clray

annotate src/scene.h @ 51:9c0867942612

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changed the binary target to clray
author John Tsiombikas <nuclear@member.fsf.org>
date Thu, 02 Sep 2010 01:41:51 +0100
parents f9eec11e5acc
children 6a30f27fa1e6
rev   line source
nuclear@6 1 #ifndef MESH_H_
nuclear@6 2 #define MESH_H_
nuclear@6 3
nuclear@23 4 #include <stdio.h>
nuclear@6 5 #include <vector>
nuclear@24 6 #include <list>
nuclear@45 7 #include "common.h"
nuclear@6 8
nuclear@6 9 struct Vertex {
nuclear@9 10 float pos[4];
nuclear@9 11 float normal[4];
nuclear@12 12 float tex[4];
nuclear@12 13 float padding[4];
nuclear@6 14 };
nuclear@6 15
nuclear@6 16 struct Face {
nuclear@6 17 Vertex v[3];
nuclear@9 18 float normal[4];
nuclear@6 19 int matid;
nuclear@12 20 int padding[3];
John@15 21
John@15 22 bool operator ==(const Face &f) const;
nuclear@6 23 };
nuclear@6 24
nuclear@6 25 struct Material {
nuclear@9 26 float kd[4], ks[4];
nuclear@6 27 float kr, kt;
nuclear@6 28 float spow;
nuclear@12 29 float padding;
nuclear@6 30 };
nuclear@6 31
nuclear@6 32 struct Mesh {
nuclear@6 33 std::vector<Face> faces;
nuclear@6 34 int matid;
nuclear@6 35 };
nuclear@6 36
nuclear@25 37 class AABBox {
nuclear@25 38 public:
nuclear@25 39 float min[4], max[4];
nuclear@25 40
nuclear@25 41 float calc_surface_area() const;
nuclear@25 42 };
nuclear@25 43
nuclear@22 44 struct KDNode {
nuclear@37 45 int axis;
nuclear@25 46 AABBox aabb;
nuclear@26 47 float cost;
nuclear@24 48
nuclear@24 49 KDNode *left, *right;
nuclear@32 50 std::vector<int> face_idx;
nuclear@26 51
nuclear@26 52 KDNode();
nuclear@23 53 };
nuclear@22 54
nuclear@24 55 struct KDNodeGPU {
nuclear@28 56 AABBox aabb;
nuclear@43 57 int face_idx[MAX_NODE_FACES];
nuclear@28 58 int num_faces;
nuclear@35 59 int left, right;
nuclear@35 60 int padding;
nuclear@24 61 };
nuclear@24 62
nuclear@24 63
nuclear@6 64 class Scene {
nuclear@24 65 private:
nuclear@24 66 mutable Face *facebuf;
nuclear@24 67 mutable int num_faces;
nuclear@24 68
nuclear@28 69 mutable KDNodeGPU *kdbuf;
nuclear@28 70
nuclear@6 71 public:
nuclear@6 72 std::vector<Mesh*> meshes;
nuclear@6 73 std::vector<Material> matlib;
nuclear@24 74 KDNode *kdtree;
nuclear@24 75
nuclear@24 76 Scene();
nuclear@24 77 ~Scene();
nuclear@6 78
nuclear@13 79 bool add_mesh(Mesh *m);
John@14 80 int get_num_meshes() const;
nuclear@35 81 int get_num_faces() const;
John@14 82 int get_num_materials() const;
nuclear@35 83 int get_num_kdnodes() const;
nuclear@13 84
John@14 85 Material *get_materials();
John@14 86 const Material *get_materials() const;
nuclear@13 87
nuclear@6 88 bool load(const char *fname);
nuclear@6 89 bool load(FILE *fp);
nuclear@22 90
nuclear@24 91 const Face *get_face_buffer() const;
nuclear@28 92 const KDNodeGPU *get_kdtree_buffer() const;
nuclear@27 93
nuclear@27 94 void draw_kdtree() const;
nuclear@27 95 bool build_kdtree();
nuclear@6 96 };
nuclear@6 97
nuclear@26 98 enum {
nuclear@26 99 ACCEL_PARAM_MAX_TREE_DEPTH,
nuclear@26 100 ACCEL_PARAM_MAX_NODE_ITEMS,
nuclear@26 101 ACCEL_PARAM_COST_TRAVERSE,
nuclear@26 102 ACCEL_PARAM_COST_INTERSECT,
nuclear@26 103
nuclear@26 104 NUM_ACCEL_PARAMS
nuclear@26 105 };
nuclear@26 106
nuclear@26 107 void set_accel_param(int p, int v);
nuclear@26 108
nuclear@28 109 int kdtree_depth(const KDNode *tree);
nuclear@28 110 int kdtree_nodes(const KDNode *tree);
nuclear@28 111
nuclear@32 112 bool kdtree_dump(const KDNode *tree, const char *fname);
nuclear@32 113 KDNode *kdtree_restore(const char *fname);
nuclear@32 114
nuclear@6 115 #endif /* MESH_H_ */