egister(t1);
#line 29
Texture2D __V__NV__DepthInputTex : register(t2);
Texture2D __srgbV__NV__DepthInputTex : register(t3);
SamplerState __s0 : register(s0);
#line 30
static const __sampler2D V__NV__ColorInput = { __V__NV__ColorInputTex, __s0 };
#line 31
static const __sampler2D V__NV__DepthInput = { __V__NV__DepthInputTex, __s0 };
#line 71
float F__NV__GetLuma(
#line 71
	in float3 color)
{
#line 74
	float _14 = dot(float3(2.98999995e-01, 5.87000012e-01, 1.14000000e-01), color);
	return _14;
}
#line 78
struct S__VSOut
{
	float4 pos : SV_POSITION;
	float2 uv : TEXCOORD0;
};
#line 84
S__VSOut F__VSMain(
#line 84
	in uint vid : SV_VERTEXID)
{
#line 86
	S__VSOut o = (S__VSOut)0;
#line 87
	bool _22 = vid == 2;
#line 87
	float _25 = _22 ? 2.00000000e+00 : 0.00000000e+00;
#line 87
	o.uv[0] = _25;
#line 88
	bool _27 = vid == 1;
#line 88
	float _30 = _27 ? 2.00000000e+00 : 0.00000000e+00;
#line 88
	o.uv[1] = _30;
#line 89
	float2 _33 = o.uv * float2(2.00000000e+00, -2.00000000e+00);
#line 89
	float2 _35 = _33 + float2(-1.00000000e+00, 1.00000000e+00);
#line 89
	float4 _40 = float4(_35.x, _35.y, 0.00000000e+00, 1.00000000e+00);
#line 89
	o.pos = _40;
	return o;
}
#line 93
void F__VSMainOut(
#line 93
	in uint vid : SV_VERTEXID,
#line 93
	out float4 position : SV_POSITION,
#line 93
	out float2 texcoord : TEXCOORD0)
{
#line 95
	uint _46;
#line 95
	_46 = vid;
#line 95
	S__VSOut _47 = F__VSMain(_46);
#line 95
	S__VSOut o_48 = _47;
#line 96
	position = o_48.pos;
#line 97
	texcoord = o_48.uv;
	return;
}
#line 50 "SpecialFX.fx"
float3 F__sketch(
#line 50
	in float3 colorInput,
#line 50
	in float2 uv)
{
	const float _57[9] = { -1.00000000e+00, 0.00000000e+00, 1.00000000e+00, -2.00000000e+00, 0.00000000e+00, 2.00000000e+00, -1.00000000e+00, 0.00000000e+00, 1.00000000e+00 };
#line 54
	float filterKernelH[9] = _57;
#line 61
	float3 clrH = float3(0.00000000e+00, 0.00000000e+00, 0.00000000e+00);
#line 62
	float3 clrV = float3(0.00000000e+00, 0.00000000e+00, 0.00000000e+00);
#line 63
	float3 clr = float3(0.00000000e+00, 0.00000000e+00, 0.00000000e+00);
#line 65
	int i = -1;
#line 65
	bool _73 = i <= 1;
#line 65
	[unroll] while (_73)
	{
		{
		#line 66
			int j = -1;
#line 66
			bool _85 = j <= 1;
#line 66
			[unroll] while (_85)
			{
				{
				#line 68
					int2 _89 = int2(i, j);
#line 68
					float4 _90 = V__NV__ColorInput.t.Sample(V__NV__ColorInput.s, uv, _89);
#line 68
					clr = _90.xyz;
#line 69
					int _93 = i + 1;
#line 69
					int _95 = j + 1;
#line 69
					int _97 = _95 * 3;
#line 69
					int _98 = _93 + _97;
#line 69
					float3 _100 = clr * filterKernelH[_98].xxx;
#line 69
					float3 _101 = clrH + _100;
#line 69
					clrH = _101;
#line 70
					int _103 = j + 1;
#line 70
					int _105 = i + 1;
#line 70
					int _107 = _105 * 3;
#line 70
					int _108 = _103 + _107;
#line 70
					float3 _110 = clr * filterKernelH[_108].xxx;
#line 70
					float3 _111 = clrV + _110;
#line 70
					clrV = _111;
				}
				int _86 = j;
#line 66
				int _88 = _86 + 1;
#line 66
				j = _88;
			#line 66
				_85 = j <= 1;
			}
		}
		int _74 = i;
#line 65
		int _76 = _74 + 1;
#line 65
		i = _76;
	#line 65
		_73 = i <= 1;
	}
#line 73
	float3 _112 = clrH * clrH;
#line 73
	float3 _113 = clrV * clrV;
#line 73
	float3 _114 = _112 + _113;
#line 73
	float3 _115 = sqrt(_114);
#line 73
	float3 sobelLengths = _115;
#line 79
	float3 _118 = float3(1.00000000e+00, 1.00000000e+00, 1.00000000e+00) - sobelLengths;
#line 79
	float3 _120 = lerp(colorInput, _118, float3(4.49999988e-01, 4.49999988e-01, 4.49999988e-01));
#line 79
	float3 outputColor = _120;
#line 81
	float3 _123 = lerp(colorInput, outputColor, g_sldSketch.xxx);
	return _123;
}
#line 89
float F__AntiAlias(
#line 89
	in float threshold,
#line 89
	in float value)
{
#line 91
	float _128 = fwidth(value);
#line 91
	float _130 = 7.50000000e-01 * _128;
#line 91
	float width = _130;
#line 92
	float _132 = threshold - width;
#line 92
	float _133 = threshold + width;
#line 92
	float _134 = smoothstep(_132, _133, value);
	return _134;
}
#line 95
float F__DotGrid(
#line 95
	in float2 uvSquare,
#line 95
	in float angle,
#line 95
	in float radius,
#line 95
	in float noise,
#line 95
	in float coeff)
{
#line 97
	float _143 = noise * 1.00000001e-01;
#line 97
	noise = _143;
#line 98
	float _144 = sin(angle);
#line 98
	float s = _144;
#line 99
	float _146 = cos(angle);
#line 99
	float c = _146;
#line 100
	float _148 = -s;
#line 100
	float2x2 _149 = float2x2(c, _148, s, c);
#line 100
	float2 _150 = mul(_149, uvSquare);
#line 100
	float2 uvRot = _150;
#line 101
	float2 _154 = float2(((float)((int)_1.x)), ((float)((int)_1.y)));
#line 101
	float _157 = _154.x / 6.00000000e+00;
#line 101
	float _158 = _157 / coeff;
#line 101
	float2 _160 = _158.xx * uvRot;
#line 101
	float2 _161 = frac(_160);
#line 101
	float2 _163 = float2(2.00000000e+00, 2.00000000e+00) * _161;
#line 101
	float2 _165 = _163 - float2(1.00000000e+00, 1.00000000e+00);
#line 101
	float2 nearest = _165;
#line 102
	float _168 = 1.00000000e+00 - radius;
#line 102
	float _169 = length(nearest);
#line 102
	float _171 = _169 * 6.99999988e-01;
#line 102
	float _172 = _171 - noise;
#line 102
	float _173;
#line 102
	float _174;
#line 102
	_173 = _168;
#line 102
	_174 = _172;
#line 102
	float _175 = F__AntiAlias(_173, _174);
#line 102
	float _176 = _175 + noise;
	return _176;
}
#line 105
float4 F__CmykFromRgb(
#line 105
	in float3 c)
{
#line 107
	float _182 = max(c.x, c.y);
#line 107
	float _184 = max(_182, c.z);
#line 107
	float _186 = 1.00000000e+00 - _184;
#line 107
	float k = _186;
#line 108
	float4 cmyk = float4(0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00);
#line 109
	float3 _192 = float3(1.00000000e+00, 1.00000000e+00, 1.00000000e+00) - c.xyz;
#line 109
	float3 _194 = _192 - k.xxx;
#line 109
	float _196 = 1.00000000e+00 - k;
#line 109
	float3 _198 = _194 / _196.xxx;
#line 109
	cmyk.xyz = _198;
#line 110
	cmyk[3] = k;
	return cmyk;
}
#line 114
float3 F__RgbFromCmyk(
#line 114
	in float4 c)
{
#line 116
	float3 _204 = float3(1.00000000e+00, 1.00000000e+00, 1.00000000e+00) - c.xyz;
#line 116
	float _207 = 1.00000000e+00 - c.w;
#line 116
	float3 _209 = _204 * _207.xxx;
	return _209;
}
#line 120
uint F__lowbias32(
#line 120
	in uint x)
{
#line 122
	uint _214 = x >> 16;
#line 122
	uint _215 = x ^ _214;
#line 122
	x = _215;
#line 123
	uint _217 = x * 2146121005;
#line 123
	x = _217;
#line 124
	uint _219 = x >> 15;
#line 124
	uint _220 = x ^ _219;
#line 124
	x = _220;
#line 125
	uint _222 = x * 2221713035;
#line 125
	x = _222;
#line 126
	uint _224 = x >> 16;
#line 126
	uint _225 = x ^ _224;
#line 126
	x = _225;
	return x;
}
#line 130
float F__twodnoise(
#line 130
	in float2 uv)
{
#line 132
	float2 _230 = uv * float2(2.50000000e+00, 2.50000000e+00);
#line 132
	uv = _230;
#line 133
	float2 _231 = floor(uv);
#line 133
	uint2 base = ((uint2)_231);
#line 134
	float2 _234 = frac(uv);
#line 134
	float2 part = _234;
#line 135
	float2 _236 = part * part;
#line 135
	float2 _238 = float2(2.00000000e+00, 2.00000000e+00) * part;
#line 135
	float2 _240 = float2(3.00000000e+00, 3.00000000e+00) - _238;
#line 135
	float2 _241 = _236 * _240;
#line 135
	part = _241;
#line 138
	uint _242;
#line 138
	_242 = base.y;
#line 138
	uint _244 = F__lowbias32(_242);
#line 138
	uint _246 = base.x + _244;
#line 138
	uint _247;
#line 138
	_247 = _246;
#line 138
	uint _248 = F__lowbias32(_247);
#line 138
	uint _250 = _248 % 255;
#line 138
	float val00 = ((float)_250);
#line 139
	uint _255 = base.x + 1;
#line 139
	uint _256;
#line 139
	_256 = base.y;
#line 139
	uint _258 = F__lowbias32(_256);
#line 139
	uint _259 = _255 + _258;
#line 139
	uint _260;
#line 139
	_260 = _259;
#line 139
	uint _261 = F__lowbias32(_260);
#line 139
	uint _263 = _261 % 255;
#line 139
	float val01 = ((float)_263);
#line 140
	uint _268 = base.y + 1;
#line 140
	uint _269;
#line 140
	_269 = _268;
#line 140
	uint _270 = F__lowbias32(_269);
#line 140
	uint _272 = base.x + _270;
#line 140
	uint _273;
#line 140
	_273 = _272;
#line 140
	uint _274 = F__lowbias32(_273);
#line 140
	uint _276 = _274 % 255;
#line 140
	float val10 = ((float)_276);
#line 141
	uint _281 = base.x + 1;
#line 141
	uint _284 = base.y + 1;
#line 141
	uint _285;
#line 141
	_285 = _284;
#line 141
	uint _286 = F__lowbias32(_285);
#line 141
	uint _287 = _281 + _286;
#line 141
	uint _288;
#line 141
	_288 = _287;
#line 141
	uint _289 = F__lowbias32(_288);
#line 141
	uint _291 = _289 % 255;
#line 141
	float val11 = ((float)_291);
#line 143
	float _295 = val00 / 2.55000000e+02;
#line 143
	val00 = _295;
#line 144
	float _297 = val01 / 2.55000000e+02;
#line 144
	val01 = _297;
#line 145
	float _299 = val10 / 2.55000000e+02;
#line 145
	val10 = _299;
#line 146
	float _301 = val11 / 2.55000000e+02;
#line 146
	val11 = _301;
#line 148
	float _303 = lerp(val00, val01, part.x);
#line 148
	float val0X = _303;
#line 149
	float _306 = lerp(val10, val11, part.x);
#line 149
	float val1X = _306;
#line 151
	float _309 = lerp(val0X, val1X, part.y);
	return _309;
}
#line 154
float3 F__halftone(
#line 154
	in float3 color,
#line 154
	in float2 uv)
{
#line 156
	bool _318 = captureState == 4;
#line 157
	bool _320 = captureState == 5;
#line 156
	bool _321 = _318 || _320;
#line 156
	if (_321)
	{
		return color;
	}
#line 159
	float2 _324 = float2(((float)((int)_1.x)), ((float)((int)_1.y)));
#line 159
	float2 _327 = float2(((float)((int)_1.x)), ((float)((int)_1.y)));
#line 159
	float _330 = _324.y / _327.x;
#line 159
	float aspect = _330;
#line 160
	float _333 = uv.y * aspect;
#line 160
	float2 _335 = float2(uv.x, _333);
#line 160
	float2 uvSquare_336 = _335;
#line 162
	float2 _338 = uv * float2(1.00000000e+02, 1.00000000e+02);
#line 162
	float2 _339;
#line 162
	_339 = _338;
#line 162
	float _340 = F__twodnoise(_339);
#line 162
	float _342 = 1.00000001e-01 * _340;
#line 162
	float2 _344 = uv * float2(2.00000000e+02, 2.00000000e+02);
#line 162
	float2 _345;
#line 162
	_345 = _344;
#line 162
	float _346 = F__twodnoise(_345);
#line 162
	float _348 = 5.00000007e-02 * _346;
#line 162
	float _349 = _342 + _348;
#line 162
	float2 _351 = uv * float2(4.00000000e+02, 4.00000000e+02);
#line 162
	float2 _352;
#line 162
	_352 = _351;
#line 162
	float _353 = F__twodnoise(_352);
#line 162
	float _355 = 2.50000004e-02 * _353;
#line 162
	float _356 = _349 + _355;
#line 162
	float _358 = _356 + 1.00000001e-01;
#line 162
	float3 noise_360 = _358.xxx;
#line 163
	float3 _361;
#line 163
	_361 = color;
#line 163
	float4 _362 = F__CmykFromRgb(_361);
#line 163
	float4 _364 = float4(1.00000000e+00, 1.00000000e+00, 1.00000000e+00, 1.00000000e+00) - _362;
#line 163
	float4 cmyk_365 = _364;
#line 165
	float coeff_367 = 1.00000000e+00;
#line 167
	float4 cmykDot = float4(0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00);
#line 168
	float2 _370;
#line 168
	float _371;
#line 168
	float _372;
#line 168
	float _373;
#line 168
	float _374;
#line 168
	_370 = uvSquare_336;
#line 168
	_371 = 2.61799008e-01;
#line 168
	_372 = cmyk_365.x;
#line 168
	_373 = noise_360.x;
#line 168
	_374 = coeff_367;
#line 168
	float _378 = F__DotGrid(_370, _371, _372, _373, _374);
#line 168
	cmykDot[0] = _378;
#line 169
	float2 _379;
#line 169
	float _380;
#line 169
	float _381;
#line 169
	float _382;
#line 169
	float _383;
#line 169
	_379 = uvSquare_336;
#line 169
	_380 = 1.30900002e+00;
#line 169
	_381 = cmyk_365.y;
#line 169
	_382 = noise_360.y;
#line 169
	_383 = coeff_367;
#line 169
	float _387 = F__DotGrid(_379, _380, _381, _382, _383);
#line 169
	cmykDot[1] = _387;
#line 170
	float2 _388;
#line 170
	float _389;
#line 170
	float _390;
#line 170
	float _391;
#line 170
	float _392;
#line 170
	_388 = uvSquare_336;
#line 170
	_389 = 0.00000000e+00;
#line 170
	_390 = cmyk_365.z;
#line 170
	_391 = noise_360.z;
#line 170
	_392 = coeff_367;
#line 170
	float _396 = F__DotGrid(_388, _389, _390, _391, _392);
#line 170
	cmykDot[2] = _396;
#line 171
	float2 _397;
#line 171
	float _398;
#line 171
	float _399;
#line 171
	float _400;
#line 171
	float _401;
#line 171
	_397 = uvSquare_336;
#line 171
	_398 = 7.85398006e-01;
#line 171
	_399 = cmyk_365.w;
#line 171
	_400 = noise_360.x;
#line 171
	_401 = coeff_367;
#line 171
	float _405 = F__DotGrid(_397, _398, _399, _400, _401);
#line 171
	cmykDot[3] = _405;
#line 174
	float4 _407 = float4(1.00000000e+00, 1.00000000e+00, 1.00000000e+00, 1.00000000e+00) - cmykDot;
#line 174
	float4 _408;
#line 174
	_408 = _407;
#line 174
	float3 _409 = F__RgbFromCmyk(_408);
#line 174
	float3 _411 = lerp(color, _409, g_sldHalfTone.xxx);
	return _411;
}
#line 193
float F__Curve(
#line 193
	in float x,
#line 193
	in float contrast,
#line 193
	in float scale)
{
#line 195
	float _418 = x - 5.00000000e-01;
#line 195
	x = _418;
#line 196
	float _419 = x * contrast;
#line 196
	x = _419;
#line 197
	float _421 = x + 5.00000000e-01;
#line 197
	x = _421;
#line 198
	float _422 = x * scale;
#line 198
	x = _422;
	return x;
}
#line 203
float2 F__smartClampUV(
#line 203
	in float2 uvTexCoord,
#line 203
	in float constrainBorderWidth,
#line 203
	in float fetchBorderWidth)
{
#line 205
	float2 _430 = float2(((float)((int)_1.x)), ((float)((int)_1.y)));
#line 205
	float _433 = 1.00000000e+00 / _430.x;
#line 205
	float2 _436 = float2(((float)((int)_1.x)), ((float)((int)_1.y)));
#line 205
	float _439 = 1.00000000e+00 / _436.y;
#line 205
	float2 _440 = float2(_433, _439);
#line 205
	float2 oneTexel = _440;
#line 206
	float _446 = constrainBorderWidth * oneTexel.x;
#line 206
	float _448 = 1.00000000e+00 - _446;
#line 206
	bool _450 = uvTexCoord.x > _448;
#line 206
	if (_450)
	{
	#line 206
		float _452 = constrainBorderWidth * oneTexel.x;
#line 206
		float _454 = 1.00000000e+00 - _452;
#line 206
		float _456 = fetchBorderWidth * oneTexel.x;
#line 206
		float _457 = _454 - _456;
#line 206
		uvTexCoord[0] = _457;
	}
#line 207
	float _462 = constrainBorderWidth * oneTexel.x;
#line 207
	float _464 = 0.00000000e+00 + _462;
#line 207
	bool _466 = uvTexCoord.x < _464;
#line 207
	if (_466)
	{
	#line 207
		float _468 = constrainBorderWidth * oneTexel.x;
#line 207
		float _470 = 0.00000000e+00 + _468;
#line 207
		float _472 = fetchBorderWidth * oneTexel.x;
#line 207
		float _473 = _470 + _472;
#line 207
		uvTexCoord[0] = _473;
	}
#line 208
	float _478 = constrainBorderWidth * oneTexel.y;
#line 208
	float _480 = 1.00000000e+00 - _478;
#line 208
	bool _482 = uvTexCoord.y > _480;
#line 208
	if (_482)
	{
	#line 208
		float _484 = constrainBorderWidth * oneTexel.y;
#line 208
		float _486 = 1.00000000e+00 - _484;
#line 208
		float _488 = fetchBorderWidth * oneTexel.y;
#line 208
		float _489 = _486 - _488;
#line 208
		uvTexCoord[1] = _489;
	}
#line 209
	float _494 = constrainBorderWidth * oneTexel.y;
#line 209
	float _496 = 0.00000000e+00 + _494;
#line 209
	bool _498 = uvTexCoord.y < _496;
#line 209
	if (_498)
	{
	#line 209
		float _500 = constrainBorderWidth * oneTexel.y;
#line 209
		float _502 = 0.00000000e+00 + _500;
#line 209
		float _504 = fetchBorderWidth * oneTexel.y;
#line 209
		float _505 = _502 + _504;
#line 209
		uvTexCoord[1] = _505;
	}
	return uvTexCoord;
}
#line 214
float3 F__retro(
#line 214
	in float3 color,
#line 214
	inout float2 inout_tile_uv)
{
#line 217
	float2 _512 = tileUV.zw - tileUV.xy;
#line 217
	float2 _514 = _512 * inout_tile_uv.xy;
#line 217
	float2 _516 = _514 + tileUV.xy;
#line 217
	float2 uv_517 = _516;
#line 218
	float2 uvScreen = uv_517;
#line 224
	float2 _520 = uv_517 - float2(5.00000000e-01, 5.00000000e-01);
#line 224
	float2 uvDistort = _520;
#line 225
	float2 uvTexCoord_522 = inout_tile_uv;
#line 228
	float _525 = tileUV.z - tileUV.x;
#line 228
	float _527 = 2.00000003e-01 / _525;
#line 228
	float _529 = 5.00000000e-01 * _527;
#line 228
	float maxDistort = _529;
#line 229
	float distortNrm = 1.00000000e+00;
#line 231
	bool _537 = captureState == 3;
#line 231
	if (_537)
	{
	#line 234
		bool _542 = maxDistort > 2.00000003e-01;
#line 234
		if (_542)
		{
		#line 235
			float _544 = 2.00000003e-01 / maxDistort;
#line 235
			distortNrm = _544;
		}
	}
#line 237
	float _545 = dot(uvDistort, uvDistort);
#line 237
	float _546 = saturate(_545);
#line 237
	float _549 = tileUV.z - tileUV.x;
#line 237
	float _551 = 2.00000003e-01 / _549;
#line 237
	float _552 = _546 * _551;
#line 237
	float _553 = _552 * distortNrm;
#line 237
	float distort = _553;
#line 238
	float2 _555 = normalize(uvDistort);
#line 238
	float2 _557 = _555 * distort.xx;
#line 238
	float2 _559 = _557 * g_sldRetro.xx;
#line 238
	float2 _560 = uvTexCoord_522 - _559;
#line 238
	uvTexCoord_522 = _560;
#line 240
	bool _565 = captureState == 3;
#line 240
	if (_565)
	{
	#line 242
		float2 _566;
#line 242
		float _567;
#line 242
		float _568;
#line 242
		_566 = uvTexCoord_522;
#line 242
		_567 = 2.00000000e+00;
#line 242
		_568 = 1.50000000e+01;
#line 242
		float2 _571 = F__smartClampUV(_566, _567, _568);
#line 242
		uvTexCoord_522 = _571;
	}
#line 246
	inout_tile_uv = uvTexCoord_522;
#line 248
	float4 _572 = V__NV__ColorInput.t.Sample(V__NV__ColorInput.s, uvTexCoord_522);
#line 248
	color = _572.xyz;
#line 249
	float _575 = dot(color, float3(3.33000004e-01, 3.33000004e-01, 3.33000004e-01));
#line 249
	float _577 = 2.00000003e-01 * g_sldRetro;
#line 249
	float3 _580 = lerp(color, _575.xxx, _577.xxx);
#line 249
	color = _580;
#line 254
	float _581 = dot(uvDistort, uvDistort);
#line 254
	float _584 = smoothstep(0.00000000e+00, 4.00000006e-01, _581);
#line 254
	float _585 = saturate(_584);
#line 254
	float toning = _585;
#line 255
	float3 colorCenter = color.xyz;
#line 256
	float _589;
#line 256
	float _590;
#line 256
	float _591;
#line 256
	_589 = colorCenter.x;
#line 256
	_590 = 1.29999995e+00;
#line 256
	_591 = 1.39999998e+00;
#line 256
	float _595 = F__Curve(_589, _590, _591);
#line 256
	colorCenter[0] = _595;
#line 257
	float _596;
#line 257
	float _597;
#line 257
	float _598;
#line 257
	_596 = colorCenter.y;
#line 257
	_597 = 1.29999995e+00;
#line 257
	_598 = 1.29999995e+00;
#line 257
	float _602 = F__Curve(_596, _597, _598);
#line 257
	colorCenter[1] = _602;
#line 258
	float _603;
#line 258
	float _604;
#line 258
	float _605;
#line 258
	_603 = colorCenter.z;
#line 258
	_604 = 6.99999988e-01;
#line 258
	_605 = 8.00000012e-01;
#line 258
	float _609 = F__Curve(_603, _604, _605);
#line 258
	colorCenter[2] = _609;
#line 259
	float3 colorEdge = color.xyz;
#line 260
	float _612;
#line 260
	float _613;
#line 260
	float _614;
#line 260
	_612 = colorEdge.x;
#line 260
	_613 = 1.00000000e+00;
#line 260
	_614 = 6.00000024e-01;
#line 260
	float _618 = F__Curve(_612, _613, _614);
#line 260
	colorEdge[0] = _618;
#line 261
	float _619;
#line 261
	float _620;
#line 261
	float _621;
#line 261
	_619 = colorEdge.y;
#line 261
	_620 = 1.00000000e+00;
#line 261
	_621 = 6.99999988e-01;
#line 261
	float _625 = F__Curve(_619, _620, _621);
#line 261
	colorEdge[1] = _625;
#line 262
	float _626;
#line 262
	float _627;
#line 262
	float _628;
#line 262
	_626 = colorEdge.z;
#line 262
	_627 = 5.00000000e-01;
#line 262
	_628 = 1.50000000e+00;
#line 262
	float _632 = F__Curve(_626, _627, _628);
#line 262
	colorEdge[2] = _632;
#line 264
	float3 _634 = lerp(colorCenter, colorEdge, toning.xxx);
#line 264
	float3 _635 = saturate(_634);
#line 264
	float3 _638 = lerp(color.xyz, _635, g_sldRetro.xxx);
#line 264
	color.xyz = _638;
#line 270
	float2 _640 = uv_517 - float2(5.00000000e-01, 5.00000000e-01);
#line 270
	float2 inTex = _640;
#line 271
	float _644 = inTex.x * 1.20000005e+00;
#line 271
	inTex[0] = _644;
#line 272
	float _645 = dot(inTex, inTex);
#line 272
	float _647 = 1.00000000e+00 - _645;
#line 272
	float _648 = saturate(_647);
#line 272
	float vignette = _648;
#line 273
	float _652 = smoothstep(3.00000012e-01, 1.00000000e+00, vignette);
#line 273
	float _653 = saturate(_652);
#line 273
	vignette = _653;
#line 274
	float _655 = 1.00000000e+00 - vignette;
#line 274
	float _657 = _655 * 1.50000000e+00;
#line 274
	float _658 = _657 * g_sldRetro;
#line 274
	float3 _662 = lerp(color.xyz, float3(0.00000000e+00, 0.00000000e+00, 0.00000000e+00), _658.xxx);
#line 274
	color.xyz = _662;
	return color;
}
#line 279
float3 F__sepia(
#line 279
	in float3 color)
{
#line 281
	float _667 = dot(color, float3(2.12599993e-01, 7.15200007e-01, 7.22000003e-02));
#line 281
	float3 _670 = _667.xxx * float3(1.20000005e+00, 1.00000000e+00, 8.00000012e-01);
#line 281
	float3 _672 = lerp(color, _670, g_sldSepia.xxx);
	return _672;
}
#line 284
void F__PSMain(
#line 284
	in S__VSOut i,
#line 284
	out float4 color : SV_TARGET)
{
#line 286
	float4 _678 = V__NV__ColorInput.t.Sample(V__NV__ColorInput.s, i.uv);
#line 286
	color = _678;
#line 288
	bool _683 = captureState != 4;
#line 288
	bool _685 = captureState != 5;
#line 288
	bool _686 = _683 && _685;
#line 288
	if (_686)
	{
	#line 290
		bool _691 = g_sldRetro != 0.00000000e+00;
#line 290
		if (_691)
		{
		#line 290
			float3 _692;
#line 290
			float2 _693;
#line 290
			_692 = color.xyz;
#line 290
			_693 = i.uv;
#line 290
			float3 _696 = F__retro(_692, _693);
#line 290
			i.uv = _693;
#line 290
			color.xyz = _696;
		}
#line 291
		bool _701 = g_sldSketch != 0.00000000e+00;
#line 291
		if (_701)
		{
		#line 291
			float3 _702;
#line 291
			float2 _703;
#line 291
			_702 = color.xyz;
#line 291
			_703 = i.uv;
#line 291
			float3 _706 = F__sketch(_702, _703);
#line 291
			color.xyz = _706;
		}
#line 292
		bool _711 = g_sldHalfTone != 0.00000000e+00;
#line 292
		if (_711)
		{
		#line 292
			float3 _712;
#line 292
			float2 _713;
#line 292
			_712 = color.xyz;
#line 292
			_713 = i.uv;
#line 292
			float3 _716 = F__halftone(_712, _713);
#line 292
			color.xyz = _716;
		}
#line 293
		bool _721 = g_sldSepia != 0.00000000e+00;
#line 293
		if (_721)
		{
		#line 293
			float3 _722;
#line 293
			_722 = color.xyz;
#line 293
			float3 _724 = F__sepia(_722);
#line 293
			color.xyz = _724;
		}
	}
	return;
}