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nukeZCAM.nk
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nukeZCAM.nk
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set cut_paste_input [stack 0]
version 13.0 v3
push $cut_paste_input
Group {
name ZCAM
label "\[value direction]\n\[if \{\[value direction] ==\"inverse\"\} \{return \[value inverseData0]\} \{return \"\"\}] - \[if \{\[value direction] ==\"inverse\"\} \{return \[value inverseData1]\} \{return \"\"\}]\n0.0.2"
selected true
xpos 705
ypos -1
addUserKnob {20 ZCAM}
addUserKnob {4 direction M {forward inverse}}
addUserKnob {26 "" +STARTLINE}
addUserKnob {26 inverseModes l "Inverse Input Data Modes"}
addUserKnob {4 inverseData0 l "Inverse Data 0" M {J Q}}
addUserKnob {4 inverseData1 l "Inverse Data 1" M {aM,bM aC,bC aS,bS M,h C,h}}
addUserKnob {26 ""}
addUserKnob {26 _1 l _SURROUND_PARAMETERS}
addUserKnob {41 surrounds T Constants.surrounds}
addUserKnob {41 c T Constants.c}
addUserKnob {41 Nc T Constants.Nc}
addUserKnob {41 F T Constants.F}
addUserKnob {41 FLL T Constants.FLL}
addUserKnob {26 _2 l _DEFAULT_CONDITIONS}
addUserKnob {41 La T Constants.La}
addUserKnob {41 Yb T Constants.Yb}
addUserKnob {41 surround T Constants.surround}
addUserKnob {41 D T Constants.D}
addUserKnob {41 Dtype T Constants.Dtype}
addUserKnob {26 ""}
addUserKnob {41 xyzw_d65 T Constants.xyzw_d65}
addUserKnob {41 xyzw T Constants.xyzw}
addUserKnob {26 ""}
addUserKnob {41 Yw T Constants.Yw}
addUserKnob {41 FL T Constants.FL}
addUserKnob {41 n T Constants.n}
addUserKnob {41 Fb T Constants.Fb}
addUserKnob {41 Fs T Constants.Fs}
addUserKnob {26 ""}
addUserKnob {41 xyzwc T Constants.xyzwc}
addUserKnob {41 iabzw T Constants.iabzw}
addUserKnob {41 Qw T Constants.Qw}
}
BackdropNode {
inputs 0
name BackdropNode1
tile_color 0x71c67100
label xyz_to_jabz
note_font_size 42
xpos -1063
ypos -50
bdwidth 255
bdheight 678
}
BackdropNode {
inputs 0
name BackdropNode2
tile_color 0x388e8e00
label Forward
note_font_size 42
xpos -1278
ypos 673
bdwidth 1634
bdheight 582
}
BackdropNode {
inputs 0
name BackdropNode3
tile_color 0x388e8e00
label Inverse
note_font_size 42
xpos -2310
ypos 2374
bdwidth 1715
bdheight 953
}
BackdropNode {
inputs 0
name BackdropNode4
tile_color 0x388e8e00
label "jabz to xyz"
note_font_size 42
xpos -2260
ypos 3390
bdwidth 300
bdheight 667
}
BackdropNode {
inputs 0
name BackdropNode5
label "h,H,Q,J,M,C,Sz,Vz,Kz,Wz\n\n :outin:\n | 'J,aM,bM', optional\n | String with requested output (e.g. \"J,aM,bM,M,h\") \[Forward mode]\n | - attributes: 'J': lightness,'Q': brightness,\n | 'M': colorfulness,'C': chroma, 's': saturation,\n | 'h': hue angle, 'H': hue quadrature/composition,\n | 'Wz': whiteness, 'Kz':blackness, 'Sz': saturation, 'V': vividness\n | String with inputs in data \[inverse mode]. \n | Input must have data.shape\[-1]==3 and last dim of data must have \n | the following structure for inverse mode: \n | * data\[...,0] = J or Q,\n | * data\[...,1:] = (aM,bM) or (aC,bC) or (aS,bS) or (M,h) or (C, h), ..."
xpos -1922
ypos 791
bdwidth 411
bdheight 201
}
Input {
inputs 0
name Input1
xpos -984
ypos -137
}
Dot {
name Dot4
label xyzc
xpos -950
ypos -97
}
Dot {
name Dot5
xpos -950
ypos -21
}
set N2a9c4c00 [stack 0]
ColorMatrix {
matrix {
{{b} 0 {1-b}}
{{1-g} {g} 0}
{0 0 1}
}
name M_to_xyzp
label " # Setup X,Y,Z to X',Y',Z' transform as matrix:\n b = 1.15 \n g = 0.66\n\n M_to_xyzp = np.array(\[\[b, 0, 1 - b],\[1 - g, g, 0],\[0, 0, 1]])"
xpos -984
ypos 30
addUserKnob {20 User}
addUserKnob {7 b}
b 1.15
addUserKnob {7 g}
g 0.66
}
ColorMatrix {
matrix {
{0.41478972 0.579999 0.014648}
{-0.20151 1.120649 0.0531008}
{-0.0166008 0.2648 0.6684799}
}
name _M_XYZP_TO_LMS
label "# Define X',Y',Z' to L,M,S conversion matrix:"
xpos -984
ypos 102
}
Dot {
name Dot1
label LMS
xpos -950
ypos 154
}
Expression {
expr0 "((c1 + c2*(r/10000)**n)/(1 + c3*(r/10000)**n))**p"
expr1 "((c1 + c2*(g/10000)**n)/(1 + c3*(g/10000)**n))**p"
expr2 "((c1 + c2*(b/10000)**n)/(1 + c3*(b/10000)**n))**p"
name Expression1
label "# response compression: lms to lms'"
xpos -984
ypos 199
addUserKnob {20 _PQ_PARAMETERS}
addUserKnob {7 c1}
c1 {{3424/2**12}}
addUserKnob {7 c2}
c2 {{2413/2**7}}
addUserKnob {7 c3}
c3 {{2392/2**7}}
addUserKnob {7 n}
n {{2610/2**14}}
addUserKnob {7 p}
p {{1.7*2523/2**5}}
}
Dot {
name Dot2
label lmsp
xpos -950
ypos 260
}
set N2a95f400 [stack 0]
ColorMatrix {
matrix {
{0 1 0}
{3.524 -4.066708 0.542708}
{0.199076 1.096799 -1.295875}
}
name _M_LMSP_TO_IAB_ZCAM
xpos -912
ypos 329
}
Add {
value -3.703522621e-11
name Add1
label "Iabz\[...,0]-=epsilon # correct to ensure zero output"
xpos -912
ypos 353
}
Dot {
name Dot6
label Iabz
xpos -878
ypos 411
}
push $N2a95f400
ColorMatrix {
matrix {
{0.5 0.5 0}
{3.524 -4.066708 0.542708}
{0.199076 1.096799 -1.295875}
}
name _M_LMSP_TO_IAB_JABZ
xpos -1053
ypos 328
}
Dot {
name Dot7
label Iabz
xpos -1019
ypos 410
}
Switch {
inputs 2
which 1
name use_zcam_parameters
xpos -978
ypos 441
}
set N2a972400 [stack 0]
Expression {
expr0 "((1-0.56)*r/(1-0.56*r)) - 1.6295499532821566e-11"
name Expression2
label " if ztype == 'jabz':\n Iabz\[...,0] = ((1-0.56)*Iabz\[...,0]/(1-0.56*Iabz\[...,0])) - 1.6295499532821566e-11\n print(\"Iabz post jabz: \", Iabz)"
xpos -886
ypos 492
}
push $N2a972400
Switch {
inputs 2
name use_zcam_parameters1
label "# convert Iabz' to Jabz coordinates:\n if ztype == 'jabz':"
xpos -978
ypos 564
}
Dot {
name Dot3
label iabz
xpos -944
ypos 753
}
set N2a95d800 [stack 0]
Expression {
temp_name0 r2d
temp_expr0 180.0/pi
temp_name1 h360
temp_expr1 "360.0\n"
temp_name2 h
temp_expr2 atan2(b,g)*r2d
channel0 rgba
expr0 h
name h
xpos -1074
ypos 904
}
set N2a95d400 [stack 0]
Expression {
temp_name0 h
temp_expr0 r
channel0 rgba
expr0 "1.015 + cos((h + 89.038)*pi/180)"
name ez
xpos -1074
ypos 928
}
push $N2a95d800
Copy {
inputs 2
from0 rgba.red
to0 rgba.red
name Copy1
xpos -894
ypos 989
}
Expression {
channel0 rgba
expr0 "100*((g**2.0 + b**2.0)**0.37)*(r**0.068)*(Constants.FL**0.2) / ((Constants.iabzw.r**0.78) * (Constants.Fb**0.1))"
name M_colorfulness
label "# calculate colorfulness, M:"
xpos -894
ypos 1021
}
set N2a95c800 [stack 0]
Expression {
channel0 rgba
expr0 100*r/Constants.Qw
name C
label "# calculate chroma, C:"
xpos -894
ypos 1118
}
set N2a95c400 [stack 0]
push $N2a95d800
Expression {
channel0 rgba
expr0 "2700 * (r**(1.6*Constants.Fs/(Constants.Fb**0.12))) * (Constants.Fs**2.2) * (Constants.Fb**0.5) * (Constants.FL**0.2)"
name Q
label "# calculate brightness, Q:"
xpos -1030
ypos 1019
}
set N2a8e3c00 [stack 0]
Expression {
channel0 rgba
expr0 "100.0 * (r/Constants.Qw)"
name J
label "# calculate lightness, J:"
xpos -1030
ypos 1117
}
set N2a8e3800 [stack 0]
Copy {
inputs 2
from0 rgba.green
to0 rgba.green
name Copy3
xpos -1030
ypos 1155
}
set N2a8e3400 [stack 0]
Expression {
channel0 rgba
expr0 "100 - ((100-r)**2 + g**2)**0.5"
name Wz
label "# calculate whiteness, W:"
xpos -1030
ypos 1195
}
set N2a8e3000 [stack 0]
add_layer {zcam zcam.J zcam.Q zcam.M zcam.C}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam
fromInput2 {{0} B}
mappings "4 black -1 -1 zcam.J 0 0 black -1 -1 zcam.Q 0 1 black -1 -1 zcam.M 0 2 black -1 -1 zcam.C 0 3"
name Shuffle2
xpos -1202
ypos 1199
}
push $N2a95d400
Dot {
name Dot9
label h
note_font_size 20
note_font_color 0x677754ff
xpos -1975
ypos 2339
}
push $N2a95d800
Shuffle2 {
fromInput1 {{0} B}
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 rgba.red 0 0 rgba.red 0 0 rgba.green 0 1 rgba.red 0 0 rgba.blue 0 2 rgba.red 0 0 rgba.alpha 0 3"
name Iz
xpos -1127
ypos 835
}
push $N2a95d800
Shuffle2 {
fromInput1 {{0} B}
fromInput2 {{0} B}
mappings "4 rgba.green 0 1 rgba.red 0 0 rgba.green 0 1 rgba.green 0 1 rgba.green 0 1 rgba.blue 0 2 rgba.green 0 1 rgba.alpha 0 3"
name az
xpos -978
ypos 837
}
push $N2a95d800
Shuffle2 {
fromInput1 {{0} B}
fromInput2 {{0} B}
mappings "4 rgba.blue 0 2 rgba.blue 0 2 rgba.blue 0 2 rgba.red 0 0 rgba.blue 0 2 rgba.green 0 1 rgba.blue 0 2 rgba.alpha 0 3"
name bz
xpos -825
ypos 835
}
NoOp {
inputs 0
name Constants
xpos -527
ypos 180
addUserKnob {20 User}
addUserKnob {26 _1 l _SURROUND_PARAMETERS}
addUserKnob {4 surrounds M {average dim dark}}
addUserKnob {7 c}
c {{curve(surrounds) 0.69 0.59 0.525}}
addUserKnob {7 Nc}
Nc {{curve(surrounds) 1 0.9 0.8}}
addUserKnob {7 F}
F {{curve(surrounds) 1 0.9 0.8}}
addUserKnob {7 FLL}
FLL {{curve(surrounds) 1 1 1}}
addUserKnob {26 _2 l _DEFAULT_CONDITIONS}
addUserKnob {7 La}
La 100
addUserKnob {7 Yb}
Yb 20
addUserKnob {4 surround M {avg dim dark}}
addUserKnob {7 D}
D 1
addUserKnob {7 Dtype}
addUserKnob {26 ""}
addUserKnob {18 xyzw_d65}
xyzw_d65 {95.043 100 108.89}
addUserKnob {6 xyzw_d65_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {18 xyzw}
xyzw {{xyzw_d65.r} {xyzw_d65.g} {xyzw_d65.b}}
addUserKnob {6 xyzw_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {26 ""}
addUserKnob {7 Yw}
Yw 100
addUserKnob {7 FL}
FL {{"0.171 * La**(1/3) * (1 - exp(-48/9*La))"}}
addUserKnob {7 n}
n {{Yb/Yw}}
addUserKnob {7 Fb}
Fb {{n**0.5}}
addUserKnob {7 Fs}
Fs {{c}}
addUserKnob {26 ""}
addUserKnob {18 xyzwc}
xyzwc {95.043 100 108.89}
addUserKnob {6 xyzwc_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {18 iabzw}
iabzw {0.31331 -0.00014318 -8.9369e-05}
addUserKnob {6 iabzw_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {7 Qw}
Qw 185.85
}
push $N2a9c4c00
push $N2a95d400
push $N2a95c800
Copy {
inputs 2
from0 rgba.green
to0 rgba.green
name Copy5
xpos 67
ypos 1136
}
set N2a8e0c00 [stack 0]
Expression {
channel0 rgba
expr0 r*sin(g*pi/180.0)
name bM
xpos 163
ypos 1202
}
add_layer {zcam_bM zcam_bM.red zcam_bM.green zcam_bM.blue zcam_bM.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_bM
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_bM.red 0 0 rgba.green 0 1 zcam_bM.green 0 1 rgba.blue 0 2 zcam_bM.blue 0 2 rgba.alpha 0 3 zcam_bM.alpha 0 3"
name Shuffle11
xpos -752
ypos 1400
}
push $N2a8e0c00
Expression {
channel0 rgba
expr0 r*cos(g*pi/180.0)
name aM
xpos 67
ypos 1203
}
add_layer {zcam_aM zcam_aM.red zcam_aM.green zcam_aM.blue zcam_aM.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_aM
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_aM.red 0 0 rgba.green 0 1 zcam_aM.green 0 1 rgba.blue 0 2 zcam_aM.blue 0 2 rgba.alpha 0 3 zcam_aM.alpha 0 3"
name Shuffle10
xpos -848
ypos 1400
}
push $N2a95d400
push $N2a95c400
Copy {
inputs 2
from0 rgba.green
to0 rgba.green
name Copy25
xpos -164
ypos 1149
}
set N77951c00 [stack 0]
Expression {
channel0 rgba
expr0 r*sin(g*pi/180.0)
name bC
xpos -76
ypos 1207
}
add_layer {zcam_bC zcam_bC.red zcam_bC.green zcam_bC.blue zcam_bC.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_bC
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_bC.red 0 0 rgba.green 0 1 zcam_bC.green 0 1 rgba.blue 0 2 zcam_bC.blue 0 2 rgba.alpha 0 3 zcam_bC.alpha 0 3"
name Shuffle25
xpos -949
ypos 1399
}
push $N77951c00
Expression {
channel0 rgba
expr0 r*cos(g*pi/180.0)
name aC
xpos -164
ypos 1207
}
add_layer {zcam_aC zcam_aC.red zcam_aC.green zcam_aC.blue zcam_aC.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_aC
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_aC.red 0 0 rgba.green 0 1 zcam_aC.green 0 1 rgba.blue 0 2 zcam_aC.blue 0 2 rgba.alpha 0 3 zcam_aC.alpha 0 3"
name Shuffle24
xpos -1048
ypos 1397
}
push $N2a95d400
push $N2a8e3c00
push $N2a95c800
Copy {
inputs 2
from1 rgba.green
to1 rgba.green
name Copy2
xpos -734
ypos 1076
}
Expression {
channel0 rgba
expr0 "100.0* ((r/g)**0.5) * (Constants.FL)**0.6"
name s
label "# calculate saturation, s:"
xpos -734
ypos 1118
}
set N2ada6800 [stack 0]
Copy {
inputs 2
from0 rgba.green
to0 rgba.green
name Copy24
xpos -381
ypos 1143
}
set N77952800 [stack 0]
Expression {
channel0 rgba
expr0 r*sin(g*pi/180.0)
name bS
xpos -287
ypos 1207
}
add_layer {zcam_bS zcam_bS.red zcam_bS.green zcam_bS.blue zcam_bS.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_bS
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_bS.red 0 0 rgba.green 0 1 zcam_bS.green 0 1 rgba.blue 0 2 zcam_bS.blue 0 2 rgba.alpha 0 3 zcam_bS.alpha 0 3"
name Shuffle23
xpos -1150
ypos 1398
}
push $N77952800
Expression {
channel0 rgba
expr0 r*cos(g*pi/180.0)
name aS
xpos -381
ypos 1207
}
add_layer {zcam_aS zcam_aS.red zcam_aS.green zcam_aS.blue zcam_aS.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_aS
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_aS.red 0 0 rgba.green 0 1 zcam_aS.green 0 1 rgba.blue 0 2 zcam_aS.blue 0 2 rgba.alpha 0 3 zcam_aS.alpha 0 3"
name Shuffle22
xpos -1254
ypos 1395
}
push $N2a8e3400
Expression {
channel0 rgba
expr0 "((r - 58)**2 + 3.4*g**2)**0.5"
name Vz
label "# calculate vividness, V:"
xpos -583
ypos 1200
}
add_layer {zcam_Vz zcam_Vz.red zcam_Vz.green zcam_Vz.blue zcam_Vz.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_Vz
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_Vz.red 0 0 rgba.green 0 1 zcam_Vz.green 0 1 rgba.blue 0 2 zcam_Vz.blue 0 2 rgba.alpha 0 3 zcam_Vz.alpha 0 3"
name Shuffle9
xpos -1345
ypos 1396
}
push $N2ada6800
Expression {
channel0 rgba
name Sz
label "# calculate saturation, S:"
xpos -734
ypos 1196
}
add_layer {zcam_Sz zcam_Sz.red zcam_Sz.green zcam_Sz.blue zcam_Sz.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_Sz
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_Sz.red 0 0 rgba.green 0 1 zcam_Sz.green 0 1 rgba.blue 0 2 zcam_Sz.blue 0 2 rgba.alpha 0 3 zcam_Sz.alpha 0 3"
name Shuffle8
xpos -1436
ypos 1395
}
push $N2a8e3400
Expression {
channel0 rgba
expr0 "100 - 0.8*(r**2 + 8*g**2)**0.5"
name Kz
label "# calculate blackness, K:"
xpos -895
ypos 1195
}
add_layer {zcam_Kz zcam_Kz.red zcam_Kz.green zcam_Kz.blue zcam_Kz.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_Kz
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_Kz.red 0 0 rgba.green 0 1 zcam_Kz.green 0 1 rgba.blue 0 2 zcam_Kz.blue 0 2 rgba.alpha 0 3 zcam_Kz.alpha 0 3"
name Shuffle7
xpos -1524
ypos 1393
}
push $N2a8e3000
add_layer {zcam_Wz zcam_Wz.red zcam_Wz.green zcam_Wz.blue zcam_Wz.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_Wz
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_Wz.red 0 0 rgba.green 0 1 zcam_Wz.green 0 1 rgba.blue 0 2 zcam_Wz.blue 0 2 rgba.alpha 0 3 zcam_Wz.alpha 0 3"
name Shuffle6
xpos -1613
ypos 1393
}
push $N2ada6800
add_layer {zcam_s zcam_s.red zcam_s.green zcam_s.blue zcam_s.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_s
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_s.red 0 0 rgba.green 0 1 zcam_s.green 0 1 rgba.blue 0 2 zcam_s.blue 0 2 rgba.alpha 0 3 zcam_s.alpha 0 3"
name Shuffle5
xpos -1708
ypos 1392
}
push $N2a95c400
add_layer {zcam_C zcam_C.red zcam_C.green zcam_C.blue zcam_C.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_C
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_C.red 0 0 rgba.green 0 1 zcam_C.green 0 1 rgba.blue 0 2 zcam_C.blue 0 2 rgba.alpha 0 3 zcam_C.alpha 0 3"
name Shuffle4
xpos -1798
ypos 1391
}
push $N2a8e3800
add_layer {zcam_J zcam_J.red zcam_J.green zcam_J.blue zcam_J.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_J
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_J.red 0 0 rgba.green 0 1 zcam_J.green 0 1 rgba.blue 0 2 zcam_J.blue 0 2 rgba.alpha 0 3 zcam_J.alpha 0 3"
name Shuffle1
xpos -1900
ypos 1390
}
push $N2a95c800
add_layer {zcam_M zcam_M.red zcam_M.green zcam_M.blue zcam_M.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_M
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_M.red 0 0 rgba.green 0 1 zcam_M.green 0 1 rgba.blue 0 2 zcam_M.blue 0 2 rgba.alpha 0 3 zcam_M.alpha 0 3"
name Shuffle12
xpos -1999
ypos 1389
}
push $N2a8e3c00
add_layer {zcam_Q zcam_Q.red zcam_Q.green zcam_Q.blue zcam_Q.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_Q
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_Q.red 0 0 rgba.green 0 1 zcam_Q.green 0 1 rgba.blue 0 2 zcam_Q.blue 0 2 rgba.alpha 0 3 zcam_Q.alpha 0 3"
name Shuffle3
xpos -2089
ypos 1391
}
push $N2a95d400
add_layer {zcam_h zcam_h.red zcam_h.green zcam_h.blue zcam_h.alpha}
Shuffle2 {
fromInput1 {{0} B}
out1 zcam_h
fromInput2 {{0} B}
mappings "4 rgba.red 0 0 zcam_h.red 0 0 rgba.green 0 1 zcam_h.green 0 1 rgba.blue 0 2 zcam_h.blue 0 2 rgba.alpha 0 3 zcam_h.alpha 0 3"
name Shuffle13
xpos -2182
ypos 1392
}
push $N2a9c4c00
Dot {
name Dot16
xpos -2265
ypos 1253
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_h
name Copy21
xpos -2299
ypos 1416
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_Q
name Copy22
xpos -2299
ypos 1458
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_M
name Copy20
xpos -2298
ypos 1505
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_J
name Copy11
xpos -2298
ypos 1547
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_C
name Copy12
xpos -2298
ypos 1589
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_s
name Copy13
xpos -2302
ypos 1631
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_Wz
name Copy14
xpos -2302
ypos 1673
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_Kz
name Copy15
xpos -2302
ypos 1715
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_Sz
name Copy16
xpos -2302
ypos 1757
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_Vz
name Copy17
xpos -2302
ypos 1799
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_aS
name Copy26
xpos -2302
ypos 1841
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_bS
name Copy27
xpos -2302
ypos 1883
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_aC
name Copy28
xpos -2302
ypos 1925
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_bC
name Copy29
xpos -2302
ypos 1963
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_aM
name Copy18
xpos -2302
ypos 2005
}
Copy {
inputs 2
from0 -rgba.alpha
to0 -rgba.alpha
channels zcam_bM
name Copy19
xpos -2302
ypos 2047
}
Switch {
inputs 2
which {{parent.direction}}
name direction1
xpos -2302
ypos 2112
}
Dot {
name Dot17
xpos -2268
ypos 2157
}
set N59337c00 [stack 0]
Shuffle2 {
fromInput1 {{0} B}
in1 zcam_h
fromInput2 {{0} B}
mappings "4 zcam_h.red 0 0 rgba.red 0 0 zcam_h.green 0 1 rgba.green 0 1 zcam_h.blue 0 2 rgba.blue 0 2 zcam_h.alpha 0 3 rgba.alpha 0 3"
name Shuffle20
xpos -1041
ypos 2260
}
Dot {
name Dot41
label h
note_font_size 20
note_font_color 0x677754ff
xpos -1007
ypos 2349
}
Dot {
name Dot33
label "h in outIn"
xpos -1007
ypos 2613
}
set N7cefe800 [stack 0]
Dot {
name Dot34
xpos -1007
ypos 2652
}
push $N7cefe800
Dot {
name Dot35
xpos -1034
ypos 2640
}
push $N59337c00
Shuffle2 {
fromInput1 {{0} B}
in1 zcam_bS
fromInput2 {{0} B}
in2 zcam_aS
mappings "4 zcam_bS.blue 0 2 rgba.blue 0 2 zcam_bS.alpha 0 3 rgba.alpha 0 3 zcam_bS.green 0 1 rgba.green 0 1 zcam_aS.red 1 0 rgba.red 0 0"
name Shuffle16
label "aS & bS"
note_font_size 15
xpos -1489
ypos 2304
}
push $N59337c00
Shuffle2 {
fromInput1 {{0} B}
in1 zcam_bC
fromInput2 {{0} B}
in2 zcam_aC
mappings "4 zcam_bC.blue 0 2 rgba.blue 0 2 zcam_bC.alpha 0 3 rgba.alpha 0 3 zcam_bC.green 0 1 rgba.green 0 1 zcam_aC.red 1 0 rgba.red 0 0"
name Shuffle17
label "aC & bC"
note_font_size 15
xpos -1585
ypos 2304
}
push $N59337c00
Shuffle2 {
fromInput1 {{0} B}
in1 zcam_bM
fromInput2 {{0} B}
in2 zcam_aM
mappings "4 zcam_bM.blue 0 2 rgba.blue 0 2 zcam_bM.alpha 0 3 rgba.alpha 0 3 zcam_bM.green 0 1 rgba.green 0 1 zcam_aM.red 1 0 rgba.red 0 0"
name Shuffle26
label "aM & bM"
note_font_size 15
xpos -1682
ypos 2303
}
Switch {
inputs 3
which {{parent.inverseData1}}
name inputdata_abX_mode
xpos -1543
ypos 2400
}
Dot {
name Dot30
xpos -1509
ypos 2449
}
set N1f19dc00 [stack 0]
Dot {
name Dot29
xpos -1210
ypos 2483
}
Expression {
temp_name0 r2d
temp_expr0 180.0/pi
temp_name1 h360
temp_expr1 "360.0\n"
temp_name2 h
temp_expr2 atan2(g,r)*r2d
channel0 rgba
expr0 h
name inv_h
label " # calculate hue h:\n h = hue_angle(data\[...,1],data\[...,2], htype = 'deg')\n print('h:'+str(h))"
xpos -1244
ypos 2546
}
Dot {
name Dot36
label "a in outIn"
xpos -1210
ypos 2619
}
set N7cefdc00 [stack 0]
Dot {
name Dot37
xpos -1163
ypos 2636
}