erState __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 56
float F__NV__GetLinearizedDepth(
#line 56
	in float2 uv)
{
#line 58
	float _18 = 1.00000000e+00 - uv.y;
#line 58
	float _20 = g_sldDepthInvertY ? _18 : uv.y;
#line 58
	uv[1] = _20;
#line 59
	float4 _25 = float4(uv.x, uv.y, 0.00000000e+00, 0.00000000e+00);
#line 59
	float4 _26 = V__NV__DepthInput.t.SampleLevel(V__NV__DepthInput.s, _25.xy, _25.w);
#line 59
	float depth = _26.x;
#line 60
	float _30 = 1.00000000e+00 - depth;
#line 60
	float _31 = g_sldDepthInvertZ ? _30 : depth;
#line 60
	depth = _31;
#line 65
	float _33 = depth * 9.99000000e+02;
#line 65
	float _35 = 1.00000000e+03 - _33;
#line 65
	float _36 = depth / _35;
#line 65
	depth = _36;
	return depth;
}
#line 71
float F__NV__GetLuma(
#line 71
	in float3 color)
{
#line 74
	float _41 = dot(float3(2.98999995e-01, 5.87000012e-01, 1.14000000e-01), color);
	return _41;
}
#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 _49 = vid == 2;
#line 87
	float _52 = _49 ? 2.00000000e+00 : 0.00000000e+00;
#line 87
	o.uv[0] = _52;
#line 88
	bool _54 = vid == 1;
#line 88
	float _57 = _54 ? 2.00000000e+00 : 0.00000000e+00;
#line 88
	o.uv[1] = _57;
#line 89
	float2 _60 = o.uv * float2(2.00000000e+00, -2.00000000e+00);
#line 89
	float2 _62 = _60 + float2(-1.00000000e+00, 1.00000000e+00);
#line 89
	float4 _67 = float4(_62.x, _62.y, 0.00000000e+00, 1.00000000e+00);
#line 89
	o.pos = _67;
	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 _73;
#line 95
	_73 = vid;
#line 95
	S__VSOut _74 = F__VSMain(_73);
#line 95
	S__VSOut o_75 = _74;
#line 96
	position = o_75.pos;
#line 97
	texcoord = o_75.uv;
	return;
}
#line 80 "BeautifyAO.fx"
Texture2D __V__MXAO_ColorTex : register(t4);
Texture2D __srgbV__MXAO_ColorTex : register(t5);
#line 81
Texture2D __V__MXAO_DepthTex : register(t6);
Texture2D __srgbV__MXAO_DepthTex : register(t7);
#line 82
Texture2D __V__MXAO_NormalTex : register(t8);
Texture2D __srgbV__MXAO_NormalTex : register(t9);
#line 84
static const __sampler2D V__sMXAO_ColorTex = { __V__MXAO_ColorTex, __s0 };
#line 85
static const __sampler2D V__sMXAO_DepthTex = { __V__MXAO_DepthTex, __s0 };
#line 86
static const __sampler2D V__sMXAO_NormalTex = { __V__MXAO_NormalTex, __s0 };
#line 88
Texture2D __V__CommonTex0 : register(t10);
Texture2D __srgbV__CommonTex0 : register(t11);
#line 89
static const __sampler2D V__sCommonTex0 = { __V__CommonTex0, __s0 };
#line 91
Texture2D __V__CommonTex1 : register(t12);
Texture2D __srgbV__CommonTex1 : register(t13);
#line 92
static const __sampler2D V__sCommonTex1 = { __V__CommonTex1, __s0 };
#line 104
struct S__MXAO_VSOUT
{
	float4 vpos : SV_POSITION;
	float2 uv : TEXCOORD0;
	nointerpolation float samples : TEXCOORD1;
	nointerpolation float3 uvtoviewADD : TEXCOORD4;
	nointerpolation float3 uvtoviewMUL : TEXCOORD5;
};
#line 113
struct S__BlurData
{
	float4 key;
	float4 mask;
};
#line 119
S__MXAO_VSOUT F__VS_MXAO(
#line 119
	in uint id : SV_VERTEXID)
{
#line 121
	S__MXAO_VSOUT MXAO = (S__MXAO_VSOUT)0;
#line 123
	bool _96 = id == 2;
#line 123
	float _99 = _96 ? 2.00000000e+00 : 0.00000000e+00;
#line 123
	MXAO.uv[0] = _99;
#line 124
	bool _101 = id == 1;
#line 124
	float _104 = _101 ? 2.00000000e+00 : 0.00000000e+00;
#line 124
	MXAO.uv[1] = _104;
#line 126
	float2 _107 = MXAO.uv.xy * float2(2.00000000e+00, -2.00000000e+00);
#line 126
	float2 _109 = _107 + float2(-1.00000000e+00, 1.00000000e+00);
#line 126
	float4 _114 = float4(_109.x, _109.y, 0.00000000e+00, 1.00000000e+00);
#line 126
	MXAO.vpos = _114;
	const int _115[4] = { 16, 24, 32, 64 };
#line 129
	int _116[4] = _115;
#line 129
	MXAO.samples = ((float)_116[MXAO_GLOBAL_SAMPLE_QUALITY_PRESET]);
#line 131
	MXAO.uvtoviewADD = float3(-1.00000000e+00, -1.00000000e+00, 1.00000000e+00);
#line 132
	MXAO.uvtoviewMUL = float3(2.00000000e+00, 2.00000000e+00, 0.00000000e+00);
	return MXAO;
}
#line 147
float3 F__get_position_from_uv(
#line 147
	in float2 uv,
#line 147
	in S__MXAO_VSOUT MXAO)
{
#line 149
	float3 _126 = uv.xyx * MXAO.uvtoviewMUL;
#line 149
	float3 _128 = _126 + MXAO.uvtoviewADD;
#line 149
	float2 _129;
#line 149
	_129 = uv;
#line 149
	float _130 = F__NV__GetLinearizedDepth(_129);
#line 149
	float3 _132 = _128 * _130.xxx;
#line 149
	float3 _134 = _132 * float3(1.00000000e+03, 1.00000000e+03, 1.00000000e+03);
	return _134;
}
#line 152
float3 F__get_position_from_uv_mipmapped(
#line 152
	in float2 uv,
#line 152
	in S__MXAO_VSOUT MXAO,
#line 152
	in int miplevel)
{
#line 154
	float3 _142 = uv.xyx * MXAO.uvtoviewMUL;
#line 154
	float3 _144 = _142 + MXAO.uvtoviewADD;
#line 154
	float4 _149 = float4(uv.xyx.x, uv.xyx.y, uv.xyx.z, ((float)miplevel));
#line 154
	float4 _150 = V__sMXAO_DepthTex.t.SampleLevel(V__sMXAO_DepthTex.s, _149.xy, _149.w);
#line 154
	float3 _152 = _144 * _150.x.xxx;
	return _152;
}
#line 157
void F__spatial_blur_data(
#line 157
	inout S__BlurData o,
#line 157
	in __sampler2D inputsampler,
#line 157
	in float inputscale,
#line 157
	in float4 uv)
{
#line 159
	float4 _160 = uv * inputscale.xxxx;
#line 159
	float4 _161 = inputsampler.t.SampleLevel(inputsampler.s, _160.xy, _160.w);
#line 159
	o.key = _161;
#line 160
	float4 _162 = V__sMXAO_NormalTex.t.SampleLevel(V__sMXAO_NormalTex.s, uv.xy, uv.w);
#line 160
	o.mask = _162;
#line 161
	float3 _165 = o.mask.xyz * float3(2.00000000e+00, 2.00000000e+00, 2.00000000e+00);
#line 161
	float3 _167 = _165 - float3(1.00000000e+00, 1.00000000e+00, 1.00000000e+00);
#line 161
	o.mask.xyz = _167;
	return;
}
#line 164
float F__compute_spatial_tap_weight(
#line 164
	in S__BlurData center,
#line 164
	in S__BlurData tap)
{
#line 166
	float _174 = tap.mask.w - center.mask.w;
#line 166
	float _175 = abs(_174);
#line 166
	float _177 = 1.00000000e+00 - _175;
#line 166
	float _178 = saturate(_177);
#line 166
	float depth_term = _178;
#line 167
	float _182 = dot(tap.mask.xyz, center.mask.xyz);
#line 167
	float _184 = _182 * 1.60000000e+01;
#line 167
	float _186 = _184 - 1.50000000e+01;
#line 167
	float _187 = saturate(_186);
#line 167
	float normal_term = _187;
#line 168
	float _189 = depth_term * normal_term;
	return _189;
}
#line 171
float4 F__blur_filter(
#line 171
	in S__MXAO_VSOUT MXAO,
#line 171
	in __sampler2D inputsampler,
#line 171
	in float inputscale,
#line 171
	in float radius,
#line 171
	in int blursteps)
{
#line 173
	float4 _201 = float4(MXAO.uv.x, MXAO.uv.y, 0.00000000e+00, 0.00000000e+00);
#line 173
	float4 blur_uv = _201;
#line 175
	S__BlurData center_204 = (S__BlurData)0;
#line 175
	S__BlurData tap_206 = (S__BlurData)0;
#line 176
	S__BlurData _207;
#line 176
	float _208;
#line 176
	float4 _209;
#line 176
	_207 = center_204;
#line 176
	_208 = inputscale;
#line 176
	_209 = blur_uv;
#line 176
	F__spatial_blur_data(_207, inputsampler, _208, _209);
#line 176
	center_204 = _207;
#line 178
	float4 blursum = center_204.key;
#line 179
	float4 blursum_noweight = center_204.key;
#line 180
	float blurweight = 1.00000000e+00;
#line 188
	float _219 = 1.00000000e+00 / _1.x;
#line 188
	float _222 = 1.00000000e+00 / _1.y;
#line 188
	float2 _223 = float2(_219, _222);
#line 188
	float2 _225 = _223 / inputscale.xx;
#line 188
	float2 _227 = _225 * radius.xx;
#line 188
	float2 blur_offsetscale = _227;
#line 191
	int i = 0;
#line 191
	bool _236 = i < blursteps;
#line 191
	[unroll] while (_236)
	{
		{
			const float2 _240[8] = { float2(1.50000000e+00, 5.00000000e-01), float2(-1.50000000e+00, -5.00000000e-01), float2(-5.00000000e-01, 1.50000000e+00), float2(5.00000000e-01, -1.50000000e+00), float2(1.50000000e+00, 2.50000000e+00), float2(-1.50000000e+00, -2.50000000e+00), float2(-2.50000000e+00, 1.50000000e+00), float2(2.50000000e+00, -1.50000000e+00) };
#line 193
			float2 _241[8] = _240;
#line 193
			float2 _243 = _241[i] * blur_offsetscale;
#line 193
			float2 _245 = MXAO.uv + _243;
#line 193
			blur_uv.xy = _245;
#line 194
			S__BlurData _246;
#line 194
			float _247;
#line 194
			float4 _248;
#line 194
			_246 = tap_206;
#line 194
			_247 = inputscale;
#line 194
			_248 = blur_uv;
#line 194
			F__spatial_blur_data(_246, inputsampler, _247, _248);
#line 194
			tap_206 = _246;
#line 196
			S__BlurData _250;
#line 196
			S__BlurData _251;
#line 196
			_250 = center_204;
#line 196
			_251 = tap_206;
#line 196
			float _252 = F__compute_spatial_tap_weight(_250, _251);
#line 196
			float tap_weight = _252;
#line 198
			float _254 = blurweight + tap_weight;
#line 198
			blurweight = _254;
#line 199
			float4 _257 = tap_206.key.xyzw * tap_weight.xxxx;
#line 199
			float4 _259 = blursum.xyzw + _257;
#line 199
			blursum.xyzw = _259;
#line 200
			float4 _262 = blursum_noweight.xyzw + tap_206.key.xyzw;
#line 200
			blursum_noweight.xyzw = _262;
		}
		int _237 = i;
#line 191
		int _239 = _237 + 1;
#line 191
		i = _239;
	#line 191
		_236 = i < blursteps;
	}
#line 203
	float4 _265 = blursum.xyzw / blurweight.xxxx;
#line 203
	blursum.xyzw = _265;
#line 204
	int _267 = 1 + blursteps;
#line 204
	float4 _270 = blursum_noweight.xyzw / ((float4)_267.xxxx);
#line 204
	blursum_noweight.xyzw = _270;
#line 206
	bool _272 = blurweight < 2.00000000e+00;
#line 206
	float4 _276 = lerp(blursum.xyzw, blursum_noweight.xyzw, ((float4)_272.xxxx));
	return _276;
}
#line 209
void F__sample_parameter_setup(
#line 209
	in S__MXAO_VSOUT MXAO,
#line 209
	in float scaled_depth,
#line 209
	out float scaled_radius,
#line 209
	out float falloff_factor)
{
#line 211
	float _284 = 2.50000000e-01 * MXAO_SAMPLE_RADIUS;
#line 211
	float _286 = scaled_depth + 2.00000000e+00;
#line 211
	float _288 = MXAO.samples * _286;
#line 211
	float _289 = _284 / _288;
#line 211
	scaled_radius = _289;
#line 212
	float _290 = MXAO_SAMPLE_RADIUS * MXAO_SAMPLE_RADIUS;
#line 212
	float _292 = -1.00000000e+00 / _290;
#line 212
	falloff_factor = _292;
	return;
}
#line 216
void F__unpack_hdr(
#line 216
	inout float3 color)
{
#line 219
	float3 _296 = saturate(color);
#line 219
	color = _296;
#line 220
	float3 _297 = saturate(color);
#line 220
	float3 _299 = float3(1.00999999e+00, 1.00999999e+00, 1.00999999e+00) - _297;
#line 220
	float3 _300 = rcp(_299);
#line 220
	float3 _301 = color * _300;
#line 220
	color = _301;
	return;
}
#line 223
void F__pack_hdr(
#line 223
	inout float3 color)
{
#line 225
	float3 _306 = float3(1.00999999e+00, 1.00999999e+00, 1.00999999e+00) * color;
#line 225
	float3 _308 = color + float3(1.00000000e+00, 1.00000000e+00, 1.00000000e+00);
#line 225
	float3 _309 = rcp(_308);
#line 225
	float3 _310 = _306 * _309;
#line 225
	color = _310;
#line 227
	float3 _311 = saturate(color);
#line 227
	color = _311;
	return;
}
#line 234
void F__PS_InputBufferSetup(
#line 234
	in S__MXAO_VSOUT MXAO,
#line 234
	out float4 color : SV_TARGET0,
#line 234
	out float4 depth : SV_TARGET1,
#line 234
	out float4 normal : SV_TARGET2)
{
#line 236
	float _320 = 1.00000000e+00 / _1.x;
#line 236
	float _323 = 1.00000000e+00 / _1.y;
#line 236
	float2 _324 = float2(_320, _323);
#line 236
	float3 _328 = float3(_324.x, _324.y, 0.00000000e+00);
#line 236
	float3 single_pixel_offset = _328;
#line 238
	float2 _330;
#line 238
	S__MXAO_VSOUT _331;
#line 238
	_330 = MXAO.uv;
#line 238
	_331 = MXAO;
#line 238
	float3 _333 = F__get_position_from_uv(_330, _331);
#line 238
	float3 position_334 = _333;
#line 239
	float3 _335 = -position_334;
#line 239
	float2 _338 = MXAO.uv + single_pixel_offset.xz;
#line 239
	float2 _339;
#line 239
	S__MXAO_VSOUT _340;
#line 239
	_339 = _338;
#line 239
	_340 = MXAO;
#line 239
	float3 _341 = F__get_position_from_uv(_339, _340);
#line 239
	float3 _342 = _335 + _341;
#line 239
	float3 position_delta_x1 = _342;
#line 240
	float2 _346 = MXAO.uv - single_pixel_offset.xz;
#line 240
	float2 _347;
#line 240
	S__MXAO_VSOUT _348;
#line 240
	_347 = _346;
#line 240
	_348 = MXAO;
#line 240
	float3 _349 = F__get_position_from_uv(_347, _348);
#line 240
	float3 _350 = position_334 - _349;
#line 240
	float3 position_delta_x2 = _350;
#line 241
	float3 _352 = -position_334;
#line 241
	float2 _355 = MXAO.uv + single_pixel_offset.zy;
#line 241
	float2 _356;
#line 241
	S__MXAO_VSOUT _357;
#line 241
	_356 = _355;
#line 241
	_357 = MXAO;
#line 241
	float3 _358 = F__get_position_from_uv(_356, _357);
#line 241
	float3 _359 = _352 + _358;
#line 241
	float3 position_delta_y1 = _359;
#line 242
	float2 _363 = MXAO.uv - single_pixel_offset.zy;
#line 242
	float2 _364;
#line 242
	S__MXAO_VSOUT _365;
#line 242
	_364 = _363;
#line 242
	_365 = MXAO;
#line 242
	float3 _366 = F__get_position_from_uv(_364, _365);
#line 242
	float3 _367 = position_334 - _366;
#line 242
	float3 position_delta_y2 = _367;
#line 244
	float _370 = abs(position_delta_x1.z);
#line 244
	float _372 = abs(position_delta_x2.z);
#line 244
	bool _373 = _370 > _372;
#line 244
	float3 _375 = lerp(position_delta_x1, position_delta_x2, ((float3)_373.xxx));
#line 244
	position_delta_x1 = _375;
#line 245
	float _377 = abs(position_delta_y1.z);
#line 245
	float _379 = abs(position_delta_y2.z);
#line 245
	bool _380 = _377 > _379;
#line 245
	float3 _382 = lerp(position_delta_y1, position_delta_y2, ((float3)_380.xxx));
#line 245
	position_delta_y1 = _382;
#line 247
	float _385 = position_delta_x1.z * position_delta_x1.z;
#line 247
	float _388 = position_delta_x2.z * position_delta_x2.z;
#line 247
	float _389 = _385 - _388;
#line 247
	float _390 = abs(_389);
#line 248
	float _393 = position_delta_y1.z * position_delta_y1.z;
#line 248
	float _396 = position_delta_y2.z * position_delta_y2.z;
#line 248
	float _397 = _393 - _396;
#line 248
	float _398 = abs(_397);
#line 247
	float _399 = _390 + _398;
#line 247
	float deltaz = _399;
#line 250
	float3 _401 = cross(position_delta_y1, position_delta_x1);
#line 250
	float3 _402 = normalize(_401);
#line 250
	float3 _404 = _402 * float3(5.00000000e-01, 5.00000000e-01, 5.00000000e-01);
#line 250
	float3 _406 = _404 + float3(5.00000000e-01, 5.00000000e-01, 5.00000000e-01);
#line 250
	float4 _410 = float4(_406.x, _406.y, _406.z, deltaz);
#line 250
	normal = _410;
#line 251
	float4 _412 = V__NV__ColorInput.t.Sample(V__NV__ColorInput.s, MXAO.uv);
#line 251
	color = _412;
#line 252
	float2 _413;
#line 252
	_413 = MXAO.uv;
#line 252
	float _415 = F__NV__GetLinearizedDepth(_413);
#line 252
	float _417 = _415 * 1.00000000e+03;
#line 252
	depth = _417.xxxx;
	return;
}
#line 255
void F__PS_AmbientObscurance(
#line 255
	in S__MXAO_VSOUT MXAO,
#line 255
	out float4 color : SV_TARGET0)
{
#line 257
	float2 _423;
#line 257
	S__MXAO_VSOUT _424;
#line 257
	int _425;
#line 257
	_423 = MXAO.uv;
#line 257
	_424 = MXAO;
#line 257
	_425 = 0;
#line 257
	float3 _428 = F__get_position_from_uv_mipmapped(_423, _424, _425);
#line 257
	float3 position_429 = _428;
#line 258
	float4 _431 = V__sMXAO_NormalTex.t.Sample(V__sMXAO_NormalTex.s, MXAO.uv);
#line 258
	float3 _434 = _431.xyz * float3(2.00000000e+00, 2.00000000e+00, 2.00000000e+00);
#line 258
	float3 _436 = _434 - float3(1.00000000e+00, 1.00000000e+00, 1.00000000e+00);
#line 258
	float3 normal_437 = _436;
#line 260
	float2 _440 = MXAO.vpos.xy % float2(4.00000000e+00, 4.00000000e+00);
#line 260
	float2 _442 = _440 + float2(1.00000001e-01, 1.00000001e-01);
#line 260
	float2 _443 = floor(_442);
#line 260
	float _445 = dot(_443, float2(6.25000000e-02, 2.50000000e-01));
#line 260
	float _447 = _445 + 6.25000000e-02;
#line 260
	float sample_jitter = _447;
#line 261
	float _451 = position_429.z / 1.00000000e+03;
#line 261
	float linear_depth = _451;
#line 262
	float3 _454 = normal_437 * linear_depth.xxx;
#line 262
	float3 _455 = position_429 + _454;
#line 262
	position_429 = _455;
#line 264
	float scaled_radius_457 = 0.00000000e+00;
#line 265
	float falloff_factor_459 = 0.00000000e+00;
#line 266
	S__MXAO_VSOUT _460;
#line 266
	float _461;
#line 266
	float _462;
#line 266
	float _463;
#line 266
	_460 = MXAO;
#line 266
	_461 = position_429.z;
#line 266
	F__sample_parameter_setup(_460, _461, _462, _463);
#line 266
	scaled_radius_457 = _462;
#line 266
	falloff_factor_459 = _463;
#line 268
	float2 tap_uv = float2(0.00000000e+00, 0.00000000e+00);
#line 268
	float2 sample_dir = float2(0.00000000e+00, 0.00000000e+00);
#line 269
	float _471 = 3.83994102e+01 * sample_jitter;
#line 269
	float _472;
#line 269
	float _473;
#line 269
	_472 = sin(_471), _473 = cos(_471);
#line 269
	sample_dir[0] = _472;
#line 269
	sample_dir[1] = _473;
#line 270
	float2 _476 = sample_dir * scaled_radius_457.xx;
#line 270
	sample_dir = _476;
#line 272
	color = float4(0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00);
#line 275
	int i_479 = 0;
#line 275
	bool _487 = ((float)i_479) < MXAO.samples;
#line 275
	[loop] while (_487)
	{
		{
		#line 277
			float _493 = 1.00000000e+00 / _1.y;
#line 277
			float _495 = ((float)((int)_1.x)) * _493;
#line 277
			float2 _497 = float2(1.00000000e+00, _495);
#line 277
			float2 _498 = sample_dir * _497;
#line 277
			float _500 = ((float)i_479) + sample_jitter;
#line 277
			float2 _502 = _498 * _500.xx;
#line 277
			float2 _504 = MXAO.uv + _502;
#line 277
			tap_uv = _504;
#line 278
			float2 _506 = mul(sample_dir, float2x2(7.64649987e-01, -6.44439995e-01, 6.44439995e-01, 7.64649987e-01));
#line 278
			sample_dir = _506;
#line 280
			float _508 = scaled_radius_457 * ((float)i_479);
#line 280
			float _510 = _508 * 2.00000000e+01;
#line 280
			float _511 = saturate(_510);
#line 280
			float _513 = _511 * 3.00000000e+00;
#line 280
			float sample_mip = _513;
#line 282
			float3 _515 = -position_429;
#line 282
			float _517 = sample_mip + 0.00000000e+00;
#line 282
			float2 _518;
#line 282
			S__MXAO_VSOUT _519;
#line 282
			int _520;
#line 282
			_518 = tap_uv;
#line 282
			_519 = MXAO;
#line 282
			_520 = ((int)_517);
#line 282
			float3 _522 = F__get_position_from_uv_mipmapped(_518, _519, _520);
#line 282
			float3 _523 = _515 + _522;
#line 282
			float3 delta_v = _523;
#line 283
			float _525 = dot(delta_v, delta_v);
#line 283
			float v2 = _525;
#line 284
			float _527 = dot(delta_v, normal_437);
#line 284
			float _528 = rsqrt(v2);
#line 284
			float _529 = _527 * _528;
#line 284
			float vn = _529;
#line 286
			float _531 = falloff_factor_459 * v2;
#line 286
			float _533 = 1.00000000e+00 + _531;
#line 286
			float _534 = saturate(_533);
#line 286
			float _536 = vn - 2.00000003e-01;
#line 286
			float _537 = saturate(_536);
#line 286
			float _538 = _534 * _537;
#line 286
			float sample_ao = _538;
#line 289
			bool _544 = sample_ao > 1.00000001e-01;
#line 289
			[branch] if (_544)
			{
			#line 291
				float _546 = sample_mip + 2.00000000e+00;
#line 291
				float4 _550 = float4(tap_uv.x, tap_uv.y, 0.00000000e+00, _546);
#line 291
				float4 _551 = V__sMXAO_ColorTex.t.SampleLevel(V__sMXAO_ColorTex.s, _550.xy, _550.w);
#line 291
				float3 sample_il = _551.xyz;
#line 293
				float3 _554;
#line 293
				_554 = sample_il;
#line 293
				F__unpack_hdr(_554);
#line 293
				sample_il = _554;
#line 294
				float _557 = sample_mip + 2.00000000e+00;
#line 294
				float4 _561 = float4(tap_uv.x, tap_uv.y, 0.00000000e+00, _557);
#line 294
				float4 _562 = V__sMXAO_NormalTex.t.SampleLevel(V__sMXAO_NormalTex.s, _561.xy, _561.w);
#line 294
				float3 _565 = _562.xyz * float3(2.00000000e+00, 2.00000000e+00, 2.00000000e+00);
#line 294
				float3 _567 = _565 - float3(1.00000000e+00, 1.00000000e+00, 1.00000000e+00);
#line 294
				float3 sample_normal = _567;
#line 296
				float3 _570 = sample_il * sample_ao.xxx;
#line 296
				sample_il = _570;
#line 297
				float3 _571 = -delta_v;
#line 297
				float3 _573 = _571 * v2.xxx;
#line 297
				float _574 = dot(sample_normal, _573);
#line 297
				float _575 = saturate(_574);
#line 297
				float _577 = 5.00000000e-01 * _575;
#line 297
				float _579 = 5.00000000e-01 + _577;
#line 297
				float3 _581 = sample_il * _579.xxx;
#line 297
				sample_il = _581;
#line 299
				float4 _585 = float4(sample_il.x, sample_il.y, sample_il.z, sample_ao);
#line 299
				float4 _586 = color + _585;
#line 299
				color = _586;
			}
		}
		int _488 = i_479;
#line 275
		int _490 = _488 + 1;
#line 275
		i_479 = _490;
	#line 275
		_487 = ((float)i_479) < MXAO.samples;
	}
#line 306
	float _589 = 8.00000012e-01 * MXAO.samples;
#line 306
	float4 _591 = color / _589.xxxx;
#line 306
	float4 _593 = _591 * float4(2.00000000e+00, 2.00000000e+00, 2.00000000e+00, 2.00000000e+00);
#line 306
	float4 _594 = saturate(_593);
#line 306
	color = _594;
#line 308
	float3 _595;
#line 308
	_595 = color.xyz;
#line 308
	F__pack_hdr(_595);
#line 308
	color.xyz = _595;
#line 309
	color = color.xyzw;
#line 310
	float4 _599 = sqrt(color);
#line 310
	color = _599;
	return;
}
#line 313
void F__PS_SpatialFilter1(
#line 313
	in S__MXAO_VSOUT MXAO,
#line 313
	out float4 color : SV_TARGET0)
{
#line 315
	S__MXAO_VSOUT _604;
#line 315
	float _605;
#line 315
	float _606;
#line 315
	int _607;
#line 315
	_604 = MXAO;
#line 315
	_605 = 1.00000000e+00;
#line 315
	_606 = 7.50000000e-01;
#line 315
	_607 = 4;
#line 315
	float4 _611 = F__blur_filter(_604, V__sCommonTex0, _605, _606, _607);
#line 315
	color = _611;
	return;
}
#line 318
void F__PS_SpatialFilter2(
#line 318
	in S__MXAO_VSOUT MXAO,
#line 318
	out float4 color : SV_TARGET0)
{
#line 320
	S__MXAO_VSOUT _616;
#line 320
	float _617;
#line 320
	float _618;
#line 320
	int _619;
#line 320
	_616 = MXAO;
#line 320
	_617 = 1.00000000e+00;
#line 320
	_618 = 1.00000000e+00;
#line 320
	_619 = 8;
#line 320
	float4 _623 = F__blur_filter(_616, V__sCommonTex1, _617, _618, _619);
#line 320
	float4 ssil_ssao = _623;
#line 321
	float4 _625 = ssil_ssao * ssil_ssao;
#line 321
	ssil_ssao = _625;
#line 322
	float4 _627 = V__sMXAO_ColorTex.t.Sample(V__sMXAO_ColorTex.s, MXAO.uv);
#line 322
	color = _627;
#line 324
	float3 _628;
#line 324
	_628 = color.xyz;
#line 324
	F__unpack_hdr(_628);
#line 324
	color.xyz = _628;
#line 325
	float3 _631;
#line 325
	_631 = ssil_ssao.xyz;
#line 325
	F__unpack_hdr(_631);
#line 325
	ssil_ssao.xyz = _631;
#line 327
	float3 _636 = color.xyz + float3(9.99999975e-06, 9.99999975e-06, 9.99999975e-06);
#line 327
	float3 _637 = normalize(_636);
#line 327
	float3 _640 = ssil_ssao.xyz + float3(9.99999975e-06, 9.99999975e-06, 9.99999975e-06);
#line 327
	float3 _641 = normalize(_640);
#line 327
	float _642 = distance(_637, _641);
#line 327
	float similarity = _642;
#line 328
	float _645 = similarity * 3.00000000e+00;
#line 328
	float _646 = saturate(_645);
#line 328
	similarity = _646;
#line 329
	float _649 = dot(ssil_ssao.xyz, float3(3.33299994e-01, 3.33299994e-01, 3.33299994e-01));
#line 329
	float _651 = similarity * 5.00000000e-01;
#line 329
	float _653 = _651 + 5.00000000e-01;
#line 329
	float _654 = saturate(_653);
#line 329
	float3 _658 = lerp(_649.xxx, ssil_ssao.xyz, _654.xxx);
#line 329
	ssil_ssao.xyz = _658;
#line 331
	float2 _659;
#line 331
	_659 = MXAO.uv;
#line 331
	float _661 = F__NV__GetLinearizedDepth(_659);
#line 331
	float _662 = -_661;
#line 331
	float _663 = MXAO_FADE_DEPTH * MXAO_FADE_DEPTH;
#line 331
	float _665 = _663 * 8.00000000e+00;
#line 331
	float _667 = _665 + 1.00000005e-03;
#line 331
	float _668 = rcp(_667);
#line 331
	float _669 = _662 * _668;
#line 331
	float _670 = exp(_669);
#line 331
	float fade = _670;
#line 332
	float4 _673 = ssil_ssao * fade.xxxx;
#line 332
	ssil_ssao = _673;
#line 334
	float3 _676 = ssil_ssao.xyz * MXAO_SSIL_AMOUNT.xxx;
#line 334
	float3 _678 = _676 * MXAO_SSIL_AMOUNT.xxx;
#line 334
	float3 _680 = _678 * float3(1.28000000e+02, 1.28000000e+02, 1.28000000e+02);
#line 334
	float3 _682 = float3(1.00000000e+00, 1.00000000e+00, 1.00000000e+00) + _680;
#line 334
	float3 _684 = color.xyz * _682;
#line 334
	color.xyz = _684;
#line 335
	float _686 = ssil_ssao.w * MXAO_SSAO_AMOUNT;
#line 335
	float _688 = _686 * 3.20000000e+01;
#line 335
	float _690 = 1.00000000e+00 + _688;
#line 335
	float3 _693 = color.xyz / _690.xxx;
#line 335
	color.xyz = _693;
#line 336
	float3 _694;
#line 336
	_694 = color.xyz;
#line 336
	F__pack_hdr(_694);
#line 336
	color.xyz = _694;
#line 337
	color[3] = 1.00000000e+00;
	return;
}