0.3376734472 0.3376736101 0.3376734472 0.329 0.329 0.329 0.329 0.329 0.329 0.329 0.329 0.3305 0.3305 0.3305 0.329 0.329 0.329 0.329 0.3585 0.3585 0.3585 0.3585 0.35854 0.34744 0.33333333 0.329 0.3585}}
  }
  Output {
   name Output
   xpos -40
   ypos 86
  }
 end_group
 Expression {
  expr0 1.15*r-(1.15-1)*b
  expr1 0.66*g-(0.66-1)*r
  expr2 b
  name Expression3
  label "X_p Y_p Z"
  note_font Helvetica
  xpos -40
  ypos -335
 }
 ColorMatrix {
  matrix {
      {0.41478972 0.579999 0.014648}
      {-0.20151 1.120649 0.0531008}
      {-0.0166008 0.2648 0.6684799}
    }
  name ColorMatrix6
  label XYZ_TO_LMS
  note_font Helvetica
  xpos -40
  ypos -295
 }
 Group {
  name eotf_inverse_ST2084_
  note_font Helvetica
  xpos -40
  ypos -249
  disable {{!parent.domain_range_scale}}
  addUserKnob {20 CONSTANTS_tab l CONSTANTS}
  addUserKnob {7 m_1}
  m_1 {{2610/4096*(1/4)}}
  addUserKnob {7 m_2}
  m_2 {{1.7*2523/2**5}}
  addUserKnob {7 c_1}
  c_1 {{3424/4096}}
  addUserKnob {7 c_2}
  c_2 {{2413/4096*32}}
  addUserKnob {7 c_3}
  c_3 {{2392/4096*32}}
  addUserKnob {7 L_p R 0 10000}
  L_p {{parent.L_p}}
 }
  Input {
   inputs 0
   name Input
   xpos -40
   ypos -290
  }
  Expression {
   expr0 "pow(r/L_p, m_1)"
   expr1 "pow(g/L_p, m_1)"
   expr2 "pow(b/L_p, m_1)"
   name Expression4
   label Y_p
   note_font Helvetica
   xpos -40
   ypos -255
  }
  Expression {
   expr0 "pow((c_1+c_2*r)/(c_3*r+1), m_2)"
   expr1 "pow((c_1+c_2*g)/(c_3*g+1), m_2)"
   expr2 "pow((c_1+c_2*b)/(c_3*b+1), m_2)"
   name Expression8
   label N
   note_font Helvetica
   xpos -40
   ypos -215
  }
  Output {
   name Output
   xpos -40
   ypos -170
  }
 end_group
 ColorMatrix {
  matrix {
      {0.5 0.5 0}
      {3.524 -4.066708 0.542708}
      {0.199076 1.096799 -1.295875}
    }
  name ColorMatrix2
  label LMS_P_TO_IZAZBZ
  note_font Helvetica
  xpos -40
  ypos -215
 }
 Expression {
  temp_name0 d_0
  temp_expr0 1.6295499532821565e-11
  expr0 r*(1+d)/(1+d*r)-d_0
  expr1 g
  expr2 b
  name Expression1
  label Jz
  note_font Helvetica
  xpos -40
  ypos -175
 }
 Switch {
  inputs 2
  which {{parent.direction}}
  name SwitchDirection
  note_font Helvetica
  xpos -40
  ypos -49
 }
 Output {
  name Output
  xpos -40
  ypos 42
 }
end_group
Group {
 name GamutCompress6
 label "extreme saturation compress"
 note_font Helvetica
 selected true
 xpos 5000
 ypos 847
 disable true
 addUserKnob {20 GamutCompress_tab l GamutCompress}
 addUserKnob {78 blue n 2}
 blue {0.1 0.15}
 addUserKnob {78 yellow n 2}
 yellow {0.1 0.15}
 addUserKnob {78 green n 2}
 green {0.1 0.15}
 addUserKnob {78 red n 2}
 red {0.1 0.15}
}
 Input {
  inputs 0
  name Input
  label "\[value number]"
  xpos -40
  ypos -10
 }
 Dot {
  name Dot2
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -6
  ypos 74
 }
set N26d0ae70 [stack 0]
 Expression {
  channel0 {rgba.red -rgba.green -rgba.blue none}
  expr0 r<t.r?r:t.r+((r-t.r)*(l.r-t.r))/pow(pow((l.r-t.r),p.r)+pow((r-t.r),p.r),1/p.r)
  expr1 g<t.g?g:t.g+((g-t.g)*(l.g-t.g))/pow(pow((l.g-t.g),p.g)+pow((g-t.g),p.g),1/p.g)
  expr2 b<t.b?b:t.b+((b-t.b)*(l.b-t.b))/pow(pow((l.b-t.b),p.b)+pow((b-t.b),p.b),1/p.b)
  name compress_power
  xpos -40
  ypos 110
  addUserKnob {20 Params_tab l Params}
  addUserKnob {18 t}
  t {1000 {parent.red.0} {parent.yellow.0}}
  addUserKnob {6 t_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {18 l}
  l {1000000 {parent.red.1} {parent.yellow.1}}
  addUserKnob {6 l_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {18 p R 1 5}
  p 2
  addUserKnob {6 p_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
 }
 Multiply {
  channels {-rgba.red rgba.green rgba.blue none}
  value -1
  name Multiply1
  note_font Helvetica
  xpos -40
  ypos 149
 }
 Expression {
  channel0 {rgba.red -rgba.green -rgba.blue none}
  expr0 r<t.r?r:t.r+((r-t.r)*(l.r-t.r))/pow(pow((l.r-t.r),p.r)+pow((r-t.r),p.r),1/p.r)
  expr1 g<t.g?g:t.g+((g-t.g)*(l.g-t.g))/pow(pow((l.g-t.g),p.g)+pow((g-t.g),p.g),1/p.g)
  expr2 b<t.b?b:t.b+((b-t.b)*(l.b-t.b))/pow(pow((l.b-t.b),p.b)+pow((b-t.b),p.b),1/p.b)
  name compress_power1
  xpos -40
  ypos 190
  addUserKnob {20 Params_tab l Params}
  addUserKnob {18 t}
  t {10000 {parent.green.0} {parent.blue.0}}
  addUserKnob {6 t_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {18 l}
  l {1000000 {parent.green.1} {parent.blue.1}}
  addUserKnob {6 l_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {18 p R 1 5}
  p 2
  addUserKnob {6 p_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
 }
 Multiply {
  channels {-rgba.red rgba.green rgba.blue none}
  value -1
  name Multiply2
  note_font Helvetica
  xpos -40
  ypos 231
 }
push $N26d0ae70
 Expression {
  expr0 r<t.r?r:t.r+(l.r-t.r)*tanh(((r-t.r)/(l.r-t.r)))
  expr1 g<t.g?g:t.g+(l.g-t.g)*tanh(((g-t.g)/(l.g-t.g)))
  expr2 b<t.b?b:t.b+(l.b-t.b)*tanh(((b-t.b)/(l.b-t.b)))
  name compress_tanh1
  xpos 200
  ypos 110
  addUserKnob {20 Params_tab l Params}
  addUserKnob {18 t}
  t {1000 {parent.red.0} {parent.yellow.0}}
  addUserKnob {6 t_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {18 l R 0 2}
  l {1000000 {parent.red.1} {parent.yellow.1}}
  addUserKnob {6 l_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
 }
 Multiply {
  channels {-rgba.red rgba.green rgba.blue none}
  value -1
  name Multiply4
  note_font Helvetica
  xpos 200
  ypos 152
 }
 Expression {
  expr0 r<t.r?r:t.r+(l.r-t.r)*tanh(((r-t.r)/(l.r-t.r)))
  expr1 g<t.g?g:t.g+(l.g-t.g)*tanh(((g-t.g)/(l.g-t.g)))
  expr2 b<t.b?b:t.b+(l.b-t.b)*tanh(((b-t.b)/(l.b-t.b)))
  name compress_tanh2
  xpos 200
  ypos 192
  addUserKnob {20 Params_tab l Params}
  addUserKnob {18 t}
  t {1000 {parent.green.0} {parent.blue.0}}
  addUserKnob {6 t_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {18 l R 0 2}
  l {1000000 {parent.green.1} {parent.blue.1}}
  addUserKnob {6 l_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
 }
 Multiply {
  channels {-rgba.red rgba.green rgba.blue none}
  value -1
  name Multiply5
  note_font Helvetica
  xpos 200
  ypos 234
 }
 Input {
  inputs 0
  name Inputmask
  label "\[value number]"
  note_font Helvetica
  xpos 80
  ypos 385
  number 1
 }
push $N26d0ae70
 Dot {
  name Dot1
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -126
  ypos 74
 }
 Dot {
  name Dot3
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -126
  ypos 394
 }
push $N26d0ae70
 Expression {
  temp_name0 pi
  temp_expr0 3.14159265359
  expr0 r<t.r?r:t.r+(l.r-t.r)*2/pi*atan(pi/2*(r-t.r)/(l.r-t.r))
  expr1 g<t.g?g:t.g+(l.g-t.g)*2/pi*atan(pi/2*(g-t.g)/(l.g-t.g))
  expr2 b<t.b?b:t.b+(l.b-t.b)*2/pi*atan(pi/2*(b-t.b)/(l.b-t.b))
  name compress_atan1
  xpos 80
  ypos 110
  addUserKnob {20 Params_tab l Params}
  addUserKnob {18 t}
  t {1000 {parent.red.0} {parent.yellow.0}}
  addUserKnob {6 t_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {18 l R 0 2}
  l {1000000 {parent.red.1} {parent.yellow.1}}
  addUserKnob {6 l_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
 }
 Multiply {
  channels {-rgba.red rgba.green rgba.blue none}
  value -1
  name Multiply3
  note_font Helvetica
  xpos 80
  ypos 152
 }
 Expression {
  temp_name0 pi
  temp_expr0 3.14159265359
  expr0 r<t.r?r:t.r+(l.r-t.r)*2/pi*atan(pi/2*(r-t.r)/(l.r-t.r))
  expr1 g<t.g?g:t.g+(l.g-t.g)*2/pi*atan(pi/2*(g-t.g)/(l.g-t.g))
  expr2 b<t.b?b:t.b+(l.b-t.b)*2/pi*atan(pi/2*(b-t.b)/(l.b-t.b))
  name compress_atan2
  xpos 80
  ypos 191
  addUserKnob {20 Params_tab l Params}
  addUserKnob {18 t}
  t {10000 {parent.green.0} {parent.blue.0}}
  addUserKnob {6 t_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {18 l R 0 2}
  l {1000000 {parent.green.1} {parent.blue.1}}
  addUserKnob {6 l_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
 }
 Multiply {
  channels {-rgba.red rgba.green rgba.blue none}
  value -1
  name Multiply6
  note_font Helvetica
  xpos 80
  ypos 233
 }
 Keymix {
  inputs 3
  channels rgba
  invertMask true
  bbox B
  name Keymix1
  label 48
  note_font Helvetica
  xpos -40
  ypos 385
  disable {{"!\[exists parent.input1]"}}
 }
 Output {
  name Output
  xpos -40
  ypos 490
 }
 StickyNote {
  inputs 0
  name StickyNote1
  tile_color 0x40454aff
  label "<left>(-Az is red, +Az is yellow, -Bz is green +Bz is blue)."
  note_font Helvetica
  note_font_size 14
  xpos -156
  ypos 24
 }
end_group
Multiply {
 inputs 1+1
 channels {-rgba.red rgba.green rgba.blue -rgba.alpha}
 value 0
 name Multiply4
 label "scale AzBz"
 note_font Helvetica
 selected true
 xpos 5000
 ypos 905
}
Group {
 name Colorspace_JzAzBz8
 selected true
 xpos 5000
 ypos 950
 addUserKnob {20 JzAzBz_tab l JzAzBz}
 addUserKnob {41 gamut T GamutToXYZ.gamut}
 addUserKnob {6 JChE t "Output JChE: Lightness, Chroma, hue angle, and perceptual color diffence deltaE" +STARTLINE}
 addUserKnob {35 const_d_presets l "" +STARTLINE M {"const d/JzAzBz" "knobs this \{d -0.56\}" "const d/CAM16-UCS" "knobs this \{d 0\}" "const d/IPT" "knobs this \{d -0.64\}" "const d/ICtCp" "knobs this \{d 1.1\}"}}
 addUserKnob {7 d l "" t "the d constant which can can be adjusted to tune the lightness predictors to different colorspaces:\ndefault: -0.56\nCAM16-UCS: 0\nIPT: -0.64\nICtCp: 1.1" -STARTLINE R -1 1}
 d {-0.56}
 addUserKnob {7 L_p t "Luminance for ST2084 eotf" R 48 1000}
 L_p {{parent.Colorspace_JzAzBz7.L_p}}
 addUserKnob {6 domain_range_scale l "domain range scale" +STARTLINE}
 domain_range_scale true
 addUserKnob {4 direction M {forward inverse}}
 direction inverse
}
 Input {
  inputs 0
  name Input
  xpos -40
  ypos -490
 }
 Dot {
  name Dot1
  xpos -6
  ypos -446
 }
set N39a7d7e0 [stack 0]
 Dot {
  name Dot2
  xpos 114
  ypos -446
 }
 Expression {
  temp_name0 d_0
  temp_expr0 1.6295499532821565e-11
  expr0 ((r+d_0)/(1+d-d*(r+d_0)))
  expr1 g
  expr2 b
  name Expression4
  label Iz
  note_font Helvetica
  xpos 80
  ypos -335
 }
 ColorMatrix {
  matrix {
      {{parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix}}
      {{parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix}}
      {{parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix} {parent.ColorMatrix2.matrix}}
    }
  invert true
  name ColorMatrix4
  label IZAZBZ_TO_LMS_P
  note_font Helvetica
  xpos 80
  ypos -295
 }
 Group {
  name eotf_ST2084_
  note_font Helvetica
  xpos 80
  ypos -249
  disable {{!parent.domain_range_scale}}
  addUserKnob {20 CONSTANTS_tab l CONSTANTS}
  addUserKnob {7 m_1}
  m_1 {{2610/4096*(1/4)}}
  addUserKnob {7 m_2}
  m_2 {{1.7*2523/2**5}}
  addUserKnob {7 c_1}
  c_1 {{3424/4096}}
  addUserKnob {7 c_2}
  c_2 {{2413/4096*32}}
  addUserKnob {7 c_3}
  c_3 {{2392/4096*32}}
  addUserKnob {7 L_p R 0 10000}
  L_p {{parent.L_p}}
 }
  Input {
   inputs 0
   name Input
   xpos -40
   ypos -290
  }
  Expression {
   expr0 "pow(r, 1/m_2)"
   expr1 "pow(g, 1/m_2)"
   expr2 "pow(b, 1/m_2)"
   name Expression1
   label V_p
   note_font Helvetica
   xpos -40
   ypos -255
  }
  Expression {
   expr0 pow(((r-c_1)/(c_2-c_3*r)),1/m_1)*L_p
   expr1 pow(((g-c_1)/(c_2-c_3*g)),1/m_1)*L_p
   expr2 pow(((b-c_1)/(c_2-c_3*b)),1/m_1)*L_p
   name Expression2
   label C
   note_font Helvetica
   xpos -40
   ypos -215
  }
  Output {
   name Output
   xpos -40
   ypos -170
  }
 end_group
 ColorMatrix {
  matrix {
      {{parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix}}
      {{parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix}}
      {{parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix} {parent.ColorMatrix6.matrix}}
    }
  invert true
  name ColorMatrix5
  label LMS_TO_XYZ
  note_font Helvetica
  xpos 80
  ypos -215
 }
 Expression {
  expr0 (r+(1.15-1)*b)/1.15
  expr1 (g+(0.66-1)*((r+(1.15-1)*b)/1.15))/0.66
  expr2 b
  name Expression2
  label "X_p Y_p Z"
  note_font Helvetica
  xpos 80
  ypos -175
 }
 ColorMatrix {
  matrix {
      {{parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix}}
      {{parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix}}
      {{parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix} {parent.GamutToXYZ.ColorMatrix.matrix}}
    }
  invert true
  name ColorMatrix3
  label "\[if \{\[value invert]\} \{return \"XYZ to \[value GamutToXYZ.gamut]\"\} else \{return \"\[value gamut] to XYZ\"\}]\n\n"
  note_font Helvetica
  xpos 80
  ypos -95
 }
push $N39a7d7e0
 Group {
  name GamutToXYZ
  label "\[if \{\[value invert]\} \{return \"XYZ to \[value gamut]\"\} else \{return \"\[value gamut] to XYZ\"\}]\n\n"
  xpos -40
  ypos -416
  addUserKnob {20 GamutToXYZ_lite_tab l GamutToXYZ_lite}
  addUserKnob {4 gamut t "Choose gamut" M {XYZ ACES ACEScg "Filmlight E-Gamut" "DaVinci WG" Rec709 Rec2020 P3D60 P3D65 P3DCI "Arri AlexaWideGamut" REDDRAGONcolor REDDRAGONcolor2 REDcolor REDcolor2 REDcolor3 REDcolor4 REDWideGamutRGB "GoPro Protune Native" CanonCinemaGamut SonySGamut SonySGamut3Cine PanasonicVGamut "DJI D-Gamut" "Fujifilm F-Gamut" BMDFilmV1 BMD4kFilmV1 BMD4kFilmV3 BMD46kFilmV1 BMD46kFilmV3 BMDWideGamutV4 "AdobeRGB\t" AdobeWideGamutRGB ROMM RIMM ERIMM ProPhotoRGB RusselRGB SharpRGB AppleRGB BestRGB}}
  gamut ACEScg
  addUserKnob {6 invert +STARTLINE}
  addUserKnob {26 ""}
  addUserKnob {26 chromaticity_coordinates_label l " " T "<b>Chromaticity Coordinates</b>"}
  addUserKnob {20 chromaticities_grp l "" +STARTLINE n 1}
  addUserKnob {41 rxy T ColorMatrix.rxy}
  addUserKnob {41 gxy T ColorMatrix.gxy}
  addUserKnob {41 bxy T ColorMatrix.bxy}
  addUserKnob {41 wxy T ColorMatrix.wxy}
  addUserKnob {41 matrix T ColorMatrix.matrix}
  addUserKnob {20 endGroup n -1}
 }
  Input {
   inputs 0
   name Input
   xpos -40
   ypos -10
  }
  ColorMatrix {
   matrix {
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     }
   invert {{parent.invert}}
   name ColorMatrix
   label "RGB to XYZ"
   xpos -40
   ypos 32
   addUserKnob {20 Gamut}
   addUserKnob {3 which}
   which {{parent.gamut}}
   addUserKnob {12 rxy}
   rxy {{curve(which) 1 0.7347 0.713 0.8 0.8 0.64 0.708 0.68 0.68 0.68 0.684 0.7530442228 0.7530444911 0.6997470013 0.8786825105 0.7011810359 0.7011805919 0.780308 0.69848046 0.74 0.73 0.766 0.73 0.71 0.708 0.9173 0.7422 1.0625 0.9175 0.8608 0.7177 0.64 0.7347 0.7347 0.7347 0.7347 0.734699 0.69 0.6898 0.625 0.7351916376} {curve(which) 0 0.2653 0.293 0.3177 0.313 0.33 0.292 0.32 0.32 0.32 0.313 0.3278305767 0.3278310295 0.3290469303 0.3249640074 0.3290141556 0.3290136991 0.304253 0.19302645 0.27 0.28 0.275 0.28 0.31 0.292 0.2502 0.2859 0.3948 0.2983 0.3689 0.3171 0.33 0.2653 0.2653 0.2653 0.2653 0.265301 0.31 0.3206 0.34 0.2648083624}}
   addUserKnob {12 gxy}
   gxy {{curve(which) 0 0 0.165 0.18 0.1682 0.3 0.17 0.265 0.265 0.265 0.221 0.2995702285 0.2995704905 0.304264039 0.3008887144 0.3006003047 0.3006003955 0.121595 0.32955538 0.17 0.14 0.225 0.165 0.21 0.17 0.2833 0.414 0.3689 0.2983 0.3282 0.228 0.21 0.1152 0.1596 0.1596 0.1596 0.159597 0.18 0.0736 0.28 0.2153361345} {curve(which) 1 1 0.83 0.9 0.9877 0.6 0.797 0.69 0.69 0.69 0.848 0.700699322 0.7006994156 0.6236411451 0.6790547558 0.6837888343 0.6837888243 1.493994 1.02459662 1.14 0.855 0.8 0.84 0.88 0.797 1.7072 1.3035 0.7775 1.2835 0.6156 0.8616 0.71 0.8264 0.8404 0.8404 0.8404 0.840403 0.77 0.9003 0.595 0.7741596639}}
   addUserKnob {12 bxy}
   bxy {{curve(which) 0 0.0001 0.128 0.065 0.079 0.15 0.131 0.15 0.15 0.15 0.0861 0.07964206674 0.1450115843 0.1349139613 0.09539869461 0.1081544556 0.1453319462 0.095612 0.10844263 0.08 0.1 0.089 0.1 0.09 0.131 0.0856 0.0342 0.0956 0.0756 0.0783 0.1006 0.15 0.1566 0.0366 0.0366 0.0366 0.036598 0.1 0.1166 0.155 0.1301229508} {curve(which) 0 -0.077 0.044 -0.0805 -0.1155 0.06 0.046 0.06 0.06 0.06 -0.102 -0.05493795109 0.05109712509 0.03471744128 -0.02937932683 -0.008688175787 0.05161680362 -0.084589 -0.03467857 -0.1 -0.05 -0.087 -0.03 -0.08 0.046 -0.0708 -0.0833 -0.0332 -0.086 -0.0233 -0.082 0.06 0.0177 0.0001 0.0001 0.0001 0.000105 0.02 0.0374 0.07 0.03483606557}}
   addUserKnob {12 wxy}
   wxy {{curve(which) 0.33333333 0.32168 0.32168 0.3127 0.3127 0.3127 0.3127 0.32168 0.3127 0.314 0.3127 0.3216831877 0.3216832104 0.3216832894 0.3216832894 0.3216832104 0.3216832894 0.3127 0.3127 0.3127 0.3127 0.3127 0.3127 0.3127 0.3127 0.3135 0.3135 0.3135 0.3127 0.3127 0.3127 0.3127 0.3457 0.3457 0.3457 0.3457 0.345704 0.33243 0.33333333 0.3127 0.3457} {curve(which) 0.33333333 0.33767 0.33767 0.329 0.329 0.329 0.329 0.33767 0.329 0.351 0.329 0.337673316 0.3376736101 0.3376734472 0.3376734472 0.3376736101 0.3376734472 0.329 0.329 0.329 0.329 0.329 0.329 0.329 0.329 0.3305 0.3305 0.3305 0.329 0.329 0.329 0.329 0.3585 0.3585 0.3585 0.3585 0.35854 0.34744 0.33333333 0.329 0.3585}}
  }
  Output {
   name Output
   xpos -40
   ypos 86
  }
 end_group
 Expression {
  expr0 1.15*r-(1.15-1)*b
  expr1 0.66*g-(0.66-1)*r
  expr2 b
  name Expression3
  label "X_p Y_p Z"
  note_font Helvetica
  xpos -40
  ypos -335
 }
 ColorMatrix {
  matrix {
      {0.41478972 0.579999 0.014648}
      {-0.20151 1.120649 0.0531008}
      {-0.0166008 0.2648 0.6684799}
    }
  name ColorMatrix6
  label XYZ_TO_LMS
  note_font Helvetica
  xpos -40
  ypos -295
 }
 Group {
  name eotf_inverse_ST2084_
  note_font Helvetica
  xpos -40
  ypos -249
  disable {{!parent.domain_range_scale}}
  addUserKnob {20 CONSTANTS_tab l CONSTANTS}
  addUserKnob {7 m_1}
  m_1 {{2610/4096*(1/4)}}
  addUserKnob {7 m_2}
  m_2 {{1.7*2523/2**5}}
  addUserKnob {7 c_1}
  c_1 {{3424/4096}}
  addUserKnob {7 c_2}
  c_2 {{2413/4096*32}}
  addUserKnob {7 c_3}
  c_3 {{2392/4096*32}}
  addUserKnob {7 L_p R 0 10000}
  L_p {{parent.L_p}}
 }
  Input {
   inputs 0
   name Input
   xpos -40
   ypos -290
  }
  Expression {
   expr0 "pow(r/L_p, m_1)"
   expr1 "pow(g/L_p, m_1)"
   expr2 "pow(b/L_p, m_1)"
   name Expression4
   label Y_p
   note_font Helvetica
   xpos -40
   ypos -255
  }
  Expression {
   expr0 "pow((c_1+c_2*r)/(c_3*r+1), m_2)"
   expr1 "pow((c_1+c_2*g)/(c_3*g+1), m_2)"
   expr2 "pow((c_1+c_2*b)/(c_3*b+1), m_2)"
   name Expression8
   label N
   note_font Helvetica
   xpos -40
   ypos -215
  }
  Output {
   name Output
   xpos -40
   ypos -170
  }
 end_group
 ColorMatrix {
  matrix {
      {0.5 0.5 0}
      {3.524 -4.066708 0.542708}
      {0.199076 1.096799 -1.295875}
    }
  name ColorMatrix2
  label LMS_P_TO_IZAZBZ
  note_font Helvetica
  xpos -40
  ypos -215
 }
 Expression {
  temp_name0 d_0
  temp_expr0 1.6295499532821565e-11
  expr0 r*(1+d)/(1+d*r)-d_0
  expr1 g
  expr2 b
  name Expression1
  label Jz
  note_font Helvetica
  xpos -40
  ypos -175
 }
 Switch {
  inputs 2
  which {{parent.direction}}
  name SwitchDirection
  note_font Helvetica
  xpos -40
  ypos -49
 }
 Output {
  name Output
  xpos -40
  ypos 42
 }
end_group
Dot {
 name Dot73
 note_font "Helvetica Bold"
 note_font_size 24
 note_font_color 0xff
 selected true
 xpos 5034
 ypos 1114
}
Group {
 name ToneScale29
 note_font Helvetica
 selected true
 xpos 5000
 ypos 1148
 addUserKnob {20 ToneScale}
 addUserKnob {4 norm M {none luminance "max rgb" "weighted power" "" ""}}
 norm "weighted power"
 addUserKnob {35 weight_presets l "" +STARTLINE M {weights/basic "knobs this \{nmult 1.0 weights \{1 1 1\} pow 4\}" weights/yellow "knobs this \{nmult 0.83743219 weights \{1.22 1.2 0.58\} pow 5\}" "" "" ""}}
 addUserKnob {78 weights l "" -STARTLINE n 3}
 weights {1.22 1.2 0.58}
 addUserKnob {7 nmult l mult R 0.1 1}
 nmult 0.83743219
 addUserKnob {3 pow l power -STARTLINE}
 pow 5
 addUserKnob {4 direction t "Apply tonescale in forward or inverse direction" M {forward inverse}}
 addUserKnob {26 ""}
 addUserKnob {26 display_label l " " T "<b>Single Stage Tone Scale</b>"}
 addUserKnob {35 presets l "" t "display output presets." +STARTLINE M {luminance/SDR "knobs this \{lum \{0.02 4.8 48\} override_ssts_params 0\}" "luminance/P3D65 ST2084 108nits 7.2nits" "knobs this \{lum \{0.0001 7.2 108\} override_ssts_params 0\}" "luminance/P3D65 ST2084 1000nits 15nits" "knobs this \{lum \{0.0001 15 1000\} override_ssts_params 0\}" "luminance/P3D65 ST2084 2000nits 15nits" "knobs this \{lum \{0.0001 15 2000\} override_ssts_params 0\}" "luminance/P3D65 ST2084 2000nits 15nits" "knobs this \{lum \{0.0001 15 2000\} override_ssts_params 0\}" "luminance/P3D65 ST2084 4000nits 15nits" "knobs this \{lum \{0.0001 15 4000\} override_ssts_params 0\}" luminance/Rec2020_HLG_1000nits_15nits "knobs this \{lum \{0.0001 15 1000\} override_ssts_params 0\}" luminance/Rec2020_ST2084_1000nits_15nits "knobs this \{lum \{0.0001 15 1000\} override_ssts_params 0\}" luminance/Rec2020_ST2084_2000nits_15nits "knobs this \{lum \{0.0001 15 2000\} override_ssts_params 0\}" luminance/Rec2020_ST2084_4000nits_15nits "knobs this \{lum \{0.0001 15 4000\} override_ssts_params 0\}" luminance/OCES "knobs this \{lum \{0.0001 4.8 10000\} override_ssts_params 0\}" ""}}
 addUserKnob {78 lum l "" t "<b>SSTS Display Luminance</b>: \ny_min y_mid y_max\n\nAccording to Zach Lewis's ACES_OT\nhttps://gist.github.com/zachlewis/786c0be941868644c993fde1c3515c2c\n\n<b>Standard Cinema</b>: \n0.02 4.8 48\n<b>Dolby Cinema</b>: \n0.0001 7.2 108\n<b>Dolby Pulsar</b>: \n0.005 15 4000\n<b>Dolby PRR-4220</b>: \n0.005 10 600\n<b>Sony BVM-X300</b>: \n0.0001 10 1000\n<b>ACES OCES</b>: \n0.0001 4.8 10000\n\n" -STARTLINE n 3}
 lum {0.02 4.8 48}
 addUserKnob {35 presets_ssts_param l "" t "If you want to override the default SSTS parameters and play around, here are some useful starting points." +STARTLINE M {presets/default "knobs this \{override_ssts_params 0 pctLow 0.35 pctHigh 0.89 slope \{0 1.55 0.\}\}" presets/sdr "knobs this \{override_ssts_params 1 pctLow 0.35 pctHigh 0.89 slope \{0.1 1.6 0.01\}\}" presets/high "knobs this \{override_ssts_params 1 pctLow 0.2 pctHigh 0.89 slope \{0.28 1.75 0.01\}\}" presets/med "knobs this \{override_ssts_params 1 pctLow 0.40 pctHigh 0.89 slope \{0.38 1.3 0.01\}\}" presets/med-low "knobs this \{override_ssts_params 1 pctLow 0.40 pctHigh 0.80 slope \{0.38 1.42 0.01\}\}" presets/low "knobs this \{override_ssts_params 1 pctLow 0.40 pctHigh 0.80 slope \{0.38 1.2 0.01\}\}" "" "" "" "" ""}}
 addUserKnob {6 override_ssts_params l "customize ssts params" t "Enable overrides of SSTS params.\n\nOtherwise the values will be calculated automatically by the algorithm." -STARTLINE}
 addUserKnob {6 use_c9 l "use c9" +STARTLINE}
 addUserKnob {7 exposure R -5 5}
 addUserKnob {7 pctLow l knee}
 pctLow 0.35
 addUserKnob {7 pctHigh l shoulder}
 pctHigh 0.89
 addUserKnob {78 slope n 3}
 slope {0 1.55 0}
}
 BackdropNode {
  inputs 0
  name BackdropNode1
  tile_color 0x232323ff
  label "<font color=#898989><font size=7><b>Norm</b></font>\n<font size=4><b></b></font><font size=2>\n\n\n</font>"
  note_font Helvetica
  note_font_size 25
  note_font_color 0xffffffff
  xpos -553
  ypos -53
  bdwidth 522
  bdheight 275
  z_order -10
 }
 BackdropNode {
  inputs 0
  name BackdropNode2
  tile_color 0x232323ff
  label "<font color=#878787><font size=7><b>Forward</b></font>\n<font size=4><b></b></font><font size=2>\n\n\n</font>"
  note_font Helvetica
  note_font_size 25
  note_font_color 0xffffffff
  xpos -413
  ypos 228
  bdwidth 385
  bdheight 442
  z_order -10
 }
 BackdropNode {
  inputs 0
  name BackdropNode3
  tile_color 0x23232301
  label "<font color=#828282><font size=7><b>Inverse</b></font>\n<font size=4><b></b></font><font size=2>\n\n\n\n\n\n\n</font>"
  note_font Helvetica
  note_font_size 25
  note_font_color 0xffffffff
  xpos 16
  ypos 229
  bdwidth 354
  bdheight 446
  z_order -10
 }
 Input {
  inputs 0
  name Input
  xpos -40
  ypos -170
 }
 Dot {
  name Dot1
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -6
  ypos 34
 }
set N277a2b30 [stack 0]
 Dot {
  name Dot10
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -6
  ypos 514
 }
set N277a7ac0 [stack 0]
push $N277a2b30
 Dot {
  name Dot2
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -126
  ypos 34
 }
 Dot {
  name Dot12
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -246
  ypos 34
 }
set N277b18b0 [stack 0]
 Dot {
  name Dot3
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -366
  ypos 34
 }
set N277b6780 [stack 0]
 Dot {
  name Dot11
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -486
  ypos 34
 }
 Expression {
  temp_name0 m
  temp_expr0 1e-8
  temp_name1 mx
  temp_expr1 max(r,g,b)
  temp_name2 p1
  temp_expr2 parent.pow
  temp_name3 p2
  temp_expr3 parent.pow-1
  channel0 rgb
  expr0 (fabs(r)<m||fabs(g)<m||fabs(b)<m)?mx:nmult*((sign(r)*pow(weights.0*fabs(r),p1)+sign(g)*pow(weights.1*fabs(g),p1)+sign(b)*pow(weights.2*fabs(b),p1))/(sign(r)*pow(weights.0*fabs(r),p2)+sign(g)*pow(weights.1*fabs(g),p2)+sign(b)*pow(weights.2*fabs(b),p2)))
  channel1 none
  channel2 none
  channel3 none
  name Norm_Power2
  note_font Helvetica
  xpos -520
  ypos 71
 }
push $N277b6780
 Expression {
  channel0 rgb
  expr0 max(r,g,b)
  channel1 none
  channel2 none
  channel3 none
  name Norm_MaxRGB
  note_font Helvetica
  xpos -400
  ypos 71
 }
push $N277b18b0
 Expression {
  channel0 rgb
  expr0 0.2126*r+0.7152*g+0.0722*b
  channel1 none
  channel2 none
  channel3 none
  name Norm_Luminance
  note_font Helvetica
  xpos -280
  ypos 71
 }
push 0
 Switch {
  inputs 4
  which {{parent.norm}}
  name SwitchNorm
  note_font Helvetica
  xpos -160
  ypos 151
  disable {{!parent.norm}}
 }
 Dot {
  name Dot5
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -126
  ypos 194
 }
set N277f3110 [stack 0]
 Dot {
  name Dot6
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 234
  ypos 194
 }
 Dot {
  name Dot8
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 234
  ypos 314
 }
set N277fcfe0 [stack 0]
push $N277fcfe0
 Expression {
  expr0 "r * (Ymax - Ymin) + Ymin"
  expr1 "g * (Ymax - Ymin) + Ymin"
  expr2 "b * (Ymax - Ymin) + Ymin"
  name linCV_2_Y_f3_
  xpos 80
  ypos 310
  addUserKnob {20 Luminance}
  addUserKnob {7 Ymin R 0.0001 0.02}
  Ymin {{parent.lum.0}}
  addUserKnob {7 Ymax R 48 10000}
  Ymax {{parent.lum.2}}
 }
 Clamp {
  channels rgba
  minimum_enable false
  maximum {{parent.lum.2}}
  name Clamp1
  label "clamp max luminance: avoid nans"
  note_font Helvetica
  xpos 80
  ypos 345
 }
 Group {
  name inv_ssts
  xpos 80
  ypos 390
  addUserKnob {20 ssts_tab l ssts}
  addUserKnob {78 lum l luminance t "<b>SSTS Display Luminance</b>: \ny_min y_mid y_max\n\nAccording to Zach Lewis's ACES_OT\nhttps://gist.github.com/zachlewis/786c0be941868644c993fde1c3515c2c\n\n<b>Standard Cinema</b>: \n0.02 4.8 48\n<b>Dolby Cinema</b>: \n0.0001 7.2 108\n<b>Dolby Pulsar</b>: \n0.005 15 4000\n<b>Dolby PRR-4220</b>: \n0.005 10 600\n<b>Sony BVM-X300</b>: \n0.0001 10 1000\n<b>ACES OCES</b>: \n0.0001 4.8 10000\n\n" n 3}
  lum {{parent.lum} 4.8 {parent.lum}}
  addUserKnob {6 override_ssts_params l "override ssts params" t "Enable overrides of SSTS params.\n\nOtherwise the values will be calculated automatically by the algorithm." +STARTLINE}
  override_ssts_params {{parent.ACES_SSTS.AcesSSTSKernel_override_curve_params}}
  addUserKnob {7 exposure R -5 5}
  exposure {{parent.exposure}}
  addUserKnob {7 knee}
  knee {{parent.pctLow}}
  addUserKnob {7 shoulder}
  shoulder {{parent.pctHigh}}
  addUserKnob {78 slope n 3}
  slope {{parent.slope} {parent.slope} {parent.slope}}
  addUserKnob {20 TsParams_tab l TsParams}
  addUserKnob {7 expShift R -4 4}
  expShift {{"override_ssts_params ? exposure : 0"}}
  addUserKnob {13 minPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  minPoint {{"pow(2, log(0.18*pow(2, MIN_STOP_RRT+((MIN_STOP_SDR-MIN_STOP_RRT)/(log10(MIN_LUM_SDR)-log10(MIN_LUM_RRT)))*(log10(minPoint.y)-log10(MIN_LUM_RRT))))/log(2)-expShift)"} {lum.0} {override_ssts_params?slope.0:0}}
  addUserKnob {13 midPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  midPoint {{"pow(2, ((log(0.18)/log(2)-expShift)))"} {lum.1} {override_ssts_params?slope.1:1.55}}
  addUserKnob {13 maxPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  maxPoint {{"pow(2, log(0.18*pow(2, (MAX_STOP_SDR+(MAX_STOP_RRT-MAX_STOP_SDR)/(log10(MAX_LUM_RRT)-log10(MAX_LUM_SDR))*(log10(maxPoint.y)-log10(MAX_LUM_SDR)))))/log(2)-expShift)"} {lum.2} {override_ssts_params?slope.2:0}}
  addUserKnob {7 knotIncLow}
  knotIncLow {{"(log10(midPoint.x) - log10(minPoint.x)) / 3.0"}}
  addUserKnob {7 knotIncHigh}
  knotIncHigh {{"(log10(maxPoint.x) - log10(midPoint.x)) / 3.0"}}
  addUserKnob {7 pctLow}
  pctLow {{0.18+(0.35-0.18)/(MIN_STOP_SDR-MIN_STOP_RRT)*(log(minPoint.x/0.18)/log(2)-MIN_STOP_RRT)}}
  addUserKnob {7 pctHigh}
  pctHigh {{0.89+(0.90-0.89)/(MAX_STOP_SDR-MAX_STOP_RRT)*(log(maxPoint.x/0.89)/log(2)-MAX_STOP_RRT)}}
  addUserKnob {78 coefsLow n 5}
  coefsLow {{"(minPoint.z * (log10(minPoint.x)-0.5*knotIncLow)) + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x))"} {"(minPoint.z * (log10(minPoint.x)+0.5*knotIncLow)) + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x))"} {log10(minPoint.y)+pctLow*(log10(midPoint.y)-log10(minPoint.y))} {"(midPoint.z * (log10(midPoint.x)-0.5*knotIncLow)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {"(midPoint.z * (log10(midPoint.x)+0.5*knotIncLow)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"}}
  addUserKnob {78 coefsHigh n 5}
  coefsHigh {{"(midPoint.z * (log10(midPoint.x)-0.5*knotIncHigh)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {"(midPoint.z * (log10(midPoint.x)+0.5*knotIncHigh)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {log10(midPoint.y)+pctHigh*(log10(maxPoint.y)-log10(midPoint.y))} {"(maxPoint.z * (log10(maxPoint.x)-0.5*knotIncHigh)) + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x))"} {"(maxPoint.z * (log10(maxPoint.x)+0.5*knotIncHigh)) + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x))"}}
  addUserKnob {7 KNOT_INC_LOW}
  KNOT_INC_LOW {{"(log10(midPoint.x) - log10(minPoint.x)) / (N_KNOTS_LOW - 1)"}}
  addUserKnob {7 KNOT_INC_HIGH}
  KNOT_INC_HIGH {{"(log10(maxPoint.x) - log10(midPoint.x)) / (N_KNOTS_HIGH - 1)"}}
  addUserKnob {78 KNOT_Y_LOW n 4}
  KNOT_Y_LOW {{"(coefsLow.0 + coefsLow.1) / 2"} {"(coefsLow.1 + coefsLow.2) / 2"} {"(coefsLow.2 + coefsLow.3) / 2"} {"(coefsLow.3 + coefsLow.4) / 2"}}
  addUserKnob {78 KNOT_Y_HIGH n 4}
  KNOT_Y_HIGH {{"(coefsHigh.0 + coefsHigh.1) / 2"} {"(coefsHigh.1 + coefsHigh.2) / 2"} {"(coefsHigh.2 + coefsHigh.3) / 2"} {"(coefsHigh.3 + coefsHigh.4) / 2"}}
  addUserKnob {20 Constants_tab l const}
  addUserKnob {3 N_KNOTS_LOW}
  N_KNOTS_LOW 4
  addUserKnob {3 N_KNOTS_HIGH}
  N_KNOTS_HIGH 4
  addUserKnob {7 MIN_STOP_SDR R -20 20}
  MIN_STOP_SDR -6.5
  addUserKnob {7 MAX_STOP_SDR R -20 20}
  MAX_STOP_SDR 6.5
  addUserKnob {7 MIN_STOP_RRT R -20 20}
  MIN_STOP_RRT -15
  addUserKnob {7 MAX_STOP_RRT R -20 20}
  MAX_STOP_RRT 18
  addUserKnob {7 MIN_LUM_SDR R 0 0.1}
  MIN_LUM_SDR 0.02
  addUserKnob {7 MAX_LUM_SDR R 0 100}
  MAX_LUM_SDR 48
  addUserKnob {7 MIN_LUM_RRT R 0 0.1}
  MIN_LUM_RRT 0.0001
  addUserKnob {7 MAX_LUM_RRT R 0 10000}
  MAX_LUM_RRT 10000
 }
  Input {
   inputs 0
   name Input
   xpos -1030
   ypos -634
  }
  Dot {
   name Dot25
   label " "
   xpos -996
   ypos -318
  }
set N2783c8e0 [stack 0]
  Dot {
   name Dot26
   label " "
   xpos -996
   ypos 1506
  }
push $N2783c8e0
  Dot {
   name Dot4
   label " "
   xpos -886
   ypos -318
  }
set N27646450 [stack 0]
  Dot {
   name Dot5
   label " "
   xpos -776
   ypos -318
  }
set N2764b130 [stack 0]
  Dot {
   name Dot2
   label " "
   xpos -666
   ypos -318
  }
set N2764ff50 [stack 0]
  Dot {
   name Dot3
   label " "
   xpos -556
   ypos -318
  }
set N27654df0 [stack 0]
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   expr0 "logr <= log10(minPoint.y)"
   expr1 "logg <= log10(minPoint.y)"
   expr2 "logb <= log10(minPoint.y)"
   name segment_bottom
   xpos -590
   ypos -202
  }
  Dot {
   name Dot1
   label " "
   xpos -556
   ypos 162
  }
push $N27654df0
  Dot {
   name Dot7
   label " "
   xpos -336
   ypos -318
  }
set N2766cc90 [stack 0]
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 log10(minPoint.x)
   expr1 log10(minPoint.x)
   expr2 log10(minPoint.x)
   expr3 1
   name Expression
   xpos -370
   ypos -202
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply3
   xpos -370
   ypos 158
  }
  Dot {
   name Dot27
   label " "
   xpos -336
   ypos 786
  }
push $N2764ff50
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   expr0 "( logr > log10(minPoint.y) ) && ( logr <= log10(midPoint.y) )"
   expr1 "( logg > log10(minPoint.y) ) && ( logg <= log10(midPoint.y) )"
   expr2 "( logb > log10(minPoint.y) ) && ( logb <= log10(midPoint.y) )"
   name segment_low
   xpos -700
   ypos -202
  }
  Dot {
   name Dot22
   label " "
   xpos -666
   ypos 354
  }
push $N2766cc90
  Dot {
   name Dot9
   label " "
   xpos -6
   ypos -318
  }
set N276a8390 [stack 0]
  Dot {
   name Dot6
   label " "
   xpos -6
   ypos -174
  }
set N276ad120 [stack 0]
  Dot {
   name Dot8
   label " "
   xpos 214
   ypos -174
  }
set N276b1f70 [stack 0]
  Dot {
   name Dot13
   label " "
   xpos 434
   ypos -174
  }
  Dot {
   name Dot19
   xpos 434
   ypos -78
  }
set N276bbd20 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(b, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_LOW.0) && (logy <= KNOT_Y_LOW.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_LOW.1) && (logy <= KNOT_Y_LOW.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_LOW.2) && (logy <= KNOT_Y_LOW.3)"
   expr0 "low ? coefsLow.0 : mid ? coefsLow.1 : coefsLow.2"
   expr1 "low ? coefsLow.1 : mid ? coefsLow.2 : coefsLow.3"
   expr2 "low ? coefsLow.2 : mid ? coefsLow.3 : coefsLow.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow5
   xpos 290
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low5
   xpos 290
   ypos -34
  }
push $N276bbd20
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Bb, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy5
   xpos 400
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b)/(-sqrt(g*g - 4*r*b)-g)"
   expr0 0
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 0
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 "log10(minPoint.x) + (t +j) * KNOT_INC_LOW"
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals4
   xpos 400
   ypos 14
   addUserKnob {20 User}
   addUserKnob {7 knotIncLow}
   knotIncLow {{parent.knotIncLow}}
   addUserKnob {13 min l Min}
   min {{parent.min.x} {parent.min.y} {parent.minSlope}}
  }
push 0
push $N276ad120
  Dot {
   name Dot10
   xpos -6
   ypos -78
  }
set N276f8540 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_LOW.0) && (logy <= KNOT_Y_LOW.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_LOW.1) && (logy <= KNOT_Y_LOW.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_LOW.2) && (logy <= KNOT_Y_LOW.3)"
   expr0 "low ? coefsLow.0 : mid ? coefsLow.1 : coefsLow.2"
   expr1 "low ? coefsLow.1 : mid ? coefsLow.2 : coefsLow.3"
   expr2 "low ? coefsLow.2 : mid ? coefsLow.3 : coefsLow.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow
   xpos -150
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low
   xpos -150
   ypos -34
  }
push $N276f8540
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Br, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy
   xpos -40
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b)/(-sqrt(g*g - 4*r*b)-g)"
   expr0 "log10(minPoint.x) + (t +j) * KNOT_INC_LOW"
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 0
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 0
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals
   xpos -40
   ypos 14
   addUserKnob {20 User}
   addUserKnob {7 knotIncLow}
   knotIncLow {{parent.knotIncLow}}
   addUserKnob {13 min l Min}
   min {{parent.min.x} {parent.min.y} {parent.minSlope}}
  }
push $N276b1f70
  Dot {
   name Dot18
   xpos 214
   ypos -78
  }
set N27734b00 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(g, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_LOW.0) && (logy <= KNOT_Y_LOW.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_LOW.1) && (logy <= KNOT_Y_LOW.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_LOW.2) && (logy <= KNOT_Y_LOW.3)"
   expr0 "low ? coefsLow.0 : mid ? coefsLow.1 : coefsLow.2"
   expr1 "low ? coefsLow.1 : mid ? coefsLow.2 : coefsLow.3"
   expr2 "low ? coefsLow.2 : mid ? coefsLow.3 : coefsLow.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow4
   xpos 70
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low4
   xpos 70
   ypos -34
  }
push $N27734b00
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Bg, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy4
   xpos 180
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b)/(-sqrt(g*g - 4*r*b)-g)"
   expr0 0
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 "log10(minPoint.x) + (t +j) * KNOT_INC_LOW"
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 0
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals5
   xpos 180
   ypos 14
   addUserKnob {20 User}
   addUserKnob {7 knotIncLow}
   knotIncLow {{parent.knotIncLow}}
   addUserKnob {13 min l Min}
   min {{parent.min.x} {parent.min.y} {parent.minSlope}}
  }
  Merge2 {
   inputs 3+1
   operation plus
   bbox B
   name Merge2
   xpos 180
   ypos 134
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply1
   xpos 180
   ypos 350
  }
  Dot {
   name Dot28
   label " "
   xpos 214
   ypos 786
  }
push 0
push $N2764b130
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   expr0 "( logr >= log10(midPoint.y) ) && ( logr < log10(maxPoint.y) )"
   expr1 "( logg >= log10(midPoint.y) ) && ( logg < log10(maxPoint.y) )"
   expr2 "( logb >= log10(midPoint.y) ) && ( logb < log10(maxPoint.y) )"
   name segment_high
   xpos -810
   ypos -202
  }
  Dot {
   name Dot23
   label " "
   xpos -776
   ypos 474
  }
push $N276a8390
  Dot {
   name Dot14
   label " "
   xpos 764
   ypos -318
  }
set N275a9e90 [stack 0]
  Dot {
   name Dot15
   label " "
   xpos 764
   ypos -174
  }
set N275aec20 [stack 0]
  Dot {
   name Dot17
   label " "
   xpos 984
   ypos -174
  }
set N275b3a70 [stack 0]
  Dot {
   name Dot20
   label " "
   xpos 1204
   ypos -174
  }
  Dot {
   name Dot16
   xpos 1204
   ypos -78
  }
set N275bd710 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(b, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_HIGH.0) && (logy <= KNOT_Y_HIGH.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_HIGH.1) && (logy <= KNOT_Y_HIGH.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_HIGH.2) && (logy <= KNOT_Y_HIGH.3)"
   expr0 "low ? coefsHigh.0 : mid ? coefsHigh.1 : coefsHigh.2"
   expr1 "low ? coefsHigh.1 : mid ? coefsHigh.2 : coefsHigh.3"
   expr2 "low ? coefsHigh.2 : mid ? coefsHigh.3 : coefsHigh.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow3
   xpos 1060
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low3
   xpos 1060
   ypos -34
  }
push $N275bd710
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Bb, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy3
   xpos 1170
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b) / (-sqrt(g*g - 4*r*b) - g)"
   expr0 0
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 0
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 "log10(midPoint.x) + (t +j) * KNOT_INC_HIGH"
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals3
   xpos 1170
   ypos 14
  }
push 0
push $N275aec20
  Dot {
   name Dot11
   xpos 764
   ypos -78
  }
set N275f85f0 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_HIGH.0) && (logy <= KNOT_Y_HIGH.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_HIGH.1) && (logy <= KNOT_Y_HIGH.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_HIGH.2) && (logy <= KNOT_Y_HIGH.3)"
   expr0 "low ? coefsHigh.0 : mid ? coefsHigh.1 : coefsHigh.2"
   expr1 "low ? coefsHigh.1 : mid ? coefsHigh.2 : coefsHigh.3"
   expr2 "low ? coefsHigh.2 : mid ? coefsHigh.3 : coefsHigh.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow1
   xpos 620
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low1
   xpos 620
   ypos -34
  }
push $N275f85f0
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Br, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy1
   xpos 730
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b) / (-sqrt(g*g - 4*r*b) - g)"
   expr0 "log10(midPoint.x) + (t +j) * KNOT_INC_HIGH"
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 0
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 0
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals1
   xpos 730
   ypos 14
  }
push $N275b3a70
  Dot {
   name Dot12
   xpos 984
   ypos -78
  }
set N276337a0 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(g, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_HIGH.0) && (logy <= KNOT_Y_HIGH.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_HIGH.1) && (logy <= KNOT_Y_HIGH.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_HIGH.2) && (logy <= KNOT_Y_HIGH.3)"
   expr0 "low ? coefsHigh.0 : mid ? coefsHigh.1 : coefsHigh.2"
   expr1 "low ? coefsHigh.1 : mid ? coefsHigh.2 : coefsHigh.3"
   expr2 "low ? coefsHigh.2 : mid ? coefsHigh.3 : coefsHigh.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow2
   xpos 840
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low2
   xpos 840
   ypos -34
  }
push $N276337a0
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Bg, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy2
   xpos 950
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b) / (-sqrt(g*g - 4*r*b) - g)"
   expr0 0
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 "log10(midPoint.x) + (t +j) * KNOT_INC_HIGH"
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 0
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals2
   xpos 950
   ypos 14
  }
  Merge2 {
   inputs 3+1
   operation plus
   bbox B
   output rgb
   name Merge1
   xpos 950
   ypos 134
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply2
   xpos 950
   ypos 470
  }
  Dot {
   name Dot29
   label " "
   xpos 984
   ypos 786
  }
push $N27646450
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   expr0 "logr >= log10(maxPoint.y) ? 1 : 0"
   expr1 "logg >= log10(maxPoint.y) ? 1 : 0"
   expr2 "logb >= log10(maxPoint.y) ? 1 : 0"
   name segment_peak
   xpos -920
   ypos -202
  }
  Dot {
   name Dot24
   label " "
   xpos -886
   ypos 618
  }
push $N275a9e90
  Dot {
   name Dot21
   label " "
   xpos 1534
   ypos -318
  }
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 log10(maxPoint.x)
   expr1 log10(maxPoint.x)
   expr2 log10(maxPoint.x)
   expr3 1
   name proc_low1
   label Expression
   xpos 1500
   ypos -208
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply4
   xpos 1500
   ypos 614
  }
  Merge2 {
   inputs 4+1
   operation plus
   bbox B
   output rgb
   name Merge3
   xpos 510
   ypos 1118
  }
  Expression {
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 pow(10,r)
   expr1 pow(10,g)
   expr2 pow(10,b)
   name Expression13
   xpos 510
   ypos 1238
  }
  Copy {
   inputs 2
   from0 rgba.alpha
   to0 rgba.alpha
   name Copy1
   xpos 510
   ypos 1496
  }
  Output {
   name Output1
   xpos 510
   ypos 1814
  }
 end_group
 MergeExpression {
  inputs 2
  expr0 Ar==0?0:Br/Ar
  expr1 Ag==0?0:Bg/Ag
  expr2 Ab==0?0:Bb/Ab
  name MergeDivideReverse1
  xpos 200
  ypos 430
  disable {{!parent.norm}}
 }
 Merge2 {
  inputs 2
  operation multiply
  bbox B
  Achannels rgb
  Bchannels rgb
  output rgb
  name Merge1
  note_font Helvetica
  xpos 200
  ypos 511
  disable {{!parent.norm}}
 }
 Dot {
  name Dot9
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 234
  ypos 634
 }
push $N277a7ac0
push $N277f3110
 Dot {
  name Dot7
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -126
  ypos 274
 }
 Dot {
  name Dot13
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -126
  ypos 314
 }
set N275256a0 [stack 0]
push $N275256a0
 Dot {
  name Dot14
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -246
  ypos 314
 }
set N2752a5a0 [stack 0]
 Group {
  name ssts
  xpos -280
  ypos 350
  addUserKnob {20 ssts_tab l ssts}
  addUserKnob {26 display_label l " " T "<b>Display Settings</b>"}
  addUserKnob {78 lum l luminance t "<b>SSTS Display Luminance</b>: \ny_min y_mid y_max\n\nAccording to Zach Lewis's ACES_OT\nhttps://gist.github.com/zachlewis/786c0be941868644c993fde1c3515c2c\n\n<b>Standard Cinema</b>: \n0.02 4.8 48\n<b>Dolby Cinema</b>: \n0.0001 7.2 108\n<b>Dolby Pulsar</b>: \n0.005 15 4000\n<b>Dolby PRR-4220</b>: \n0.005 10 600\n<b>Sony BVM-X300</b>: \n0.0001 10 1000\n<b>ACES OCES</b>: \n0.0001 4.8 10000\n\n" n 3}
  lum {{parent.lum} {parent.lum} {parent.lum}}
  addUserKnob {6 override_ssts_params l "override ssts params" t "Enable overrides of SSTS params.\n\nOtherwise the values will be calculated automatically by the algorithm." +STARTLINE}
  override_ssts_params {{parent.override_ssts_params}}
  addUserKnob {7 exposure R -5 5}
  exposure {{parent.exposure}}
  addUserKnob {7 knee}
  knee {{parent.pctLow}}
  addUserKnob {7 shoulder}
  shoulder {{parent.pctHigh}}
  addUserKnob {78 slope n 3}
  slope {{parent.slope} {parent.slope} {parent.slope}}
  addUserKnob {20 TsParams_tab l TsParams}
  addUserKnob {7 mid_lum l "mid lum" R 0 20}
  mid_lum {{parent.lum.1}}
  addUserKnob {7 expShift R -4 4}
  expShift {{"(parent.override_ssts_params ? exposure : 0) + (mid_lum<= 4.8 ? 0 : \[sample parent.expShift r 0 0] )"}}
  addUserKnob {13 minPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  minPoint {{"pow(2, log(0.18*pow(2, MIN_STOP_RRT+((MIN_STOP_SDR-MIN_STOP_RRT)/(log10(MIN_LUM_SDR)-log10(MIN_LUM_RRT)))*(log10(minPoint.y)-log10(MIN_LUM_RRT))))/log(2)-expShift)"} {lum.0} {override_ssts_params?slope.0:0}}
  addUserKnob {13 midPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  midPoint {{"pow(2, ((log(0.18)/log(2)-expShift)))"} 4.8 {override_ssts_params?slope.1:1.55}}
  addUserKnob {13 maxPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  maxPoint {{"pow(2, log(0.18*pow(2, (MAX_STOP_SDR + (MAX_STOP_RRT-MAX_STOP_SDR) / (log10(MAX_LUM_RRT)-log10(MAX_LUM_SDR)) * (log10(maxPoint.y)-log10(MAX_LUM_SDR)))))/log(2)-expShift)"} {lum.2} {override_ssts_params?slope.2:0}}
  addUserKnob {7 knotIncLow}
  knotIncLow {{"(log10(midPoint.x) - log10(minPoint.x)) / 3.0"}}
  addUserKnob {7 knotIncHigh}
  knotIncHigh {{"(log10(maxPoint.x) - log10(midPoint.x)) / 3.0"}}
  addUserKnob {7 pctLow}
  pctLow {{0.18+(0.35-0.18)/(MIN_STOP_SDR-MIN_STOP_RRT)*(log(minPoint.x/0.18)/log(2)-MIN_STOP_RRT)}}
  addUserKnob {7 pctHigh}
  pctHigh {{0.89+(0.90-0.89)/(MAX_STOP_SDR-MAX_STOP_RRT)*(log(maxPoint.x/0.89)/log(2)-MAX_STOP_RRT)}}
  addUserKnob {78 coefsLow n 5}
  coefsLow {{"(minPoint.z * (log10(minPoint.x)-0.5*knotIncLow)) + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x))"} {"(minPoint.z * (log10(minPoint.x)+0.5*knotIncLow)) + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x))"} {log10(minPoint.y)+pctLow*(log10(midPoint.y)-log10(minPoint.y))} {"(midPoint.z * (log10(midPoint.x)-0.5*knotIncLow)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {"(midPoint.z * (log10(midPoint.x)+0.5*knotIncLow)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"}}
  addUserKnob {78 coefsHigh n 5}
  coefsHigh {{"(midPoint.z * (log10(midPoint.x)-0.5*knotIncHigh)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {"(midPoint.z * (log10(midPoint.x)+0.5*knotIncHigh)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {log10(midPoint.y)+pctHigh*(log10(maxPoint.y)-log10(midPoint.y))} {"(maxPoint.z * (log10(maxPoint.x)-0.5*knotIncHigh)) + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x))"} {"(maxPoint.z * (log10(maxPoint.x)+0.5*knotIncHigh)) + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x))"}}
  addUserKnob {20 Constants_tab l const}
  addUserKnob {3 N_KNOTS_LOW}
  N_KNOTS_LOW 4
  addUserKnob {3 N_KNOTS_HIGH}
  N_KNOTS_HIGH 4
  addUserKnob {7 MIN_STOP_SDR R -20 20}
  MIN_STOP_SDR -6.5
  addUserKnob {7 MAX_STOP_SDR R -20 20}
  MAX_STOP_SDR 6.5
  addUserKnob {7 MIN_STOP_RRT R -20 20}
  MIN_STOP_RRT -15
  addUserKnob {7 MAX_STOP_RRT R -20 20}
  MAX_STOP_RRT 18
  addUserKnob {7 MIN_LUM_SDR R 0 0.1}
  MIN_LUM_SDR 0.02
  addUserKnob {7 MAX_LUM_SDR R 0 100}
  MAX_LUM_SDR 48
  addUserKnob {7 MIN_LUM_RRT R 0 0.1}
  MIN_LUM_RRT 0.0001
  addUserKnob {7 MAX_LUM_RRT R 0 10000}
  MAX_LUM_RRT 10000
 }
  Input {
   inputs 0
   name Input
   xpos -1030
   ypos -634
  }
  Dot {
   name Dot25
   label " "
   xpos -996
   ypos -318
  }
set N27349e50 [stack 0]
  Dot {
   name Dot26
   label " "
   xpos -996
   ypos 1506
  }
push $N27349e50
  Dot {
   name Dot4
   label " "
   xpos -886
   ypos -318
  }
set N273538f0 [stack 0]
  Dot {
   name Dot5
   label " "
   xpos -776
   ypos -318
  }
set N27358680 [stack 0]
  Dot {
   name Dot2
   label " "
   xpos -666
   ypos -318
  }
set N2735d4a0 [stack 0]
  Dot {
   name Dot3
   label " "
   xpos -556
   ypos -318
  }
set N27362340 [stack 0]
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 5.96046448e-08 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 5.96046448e-08 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 5.96046448e-08 ))"
   expr0 "logr <= log10(minPoint.x)"
   expr1 "logg <= log10(minPoint.x)"
   expr2 "logb <= log10(minPoint.x)"
   name segment_bottom
   xpos -590
   ypos -178
  }
  Dot {
   name Dot1
   label " "
   xpos -556
   ypos 162
  }
push $N27362340
  Dot {
   name Dot7
   label " "
   xpos -336
   ypos -318
  }
set N2737a430 [stack 0]
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 5.96046448e-08 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 5.96046448e-08 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 5.96046448e-08 ))"
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 "logr * minPoint.z + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x) )"
   expr1 "logg * minPoint.z + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x) )"
   expr2 "logb* minPoint.z + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x) )"
   expr3 1
   name Expression
   xpos -370
   ypos -178
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply3
   xpos -370
   ypos 158
  }
  Dot {
   name Dot27
   label " "
   xpos -336
   ypos 786
  }
push $N2735d4a0
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 5.96046448e-08 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 5.96046448e-08 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 5.96046448e-08 ))"
   expr0 "( logr > log10(minPoint.x) ) * ( logr < log10(midPoint.x) )"
   expr1 "( logg > log10(minPoint.x) ) * ( logg < log10(midPoint.x) )"
   expr2 "( logb > log10(minPoint.x) ) * ( logb < log10(midPoint.x) )"
   name segment_low
   xpos -700
   ypos -178
  }
  Dot {
   name Dot22
   label " "
   xpos -666
   ypos 354
  }
push $N2737a430
  Dot {
   name Dot9
   label " "
   xpos -6
   ypos -318
  }
set N273b5920 [stack 0]
  Dot {
   name Dot6
   label " "
   xpos -6
   ypos -198
  }
set N273ba6b0 [stack 0]
  Dot {
   name Dot8
   label " "
   xpos 214
   ypos -198
  }
set N273bf500 [stack 0]
  Dot {
   name Dot13
   label " "
   xpos 434
   ypos -198
  }
  Dot {
   name Dot12
   label " "
   xpos 434
   ypos -78
  }
set N273c91a0 [stack 0]
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(b, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_LOW-1) * (logx-log10(minPoint.x))/(log10(midPoint.x)-log10(minPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 "j == 0 ? coefsLow.0 : j == 1 ? coefsLow.1 : j == 2 ? coefsLow.2 :j == 3 ? coefsLow.3 : j == 4 ? coefsLow.4 : 0"
   expr1 "j == 0 ? coefsLow.1 : j == 1 ? coefsLow.2 : j == 2 ? coefsLow.3 :j == 3 ? coefsLow.4 : j == 4 ? coefsLow.4 : 0"
   expr2 "j == 0 ? coefsLow.2 : j == 1 ? coefsLow.3 : j == 2 ? coefsLow.4 :j == 3 ? coefsLow.4 : j == 4 ? coefsLow.4 : 0"
   name Expression5
   xpos 290
   ypos -34
  }
  ColorMatrix {
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name ColorMatrix3
   label "mult_f3_f33( cf, M)"
   xpos 290
   ypos 8
  }
push $N273c91a0
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(b, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_LOW-1) * (logx-log10(minPoint.x))/(log10(midPoint.x)-log10(minPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 t*t
   expr1 t
   expr2 1
   expr3 1
   name Expression6
   xpos 400
   ypos -34
  }
  MergeExpression {
   inputs 2
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 0
   expr1 0
   expr2 (Ar*Br)+(Ag*Bg)+(Ab*Bb)
   name dot_f3_f2
   label "logy = dot_f3_f3( monomials, mult_f3_f33( cf, M))"
   xpos 400
   ypos 8
  }
push 0
push $N273bf500
  Dot {
   name Dot11
   label " "
   xpos 214
   ypos -78
  }
set N27403f80 [stack 0]
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(g, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_LOW-1) * (logx-log10(minPoint.x))/(log10(midPoint.x)-log10(minPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 "j == 0 ? coefsLow.0 : j == 1 ? coefsLow.1 : j == 2 ? coefsLow.2 :j == 3 ? coefsLow.3 : j == 4 ? coefsLow.4 : 0"
   expr1 "j == 0 ? coefsLow.1 : j == 1 ? coefsLow.2 : j == 2 ? coefsLow.3 :j == 3 ? coefsLow.4 : j == 4 ? coefsLow.4 : 0"
   expr2 "j == 0 ? coefsLow.2 : j == 1 ? coefsLow.3 : j == 2 ? coefsLow.4 :j == 3 ? coefsLow.4 : j == 4 ? coefsLow.4 : 0"
   name Expression3
   xpos 70
   ypos -34
  }
  ColorMatrix {
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name ColorMatrix1
   label "mult_f3_f33( cf, M)"
   xpos 70
   ypos 8
  }
push $N27403f80
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(g, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_LOW-1) * (logx-log10(minPoint.x))/(log10(midPoint.x)-log10(minPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 t*t
   expr1 t
   expr2 1
   expr3 1
   name Expression4
   xpos 180
   ypos -34
  }
  MergeExpression {
   inputs 2
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 0
   expr1 (Ar*Br)+(Ag*Bg)+(Ab*Bb)
   expr2 0
   name dot_f3_f7
   label "logy = dot_f3_f3( monomials, mult_f3_f33( cf, M))"
   xpos 180
   ypos 8
  }
push $N273ba6b0
  Dot {
   name Dot10
   label " "
   xpos -6
   ypos -78
  }
set N2743f200 [stack 0]
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(r, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_LOW-1) * (logx-log10(minPoint.x))/(log10(midPoint.x)-log10(minPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 "j == 0 ? coefsLow.0 : j == 1 ? coefsLow.1 : j == 2 ? coefsLow.2 :j == 3 ? coefsLow.3 : j == 4 ? coefsLow.4 : 0"
   expr1 "j == 0 ? coefsLow.1 : j == 1 ? coefsLow.2 : j == 2 ? coefsLow.3 :j == 3 ? coefsLow.4 : j == 4 ? coefsLow.4 : 0"
   expr2 "j == 0 ? coefsLow.2 : j == 1 ? coefsLow.3 : j == 2 ? coefsLow.4 :j == 3 ? coefsLow.4 : j == 4 ? coefsLow.4 : 0"
   name Expression1
   xpos -150
   ypos -34
  }
  ColorMatrix {
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name ColorMatrix2
   label "mult_f3_f33( cf, M)"
   xpos -150
   ypos 8
  }
push $N2743f200
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(r, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_LOW-1) * (logx-log10(minPoint.x))/(log10(midPoint.x)-log10(minPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 t*t
   expr1 t
   expr2 1
   expr3 1
   name Expression2
   xpos -40
   ypos -34
  }
  MergeExpression {
   inputs 2
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 (Ar*Br)+(Ag*Bg)+(Ab*Bb)
   expr1 0
   expr2 0
   name dot_f3_f1
   label "logy = dot_f3_f3( monomials, mult_f3_f33( cf, M))"
   xpos -40
   ypos 8
  }
  Merge2 {
   inputs 3+1
   operation plus
   bbox B
   output rgb
   name Merge1
   xpos 180
   ypos 158
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply1
   xpos 180
   ypos 350
  }
  Dot {
   name Dot28
   label " "
   xpos 214
   ypos 786
  }
push 0
push $N27358680
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 5.96046448e-08 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 5.96046448e-08 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 5.96046448e-08 ))"
   expr0 "( logr >= log10(midPoint.x) ) * ( logr < log10(maxPoint.x) )"
   expr1 "( logg >= log10(midPoint.x) ) * ( logg < log10(maxPoint.x) )"
   expr2 "( logb >= log10(midPoint.x) ) * ( logb < log10(maxPoint.x) )"
   name segment_high
   xpos -810
   ypos -178
  }
  Dot {
   name Dot23
   label " "
   xpos -776
   ypos 474
  }
push $N273b5920
  Dot {
   name Dot14
   label " "
   xpos 764
   ypos -318
  }
set N272b36f0 [stack 0]
  Dot {
   name Dot15
   label " "
   xpos 764
   ypos -198
  }
set N272b8480 [stack 0]
  Dot {
   name Dot17
   label " "
   xpos 984
   ypos -198
  }
set N272bd2d0 [stack 0]
  Dot {
   name Dot20
   label " "
   xpos 1204
   ypos -198
  }
  Dot {
   name Dot19
   label " "
   xpos 1204
   ypos -78
  }
set N272c6f70 [stack 0]
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(b, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_HIGH-1) * (logx-log10(midPoint.x))/(log10(maxPoint.x)-log10(midPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 "j == 0 ? coefsHigh.0 : j == 1 ? coefsHigh.1 : j == 2 ? coefsHigh.2 :j == 3 ? coefsHigh.3 : j == 4 ? coefsHigh.4 : 0"
   expr1 "j == 0 ? coefsHigh.1 : j == 1 ? coefsHigh.2 : j == 2 ? coefsHigh.3 :j == 3 ? coefsHigh.4 : j == 4 ? coefsHigh.4 : 0"
   expr2 "j == 0 ? coefsHigh.2 : j == 1 ? coefsHigh.3 : j == 2 ? coefsHigh.4 :j == 3 ? coefsHigh.4 : j == 4 ? coefsHigh.4 : 0"
   expr3 j
   name Expression11
   xpos 1060
   ypos -34
  }
  ColorMatrix {
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name ColorMatrix6
   label "mult_f3_f33( cf, M)"
   xpos 1060
   ypos 8
  }
push $N272c6f70
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(b, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_HIGH-1) * (logx-log10(midPoint.x))/(log10(maxPoint.x)-log10(midPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 t*t
   expr1 t
   expr2 1
   expr3 1
   name Expression12
   xpos 1170
   ypos -34
  }
  MergeExpression {
   inputs 2
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 0
   expr1 0
   expr2 (Ar*Br)+(Ag*Bg)+(Ab*Bb)
   name dot_f3_f6
   label "logy = dot_f3_f3( monomials, mult_f3_f33( cf, M))"
   xpos 1170
   ypos 8
  }
push 0
push $N272bd2d0
  Dot {
   name Dot18
   label " "
   xpos 984
   ypos -78
  }
set N27302230 [stack 0]
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(g, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_HIGH-1) * (logx-log10(midPoint.x))/(log10(maxPoint.x)-log10(midPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 "j == 0 ? coefsHigh.0 : j == 1 ? coefsHigh.1 : j == 2 ? coefsHigh.2 :j == 3 ? coefsHigh.3 : j == 4 ? coefsHigh.4 : 0"
   expr1 "j == 0 ? coefsHigh.1 : j == 1 ? coefsHigh.2 : j == 2 ? coefsHigh.3 :j == 3 ? coefsHigh.4 : j == 4 ? coefsHigh.4 : 0"
   expr2 "j == 0 ? coefsHigh.2 : j == 1 ? coefsHigh.3 : j == 2 ? coefsHigh.4 :j == 3 ? coefsHigh.4 : j == 4 ? coefsHigh.4 : 0"
   expr3 j
   name Expression9
   xpos 840
   ypos -34
  }
  ColorMatrix {
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name ColorMatrix5
   label "mult_f3_f33( cf, M)"
   xpos 840
   ypos 8
  }
push $N27302230
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(g, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_HIGH-1) * (logx-log10(midPoint.x))/(log10(maxPoint.x)-log10(midPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 t*t
   expr1 t
   expr2 1
   expr3 1
   name Expression10
   xpos 950
   ypos -34
  }
  MergeExpression {
   inputs 2
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 0
   expr1 (Ar*Br)+(Ag*Bg)+(Ab*Bb)
   expr2 0
   name dot_f3_f5
   label "logy = dot_f3_f3( monomials, mult_f3_f33( cf, M))"
   xpos 950
   ypos 8
  }
push $N272b8480
  Dot {
   name Dot16
   label " "
   xpos 764
   ypos -78
  }
set N2733d510 [stack 0]
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(r, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_HIGH-1) * (logx-log10(midPoint.x))/(log10(maxPoint.x)-log10(midPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 "j == 0 ? coefsHigh.0 : j == 1 ? coefsHigh.1 : j == 2 ? coefsHigh.2 :j == 3 ? coefsHigh.3 : j == 4 ? coefsHigh.4 : 0"
   expr1 "j == 0 ? coefsHigh.1 : j == 1 ? coefsHigh.2 : j == 2 ? coefsHigh.3 :j == 3 ? coefsHigh.4 : j == 4 ? coefsHigh.4 : 0"
   expr2 "j == 0 ? coefsHigh.2 : j == 1 ? coefsHigh.3 : j == 2 ? coefsHigh.4 :j == 3 ? coefsHigh.4 : j == 4 ? coefsHigh.4 : 0"
   expr3 j
   name Expression7
   xpos 620
   ypos -34
  }
  ColorMatrix {
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name ColorMatrix4
   label "mult_f3_f33( cf, M)"
   xpos 620
   ypos 8
  }
push $N2733d510
  Expression {
   temp_name0 logx
   temp_expr0 "(log10( max(r, 5.96046448e-08 )))"
   temp_name1 knot_coord
   temp_expr1 "(N_KNOTS_HIGH-1) * (logx-log10(midPoint.x))/(log10(maxPoint.x)-log10(midPoint.x))"
   temp_name2 j
   temp_expr2 int(knot_coord)
   temp_name3 t
   temp_expr3 "knot_coord - j"
   expr0 t*t
   expr1 t
   expr2 1
   expr3 1
   name Expression8
   xpos 730
   ypos -34
  }
  MergeExpression {
   inputs 2
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 (Ar*Br)+(Ag*Bg)+(Ab*Bb)
   expr1 0
   expr2 0
   name dot_f3_f4
   label "logy = dot_f3_f3( monomials, mult_f3_f33( cf, M))"
   xpos 730
   ypos 8
  }
  Merge2 {
   inputs 3+1
   operation plus
   bbox B
   output rgb
   name Merge2
   xpos 950
   ypos 158
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply2
   xpos 950
   ypos 470
  }
  Dot {
   name Dot29
   label " "
   xpos 984
   ypos 786
  }
push $N273538f0
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 5.96046448e-08 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 5.96046448e-08 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 5.96046448e-08 ))"
   expr0 "logr >= log10(maxPoint.x) ? 1 : 0"
   expr1 "logg >= log10(maxPoint.x) ? 1 : 0"
   expr2 "logb >= log10(maxPoint.x) ? 1 : 0"
   name segment_peak
   xpos -920
   ypos -178
  }
  Dot {
   name Dot24
   label " "
   xpos -886
   ypos 618
  }
push $N272b36f0
  Dot {
   name Dot21
   label " "
   xpos 1534
   ypos -318
  }
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 5.96046448e-08 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 5.96046448e-08 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 5.96046448e-08 ))"
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 "logr * maxPoint.z + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x) )"
   expr1 "logg * maxPoint.z + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x) )"
   expr2 "logb* maxPoint.z + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x) )"
   expr3 1
   name proc_low1
   label Expression
   xpos 1500
   ypos -160
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply4
   xpos 1500
   ypos 614
  }
  Dot {
   name Dot30
   xpos 1534
   ypos 810
  }
  Merge2 {
   inputs 4+1
   operation plus
   bbox B
   output rgb
   name Merge3
   xpos 510
   ypos 1118
  }
  Expression {
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 pow(10,r)
   expr1 pow(10,g)
   expr2 pow(10,b)
   name Expression13
   xpos 510
   ypos 1238
  }
  Copy {
   inputs 2
   from0 rgba.alpha
   to0 rgba.alpha
   name Copy1
   xpos 510
   ypos 1496
  }
  Output {
   name Output1
   xpos 510
   ypos 1814
  }
 end_group
 Expression {
  expr0 "(r - Ymin) / (Ymax - Ymin)"
  expr1 "(g - Ymin) / (Ymax - Ymin)"
  expr2 "(b - Ymin) / (Ymax - Ymin)"
  expr3 1
  name Y_2_linCV_f3_
  xpos -280
  ypos 390
  addUserKnob {20 Luminance}
  addUserKnob {7 Ymin R 0.0001 0.02}
  Ymin {{parent.lum.0}}
  addUserKnob {7 Ymax R 48 10000}
  Ymax {{parent.lum.2}}
 }
 MergeExpression {
  inputs 2
  expr0 Ar==0?0:Br/Ar
  expr1 Ag==0?0:Bg/Ag
  expr2 Ab==0?0:Bb/Ab
  name MergeDivideReverse
  xpos -160
  ypos 453
  disable {{!parent.norm}}
 }
 Merge2 {
  inputs 2
  operation multiply
  bbox B
  Achannels rgb
  Bchannels rgb
  output rgb
  name Merge2
  note_font Helvetica
  xpos -160
  ypos 511
  disable {{!parent.norm}}
 }
 Dot {
  name Dot4
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -126
  ypos 634
 }
 Switch {
  inputs 2
  which {{parent.direction}}
  name SwitchDirection
  note_font Helvetica
  xpos -40
  ypos 791
 }
 Output {
  name Output
  xpos -40
  ypos 910
 }
push $N2752a5a0
 Reformat {
  type "to box"
  box_width 4
  box_height 4
  box_fixed true
  name Reformat1
  note_font Helvetica
  xpos -400
  ypos 311
 }
 Fill {
  output rgb
  color {{parent.ssts.mid_lum}}
  name Fill1
  note_font Helvetica
  xpos -400
  ypos 351
 }
 Group {
  name inv_ssts1
  xpos -400
  ypos 390
  addUserKnob {20 ssts_tab l ssts}
  addUserKnob {78 lum l luminance t "<b>SSTS Display Luminance</b>: \ny_min y_mid y_max\n\nAccording to Zach Lewis's ACES_OT\nhttps://gist.github.com/zachlewis/786c0be941868644c993fde1c3515c2c\n\n<b>Standard Cinema</b>: \n0.02 4.8 48\n<b>Dolby Cinema</b>: \n0.0001 7.2 108\n<b>Dolby Pulsar</b>: \n0.005 15 4000\n<b>Dolby PRR-4220</b>: \n0.005 10 600\n<b>Sony BVM-X300</b>: \n0.0001 10 1000\n<b>ACES OCES</b>: \n0.0001 4.8 10000\n\n" n 3}
  lum {{parent.lum} 4.8 {parent.lum}}
  addUserKnob {6 override_ssts_params l "override ssts params" t "Enable overrides of SSTS params.\n\nOtherwise the values will be calculated automatically by the algorithm." +STARTLINE}
  override_ssts_params {{parent.ACES_SSTS.AcesSSTSKernel_override_curve_params}}
  addUserKnob {7 exposure R -5 5}
  exposure {{parent.exposure}}
  addUserKnob {7 knee}
  knee {{parent.pctLow}}
  addUserKnob {7 shoulder}
  shoulder {{parent.pctHigh}}
  addUserKnob {78 slope n 3}
  slope {{parent.slope} {parent.slope} {parent.slope}}
  addUserKnob {20 TsParams_tab l TsParams}
  addUserKnob {7 expShift R -4 4}
  expShift {{"override_ssts_params ? exposure : 0"}}
  addUserKnob {13 minPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  minPoint {{"pow(2, log(0.18*pow(2, MIN_STOP_RRT+((MIN_STOP_SDR-MIN_STOP_RRT)/(log10(MIN_LUM_SDR)-log10(MIN_LUM_RRT)))*(log10(minPoint.y)-log10(MIN_LUM_RRT))))/log(2)-expShift)"} {lum.0} {override_ssts_params?slope.0:0}}
  addUserKnob {13 midPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  midPoint {{"pow(2, ((log(0.18)/log(2)-expShift)))"} {lum.1} {override_ssts_params?slope.1:1.55}}
  addUserKnob {13 maxPoint t "x;        // ACES\ny;        // luminance\nz;        // slope"}
  maxPoint {{"pow(2, log(0.18*pow(2, (MAX_STOP_SDR+(MAX_STOP_RRT-MAX_STOP_SDR)/(log10(MAX_LUM_RRT)-log10(MAX_LUM_SDR))*(log10(maxPoint.y)-log10(MAX_LUM_SDR)))))/log(2)-expShift)"} {lum.2} {override_ssts_params?slope.2:0}}
  addUserKnob {7 knotIncLow}
  knotIncLow {{"(log10(midPoint.x) - log10(minPoint.x)) / 3.0"}}
  addUserKnob {7 knotIncHigh}
  knotIncHigh {{"(log10(maxPoint.x) - log10(midPoint.x)) / 3.0"}}
  addUserKnob {7 pctLow}
  pctLow {{0.18+(0.35-0.18)/(MIN_STOP_SDR-MIN_STOP_RRT)*(log(minPoint.x/0.18)/log(2)-MIN_STOP_RRT)}}
  addUserKnob {7 pctHigh}
  pctHigh {{0.89+(0.90-0.89)/(MAX_STOP_SDR-MAX_STOP_RRT)*(log(maxPoint.x/0.89)/log(2)-MAX_STOP_RRT)}}
  addUserKnob {78 coefsLow n 5}
  coefsLow {{"(minPoint.z * (log10(minPoint.x)-0.5*knotIncLow)) + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x))"} {"(minPoint.z * (log10(minPoint.x)+0.5*knotIncLow)) + ( log10(minPoint.y) - minPoint.z * log10(minPoint.x))"} {log10(minPoint.y)+pctLow*(log10(midPoint.y)-log10(minPoint.y))} {"(midPoint.z * (log10(midPoint.x)-0.5*knotIncLow)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {"(midPoint.z * (log10(midPoint.x)+0.5*knotIncLow)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"}}
  addUserKnob {78 coefsHigh n 5}
  coefsHigh {{"(midPoint.z * (log10(midPoint.x)-0.5*knotIncHigh)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {"(midPoint.z * (log10(midPoint.x)+0.5*knotIncHigh)) + ( log10(midPoint.y) - midPoint.z * log10(midPoint.x))"} {log10(midPoint.y)+pctHigh*(log10(maxPoint.y)-log10(midPoint.y))} {"(maxPoint.z * (log10(maxPoint.x)-0.5*knotIncHigh)) + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x))"} {"(maxPoint.z * (log10(maxPoint.x)+0.5*knotIncHigh)) + ( log10(maxPoint.y) - maxPoint.z * log10(maxPoint.x))"}}
  addUserKnob {7 KNOT_INC_LOW}
  KNOT_INC_LOW {{"(log10(midPoint.x) - log10(minPoint.x)) / (N_KNOTS_LOW - 1)"}}
  addUserKnob {7 KNOT_INC_HIGH}
  KNOT_INC_HIGH {{"(log10(maxPoint.x) - log10(midPoint.x)) / (N_KNOTS_HIGH - 1)"}}
  addUserKnob {78 KNOT_Y_LOW n 4}
  KNOT_Y_LOW {{"(coefsLow.0 + coefsLow.1) / 2"} {"(coefsLow.1 + coefsLow.2) / 2"} {"(coefsLow.2 + coefsLow.3) / 2"} {"(coefsLow.3 + coefsLow.4) / 2"}}
  addUserKnob {78 KNOT_Y_HIGH n 4}
  KNOT_Y_HIGH {{"(coefsHigh.0 + coefsHigh.1) / 2"} {"(coefsHigh.1 + coefsHigh.2) / 2"} {"(coefsHigh.2 + coefsHigh.3) / 2"} {"(coefsHigh.3 + coefsHigh.4) / 2"}}
  addUserKnob {20 Constants_tab l const}
  addUserKnob {3 N_KNOTS_LOW}
  N_KNOTS_LOW 4
  addUserKnob {3 N_KNOTS_HIGH}
  N_KNOTS_HIGH 4
  addUserKnob {7 MIN_STOP_SDR R -20 20}
  MIN_STOP_SDR -6.5
  addUserKnob {7 MAX_STOP_SDR R -20 20}
  MAX_STOP_SDR 6.5
  addUserKnob {7 MIN_STOP_RRT R -20 20}
  MIN_STOP_RRT -15
  addUserKnob {7 MAX_STOP_RRT R -20 20}
  MAX_STOP_RRT 18
  addUserKnob {7 MIN_LUM_SDR R 0 0.1}
  MIN_LUM_SDR 0.02
  addUserKnob {7 MAX_LUM_SDR R 0 100}
  MAX_LUM_SDR 48
  addUserKnob {7 MIN_LUM_RRT R 0 0.1}
  MIN_LUM_RRT 0.0001
  addUserKnob {7 MAX_LUM_RRT R 0 10000}
  MAX_LUM_RRT 10000
 }
  Input {
   inputs 0
   name Input
   xpos -1030
   ypos -634
  }
  Dot {
   name Dot25
   label " "
   xpos -996
   ypos -318
  }
set N270835b0 [stack 0]
  Dot {
   name Dot26
   label " "
   xpos -996
   ypos 1506
  }
push $N270835b0
  Dot {
   name Dot4
   label " "
   xpos -886
   ypos -318
  }
set N2708d050 [stack 0]
  Dot {
   name Dot5
   label " "
   xpos -776
   ypos -318
  }
set N27091de0 [stack 0]
  Dot {
   name Dot2
   label " "
   xpos -666
   ypos -318
  }
set N27096c00 [stack 0]
  Dot {
   name Dot3
   label " "
   xpos -556
   ypos -318
  }
set N2709baa0 [stack 0]
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   expr0 "logr <= log10(minPoint.y)"
   expr1 "logg <= log10(minPoint.y)"
   expr2 "logb <= log10(minPoint.y)"
   name segment_bottom
   xpos -590
   ypos -202
  }
  Dot {
   name Dot1
   label " "
   xpos -556
   ypos 162
  }
push $N2709baa0
  Dot {
   name Dot7
   label " "
   xpos -336
   ypos -318
  }
set N270b3940 [stack 0]
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 log10(minPoint.x)
   expr1 log10(minPoint.x)
   expr2 log10(minPoint.x)
   expr3 1
   name Expression
   xpos -370
   ypos -202
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply3
   xpos -370
   ypos 158
  }
  Dot {
   name Dot27
   label " "
   xpos -336
   ypos 786
  }
push $N27096c00
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   expr0 "( logr > log10(minPoint.y) ) && ( logr <= log10(midPoint.y) )"
   expr1 "( logg > log10(minPoint.y) ) && ( logg <= log10(midPoint.y) )"
   expr2 "( logb > log10(minPoint.y) ) && ( logb <= log10(midPoint.y) )"
   name segment_low
   xpos -700
   ypos -202
  }
  Dot {
   name Dot22
   label " "
   xpos -666
   ypos 354
  }
push $N270b3940
  Dot {
   name Dot9
   label " "
   xpos -6
   ypos -318
  }
set N270ef040 [stack 0]
  Dot {
   name Dot6
   label " "
   xpos -6
   ypos -174
  }
set N270f3dd0 [stack 0]
  Dot {
   name Dot8
   label " "
   xpos 214
   ypos -174
  }
set N270f8c20 [stack 0]
  Dot {
   name Dot13
   label " "
   xpos 434
   ypos -174
  }
  Dot {
   name Dot19
   xpos 434
   ypos -78
  }
set N271028c0 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(b, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_LOW.0) && (logy <= KNOT_Y_LOW.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_LOW.1) && (logy <= KNOT_Y_LOW.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_LOW.2) && (logy <= KNOT_Y_LOW.3)"
   expr0 "low ? coefsLow.0 : mid ? coefsLow.1 : coefsLow.2"
   expr1 "low ? coefsLow.1 : mid ? coefsLow.2 : coefsLow.3"
   expr2 "low ? coefsLow.2 : mid ? coefsLow.3 : coefsLow.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow5
   xpos 290
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low5
   xpos 290
   ypos -34
  }
push $N271028c0
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Bb, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy5
   xpos 400
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b)/(-sqrt(g*g - 4*r*b)-g)"
   expr0 0
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 0
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 "log10(minPoint.x) + (t +j) * KNOT_INC_LOW"
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals4
   xpos 400
   ypos 14
   addUserKnob {20 User}
   addUserKnob {7 knotIncLow}
   knotIncLow {{parent.knotIncLow}}
   addUserKnob {13 min l Min}
   min {{parent.min.x} {parent.min.y} {parent.minSlope}}
  }
push 0
push $N270f3dd0
  Dot {
   name Dot10
   xpos -6
   ypos -78
  }
set N2713f0e0 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_LOW.0) && (logy <= KNOT_Y_LOW.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_LOW.1) && (logy <= KNOT_Y_LOW.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_LOW.2) && (logy <= KNOT_Y_LOW.3)"
   expr0 "low ? coefsLow.0 : mid ? coefsLow.1 : coefsLow.2"
   expr1 "low ? coefsLow.1 : mid ? coefsLow.2 : coefsLow.3"
   expr2 "low ? coefsLow.2 : mid ? coefsLow.3 : coefsLow.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow
   xpos -150
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low
   xpos -150
   ypos -34
  }
push $N2713f0e0
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Br, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy
   xpos -40
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b)/(-sqrt(g*g - 4*r*b)-g)"
   expr0 "log10(minPoint.x) + (t +j) * KNOT_INC_LOW"
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 0
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 0
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals
   xpos -40
   ypos 14
   addUserKnob {20 User}
   addUserKnob {7 knotIncLow}
   knotIncLow {{parent.knotIncLow}}
   addUserKnob {13 min l Min}
   min {{parent.min.x} {parent.min.y} {parent.minSlope}}
  }
push $N270f8c20
  Dot {
   name Dot18
   xpos 214
   ypos -78
  }
set N26f7b800 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(g, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_LOW.0) && (logy <= KNOT_Y_LOW.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_LOW.1) && (logy <= KNOT_Y_LOW.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_LOW.2) && (logy <= KNOT_Y_LOW.3)"
   expr0 "low ? coefsLow.0 : mid ? coefsLow.1 : coefsLow.2"
   expr1 "low ? coefsLow.1 : mid ? coefsLow.2 : coefsLow.3"
   expr2 "low ? coefsLow.2 : mid ? coefsLow.3 : coefsLow.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow4
   xpos 70
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low4
   xpos 70
   ypos -34
  }
push $N26f7b800
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Bg, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy4
   xpos 180
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b)/(-sqrt(g*g - 4*r*b)-g)"
   expr0 0
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 "log10(minPoint.x) + (t +j) * KNOT_INC_LOW"
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 0
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals5
   xpos 180
   ypos 14
   addUserKnob {20 User}
   addUserKnob {7 knotIncLow}
   knotIncLow {{parent.knotIncLow}}
   addUserKnob {13 min l Min}
   min {{parent.min.x} {parent.min.y} {parent.minSlope}}
  }
  Merge2 {
   inputs 3+1
   operation plus
   bbox B
   name Merge2
   xpos 180
   ypos 134
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply1
   xpos 180
   ypos 350
  }
  Dot {
   name Dot28
   label " "
   xpos 214
   ypos 786
  }
push 0
push $N27091de0
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   expr0 "( logr >= log10(midPoint.y) ) && ( logr < log10(maxPoint.y) )"
   expr1 "( logg >= log10(midPoint.y) ) && ( logg < log10(maxPoint.y) )"
   expr2 "( logb >= log10(midPoint.y) ) && ( logb < log10(maxPoint.y) )"
   name segment_high
   xpos -810
   ypos -202
  }
  Dot {
   name Dot23
   label " "
   xpos -776
   ypos 474
  }
push $N270ef040
  Dot {
   name Dot14
   label " "
   xpos 764
   ypos -318
  }
set N26ff0b70 [stack 0]
  Dot {
   name Dot15
   label " "
   xpos 764
   ypos -174
  }
set N26ff5900 [stack 0]
  Dot {
   name Dot17
   label " "
   xpos 984
   ypos -174
  }
set N26ffa750 [stack 0]
  Dot {
   name Dot20
   label " "
   xpos 1204
   ypos -174
  }
  Dot {
   name Dot16
   xpos 1204
   ypos -78
  }
set N270043f0 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(b, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_HIGH.0) && (logy <= KNOT_Y_HIGH.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_HIGH.1) && (logy <= KNOT_Y_HIGH.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_HIGH.2) && (logy <= KNOT_Y_HIGH.3)"
   expr0 "low ? coefsHigh.0 : mid ? coefsHigh.1 : coefsHigh.2"
   expr1 "low ? coefsHigh.1 : mid ? coefsHigh.2 : coefsHigh.3"
   expr2 "low ? coefsHigh.2 : mid ? coefsHigh.3 : coefsHigh.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow3
   xpos 1060
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low3
   xpos 1060
   ypos -34
  }
push $N270043f0
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Bb, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy3
   xpos 1170
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b) / (-sqrt(g*g - 4*r*b) - g)"
   expr0 0
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 0
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 "log10(midPoint.x) + (t +j) * KNOT_INC_HIGH"
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals3
   xpos 1170
   ypos 14
  }
push 0
push $N26ff5900
  Dot {
   name Dot11
   xpos 764
   ypos -78
  }
set N2703f2d0 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_HIGH.0) && (logy <= KNOT_Y_HIGH.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_HIGH.1) && (logy <= KNOT_Y_HIGH.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_HIGH.2) && (logy <= KNOT_Y_HIGH.3)"
   expr0 "low ? coefsHigh.0 : mid ? coefsHigh.1 : coefsHigh.2"
   expr1 "low ? coefsHigh.1 : mid ? coefsHigh.2 : coefsHigh.3"
   expr2 "low ? coefsHigh.2 : mid ? coefsHigh.3 : coefsHigh.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow1
   xpos 620
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low1
   xpos 620
   ypos -34
  }
push $N2703f2d0
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Br, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy1
   xpos 730
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b) / (-sqrt(g*g - 4*r*b) - g)"
   expr0 "log10(midPoint.x) + (t +j) * KNOT_INC_HIGH"
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 0
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 0
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals1
   xpos 730
   ypos 14
  }
push $N26ffa750
  Dot {
   name Dot12
   xpos 984
   ypos -78
  }
set N26e7a4a0 [stack 0]
  Expression {
   temp_name0 logy
   temp_expr0 "log10( max(g, 1e-10 ))"
   temp_name1 low
   temp_expr1 "(logy > KNOT_Y_HIGH.0) && (logy <= KNOT_Y_HIGH.1)"
   temp_name2 mid
   temp_expr2 "(logy > KNOT_Y_HIGH.1) && (logy <= KNOT_Y_HIGH.2)"
   temp_name3 high
   temp_expr3 "(logy > KNOT_Y_HIGH.2) && (logy <= KNOT_Y_HIGH.3)"
   expr0 "low ? coefsHigh.0 : mid ? coefsHigh.1 : coefsHigh.2"
   expr1 "low ? coefsHigh.1 : mid ? coefsHigh.2 : coefsHigh.3"
   expr2 "low ? coefsHigh.2 : mid ? coefsHigh.3 : coefsHigh.4"
   expr3 "low ? 0 : mid ? 1 : high ? 2 : 0"
   name inv_cfLow2
   xpos 840
   ypos -82
  }
  ColorMatrix {
   channels {rgba.red rgba.green rgba.blue -rgba.alpha}
   matrix {
       {0.5 -1 0.5}
       {-1 1 0}
       {0.5 0.5 0}
     }
   name inv_basis_low2
   xpos 840
   ypos -34
  }
push $N26e7a4a0
  MergeExpression {
   inputs 2
   temp_name0 logy
   temp_expr0 "log10(max(Bg, 1e-10))"
   expr0 Ar
   expr1 Ag
   expr2 Ab-logy
   expr3 Aa
   name c_minus_logy2
   xpos 950
   ypos -34
  }
  Expression {
   temp_name0 j
   temp_expr0 a
   temp_name1 d
   temp_expr1 "sqrt(g*g - 4*r*b)"
   temp_name2 t
   temp_expr2 "(2.*b) / (-sqrt(g*g - 4*r*b) - g)"
   expr0 0
   channel1 {-rgba.red rgba.green -rgba.blue none}
   expr1 "log10(midPoint.x) + (t +j) * KNOT_INC_HIGH"
   channel2 {-rgba.red -rgba.green rgba.blue none}
   expr2 0
   expr3 1
   maskChannelInput -rgba.alpha
   unpremult -rgba.alpha
   name inv_knot_vals2
   xpos 950
   ypos 14
  }
  Merge2 {
   inputs 3+1
   operation plus
   bbox B
   output rgb
   name Merge1
   xpos 950
   ypos 134
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply2
   xpos 950
   ypos 470
  }
  Dot {
   name Dot29
   label " "
   xpos 984
   ypos 786
  }
push $N2708d050
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   expr0 "logr >= log10(maxPoint.y) ? 1 : 0"
   expr1 "logg >= log10(maxPoint.y) ? 1 : 0"
   expr2 "logb >= log10(maxPoint.y) ? 1 : 0"
   name segment_peak
   xpos -920
   ypos -202
  }
  Dot {
   name Dot24
   label " "
   xpos -886
   ypos 618
  }
push $N26ff0b70
  Dot {
   name Dot21
   label " "
   xpos 1534
   ypos -318
  }
  Expression {
   temp_name0 logr
   temp_expr0 "log10( max(r, 1e-10 ))"
   temp_name1 logg
   temp_expr1 "log10( max(g, 1e-10 ))"
   temp_name2 logb
   temp_expr2 "log10( max(b, 1e-10 ))"
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 log10(maxPoint.x)
   expr1 log10(maxPoint.x)
   expr2 log10(maxPoint.x)
   expr3 1
   name proc_low1
   label Expression
   xpos 1500
   ypos -208
  }
  Merge2 {
   inputs 2
   operation multiply
   also_merge all
   name Multiply4
   xpos 1500
   ypos 614
  }
  Merge2 {
   inputs 4+1
   operation plus
   bbox B
   output rgb
   name Merge3
   xpos 510
   ypos 1118
  }
  Expression {
   channel0 {rgba.red -rgba.green -rgba.blue none}
   expr0 pow(10,r)
   expr1 pow(10,g)
   expr2 pow(10,b)
   name Expression13
   xpos 510
   ypos 1238
  }
  Copy {
   inputs 2
   from0 rgba.alpha
   to0 rgba.alpha
   name Copy1
   xpos 510
   ypos 1496
  }
  Output {
   name Output1
   xpos 510
   ypos 1814
  }
 end_group
 Expression {
  channel0 rgb
  expr0 log(r)/log(2)-log(0.18)/log(2)
  name expShift
  note_font Helvetica
  xpos -400
  ypos 431
 }
end_group
ColorMatrix {
 matrix {
     {1.705079317 -0.6242337823 -0.08084625006}
     {-0.1297003478 1.138468742 -0.008767957799}
     {-0.0241663754 -0.1246140897 1.148780584}
   }
 name ColorMatrix18
 label "ACEScg to Rec709"
 note_font Helvetica
 selected true
 xpos 5000
 ypos 1185
}
Clamp {
 channels rgba
 name Clamp5
 note_font Helvetica
 selected true
 xpos 5000
 ypos 1231
}
Group {
 name DisplayEOTF23
 note_font Helvetica
 selected true
 xpos 5000
 ypos 1271
 addUserKnob {20 DisplayEOTF_tab l DisplayEOTF}
 addUserKnob {4 eotf l EOTF t "Electrical to Optical Transfer Function of the monitor." M {sRGB BT.1886 "Gamma 2.2" "Gamma 2.4" "Gamma 2.6" DCDM "ST-2084 (PQ)" HLG Linear "" ""}}
 eotf BT.1886
 addUserKnob {6 legal_range -STARTLINE}
 addUserKnob {35 presets l "" t "display output presets." +STARTLINE M {luminance/SDR "knobs this \{lum \{0.02 4.8 48\}\}" "luminance/P3D65 ST2084 108nits 7.2nits" "knobs this \{lum \{0.0001 7.2 108\}\}" "luminance/P3D65 ST2084 1000nits 15nits" "knobs this \{lum \{0.0001 15 1000\}\}" "luminance/P3D65 ST2084 2000nits 15nits" "knobs this \{lum \{0.0001 15 2000\}\}" "luminance/P3D65 ST2084 2000nits 15nits" "knobs this \{lum \{0.0001 15 2000\}\}" "luminance/P3D65 ST2084 4000nits 15nits" "knobs this \{lum \{0.0001 15 4000\}\}" luminance/Rec2020_HLG_1000nits_15nits "knobs this \{lum \{0.0001 15 1000\}\}" luminance/Rec2020_ST2084_1000nits_15nits "knobs this \{lum \{0.0001 15 1000\}\}" luminance/Rec2020_ST2084_2000nits_15nits "knobs this \{lum \{0.0001 15 2000\}\}" luminance/Rec2020_ST2084_4000nits_15nits "knobs this \{lum \{0.0001 15 4000\}\}"}}
 addUserKnob {78 lum l "" t "<b>SSTS Display Luminance</b>: \ny_min y_mid y_max\n\nAccording to Zach Lewis's ACES_OT\nhttps://gist.github.com/zachlewis/786c0be941868644c993fde1c3515c2c\n\n<b>Standard Cinema</b>: \n0.02 4.8 48\n<b>Dolby Cinema</b>: \n0.0001 7.2 108\n<b>Dolby Pulsar</b>: \n0.005 15 4000\n<b>Dolby PRR-4220</b>: \n0.005 10 600\n<b>Sony BVM-X300</b>: \n0.0001 10 1000\n<b>ACES OCES</b>: \n0.0001 4.8 10000\n\n" -STARTLINE n 3}
 lum {{parent.ToneScale29.lum} {parent.ToneScale29.lum} {parent.ToneScale29.lum}}
}
 BackdropNode {
  inputs 0
  name Electrical_Optical_Transfer_Function
  tile_color 0x151515ff
  label "ACESlib.OutputTransforms.ctl : 185\n// EOTF"
  note_font_size 12
  xpos -1215
  ypos 270
  bdwidth 3391
  bdheight 740
  z_order -10
 }
 BackdropNode {
  inputs 0
  name BackdropNode1
  tile_color 0x272727ff
  label "HDR EOTFs"
  note_font_size 42
  xpos 1225
  ypos 331
  bdwidth 910
  bdheight 617
  z_order -5
 }
 BackdropNode {
  inputs 0
  name BackdropNode2
  tile_color 0x272727ff
  label "SDR EOTFs"
  note_font_size 42
  xpos -319
  ypos 332
  bdwidth 1545
  bdheight 616
  z_order -5
 }
 BackdropNode {
  inputs 0
  name Output_Legal_Range
  tile_color 0x272727ff
  label "ACESlib.OutputTransforms.ctl : 216\n"
  note_font_size 12
  xpos -519
  ypos 1432
  bdwidth 318
  bdheight 176
 }
 Input {
  inputs 0
  name Input
  xpos -400
  ypos 150
 }
 Dot {
  name Dot1
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos -366
  ypos 474
 }
set N26d95480 [stack 0]
push $N26d95480
 Dot {
  name Dot3
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos -126
  ypos 474
 }
set N26d9a4f0 [stack 0]
 Dot {
  name Dot4
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 114
  ypos 474
 }
set N26d9f3c0 [stack 0]
 Dot {
  name Dot6
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 354
  ypos 474
 }
set N26da42c0 [stack 0]
 Dot {
  name Dot18
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 594
  ypos 474
 }
set N26da91c0 [stack 0]
 Dot {
  name Dot20
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 834
  ypos 474
 }
set N26dae100 [stack 0]
 Dot {
  name Dot25
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 1074
  ypos 474
 }
set N26db3000 [stack 0]
 Dot {
  name Dot24
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 1434
  ypos 474
 }
 Dot {
  name Dot2
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 1434
  ypos 554
 }
set N26dbce00 [stack 0]
 Expression {
  expr0 "r * (Ymax - Ymin) + Ymin"
  expr1 "g * (Ymax - Ymin) + Ymin"
  expr2 "b * (Ymax - Ymin) + Ymin"
  name linCV_2_Y_f3_hdr
  label "stretch_black = True"
  xpos 1280
  ypos 584
  addUserKnob {20 Luminance}
  addUserKnob {7 Ymin R 0.0001 0.02}
  addUserKnob {7 Ymax R 48 10000}
  Ymax {{parent.lum.2}}
 }
push $N26dbce00
 Expression {
  expr0 "r * (Ymax - Ymin) + Ymin"
  expr1 "g * (Ymax - Ymin) + Ymin"
  expr2 "b * (Ymax - Ymin) + Ymin"
  name linCV_2_Y_f3_hdr2
  label "stretch_black = False"
  xpos 1400
  ypos 584
  addUserKnob {20 Luminance}
  addUserKnob {7 Ymin R 0.0001 0.02}
  Ymin {{parent.lum.0}}
  addUserKnob {7 Ymax R 48 10000}
  Ymax {{parent.lum.2}}
 }
 Switch {
  inputs 2
  which {{parent.stretch_black}}
  name StretchBlacks_Switch
  xpos 1400
  ypos 670
 }
 Clamp {
  channels rgb
  maximum 65535
  name clamp_f3__
  xpos 1400
  ypos 750
 }
 Expression {
  temp_name0 Lm_r
  temp_expr0 "pow((r / pq_C), pq_m1)"
  temp_name1 Lm_g
  temp_expr1 "pow((g / pq_C), pq_m1)"
  temp_name2 Lm_b
  temp_expr2 "pow((b / pq_C), pq_m1)"
  expr0 "pow(( pq_c1 + pq_c2 * Lm_r ) / ( 1.0 + pq_c3 * Lm_r ), pq_m2)"
  expr1 "pow(( pq_c1 + pq_c2 * Lm_g ) / ( 1.0 + pq_c3 * Lm_g ), pq_m2)"
  expr2 "pow(( pq_c1 + pq_c2 * Lm_b ) / ( 1.0 + pq_c3 * Lm_b ), pq_m2)"
  name Y_2_ST2084_
  label "ACESlib.OutputTransforms.ctl : 243 \nACESlib.Utilities_Color.ctl : 425"
  xpos 1400
  ypos 818
  addUserKnob {20 SMPTE_ST2084-2014_Constants_tab l "Constants from SMPTE ST 2084-2014"}
  addUserKnob {7 pq_m1 t " ( 2610.0 / 4096.0 ) / 4.0;" +DISABLED R 0 100}
  pq_m1 0.1593017578
  addUserKnob {7 pq_m2 t " ( 2523.0 / 4096.0 ) * 128.0;" +DISABLED R 0 100}
  pq_m2 78.84375
  addUserKnob {7 pq_c1 t " 3424.0 / 4096.0 or pq_c3 - pq_c2 + 1.0;" +DISABLED R 0 100}
  pq_c1 0.8359375
  addUserKnob {7 pq_c2 t " ( 2413.0 / 4096.0 ) * 32.0;" +DISABLED R 0 100}
  pq_c2 18.8515625
  addUserKnob {7 pq_c3 t " ( 2392.0 / 4096.0 ) * 32.0;" +DISABLED R 0 100}
  pq_c3 18.6875
  addUserKnob {7 pq_C +DISABLED R 0 100}
  pq_C 10000
 }
set N26df6930 [stack 0]
 Dot {
  name Dot5
  label " "
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 1794
  ypos 474
 }
 Expression {
  temp_name0 Np_r
  temp_expr0 "pow( r, 1.0 / pq_m2 )"
  temp_name1 Np_g
  temp_expr1 "pow( g, 1.0 / pq_m2 )"
  temp_name2 Np_b
  temp_expr2 "pow( b, 1.0 / pq_m2 )"
  expr0 "r < 0 ? 0 : pow((Np_r - pq_c1) / ( pq_c2 - pq_c3 * Np_r ), 1.0/pq_m1) * pq_C"
  expr1 "g < 0 ? 0 : pow((Np_g - pq_c1) / ( pq_c2 - pq_c3 * Np_g ), 1.0/pq_m1) * pq_C"
  expr2 "b < 0 ? 0 : pow((Np_b - pq_c1) / ( pq_c2 - pq_c3 * Np_b ), 1.0/pq_m1) * pq_C"
  name ST2084_2_Y_f3_
  label "ACESlib.Utilities_Color.ctl : 408\n// Converts from the non-linear perceptually quantized space to linear cd/m^2"
  xpos 1760
  ypos 538
  addUserKnob {20 SMPTE_ST2084-2014_Constants_tab l "Constants from SMPTE ST 2084-2014"}
  addUserKnob {7 pq_m1 t " ( 2610.0 / 4096.0 ) / 4.0;" +DISABLED R 0 100}
  pq_m1 0.1593017578
  addUserKnob {7 pq_m2 t " ( 2523.0 / 4096.0 ) * 128.0;" +DISABLED R 0 100}
  pq_m2 78.84375
  addUserKnob {7 pq_c1 t " 3424.0 / 4096.0 or pq_c3 - pq_c2 + 1.0;" +DISABLED R 0 100}
  pq_c1 0.8359375
  addUserKnob {7 pq_c2 t " ( 2413.0 / 4096.0 ) * 32.0;" +DISABLED R 0 100}
  pq_c2 18.8515625
  addUserKnob {7 pq_c3 t " ( 2392.0 / 4096.0 ) * 32.0;" +DISABLED R 0 100}
  pq_c3 18.6875
  addUserKnob {7 pq_C +DISABLED R 0 100}
  pq_C 10000
 }
 Expression {
  temp_name0 Y_d
  temp_expr0 "0.2627*r + 0.6780*g + 0.0593*b"
  expr0 "Y_d == 0 ? 0 : pow( (Y_d-c_beta)/c_alpha, (1-c_gamma)/c_gamma) * ((r-c_beta)/c_alpha)"
  expr1 "Y_d == 0 ? 0 : pow( (Y_d-c_beta)/c_alpha, (1-c_gamma)/c_gamma) * ((g-c_beta)/c_alpha)"
  expr2 "Y_d == 0 ? 0 : pow( (Y_d-c_beta)/c_alpha, (1-c_gamma)/c_gamma) * ((b-c_beta)/c_alpha)"
  name ST2084_2_HLG_1000nits_f3_3
  label "ACESlib.Utilities_Color.ctl : 469\n// HLG Inverse EOTF (i.e. HLG inverse OOTF followed by the HLG OETF)\n// HLG Inverse OOTF (display linear to scene linear)"
  xpos 1760
  ypos 652
  addUserKnob {20 Constants_tab l Constants}
  addUserKnob {7 L_w +DISABLED}
  L_w 1000
  addUserKnob {7 L_b +DISABLED}
  addUserKnob {7 c_alpha +DISABLED}
  c_alpha {{L_w-L_b}}
  addUserKnob {7 c_beta +DISABLED}
  c_beta {{L_b}}
  addUserKnob {7 c_gamma +DISABLED}
  c_gamma 1.2
 }
 Expression {
  channel0 {rgba.red -rgba.green -rgba.blue none}
  expr0 "r <= 1.0/12 ? sqrt(3.0*r) : c_a * log(12.0 * r - c_b) + c_c"
  expr1 "g <= 1.0/12 ? sqrt(3.0*g) : c_a * log(12.0 * g- c_b) + c_c"
  expr2 "b <= 1.0/12 ? sqrt(3.0*b) : c_a * log(12.0 * b - c_b) + c_c"
  name ST2084_2_HLG_1000nits_f3_
  label "ACESlib.Utilities_Color.ctl : 493\n// HLG OETF (scene linear to non-linear signal value)"
  xpos 1760
  ypos 778
  addUserKnob {20 Constants_tab l Constants}
  addUserKnob {7 c_a +DISABLED}
  c_a 0.17883277
  addUserKnob {7 c_b t 1.-4.*a +DISABLED}
  c_b 0.28466892
  addUserKnob {7 c_c t 0.5-a*log(4.*a) +DISABLED}
  c_c 0.55991073
 }
 Dot {
  name Dot17
  label " HLG"
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 1794
  ypos 914
 }
push $N26df6930
 Dot {
  name Dot27
  label " PQ"
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xa5a5a501
  xpos 1434
  ypos 914
 }
push $N26db3000
 Expression {
  expr0 "pow( (48./52.37) * r, 1./2.6)"
  expr1 "pow( (48./52.37) * g, 1./2.6)"
  expr2 "pow( (48./52.37) * b, 1./2.6)"
  expr3 1
  name dcdm_encode
  xpos 1040
  ypos 590
 }
 Dot {
  name Dot10
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 1074
  ypos 914
 }
push $N26dae100
 Expression {
  expr0 pow(r,1/gamma)
  expr1 pow(g,1/gamma)
  expr2 pow(b,1/gamma)
  name pow_f3_gamma_26_
  label "ACESlib.Utilities_Color.ctl : 260\n// Gamma 2.6"
  xpos 800
  ypos 578
  addUserKnob {20 Gamma_tab l Gamma}
  addUserKnob {7 gamma R 0 4}
  gamma 2.6
 }
 Dot {
  name Dot11
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 834
  ypos 914
 }
push $N26da91c0
 Expression {
  expr0 pow(r,1/gamma)
  expr1 pow(g,1/gamma)
  expr2 pow(b,1/gamma)
  name pow_f3_gamma_24_
  label "ACESlib.Utilities_Color.ctl : 260\n// Gamma 2.4"
  xpos 560
  ypos 578
  addUserKnob {20 Gamma_tab l Gamma}
  addUserKnob {7 gamma R 0 4}
  gamma 2.4
 }
 Dot {
  name Dot12
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 594
  ypos 914
 }
push $N26da42c0
 Expression {
  expr0 pow(r,1/gamma)
  expr1 pow(g,1/gamma)
  expr2 pow(b,1/gamma)
  name pow_f3_gamma_22_
  label "ACESlib.Utilities_Color.ctl : 260\n// Gamma 2.2"
  xpos 320
  ypos 578
  addUserKnob {20 Gamma_tab l Gamma}
  addUserKnob {7 gamma R 0 4}
  gamma 2.2
 }
 Dot {
  name Dot8
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 354
  ypos 914
 }
push $N26d9f3c0
 Expression {
  temp_name0 c_a
  temp_expr0 "pow( pow( Lw, 1./gamma) - pow( Lb, 1./gamma), gamma)"
  temp_name1 c_b
  temp_expr1 "pow( Lb, 1./gamma) / ( pow( Lw, 1./gamma) - pow( Lb, 1./gamma))"
  expr0 "pow( max( r / c_a, 0.), 1.0/gamma) - c_b"
  expr1 "pow( max( g / c_a, 0.), 1.0/gamma) - c_b"
  expr2 "pow( max( b / c_a, 0.), 1.0/gamma) - c_b"
  name bt1886_r_f3
  label "ACESlib.Utilities_Color.ctl : 301\n// The reference EOTF specified in Rec. ITU-R BT.1886\n// L = a(max\[(V+b),0])^g"
  xpos 80
  ypos 572
  addUserKnob {20 Luminance}
  addUserKnob {7 Lw R 48 10000}
  Lw 1
  addUserKnob {7 Lb R 0.0001 0.02}
  addUserKnob {7 gamma R 1 4}
  gamma 2.4
 }
 Dot {
  name Dot9
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos 114
  ypos 914
 }
push $N26d9a4f0
 Expression {
  temp_name0 yb
  temp_expr0 "pow( offs * gamma / ( ( gamma - 1.0) * ( 1.0 + offs)), gamma)"
  temp_name1 rs
  temp_expr1 "pow( ( gamma - 1.0) / offs, gamma - 1.0) * pow( ( 1.0 + offs) / gamma, gamma)"
  expr0 "r >= yb ? ( 1.0 + offs) * pow( r, 1.0 / gamma) - offs : r * rs"
  expr1 "g >= yb ? ( 1.0 + offs) * pow( g, 1.0 / gamma) - offs : g * rs"
  expr2 "b >= yb ? ( 1.0 + offs) * pow( b, 1.0 / gamma) - offs : b * rs"
  name moncurve_r_f3_
  label "ACESlib.Utilities_Color.ctl : 260\nmoncurve_r with gamma of 2.4 and offset of 0.055 matches the EOTF found in IEC 61966-2-1:1999 (sRGB)"
  xpos -160
  ypos 578
  addUserKnob {20 Luminance}
  addUserKnob {7 gamma R 0 4}
  gamma 2.4
  addUserKnob {7 offs}
  offs 0.055
 }
 Dot {
  name Dot7
  note_font "Helvetica Bold"
  note_font_size 24
  note_font_color 0xff
  xpos -126
  ypos 914
 }
 Switch {
  inputs 9
  which {{parent.eotf}}
  name EOTF_Switch
  xpos -400
  ypos 1270
 }
 Expression {
  temp_name0 REFBLACK
  temp_expr0 "64 / 1023"
  temp_name1 REFWHITE
  temp_expr1 "940 / 1023"
  expr0 "r * ( REFWHITE - REFBLACK) + REFBLACK"
  expr1 "g * ( REFWHITE - REFBLACK) + REFBLACK"
  expr2 "b * ( REFWHITE - REFBLACK) + REFBLACK"
  name fullRange_to_smpteRange_f3_
  label "ACESlib.OutputTransforms.ctl : 216"
  xpos -400
  ypos 1504
  disable {{!parent.legal_range}}
 }
 Output {
  name Output
  xpos -400
  ypos 1670
 }
end_group