O-/𖣠⚪𔗢⚪ᗩ∣ᗝ∣Ẏ⚪𖡼𖡼𖡼𖡼⚪𔗢⚪🞋⚪𔗢⚪𖡼𖡼𖡼𖡼⚪Ẏ∣ᗝ∣ᗩ⚪𔗢⚪𖣠/𖣠⚪𔗢⚪✤ᴥᗩ⚪𖡼𖡼𖡼𖡼⚪𔗢⚪🞋⚪𔗢⚪𖡼𖡼𖡼𖡼⚪ᗩᴥ✤⚪𔗢⚪𖣠/𖣠⚪𔗢⚪ᗱᗴᴥᗩᗯ✤ꗳⓄᔓᔕ⚪𖡼𖡼𖡼𖡼⚪𔗢⚪🞋⚪𔗢⚪𖡼𖡼𖡼𖡼⚪ᔓᔕⓄꗳ✤ᗯᗩᴥᗱᗴ⚪𔗢⚪𖣠/𖣠⚪𔗢⚪ЭЄᗩНߦᗱᗴᙏЭЄⓄߦ✤◯𖡼𖡼𖡼𖡼⚪𔗢⚪🞋⚪𔗢⚪𖡼𖡼𖡼𖡼◯✤ߦⓄЭЄᙏᗱᗴߦНᗩЭЄ⚪𔗢⚪𖣠/⠀◯ᗱᗴ⚪ᗱᗴ◯⠀◯✻⚪✻◯⠀◯ᑎ⚪ᑎ◯⠀◯ИN⚪ИN◯⠀⦿⠀◯ИN⚪ИN◯⠀◯ᑎ⚪ᑎ◯⠀◯✻⚪✻◯⠀◯ᗱᗴ⚪ᗱᗴ◯⠀ⵙ⠀◯ᗱᗴ⚪ᗱᗴ◯⠀◯✻⚪✻◯⠀◯ᑎ⚪ᑎ◯⠀◯ИN⚪ИN◯⠀⦿⠀◯ИN⚪ИN◯⠀◯ᑎ⚪ᑎ◯⠀◯✻⚪✻◯⠀◯ᗱᗴ⚪ᗱᗴ◯⠀/◯ᴥᗱᗴᗝᗩ옷ᔓᔕ◯ⵙ◯ᔓᔕ옷ᗩᗝᗱᗴᴥᔓᔕ◯/KИ.⠀◯ᴥᗱᗴᗝᗩ옷ᔓᔕ◯ᔓᔕᗱᗴИN✤옷ᕤᕦꖴᴥ⚭◯✤ⓄⓄᴥ◯ᗝᗩᑎ¤◯ᴥᗱᗴᗯⓄߦ◯ᗱᗴ⚭ᑎᑐᑕ◯ⵙ◯ᑐᑕᑎ⚭ᗱᗴ◯ߦⓄᗯᗱᗴᴥ◯¤ᑎᗩᗝ◯ᴥⓄⓄ✤◯⚭ᴥꖴᕤᕦ옷✤ИNᗱᗴᔓᔕ◯ᔓᔕ옷ᗩᗝᗱᗴᴥ◯⠀.NK
2024-04-05 10:41:01 +00:00

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#! C:/O/O_ERAWTFOS_O_SOFTWARE_O/O_SMARGORP_O_PROGRAMS_O/O_AIDIV_O_VIDIA_O/O_D3_O_3D_O/O_YRDNUOF_O_FOUNDRY_O/O_EKUN_O_NUKE_O/O_6V3.11_O_11.3V6_O/nuke-11.3.6.dll -nx
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version 11.3 v6
define_window_layout_xml {<?xml version="1.0" encoding="UTF-8"?>
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Root {
inputs 0
name C:/KИ..NK
last_frame 5824
lock_range true
fps 69
format "4096 4096 0 0 4096 4096 1 "
proxy_type scale
proxy_format "1024 778 0 0 1024 778 1 1K_Super_35(full-ap)"
colorManagement Nuke
workingSpaceLUT linear
monitorLut sRGB
int8Lut sRGB
int16Lut sRGB
logLut Cineon
floatLut linear
views_colours true
}
Constant {
inputs 0
color 1
name ⵙTИNᗩTᔓᔕИNᑐᑕⵙᑐᑕИNᔓᔕTᗩИNTⵙ
xpos -456
ypos -109
}
set N3097c00 [stack 0]
Expression {
temp_name0 O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O
temp_expr0 (clamp(((height/(1+(1/3))*O_ELACS_O_SCALE_O)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))/(height/(1+(1/3))*O_ELACS_O_SCALE_O)))
temp_name1 O_TNEIDARG_LAIDAR_LADIOSUNISOC_O_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr1 (-cos((4.*atan(1.))*(O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O))/2+.5)
temp_name2 O_TNEIDARG_LAIDAR_LAITNENOPXE_O_EXPONENTIAL_RADIAL_GRADIENT_O
temp_expr2 "(((exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.))-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.)) + (-(exp(2.*(4.*atan(1.))))/exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.)-1.)-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.+1.)-0.5)"
temp_name3 O_TNEIDARG_LAIDAR_LADIOSUNISOC_TOOR_ERAUQS_O_SQUARE_ROOT_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr3 "( ( ( -pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -0.) ,0.,1.) ) , (1./2.) ) /2. ) + ( pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -2.) ,-1.,0.) ) , (1./2.) ) /2. ) )+.5 )"
channel0 rgba
expr0 "((1-( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/(1))-(3 )), O_REWOP_O_POWER_O ) ),0,1 ) , pow(O_REWOP_TOOR_O_ROOT_POWER_O,-1.) ) + pow( clamp ( ( (1.- pow(+((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/1)-1.), O_REWOP_O_POWER_O ) )) ,0,1) , pow(O_REWOP_TOOR_O_ROOT_POWER_O,-1.) ) ) ))"
channel1 {-rgba.red -rgba.green -rgba.blue -rgba.alpha}
expr1 "(1-( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/(1))-(3 )), 3 ) ),0,1 ) , pow(3,-1.) ) + pow( clamp ( ( (1.- pow(+((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/1)-1.), 3 ) )) ,0,1) , pow(3,-1.) ) ) ) "
channel2 {-rgba.red -rgba.green -rgba.blue none}
expr2 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1)"
channel3 {none none none -rgba.alpha}
expr3 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1) + (-(exp(2*(4.*atan(1.))))/exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2+1)/1-.5"
maskChannelInput -rgba.alpha
enable_mix_luminance false
name ⵙⵙᕤᕦИNꖴᴥⵙᴥꖴИNᕤᕦⵙⵙ
help "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯"
xpos -640
ypos 75
postage_stamp true
addUserKnob {20 O l "" +STARTLINE}
addUserKnob {7 O_REWOP_O_POWER_O R 0 3}
O_REWOP_O_POWER_O 3
addUserKnob {7 O_REWOP_TOOR_O_ROOT_POWER_O R 0 9}
O_REWOP_TOOR_O_ROOT_POWER_O 0.3333333333
addUserKnob {7 O_ELACS_O_SCALE_O t "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯" R 0.01 16}
O_ELACS_O_SCALE_O 0.3333333333
}
push 0
Expression {
inputs 0
temp_name0 O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O
temp_expr0 (clamp(((height/2/1)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))/(height/2/1)))
temp_name1 O_TNEIDARG_LAIDAR_LADIOSUNISOC_O_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr1 (-cos((4.*atan(1.))*(O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O))/2+.5)
temp_name2 O_TNEIDARG_LAIDAR_LAITNENOPXE_O_EXPONENTIAL_RADIAL_GRADIENT_O
temp_expr2 "(((exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.))-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.)) + (-(exp(2.*(4.*atan(1.))))/exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.)-1.)-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.+1.)-0.5)"
temp_name3 O_TNEIDARG_LAIDAR_LADIOSUNISOC_TOOR_ERAUQS_O_SQUARE_ROOT_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr3 "( ( ( -pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -0.) ,0.,1.) ) , (1./2.) ) /2. ) + ( pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -2.) ,-1.,0.) ) , (1./2.) ) /2. ) )+.5 )"
channel0 {-rgba.red -rgba.green -rgba.blue -rgba.alpha}
expr0 "pow( (1.- pow(-(O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O-1.), 3. ) ) , pow(3.,-1.) ) * (1.- log((4.*atan(1.))-1.) ) + 1. - (1. - log((4.*atan(1.))-1.) )"
channel1 rgba
expr1 (clamp(((height/2/1)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))))
channel2 {-rgba.red -rgba.green -rgba.blue none}
expr2 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1)"
channel3 {none none none -rgba.alpha}
expr3 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1) + (-(exp(2*(4.*atan(1.))))/exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2+1)/1-.5"
enable_mix_luminance false
name ⵙЖᔓᔕᗩᙏⵙᴥᗩᙁᑎᑐᑕᴥꖴᑐᑕⵙᑐᑕꖴᴥᑐᑕᑎᙁᗩᴥⵙᙏᗩᔓᔕЖⵙ
help "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯"
xpos -72
ypos -237
postage_stamp true
addUserKnob {20 O l "" +STARTLINE}
addUserKnob {7 O_REWOP_O_POWER_O R -16 16}
O_REWOP_O_POWER_O {{ⵙИNꖴTᗩᙁᑎᕤᕦᗱᗴᴥⵙᴥᗱᗴᕤᕦᑎᙁᗩTꖴИNⵙ.O_REWOP_O_POWER_O}}
addUserKnob {7 O_ELACS_O_SCALE_O t "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯" R 0.01 16}
O_ELACS_O_SCALE_O {{ⵙИNꖴTᗩᙁᑎᕤᕦᗱᗴᴥⵙᴥᗱᗴᕤᕦᑎᙁᗩTꖴИNⵙ.O_ELACS_O_SCALE_O}}
addUserKnob {7 O_Y_EZIS_O_SIZE_Y_O R 0 16}
O_Y_EZIS_O_SIZE_Y_O 2
addUserKnob {7 O_ROSIVID_O_DIVISOR_O R 0.0001 64}
O_ROSIVID_O_DIVISOR_O 11
addUserKnob {7 O_2_REILPITLUM_EZIS_O_SIZE_MULTIPLIER_2_O R 0 4}
O_2_REILPITLUM_EZIS_O_SIZE_MULTIPLIER_2_O 1
addUserKnob {7 O_1_REILPITLUM_EZIS_O_SIZE_MULTIPLIER_1_O R 0 4}
O_1_REILPITLUM_EZIS_O_SIZE_MULTIPLIER_1_O 1
addUserKnob {7 O_1_SNOISIVID_O_DIVISION_1_O R 0 16}
O_1_SNOISIVID_O_DIVISION_1_O 4
addUserKnob {7 O_REILPITLUM_IP_O_(4.*atan(1.))_MULTIPLIER_O R 0 4}
O_REILPITLUM_IP_O_(4.*atan(1.))_MULTIPLIER_O 2
addUserKnob {7 O_REBMUN_O_NUMBER_O t 2.718281828459 R 0 64}
O_REBMUN_O_NUMBER_O 2.718281828
addUserKnob {12 O_NOITISOP_O_POSITION_O}
O_NOITISOP_O_POSITION_O {2047.5 2047.5}
addUserKnob {7 O_EZIS_O_SIZE_O R 0 2048}
O_EZIS_O_SIZE_O 2048
}
ColorBars {
inputs 0
barintensity 1
PAL true
name ⵙᔓᔕᴥᗩ8ⵙᴥᑐᑕⵙᑐᑕᴥⵙ8ᗩᴥᔓᔕⵙ
xpos 312
ypos -237
}
Merge2 {
inputs 2
operation mask
metainput All
rangeinput All
name ⵙᗱᗴᕤᕦᴥᗱᗴᙏⵙᕤᕦИNꖴЖᔓᔕᗩᙏⵙᙏᗩᔓᔕЖꖴИNᕤᕦⵙᙏᗱᗴᴥᕤᕦᗱᗴⵙ
xpos 120
ypos -109
postage_stamp true
}
Transform {
scale 0.5
center {{width/2} {height/2}}
filter Impulse
clamp true
name ⵙᗱᗴᙁᗩᑐᑕᔓᔕⵙᔓᔕᑐᑕᗩᙁᗱᗴⵙ
xpos 120
ypos 75
postage_stamp true
}
push $N3097c00
Expression {
temp_name0 O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O
temp_expr0 (clamp(((height/(1+(1/3))*O_ELACS_O_SCALE_O)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))/(height/(1+(1/3))*O_ELACS_O_SCALE_O)))
temp_name1 O_TNEIDARG_LAIDAR_LADIOSUNISOC_O_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr1 (-cos((4.*atan(1.))*(O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O))/2+.5)
temp_name2 O_TNEIDARG_LAIDAR_LAITNENOPXE_O_EXPONENTIAL_RADIAL_GRADIENT_O
temp_expr2 "(((exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.))-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.)) + (-(exp(2.*(4.*atan(1.))))/exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.)-1.)-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.+1.)-0.5)"
temp_name3 O_TNEIDARG_LAIDAR_LADIOSUNISOC_TOOR_ERAUQS_O_SQUARE_ROOT_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr3 "( ( ( -pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -0.) ,0.,1.) ) , (1./2.) ) /2. ) + ( pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -2.) ,-1.,0.) ) , (1./2.) ) /2. ) )+.5 )"
channel0 rgba
expr0 "((1-( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/(1))-(3 )), O_REWOP_O_POWER_O ) ),0,1 ) , pow(O_REWOP_TOOR_O_ROOT_POWER_O,-1.) ) + pow( clamp ( ( (1.- pow(+((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/1)-1.), O_REWOP_O_POWER_O ) )) ,0,1) , pow(O_REWOP_TOOR_O_ROOT_POWER_O,-1.) ) ) ))"
channel1 {-rgba.red -rgba.green -rgba.blue -rgba.alpha}
expr1 "(1-( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/(1))-(3 )), 3 ) ),0,1 ) , pow(3,-1.) ) + pow( clamp ( ( (1.- pow(+((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/1)-1.), 3 ) )) ,0,1) , pow(3,-1.) ) ) ) "
channel2 {-rgba.red -rgba.green -rgba.blue none}
expr2 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1)"
channel3 {none none none -rgba.alpha}
expr3 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1) + (-(exp(2*(4.*atan(1.))))/exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2+1)/1-.5"
maskChannelInput -rgba.alpha
enable_mix_luminance false
name ⵙᕤᕦИNꖴᴥⵙᴥꖴИNᕤᕦⵙ
help "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯"
xpos -264
ypos 75
postage_stamp true
addUserKnob {20 O l "" +STARTLINE}
addUserKnob {7 O_REWOP_O_POWER_O R 0 3}
O_REWOP_O_POWER_O 0.5
addUserKnob {7 O_REWOP_TOOR_O_ROOT_POWER_O R 0 9}
O_REWOP_TOOR_O_ROOT_POWER_O 3
addUserKnob {7 O_ELACS_O_SCALE_O t "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯" R 0.01 16}
O_ELACS_O_SCALE_O 1
}
Merge2 {
inputs 3+1
metainput All
rangeinput All
name ⵙᗱᗴᕤᕦᴥᗱᗴᙏⵙᙏᗱᗴᴥᕤᕦᗱᗴⵙ
xpos -72
ypos 259
postage_stamp true
}
Clamp {
name ⵙᑫᑭᙏᗩᙁᑐᑕⵙᑐᑕᙁᗩᙏᑫᑭⵙ
xpos -72
ypos 446
postage_stamp true
}
push $N3097c00
Expression {
temp_name0 O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O
temp_expr0 (clamp(((height/(2)*O_ELACS_O_SCALE_O)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))/(height/(2)*O_ELACS_O_SCALE_O)))
temp_name1 O_TNEIDARG_LAIDAR_LADIOSUNISOC_O_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr1 (-cos((4.*atan(1.))*(O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O))/2+.5)
temp_name2 O_TNEIDARG_LAIDAR_LAITNENOPXE_O_EXPONENTIAL_RADIAL_GRADIENT_O
temp_expr2 "(((exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.))-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.)) + (-(exp(2.*(4.*atan(1.))))/exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.)-1.)-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.+1.)-0.5)"
temp_name3 O_TNEIDARG_LAIDAR_LADIOSUNISOC_TOOR_ERAUQS_O_SQUARE_ROOT_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr3 "( ( ( -pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -0.) ,0.,1.) ) , (1./2.) ) /2. ) + ( pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -2.) ,-1.,0.) ) , (1./2.) ) /2. ) )+.5 )"
channel0 {-rgba.red -rgba.green -rgba.blue rgba.alpha}
expr0 (clamp(((height/(2)*O_ELACS_O_SCALE_O)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))))
channel1 {-rgba.red -rgba.green -rgba.blue -rgba.alpha}
expr1 "(1-( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/(1))-(3 )), 3 ) ),0,1 ) , pow(3,-1.) ) + pow( clamp ( ( (1.- pow(+((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/1)-1.), 3 ) )) ,0,1) , pow(3,-1.) ) ) ) "
channel2 {-rgba.red -rgba.green -rgba.blue none}
expr2 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1)"
channel3 {none none none -rgba.alpha}
expr3 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1) + (-(exp(2*(4.*atan(1.))))/exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2+1)/1-.5"
maskChannelInput -rgba.alpha
enable_mix_luminance false
name ⵙᕤᕦИNꖴᴥⵙᴥꖴИNᕤᕦⵙ2
help "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯"
xpos -464
ypos 475
postage_stamp true
addUserKnob {20 O l "" +STARTLINE}
addUserKnob {7 O_REWOP_O_POWER_O R 0 3}
O_REWOP_O_POWER_O 2
addUserKnob {7 O_REWOP_TOOR_O_ROOT_POWER_O R 0 9}
O_REWOP_TOOR_O_ROOT_POWER_O 2
addUserKnob {7 O_ELACS_O_SCALE_O t "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯" R 0.01 16}
O_ELACS_O_SCALE_O 1
}
push $N3097c00
Expression {
temp_name0 O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O
temp_expr0 (clamp(((height/(2)*O_ELACS_O_SCALE_O)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))/(height/(2)*O_ELACS_O_SCALE_O)))
temp_name1 O_TNEIDARG_LAIDAR_LADIOSUNISOC_O_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr1 (-cos((4.*atan(1.))*(O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O))/2+.5)
temp_name2 O_TNEIDARG_LAIDAR_LAITNENOPXE_O_EXPONENTIAL_RADIAL_GRADIENT_O
temp_expr2 "(((exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.))-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.)) + (-(exp(2.*(4.*atan(1.))))/exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.)-1.)-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.+1.)-0.5)"
temp_name3 O_TNEIDARG_LAIDAR_LADIOSUNISOC_TOOR_ERAUQS_O_SQUARE_ROOT_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr3 "( ( ( -pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -0.) ,0.,1.) ) , (1./2.) ) /2. ) + ( pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -2.) ,-1.,0.) ) , (1./2.) ) /2. ) )+.5 )"
channel0 {rgba.red rgba.green rgba.blue -rgba.alpha}
expr0 "(\n\n(\n( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*(3./2.)*(1.))-(1. )), O_REWOP_O_POWER_O ) ),0.,1. ) , pow(O_REWOP_TOOR_O_ROOT_POWER_O,-1.) ) )\n+\n(1.-( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*(3./2.)*(3.))-(4. )), O_REWOP_O_POWER_O ) ),0.,1. ) , pow(O_REWOP_TOOR_O_ROOT_POWER_O,-1.) ) ))\n+\n( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*(3./2.)*(6.))-(9. )), O_REWOP_O_POWER_O ) ),0.,1. ) , pow(O_REWOP_TOOR_O_ROOT_POWER_O,-1.) ) )\n-1.\n)\n\n*\n(1.- log((4.*atan(1.))-1.) ) + 1. - (1. - log((4.*atan(1.))-1.) )\n)"
channel1 {-rgba.red -rgba.green -rgba.blue -rgba.alpha}
expr1 "(1-( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/(1))-(3 )), 3 ) ),0,1 ) , pow(3,-1.) ) + pow( clamp ( ( (1.- pow(+((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*3/1)-1.), 3 ) )) ,0,1) , pow(3,-1.) ) ) ) "
channel2 {-rgba.red -rgba.green -rgba.blue none}
expr2 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1)"
channel3 {none none none -rgba.alpha}
expr3 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1) + (-(exp(2*(4.*atan(1.))))/exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2+1)/1-.5"
maskChannelInput -rgba.alpha
enable_mix_luminance false
name ⵙᕤᕦИNꖴᴥⵙᴥꖴИNᕤᕦⵙ1
help "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯"
xpos -352
ypos 475
postage_stamp true
addUserKnob {20 O l "" +STARTLINE}
addUserKnob {7 O_REWOP_O_POWER_O R 0 3}
O_REWOP_O_POWER_O 3
addUserKnob {7 O_REWOP_TOOR_O_ROOT_POWER_O R 0 9}
O_REWOP_TOOR_O_ROOT_POWER_O 4
addUserKnob {7 O_ELACS_O_SCALE_O t "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯" R 0.01 16}
O_ELACS_O_SCALE_O 1
}
push $N3097c00
Expression {
temp_name0 O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O
temp_expr0 (clamp(((height/(2)*O_ELACS_O_SCALE_O)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))/(height/(2)*O_ELACS_O_SCALE_O)))
temp_name1 O_TNEIDARG_LAIDAR_LADIOSUNISOC_O_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr1 (-cos((4.*atan(1.))*(O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O))/2+.5)
temp_name2 O_TNEIDARG_LAIDAR_LAITNENOPXE_O_EXPONENTIAL_RADIAL_GRADIENT_O
temp_expr2 "(((exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.))-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.)) + (-(exp(2.*(4.*atan(1.))))/exp(2.*(4.*atan(1.))*( (clamp(( (height/2.) *(sqrt(4.)-1.)-(sqrt((((x- (width/2.) )**2.)*(4.))+(((y- (height/2.) )**2.)*(4.)))))/ (height/2.) )) ))/(exp(2.*(4.*atan(1.))))/2.+1.)-0.5)"
temp_name3 O_TNEIDARG_LAIDAR_LADIOSUNISOC_TOOR_ERAUQS_O_SQUARE_ROOT_COSINUSOIDAL_RADIAL_GRADIENT_O
temp_expr3 "( ( ( -pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -0.) ,0.,1.) ) , (1./2.) ) /2. ) + ( pow( cos(.5*(4.*atan(1.))* clamp( ( (O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*2.) -2.) ,-1.,0.) ) , (1./2.) ) /2. ) )+.5 )"
channel0 {rgba.red rgba.green rgba.blue -rgba.alpha}
expr0 "(\n\n(\n( pow( clamp( (1.- pow(-((O_TNEIDARG_LAIDAR_RAENIL_O_LINEAR_RADIAL_GRADIENT_O*(1.))-(1. )), O_REWOP_O_POWER_O ) ),0.,1. ) , pow(O_REWOP_TOOR_O_ROOT_POWER_O,-1.) ) )\n\n)\n\n*\n(1.- log((4.*atan(1.))-1.) ) + 1. - (1. - log((4.*atan(1.))-1.) )\n)"
channel1 {-rgba.red -rgba.green -rgba.blue rgba.alpha}
expr1 (clamp(((height/(2)*O_ELACS_O_SCALE_O)-(sqrt(((x-((width/2)-.5))**2)+((y-((height/2))+.5)**2))))))
channel2 {-rgba.red -rgba.green -rgba.blue none}
expr2 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1)"
channel3 {none none none -rgba.alpha}
expr3 "((exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*1.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2-0)/1) + (-(exp(2*(4.*atan(1.))))/exp(2*(4.*atan(1.))*( (clamp((O_EZIS_O_SIZE_O*.75-(sqrt(((x-O_NOITISOP_O_POSITION_O.x)**2)*3+((y-O_NOITISOP_O_POSITION_O.y)**2)*3)))/O_EZIS_O_SIZE_O*1)) ))/(exp(2*(4.*atan(1.))))/2+1)/1-.5"
maskChannelInput -rgba.alpha
enable_mix_luminance false
name ⵙᗱᗴᴥᗱᗴ옷ᑫᑭᔓᔕⵙᔓᔕᑫᑭ옷ᗱᗴᴥᗱᗴⵙ
help "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯"
xpos -224
ypos 475
postage_stamp true
addUserKnob {20 O l "" +STARTLINE}
addUserKnob {7 O_REWOP_O_POWER_O R 0 3}
O_REWOP_O_POWER_O 3
addUserKnob {7 O_REWOP_TOOR_O_ROOT_POWER_O R 0 9}
O_REWOP_TOOR_O_ROOT_POWER_O 4
addUserKnob {7 O_ELACS_O_SCALE_O t "◯ (1- ( (2)trpƨ*2 ) ) ⵙ ( ( 2*sqrt(2) ) -1) ◯" R 0.01 16}
O_ELACS_O_SCALE_O 1
}
Write {
channels rgba
file "C:/1234 SPHERE 4096.PNG"
colorspace linear
raw true
file_type png
datatype "16 bit"
checkHashOnRead false
version 12
name Write1
xpos -224
ypos 623
}
Viewer {
frame_range 1-5824
fps 69
full_frame_processing true
viewerProcess None
gl_lighting true
grid_display false
center {1024 1024}
name ⵙᴥᗱᗴᗯᗱᗴꖴΛⵙΛꖴᗱᗴᗯᗱᗴᴥⵙ
xpos -224
ypos 718
}