scene/records/materials.h - GCC Code Coverage Report

scene/records/materials.h

Line	Exec	Source
1		// SPDX-License-Identifier: BSD-3-Clause
2		#pragma once
3
4		#include "chrono_batch_render/stage/schema/types.h"
5
6		namespace chrono::batch_render {
7
8		static const uint kDefinitionDiffuse = 0;
9		static const uint kDefinitionPreviewConstant = 1;
10		static const uint kDefinitionPreviewTextured = 2;
11		static const uint kDefinitionPlaceholder = 3;
12		static const uint kDefinitionHapke = 4;
13		static const uint kDefinitionLommelSeeliger = 5;
14		static const uint kDefinitionLunarLambert = 6;
15		static const uint kDefinitionOrenNayar = 7;
16
17		CHRONO_BATCH_RENDER_ENUM(TextureChannel){
18		Rgb,
19		R,
20		G,
21		B,
22		A,
23		};
24
25		CHRONO_BATCH_RENDER_ENUM(PreviewInput){
26		DiffuseColor,
27		EmissiveColor,
28		SpecularColor,
29		Metallic,
30		Roughness,
31		Clearcoat,
32		ClearcoatRoughness,
33		Opacity,
34		Occlusion,
35		Normal,
36		DetailNormal,
37		DetailAlbedo,
38		Displacement,
39		};
40
41		static const uint kPreviewInputs = 13;
42
43		struct MaterialRecord {
44		uint definition;
45		uint words;
46		uint previousDefinition;
47		uint previousWords;
48		};
49
50		CHRONO_BATCH_RENDER_CHECK_SIZE(MaterialRecord, 16);
51
52		struct TextureInput {
53		uint64_t handle;
54		uint channel;
55		uint spectrum;
56		Float4 scale;
57		Float4 bias;
58		};
59
60		CHRONO_BATCH_RENDER_CHECK_SIZE(TextureInput, 48);
61
62		struct MappingRecord {
63		uint projection;
64		uint projectionSpace;
65		uint uvPrimvar;
66		float tileSize;
67		float triplanarBlend;
68		Float2 uvScale;
69		Float2 uvOffset;
70		float uvRotation;
71		uint hexTiling;
72		float hexTilingContrast;
73		float hexTilingRotation;
74		uint padding0;
75		uint padding1;
76		uint padding2;
77		};
78
79		CHRONO_BATCH_RENDER_CHECK_SIZE(MappingRecord, 64);
80
81		struct DetailRecord {
82		Float3 normal;
83		float normalStrength;
84		Float3 detailNormal;
85		float detailNormalStrength;
86		Float3 detailAlbedo;
87		float detailAlbedoStrength;
88		Float2 detailScale;
89		Float2 detailOffset;
90		float detailRotation;
91		uint detailHexTiling;
92		uint enableDetail;
93		uint padding0;
94		};
95
96		CHRONO_BATCH_RENDER_CHECK_SIZE(DetailRecord, 80);
97
98		struct PreviewParams {
99		Float3 diffuseColor;
100		uint useSpecularWorkflow;
101		Float3 emissiveColor;
102		float metallic;
103		Float3 specularColor;
104		float roughness;
105		float ior;
106		float clearcoat;
107		float clearcoatRoughness;
108		float opacity;
109		MappingRecord mapping;
110		DetailRecord detail;
111		TextureInput inputs[kPreviewInputs];
112		};
113
114		CHRONO_BATCH_RENDER_CHECK_SIZE(PreviewParams, 832);
115
116		static const uint kPlanetaryInputs = 7;
117		static const uint kPlanetaryValues = kPlanetaryInputs - 1;
118		static const uint kDetailInputs = 3;
119
120		struct PlanetaryParams {
121		Float3 albedo;
122		uint textured;
123		float values[kPlanetaryValues];
124		uint padding0;
125		uint padding1;
126		MappingRecord mapping;
127		DetailRecord detail;
128		TextureInput inputs[kPlanetaryInputs];
129		TextureInput details[kDetailInputs];
130		};
131
132		CHRONO_BATCH_RENDER_CHECK_SIZE(PlanetaryParams, 672);
133
134	7701	struct RadioRecord {
135		uint kind;
136		uint valid;
137		float rmsHeight;
138		float correlationLength;
139		Float4 data;
140		};
141
142		CHRONO_BATCH_RENDER_CHECK_SIZE(RadioRecord, 32);
143
144		struct CheckerRecord {
145		Float3 colorA;
146		uint enabled;
147		Float3 colorB;
148		float size;
149		uint axis;
150		uint padding0;
151		uint padding1;
152		uint padding2;
153		};
154
155		CHRONO_BATCH_RENDER_CHECK_SIZE(CheckerRecord, 48);
156
157		}
158