/** \brief reads sprite texture definition.
*
* some sanity checks get done and if they fail an exception gets thrown.
*/
void TR_Level::read_tr_sprite_texture(SDL_RWops * const src, tr_sprite_texture_t & sprite_texture)
{
int tx, ty, tw, th, tleft, tright, ttop, tbottom;
float w, h;
sprite_texture.tile = read_bitu16(src);
if (sprite_texture.tile > 64)
Sys_extWarn("sprite_texture.tile > 64");
tx = read_bitu8(src);
ty = read_bitu8(src);
tw = read_bitu16(src);
th = read_bitu16(src);
tleft = read_bit16(src);
ttop = read_bit16(src);
tright = read_bit16(src);
tbottom = read_bit16(src);
w = tw / 256.0;
h = th / 256.0;
sprite_texture.x0 = tx;
sprite_texture.y0 = ty;
sprite_texture.x1 = sprite_texture.x0 + w;
sprite_texture.y1 = sprite_texture.y0 + h;
sprite_texture.left_side = tleft;
sprite_texture.right_side = tright;
sprite_texture.top_side =-tbottom;
sprite_texture.bottom_side =-ttop;
}
/// \brief reads object texture vertex definition.
void TR_Level::read_tr_object_texture_vert(SDL_RWops * const src, tr4_object_texture_vert_t & vert)
{
vert.xcoordinate = read_bit8(src);
vert.xpixel = read_bitu8(src);
vert.ycoordinate = read_bit8(src);
vert.ypixel = read_bitu8(src);
}
/** \brief reads rgb colour.
*
* Reads three rgb colour components. The read 6-bit values get shifted, so they are 8-bit.
* The alpha value of tr2_colour_t gets set to 0.
*/
void TR_Level::read_tr_colour(SDL_RWops * const src, tr2_colour_t & colour)
{
// read 6 bit color and change to 8 bit
colour.r = read_bitu8(src) << 2;
colour.g = read_bitu8(src) << 2;
colour.b = read_bitu8(src) << 2;
colour.a = 0;
}
void TR_Level::read_tr5_room_vertex(SDL_RWops * const src, tr5_room_vertex_t & vert)
{
read_tr4_vertex_float(src, vert.vertex);
read_tr4_vertex_float(src, vert.normal);
vert.colour.b = read_bitu8(src) / 255.0f;
vert.colour.g = read_bitu8(src) / 255.0f;
vert.colour.r = read_bitu8(src) / 255.0f;
vert.colour.a = read_bitu8(src) / 255.0f;
}
/// \brief reads a room sector definition.
void TR_Level::read_tr_room_sector(SDL_RWops * const src, tr_room_sector_t & sector)
{
sector.fd_index = read_bitu16(src);
sector.box_index = read_bitu16(src);
sector.room_below = read_bitu8(src);
sector.floor = read_bit8(src);
sector.room_above = read_bitu8(src);
sector.ceiling = read_bit8(src);
}
void TR_Level::read_tr2_box(SDL_RWops * const src, tr_box_t & box)
{
box.zmax =-1024 * read_bitu8(src);
box.zmin =-1024 * read_bitu8(src);
box.xmin = 1024 * read_bitu8(src);
box.xmax = 1024 * read_bitu8(src);
box.true_floor =-read_bit16(src);
box.overlap_index = read_bit16(src);
}
/** \brief reads mesh definition.
*
* The read num_normals value is positive when normals are available and negative when light
* values are available. The values get set appropiatly.
*/
void TR_Level::read_tr_mesh(SDL_RWops * const src, tr4_mesh_t & mesh)
{
int i;
read_tr_vertex16(src, mesh.centre);
mesh.collision_size = read_bit16(src);
mesh.flags = read_bitu8(src);
mesh.dummy = read_bitu8(src);
mesh.num_vertices = read_bit16(src);
mesh.vertices = (tr5_vertex_t*)malloc(mesh.num_vertices * sizeof(tr5_vertex_t));
for (i = 0; i < mesh.num_vertices; i++)
read_tr_vertex16(src, mesh.vertices[i]);
mesh.num_normals = read_bit16(src);
if (mesh.num_normals >= 0) {
mesh.num_lights = 0;
mesh.normals = (tr5_vertex_t*)malloc(mesh.num_normals * sizeof(tr5_vertex_t));
for (i = 0; i < mesh.num_normals; i++)
read_tr_vertex16(src, mesh.normals[i]);
} else {
mesh.num_lights = -mesh.num_normals;
mesh.num_normals = 0;
mesh.lights = (int16_t*)malloc(mesh.num_lights * sizeof(int16_t));
for (i = 0; i < mesh.num_lights; i++)
mesh.lights[i] = read_bit16(src);
}
mesh.num_textured_rectangles = read_bit16(src);
mesh.textured_rectangles = (tr4_face4_t*)malloc(mesh.num_textured_rectangles * sizeof(tr4_face4_t));
for (i = 0; i < mesh.num_textured_rectangles; i++)
read_tr_face4(src, mesh.textured_rectangles[i]);
mesh.num_textured_triangles = read_bit16(src);
mesh.textured_triangles = (tr4_face3_t*)malloc(mesh.num_textured_triangles * sizeof(tr4_face3_t));
for (i = 0; i < mesh.num_textured_triangles; i++)
read_tr_face3(src, mesh.textured_triangles[i]);
mesh.num_coloured_rectangles = read_bit16(src);
mesh.coloured_rectangles = (tr4_face4_t*)malloc(mesh.num_coloured_rectangles * sizeof(tr4_face4_t));
for (i = 0; i < mesh.num_coloured_rectangles; i++)
read_tr_face4(src, mesh.coloured_rectangles[i]);
mesh.num_coloured_triangles = read_bit16(src);
mesh.coloured_triangles = (tr4_face3_t*)malloc(mesh.num_coloured_triangles * sizeof(tr4_face3_t));
for (i = 0; i < mesh.num_coloured_triangles; i++)
read_tr_face3(src, mesh.coloured_triangles[i]);
}
void TR_Level::read_tr3_room_light(SDL_RWops * const src, tr5_room_light_t & light)
{
read_tr_vertex32(src, light.pos);
light.color.r = read_bitu8(src);
light.color.g = read_bitu8(src);
light.color.b = read_bitu8(src);
light.color.a = read_bitu8(src);
light.fade1 = read_bitu32(src);
light.fade2 = read_bitu32(src);
light.intensity = 1.0f;
light.r_outer = (float)light.fade1;
light.r_inner = (float)light.fade1 / 2.0;
light.light_type = 0x01; // Point light
}
/// \brief reads an animation definition.
void TR_Level::read_tr_animation(SDL_RWops * const src, tr_animation_t & animation)
{
animation.frame_offset = read_bitu32(src);
animation.frame_rate = read_bitu8(src);
animation.frame_size = read_bitu8(src);
animation.state_id = read_bitu16(src);
animation.speed = read_mixfloat(src);
animation.accel = read_mixfloat(src);
animation.frame_start = read_bitu16(src);
animation.frame_end = read_bitu16(src);
animation.next_animation = read_bitu16(src);
animation.next_frame = read_bitu16(src);
animation.num_state_changes = read_bitu16(src);
animation.state_change_offset = read_bitu16(src);
animation.num_anim_commands = read_bitu16(src);
animation.anim_command = read_bitu16(src);
}
void TR_Level::read_tr5_room_light(SDL_RWops * const src, tr5_room_light_t & light)
{
uint32_t temp;
read_tr4_vertex_float(src, light.pos);
//read_tr_colour(src, light.color);
light.color.r = read_float(src) * 255.0; // r
light.color.g = read_float(src) * 255.0; // g
light.color.b = read_float(src) * 255.0; // b
light.color.a = read_float(src) * 255.0; // a
light.color.a = 1.0f;
/*
if ((temp != 0) && (temp != 0xCDCDCDCD))
throw TR_ReadError("read_tr5_room_light: seperator1 has wrong value");
*/
light.r_inner = read_float(src);
light.r_outer = read_float(src);
read_float(src); // rad_input
read_float(src); // rad_output
read_float(src); // range
read_tr4_vertex_float(src, light.dir);
read_tr_vertex32(src, light.pos2);
read_tr_vertex32(src, light.dir2);
light.light_type = read_bitu8(src);
temp = read_bitu8(src);
if (temp != 0xCD)
Sys_extWarn("read_tr5_room_light: seperator2 has wrong value");
temp = read_bitu8(src);
if (temp != 0xCD)
Sys_extWarn("read_tr5_room_light: seperator3 has wrong value");
temp = read_bitu8(src);
if (temp != 0xCD)
Sys_extWarn("read_tr5_room_light: seperator4 has wrong value");
}
void TR_Level::read_tr_level(SDL_RWops * const src, bool demo_or_ub)
{
uint32_t i;
// Version
uint32_t file_version = read_bitu32(src);
if (file_version != 0x00000020)
Sys_extError("Wrong level version");
this->num_textiles = 0;
this->num_room_textiles = 0;
this->num_obj_textiles = 0;
this->num_bump_textiles = 0;
this->num_misc_textiles = 0;
this->read_32bit_textiles = false;
this->textile8_count = this->num_textiles = read_bitu32(src);
this->textile8 = (tr_textile8_t*)malloc(this->textile8_count * sizeof(tr_textile8_t));
for (i = 0; i < this->textile8_count; i++)
read_tr_textile8(src, this->textile8[i]);
// Unused
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for 'unused'");
this->rooms_count = read_bitu16(src);
this->rooms = (tr5_room_t*)calloc(this->rooms_count, sizeof(tr5_room_t));
for (i = 0; i < this->rooms_count; i++)
read_tr_room(src, this->rooms[i]);
this->floor_data_size = read_bitu32(src);
this->floor_data = (uint16_t*)malloc(this->floor_data_size * sizeof(uint16_t));
for(i = 0; i < this->floor_data_size; i++)
this->floor_data[i] = read_bitu16(src);
read_mesh_data(src);
this->animations_count = read_bitu32(src);
this->animations = (tr_animation_t*)malloc(this->animations_count * sizeof(tr_animation_t));
for (i = 0; i < this->animations_count; i++)
read_tr_animation(src, this->animations[i]);
this->state_changes_count = read_bitu32(src);
this->state_changes = (tr_state_change_t*)malloc(this->state_changes_count * sizeof(tr_state_change_t));
for (i = 0; i < this->state_changes_count; i++)
read_tr_state_changes(src, this->state_changes[i]);
this->anim_dispatches_count = read_bitu32(src);
this->anim_dispatches = (tr_anim_dispatch_t*)malloc(this->anim_dispatches_count * sizeof(tr_anim_dispatch_t));
for (i = 0; i < this->anim_dispatches_count; i++)
read_tr_anim_dispatches(src, this->anim_dispatches[i]);
this->anim_commands_count = read_bitu32(src);
this->anim_commands = (int16_t*)malloc(this->anim_commands_count * sizeof(int16_t));
for (i = 0; i < this->anim_commands_count; i++)
this->anim_commands[i] = read_bit16(src);
this->mesh_tree_data_size = read_bitu32(src);
this->mesh_tree_data = (uint32_t*)malloc(this->mesh_tree_data_size * sizeof(uint32_t));
for (i = 0; i < this->mesh_tree_data_size; i++)
this->mesh_tree_data[i] = read_bitu32(src); // 4 bytes
read_frame_moveable_data(src);
// try to fix ugly stick
for (i = 0; i < this->animations_count; i++)
{
uint32_t frame_offset = this->animations[i].frame_offset / 2;
this->animations[i].frame_size = this->frame_data[frame_offset + 9] * 2 + 10;
}
this->static_meshes_count = read_bitu32(src);
this->static_meshes = (tr_staticmesh_t*)malloc(this->static_meshes_count * sizeof(tr_staticmesh_t));
for (i = 0; i < this->static_meshes_count; i++)
read_tr_staticmesh(src, this->static_meshes[i]);
this->object_textures_count = read_bitu32(src);
this->object_textures = (tr4_object_texture_t*)malloc(this->object_textures_count * sizeof(tr4_object_texture_t));
for (i = 0; i < this->object_textures_count; i++)
read_tr_object_texture(src, this->object_textures[i]);
this->sprite_textures_count = read_bitu32(src);
this->sprite_textures = (tr_sprite_texture_t*)malloc(this->sprite_textures_count * sizeof(tr_sprite_texture_t));
for (i = 0; i < this->sprite_textures_count; i++)
read_tr_sprite_texture(src, this->sprite_textures[i]);
this->sprite_sequences_count = read_bitu32(src);
this->sprite_sequences = (tr_sprite_sequence_t*)malloc(this->sprite_sequences_count * sizeof(tr_sprite_sequence_t));
for (i = 0; i < this->sprite_sequences_count; i++)
read_tr_sprite_sequence(src, this->sprite_sequences[i]);
if (demo_or_ub)
read_tr_palette(src, this->palette);
this->cameras_count = read_bitu32(src);
this->cameras = (tr_camera_t*)malloc(this->cameras_count * sizeof(tr_camera_t));
for (i = 0; i < this->cameras_count; i++)
{
this->cameras[i].x = read_bit32(src);
this->cameras[i].y = read_bit32(src);
this->cameras[i].z = read_bit32(src);
this->cameras[i].room = read_bit16(src);
this->cameras[i].unknown1 = read_bitu16(src);
}
this->sound_sources_count = read_bitu32(src);
this->sound_sources = (tr_sound_source_t*)malloc(this->sound_sources_count * sizeof(tr_sound_source_t));
for(i = 0; i < this->sound_sources_count; i++)
{
this->sound_sources[i].x = read_bit32(src);
this->sound_sources[i].y = read_bit32(src);
this->sound_sources[i].z = read_bit32(src);
this->sound_sources[i].sound_id = read_bitu16(src);
this->sound_sources[i].flags = read_bitu16(src);
}
this->boxes_count = read_bitu32(src);
this->boxes = (tr_box_t*)malloc(this->boxes_count * sizeof(tr_box_t));
for (i = 0; i < this->boxes_count; i++)
read_tr_box(src, this->boxes[i]);
this->overlaps_count = read_bitu32(src);
this->overlaps = (uint16_t*)malloc(this->overlaps_count * sizeof(uint16_t));
for (i = 0; i < this->overlaps_count; i++)
this->overlaps[i] = read_bitu16(src);
// Zones
SDL_RWseek(src, this->boxes_count * 12, RW_SEEK_CUR);
this->animated_textures_count = read_bitu32(src);
this->animated_textures_uv_count = 0; // No UVRotate in TR1
this->animated_textures = (uint16_t*)malloc(this->animated_textures_count * sizeof(uint16_t));
for (i = 0; i < this->animated_textures_count; i++)
{
this->animated_textures[i] = read_bitu16(src);
}
this->items_count = read_bitu32(src);
this->items = (tr2_item_t*)malloc(this->items_count * sizeof(tr2_item_t));
for (i = 0; i < this->items_count; i++)
read_tr_item(src, this->items[i]);
read_tr_lightmap(src, this->lightmap);
if (!demo_or_ub)
read_tr_palette(src, this->palette);
this->cinematic_frames_count = read_bitu16(src);
this->cinematic_frames = (tr_cinematic_frame_t*)malloc(this->cinematic_frames_count * sizeof(tr_cinematic_frame_t));
for (i = 0; i < this->cinematic_frames_count; i++)
{
read_tr_cinematic_frame(src, this->cinematic_frames[i]);
}
this->demo_data_count = read_bitu16(src);
this->demo_data = (uint8_t*)malloc(this->demo_data_count * sizeof(uint8_t));
for(i=0; i < this->demo_data_count; i++)
this->demo_data[i] = read_bitu8(src);
// Soundmap
this->soundmap = (int16_t*)malloc(TR_AUDIO_MAP_SIZE_TR1 * sizeof(int16_t));
for(i=0; i < TR_AUDIO_MAP_SIZE_TR1; i++)
this->soundmap[i] = read_bit16(src);
this->sound_details_count = read_bitu32(src);
this->sound_details = (tr_sound_details_t*)malloc(this->sound_details_count * sizeof(tr_sound_details_t));
for(i = 0; i < this->sound_details_count; i++)
{
this->sound_details[i].sample = read_bitu16(src);
this->sound_details[i].volume = read_bitu16(src);
this->sound_details[i].chance = read_bitu16(src);
this->sound_details[i].num_samples_and_flags_1 = read_bitu8(src);
this->sound_details[i].flags_2 = read_bitu8(src);
this->sound_details[i].sound_range = TR_AUDIO_DEFAULT_RANGE;
this->sound_details[i].pitch = (int16_t)TR_AUDIO_DEFAULT_PITCH;
}
// LOAD SAMPLES
// In TR1, samples are embedded into level file as solid block, preceded by
// block size in bytes. Sample block is followed by sample indices array.
this->samples_count = 0;
this->samples_data_size = read_bitu32(src);
this->samples_data = (uint8_t*)malloc(this->samples_data_size * sizeof(uint8_t));
for(i=0; i < this->samples_data_size; i++)
{
this->samples_data[i] = read_bitu8(src);
if((i >= 4) && (*((uint32_t*)(this->samples_data+i-4)) == 0x46464952)) /// RIFF
{
this->samples_count++;
}
}
this->sample_indices_count = read_bitu32(src);
this->sample_indices = (uint32_t*)malloc(this->sample_indices_count * sizeof(uint32_t));
for(i=0; i < this->sample_indices_count; i++)
this->sample_indices[i] = read_bitu32(src);
}
/// \brief reads the lightmap.
void TR_Level::read_tr_lightmap(SDL_RWops * const src, tr_lightmap_t & lightmap)
{
for (int i = 0; i < (32 * 256); i++)
lightmap.map[i] = read_bitu8(src);
}
void TR_Level::read_tr2_level(SDL_RWops * const src, bool demo)
{
uint32_t i;
// Version
uint32_t file_version = read_bitu32(src);
if (file_version != 0x0000002d)
Sys_extError("Wrong level version");
read_tr_palette(src, this->palette);
read_tr2_palette16(src, this->palette16);
this->num_textiles = 0;
this->num_room_textiles = 0;
this->num_obj_textiles = 0;
this->num_bump_textiles = 0;
this->num_misc_textiles = 0;
this->read_32bit_textiles = false;
this->textile8_count = this->num_textiles = read_bitu32(src);
this->textile8 = (tr_textile8_t*)malloc(this->textile8_count * sizeof(tr_textile8_t));
for (i = 0; i < this->textile8_count; i++)
read_tr_textile8(src, this->textile8[i]);
this->textile16_count = this->textile8_count;
this->textile16 = (tr2_textile16_t*)malloc(this->textile16_count * sizeof(tr2_textile16_t));
for (i = 0; i < this->textile16_count; i++)
read_tr2_textile16(src, this->textile16[i]);
// Unused
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for 'unused'");
this->rooms_count = read_bitu16(src);
this->rooms = (tr5_room_t*)calloc(this->rooms_count, sizeof(tr5_room_t));
for (i = 0; i < this->rooms_count; i++)
read_tr2_room(src, this->rooms[i]);
this->floor_data_size = read_bitu32(src);
this->floor_data = (uint16_t*)malloc(this->floor_data_size * sizeof(uint16_t));
for(i = 0; i < this->floor_data_size; i++)
this->floor_data[i] = read_bitu16(src);
read_mesh_data(src);
this->animations_count = read_bitu32(src);
this->animations = (tr_animation_t*)malloc(this->animations_count * sizeof(tr_animation_t));
for (i = 0; i < this->animations_count; i++)
read_tr_animation(src, this->animations[i]);
this->state_changes_count = read_bitu32(src);
this->state_changes = (tr_state_change_t*)malloc(this->state_changes_count * sizeof(tr_state_change_t));
for (i = 0; i < this->state_changes_count; i++)
read_tr_state_changes(src, this->state_changes[i]);
this->anim_dispatches_count = read_bitu32(src);
this->anim_dispatches = (tr_anim_dispatch_t*)malloc(this->anim_dispatches_count * sizeof(tr_anim_dispatch_t));
for (i = 0; i < this->anim_dispatches_count; i++)
read_tr_anim_dispatches(src, this->anim_dispatches[i]);
this->anim_commands_count = read_bitu32(src);
this->anim_commands = (int16_t*)malloc(this->anim_commands_count * sizeof(int16_t));
for (i = 0; i < this->anim_commands_count; i++)
this->anim_commands[i] = read_bit16(src);
this->mesh_tree_data_size = read_bitu32(src);
this->mesh_tree_data = (uint32_t*)malloc(this->mesh_tree_data_size * sizeof(uint32_t));
for (i = 0; i < this->mesh_tree_data_size; i++)
this->mesh_tree_data[i] = read_bitu32(src); // 4 bytes
read_frame_moveable_data(src);
this->static_meshes_count = read_bitu32(src);
this->static_meshes = (tr_staticmesh_t*)malloc(this->static_meshes_count * sizeof(tr_staticmesh_t));
for (i = 0; i < this->static_meshes_count; i++)
read_tr_staticmesh(src, this->static_meshes[i]);
this->object_textures.resize( read_bitu32(src) );
for (i = 0; i < this->object_textures.size(); i++)
read_tr_object_texture(src, this->object_textures[i]);
this->sprite_textures.resize( read_bitu32(src) );
for (i = 0; i < this->sprite_textures.size(); i++)
read_tr_sprite_texture(src, this->sprite_textures[i]);
this->sprite_sequences_count = read_bitu32(src);
this->sprite_sequences = (tr_sprite_sequence_t*)malloc(this->sprite_sequences_count * sizeof(tr_sprite_sequence_t));
for (i = 0; i < this->sprite_sequences_count; i++)
read_tr_sprite_sequence(src, this->sprite_sequences[i]);
if (demo)
read_tr_lightmap(src, this->lightmap);
this->cameras_count = read_bitu32(src);
this->cameras = (tr_camera_t*)malloc(this->cameras_count * sizeof(tr_camera_t));
for (i = 0; i < this->cameras_count; i++)
{
this->cameras[i].x = read_bit32(src);
this->cameras[i].y = read_bit32(src);
this->cameras[i].z = read_bit32(src);
this->cameras[i].room = read_bit16(src);
this->cameras[i].unknown1 = read_bitu16(src);
}
this->sound_sources_count = read_bitu32(src);
this->sound_sources = (tr_sound_source_t*)malloc(this->sound_sources_count * sizeof(tr_sound_source_t));
for(i = 0; i < this->sound_sources_count; i++)
{
this->sound_sources[i].x = read_bit32(src);
this->sound_sources[i].y = read_bit32(src);
this->sound_sources[i].z = read_bit32(src);
this->sound_sources[i].sound_id = read_bitu16(src);
this->sound_sources[i].flags = read_bitu16(src);
}
this->boxes_count = read_bitu32(src);
this->boxes = (tr_box_t*)malloc(this->boxes_count * sizeof(tr_box_t));
for (i = 0; i < this->boxes_count; i++)
read_tr2_box(src, this->boxes[i]);
this->overlaps_count = read_bitu32(src);
this->overlaps = (uint16_t*)malloc(this->overlaps_count * sizeof(uint16_t));
for (i = 0; i < this->overlaps_count; i++)
this->overlaps[i] = read_bitu16(src);
// Zones
SDL_RWseek(src, this->boxes_count * 20, RW_SEEK_CUR);
this->animated_textures_count = read_bitu32(src);
this->animated_textures_uv_count = 0; // No UVRotate in TR2
this->animated_textures = (uint16_t*)malloc(this->animated_textures_count * sizeof(uint16_t));
for (i = 0; i < this->animated_textures_count; i++)
{
this->animated_textures[i] = read_bitu16(src);
}
this->items_count = read_bitu32(src);
this->items = (tr2_item_t*)malloc(this->items_count * sizeof(tr2_item_t));
for (i = 0; i < this->items_count; i++)
read_tr2_item(src, this->items[i]);
if (!demo)
read_tr_lightmap(src, this->lightmap);
this->cinematic_frames_count = read_bitu16(src);
this->cinematic_frames = (tr_cinematic_frame_t*)malloc(this->cinematic_frames_count * sizeof(tr_cinematic_frame_t));
for (i = 0; i < this->cinematic_frames_count; i++)
{
read_tr_cinematic_frame(src, this->cinematic_frames[i]);
}
this->demo_data_count = read_bitu16(src);
this->demo_data = (uint8_t*)malloc(this->demo_data_count * sizeof(uint8_t));
for(i=0; i < this->demo_data_count; i++)
this->demo_data[i] = read_bitu8(src);
// Soundmap
this->soundmap = (int16_t*)malloc(TR_AUDIO_MAP_SIZE_TR2 * sizeof(int16_t));
for(i=0; i < TR_AUDIO_MAP_SIZE_TR2; i++)
this->soundmap[i] = read_bit16(src);
this->sound_details_count = read_bitu32(src);
this->sound_details = (tr_sound_details_t*)malloc(this->sound_details_count * sizeof(tr_sound_details_t));
for(i = 0; i < this->sound_details_count; i++)
{
this->sound_details[i].sample = read_bitu16(src);
this->sound_details[i].volume = read_bitu16(src);
this->sound_details[i].chance = read_bitu16(src);
this->sound_details[i].num_samples_and_flags_1 = read_bitu8(src);
this->sound_details[i].flags_2 = read_bitu8(src);
this->sound_details[i].sound_range = TR_AUDIO_DEFAULT_RANGE;
this->sound_details[i].pitch = (int16_t)TR_AUDIO_DEFAULT_PITCH;
}
this->sample_indices_count = read_bitu32(src);
this->sample_indices = (uint32_t*)malloc(this->sample_indices_count * sizeof(uint32_t));
for(i=0; i < this->sample_indices_count; i++)
this->sample_indices[i] = read_bitu32(src);
// remap all sample indices here
for(i = 0; i < this->sound_details_count; i++)
{
if(this->sound_details[i].sample < this->sample_indices_count)
{
this->sound_details[i].sample = this->sample_indices[this->sound_details[i].sample];
}
}
// LOAD SAMPLES
// In TR2, samples are stored in separate file called MAIN.SFX.
// If there is no such files, no samples are loaded.
SDL_RWops *newsrc = SDL_RWFromFile(this->sfx_path, "rb");
if (newsrc == NULL)
{
Sys_extWarn("read_tr2_level: failed to open \"%s\"! No samples loaded.", this->sfx_path);
}
else
{
this->samples_data.resize( SDL_RWsize(newsrc) );
this->samples_count = 0;
for(i = 0; i < this->samples_data.size(); i++)
{
this->samples_data[i] = read_bitu8(newsrc);
if((i >= 4) && (*((uint32_t*)(this->samples_data.data()+i-4)) == 0x46464952)) /// RIFF
{
this->samples_count++;
}
}
SDL_RWclose(newsrc);
newsrc = NULL;
}
}
void TR_Level::read_tr5_level(SDL_RWops * const src)
{
uint32_t i;
uint8_t *comp_buffer = NULL;
uint8_t *uncomp_buffer = NULL;
SDL_RWops *newsrc = NULL;
// Version
uint32_t file_version = read_bitu32(src);
if (file_version != 0x00345254)
Sys_extError("Wrong level version");
this->num_textiles = 0;
this->num_room_textiles = 0;
this->num_obj_textiles = 0;
this->num_bump_textiles = 0;
this->num_misc_textiles = 0;
this->read_32bit_textiles = false;
uint32_t uncomp_size;
uint32_t comp_size;
unsigned long size;
this->num_room_textiles = read_bitu16(src);
this->num_obj_textiles = read_bitu16(src);
this->num_bump_textiles = read_bitu16(src);
this->num_misc_textiles = 3;
this->num_textiles = this->num_room_textiles + this->num_obj_textiles + this->num_bump_textiles + this->num_misc_textiles;
uncomp_size = read_bitu32(src);
if (uncomp_size == 0)
Sys_extError("read_tr5_level: textiles32 uncomp_size == 0");
comp_size = read_bitu32(src);
if (comp_size > 0) {
uncomp_buffer = new uint8_t[uncomp_size];
this->textile32.resize( this->num_textiles );
comp_buffer = new uint8_t[comp_size];
if (SDL_RWread(src, comp_buffer, 1, comp_size) < comp_size)
Sys_extError("read_tr5_level: textiles32");
size = uncomp_size;
if (uncompress(uncomp_buffer, &size, comp_buffer, comp_size) != Z_OK)
Sys_extError("read_tr5_level: uncompress");
if (size != uncomp_size)
Sys_extError("read_tr5_level: uncompress size mismatch");
delete [] comp_buffer;
comp_buffer = NULL;
if ((newsrc = SDL_RWFromMem(uncomp_buffer, uncomp_size)) == NULL)
Sys_extError("read_tr5_level: SDL_RWFromMem");
for (i = 0; i < (this->num_textiles - this->num_misc_textiles); i++)
read_tr4_textile32(newsrc, this->textile32[i]);
SDL_RWclose(newsrc);
newsrc = NULL;
delete [] uncomp_buffer;
uncomp_buffer = NULL;
this->read_32bit_textiles = true;
}
uncomp_size = read_bitu32(src);
if (uncomp_size == 0)
Sys_extError("read_tr5_level: textiles16 uncomp_size == 0");
comp_size = read_bitu32(src);
if (comp_size > 0) {
if (this->textile32.empty()) {
uncomp_buffer = new uint8_t[uncomp_size];
this->textile16_count = this->num_textiles;
this->textile16 = (tr2_textile16_t*)malloc(this->textile16_count * sizeof(tr2_textile16_t));
comp_buffer = new uint8_t[comp_size];
if (SDL_RWread(src, comp_buffer, 1, comp_size) < comp_size)
Sys_extError("read_tr5_level: textiles16");
size = uncomp_size;
if (uncompress(uncomp_buffer, &size, comp_buffer, comp_size) != Z_OK)
Sys_extError("read_tr5_level: uncompress");
if (size != uncomp_size)
Sys_extError("read_tr5_level: uncompress size mismatch");
delete [] comp_buffer;
comp_buffer = NULL;
if ((newsrc = SDL_RWFromMem(uncomp_buffer, uncomp_size)) == NULL)
Sys_extError("read_tr5_level: SDL_RWFromMem");
for (i = 0; i < (this->num_textiles - this->num_misc_textiles); i++)
read_tr2_textile16(newsrc, this->textile16[i]);
SDL_RWclose(newsrc);
newsrc = NULL;
delete [] uncomp_buffer;
uncomp_buffer = NULL;
} else {
SDL_RWseek(src, comp_size, SEEK_CUR);
}
}
uncomp_size = read_bitu32(src);
if (uncomp_size == 0)
Sys_extError("read_tr5_level: textiles32d uncomp_size == 0");
comp_size = read_bitu32(src);
if (comp_size > 0) {
uncomp_buffer = new uint8_t[uncomp_size];
if ((uncomp_size / (256 * 256 * 4)) > 3)
Sys_extWarn("read_tr5_level: num_misc_textiles > 3");
if (this->textile32.empty())
{
this->textile32.resize( this->num_misc_textiles );
}
comp_buffer = new uint8_t[comp_size];
if (SDL_RWread(src, comp_buffer, 1, comp_size) < comp_size)
Sys_extError("read_tr5_level: misc_textiles");
size = uncomp_size;
if (uncompress(uncomp_buffer, &size, comp_buffer, comp_size) != Z_OK)
Sys_extError("read_tr5_level: uncompress");
if (size != uncomp_size)
Sys_extError("read_tr5_level: uncompress size mismatch");
delete [] comp_buffer;
comp_buffer = NULL;
if ((newsrc = SDL_RWFromMem(uncomp_buffer, uncomp_size)) == NULL)
Sys_extError("read_tr5_level: SDL_RWFromMem");
for (i = (this->num_textiles - this->num_misc_textiles); i < this->num_textiles; i++)
read_tr4_textile32(newsrc, this->textile32[i]);
SDL_RWclose(newsrc);
newsrc = NULL;
delete [] uncomp_buffer;
uncomp_buffer = NULL;
}
// flags?
/*
I found 2 flags in the TR5 file format. Directly after the sprite textures are 2 ints as a flag. The first one is the lara type:
0 Normal
3 Catsuit
4 Divesuit
6 Invisible
The second one is the weather type (effects all outside rooms):
0 No weather
1 Rain
2 Snow (in title.trc these are red triangles falling from the sky).
*/
i = read_bitu16(src);
i = read_bitu16(src);
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for flags[1]");
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for flags[2]");
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for flags[3]");
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for flags[4]");
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for flags[5]");
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for flags[6]");
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for flags[7]");
// LevelDataSize1
read_bitu32(src);
// LevelDataSize2
read_bitu32(src);
// Unused
if (read_bitu32(src) != 0)
Sys_extWarn("Bad value for 'unused'");
this->rooms_count = read_bitu32(src);
this->rooms = (tr5_room_t*)calloc(this->rooms_count, sizeof(tr5_room_t));
for (i = 0; i < this->rooms_count; i++)
read_tr5_room(src, this->rooms[i]);
this->floor_data_size = read_bitu32(src);
this->floor_data = (uint16_t*)malloc(this->floor_data_size * sizeof(uint16_t));
for(i = 0; i < this->floor_data_size; i++)
this->floor_data[i] = read_bitu16(src);
read_mesh_data(src);
this->animations_count = read_bitu32(src);
this->animations = (tr_animation_t*)malloc(this->animations_count * sizeof(tr_animation_t));
for (i = 0; i < this->animations_count; i++)
{
read_tr4_animation(src, this->animations[i]);
}
this->state_changes_count = read_bitu32(src);
this->state_changes = (tr_state_change_t*)malloc(this->state_changes_count * sizeof(tr_state_change_t));
for (i = 0; i < this->state_changes_count; i++)
read_tr_state_changes(src, this->state_changes[i]);
this->anim_dispatches_count = read_bitu32(src);
this->anim_dispatches = (tr_anim_dispatch_t*)malloc(this->anim_dispatches_count * sizeof(tr_anim_dispatch_t));
for (i = 0; i < this->anim_dispatches_count; i++)
read_tr_anim_dispatches(src, this->anim_dispatches[i]);
this->anim_commands_count = read_bitu32(src);
this->anim_commands = (int16_t*)malloc(this->anim_commands_count * sizeof(int16_t));
for (i = 0; i < this->anim_commands_count; i++)
this->anim_commands[i] = read_bit16(src);
this->mesh_tree_data_size = read_bitu32(src);
this->mesh_tree_data = (uint32_t*)malloc(this->mesh_tree_data_size * sizeof(uint32_t));
for (i = 0; i < this->mesh_tree_data_size; i++)
this->mesh_tree_data[i] = read_bitu32(src); // 4 bytes
read_frame_moveable_data(src);
this->static_meshes_count = read_bitu32(src);
this->static_meshes = (tr_staticmesh_t*)malloc(this->static_meshes_count * sizeof(tr_staticmesh_t));
for (i = 0; i < this->static_meshes_count; i++)
read_tr_staticmesh(src, this->static_meshes[i]);
if (read_bit8(src) != 'S')
Sys_extError("read_tr5_level: 'SPR' not found");
if (read_bit8(src) != 'P')
Sys_extError("read_tr5_level: 'SPR' not found");
if (read_bit8(src) != 'R')
Sys_extError("read_tr5_level: 'SPR' not found");
if (read_bit8(src) != 0)
Sys_extError("read_tr5_level: 'SPR' not found");
this->sprite_textures.resize( read_bitu32(src) );
for (i = 0; i < this->sprite_textures.size(); i++)
read_tr4_sprite_texture(src, this->sprite_textures[i]);
this->sprite_sequences_count = read_bitu32(src);
this->sprite_sequences = (tr_sprite_sequence_t*)malloc(this->sprite_sequences_count * sizeof(tr_sprite_sequence_t));
for (i = 0; i < this->sprite_sequences_count; i++)
read_tr_sprite_sequence(src, this->sprite_sequences[i]);
this->cameras_count = read_bitu32(src);
this->cameras = (tr_camera_t*)malloc(this->cameras_count * sizeof(tr_camera_t));
for (i = 0; i < this->cameras_count; i++)
{
this->cameras[i].x = read_bit32(src);
this->cameras[i].y = read_bit32(src);
this->cameras[i].z = read_bit32(src);
this->cameras[i].room = read_bit16(src);
this->cameras[i].unknown1 = read_bitu16(src);
}
this->flyby_cameras_count = read_bitu32(src);
this->flyby_cameras = (tr4_flyby_camera_t*)malloc(this->flyby_cameras_count * sizeof(tr4_flyby_camera_t));
for (i = 0; i < this->flyby_cameras_count; i++)
{
this->flyby_cameras[i].cam_x = read_bit32(src);
this->flyby_cameras[i].cam_y = read_bit32(src);
this->flyby_cameras[i].cam_z = read_bit32(src);
this->flyby_cameras[i].target_x = read_bit32(src);
this->flyby_cameras[i].target_y = read_bit32(src);
this->flyby_cameras[i].target_z = read_bit32(src);
this->flyby_cameras[i].sequence = read_bit8(src);
this->flyby_cameras[i].index = read_bit8(src);
this->flyby_cameras[i].fov = read_bitu16(src);
this->flyby_cameras[i].roll = read_bitu16(src);
this->flyby_cameras[i].timer = read_bitu16(src);
this->flyby_cameras[i].speed = read_bitu16(src);
this->flyby_cameras[i].flags = read_bitu16(src);
this->flyby_cameras[i].room_id = read_bitu32(src);
}
this->sound_sources_count = read_bitu32(src);
this->sound_sources = (tr_sound_source_t*)malloc(this->sound_sources_count * sizeof(tr_sound_source_t));
for(i = 0; i < this->sound_sources_count; i++)
{
this->sound_sources[i].x = read_bit32(src);
this->sound_sources[i].y = read_bit32(src);
this->sound_sources[i].z = read_bit32(src);
this->sound_sources[i].sound_id = read_bitu16(src);
this->sound_sources[i].flags = read_bitu16(src);
}
this->boxes_count = read_bitu32(src);
this->boxes = (tr_box_t*)malloc(this->boxes_count * sizeof(tr_box_t));
for (i = 0; i < this->boxes_count; i++)
read_tr2_box(src, this->boxes[i]);
this->overlaps_count = read_bitu32(src);
this->overlaps = (uint16_t*)malloc(this->overlaps_count * sizeof(uint16_t));
for (i = 0; i < this->overlaps_count; i++)
this->overlaps[i] = read_bitu16(src);
// Zones
SDL_RWseek(src, this->boxes_count * 20, SEEK_CUR);
this->animated_textures_count = read_bitu32(src);
this->animated_textures = (uint16_t*)malloc(this->animated_textures_count * sizeof(uint16_t));
for (i = 0; i < this->animated_textures_count; i++)
{
this->animated_textures[i] = read_bitu16(src);
}
this->animated_textures_uv_count = read_bitu8(src);
if (read_bit8(src) != 'T')
Sys_extError("read_tr5_level: '\\0TEX' not found");
if (read_bit8(src) != 'E')
Sys_extError("read_tr5_level: '\\0TEX' not found");
if (read_bit8(src) != 'X')
Sys_extError("read_tr5_level: '\\0TEX' not found");
if (read_bit8(src) != 0)
Sys_extError("read_tr5_level: '\\0TEX' not found");
this->object_textures.resize( read_bitu32(src) );
for (i = 0; i < this->object_textures.size(); i++)
{
read_tr4_object_texture(src, this->object_textures[i]);
if (read_bitu16(src) != 0)
Sys_extWarn("read_tr5_level: obj_tex trailing bitu16 != 0");
}
this->items_count = read_bitu32(src);
this->items = (tr2_item_t*)malloc(this->items_count * sizeof(tr2_item_t));
for (i = 0; i < this->items_count; i++)
read_tr4_item(src, this->items[i]);
this->ai_objects_count = read_bitu32(src);
this->ai_objects = (tr4_ai_object_t*)malloc(this->ai_objects_count * sizeof(tr4_ai_object_t));
for(i=0; i < this->ai_objects_count; i++)
{
this->ai_objects[i].object_id = read_bitu16(src);
this->ai_objects[i].room = read_bitu16(src);
this->ai_objects[i].x = read_bit32(src);
this->ai_objects[i].y = read_bit32(src);
this->ai_objects[i].z = read_bit32(src); // 16
this->ai_objects[i].ocb = read_bitu16(src);
this->ai_objects[i].flags = read_bitu16(src); // 20
this->ai_objects[i].angle = read_bit32(src); // 24
}
this->demo_data_count = read_bitu16(src);
this->demo_data = (uint8_t*)malloc(this->demo_data_count * sizeof(uint8_t));
for(i=0; i < this->demo_data_count; i++)
this->demo_data[i] = read_bitu8(src);
// Soundmap
this->soundmap = (int16_t*)malloc(TR_AUDIO_MAP_SIZE_TR5 * sizeof(int16_t));
for(i=0; i < TR_AUDIO_MAP_SIZE_TR5; i++)
this->soundmap[i] = read_bit16(src);
this->sound_details_count = read_bitu32(src);
this->sound_details = (tr_sound_details_t*)malloc(this->sound_details_count * sizeof(tr_sound_details_t));
for(i=0; i < this->sound_details_count; i++)
{
this->sound_details[i].sample = read_bitu16(src);
this->sound_details[i].volume = (uint16_t)read_bitu8(src); // n x 2.6
this->sound_details[i].sound_range = (uint16_t)read_bitu8(src); // n as is
this->sound_details[i].chance = (uint16_t)read_bitu8(src); // If n = 99, n = 0 (max. chance)
this->sound_details[i].pitch = (int16_t)read_bit8(src); // n as is
this->sound_details[i].num_samples_and_flags_1 = read_bitu8(src);
this->sound_details[i].flags_2 = read_bitu8(src);
}
this->sample_indices_count = read_bitu32(src);
this->sample_indices = (uint32_t*)malloc(this->sample_indices_count * sizeof(uint32_t));
for(i=0; i < this->sample_indices_count; i++)
this->sample_indices[i] = read_bitu32(src);
SDL_RWseek(src, 6, SEEK_CUR); // In TR5, sample indices are followed by 6 0xCD bytes. - correct - really 0xCDCDCDCDCDCD
// LOAD SAMPLES
i = read_bitu32(src); // Read num samples
if(i)
{
this->samples_count = i;
// Since sample data is the last part, we simply load whole last
// block of file as single array.
this->samples_data.resize( SDL_RWsize(src) - SDL_RWtell(src) );
for(i = 0; i < this->samples_data.size(); i++)
this->samples_data[i] = read_bitu8(src);
}
}
void TR_Level::read_tr5_room(SDL_RWops * const src, tr5_room_t & room)
{
uint32_t room_data_size;
//uint32_t portal_offset;
uint32_t sector_data_offset;
uint32_t static_meshes_offset;
uint32_t layer_offset;
uint32_t vertices_offset;
uint32_t poly_offset;
uint32_t poly_offset2;
uint32_t vertices_size;
//uint32_t light_size;
SDL_RWops *newsrc = NULL;
uint32_t temp;
uint32_t i;
uint8_t *buffer;
if (read_bitu32(src) != 0x414C4558)
Sys_extError("read_tr5_room: 'XELA' not found");
room_data_size = read_bitu32(src);
buffer = new uint8_t[room_data_size];
if (SDL_RWread(src, buffer, 1, room_data_size) < room_data_size)
Sys_extError("read_tr5_room: room_data");
if ((newsrc = SDL_RWFromMem(buffer, room_data_size)) == NULL)
Sys_extError("read_tr5_room: SDL_RWFromMem");
room.intensity1 = 32767;
room.intensity2 = 32767;
room.light_mode = 0;
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator1 has wrong value");
/*portal_offset = */read_bit32(newsrc); // StartPortalOffset? // endSDOffset
sector_data_offset = read_bitu32(newsrc); // StartSDOffset
temp = read_bitu32(newsrc);
if ((temp != 0) && (temp != 0xCDCDCDCD))
Sys_extWarn("read_tr5_room: seperator2 has wrong value");
static_meshes_offset = read_bitu32(newsrc); // endPortalOffset
// static_meshes_offset or room_layer_offset
// read and change coordinate system
room.offset.x = (float)read_bit32(newsrc);
room.offset.y = read_bitu32(newsrc);
room.offset.z = (float)-read_bit32(newsrc);
room.y_bottom = (float)-read_bit32(newsrc);
room.y_top = (float)-read_bit32(newsrc);
room.num_zsectors = read_bitu16(newsrc);
room.num_xsectors = read_bitu16(newsrc);
room.light_colour.b = read_bitu8(newsrc) / 255.0f;
room.light_colour.g = read_bitu8(newsrc) / 255.0f;
room.light_colour.r = read_bitu8(newsrc) / 255.0f;
room.light_colour.a = read_bitu8(newsrc) / 255.0f;
room.num_lights = read_bitu16(newsrc);
if (room.num_lights > 512)
Sys_extWarn("read_tr5_room: num_lights > 512");
room.num_static_meshes = read_bitu16(newsrc);
if (room.num_static_meshes > 512)
Sys_extWarn("read_tr5_room: num_static_meshes > 512");
room.reverb_info = read_bitu8(newsrc);
room.alternate_group = read_bitu8(newsrc);
room.water_scheme = read_bitu16(newsrc);
if (read_bitu32(newsrc) != 0x00007FFF)
Sys_extWarn("read_tr5_room: filler1 has wrong value");
if (read_bitu32(newsrc) != 0x00007FFF)
Sys_extWarn("read_tr5_room: filler2 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator4 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator5 has wrong value");
if (read_bitu32(newsrc) != 0xFFFFFFFF)
Sys_extWarn("read_tr5_room: seperator6 has wrong value");
room.alternate_room = read_bit16(newsrc);
room.flags = read_bitu16(newsrc);
room.unknown_r1 = read_bitu32(newsrc);
room.unknown_r2 = read_bitu32(newsrc);
room.unknown_r3 = read_bitu32(newsrc);
temp = read_bitu32(newsrc);
if ((temp != 0) && (temp != 0xCDCDCDCD))
Sys_extWarn("read_tr5_room: seperator7 has wrong value");
room.unknown_r4a = read_bitu16(newsrc);
room.unknown_r4b = read_bitu16(newsrc);
room.room_x = read_float(newsrc);
room.unknown_r5 = read_bitu32(newsrc);
room.room_z = -read_float(newsrc);
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator8 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator9 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator10 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator11 has wrong value");
temp = read_bitu32(newsrc);
if ((temp != 0) && (temp != 0xCDCDCDCD))
Sys_extWarn("read_tr5_room: seperator12 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator13 has wrong value");
room.num_triangles = read_bitu32(newsrc);
if (room.num_triangles == 0xCDCDCDCD)
room.num_triangles = 0;
if (room.num_triangles > 512)
Sys_extWarn("read_tr5_room: num_triangles > 512");
room.num_rectangles = read_bitu32(newsrc);
if (room.num_rectangles == 0xCDCDCDCD)
room.num_rectangles = 0;
if (room.num_rectangles > 1024)
Sys_extWarn("read_tr5_room: num_rectangles > 1024");
if (read_bitu32(newsrc) != 0)
Sys_extWarn("read_tr5_room: seperator14 has wrong value");
/*light_size = */read_bitu32(newsrc);
if (read_bitu32(newsrc) != room.num_lights)
Sys_extError("read_tr5_room: room.num_lights2 != room.num_lights");
room.unknown_r6 = read_bitu32(newsrc);
room.room_y_top = -read_float(newsrc);
room.room_y_bottom = -read_float(newsrc);
room.num_layers = read_bitu32(newsrc);
/*
if (room.num_layers != 0) {
if (room.x != room.room_x)
throw TR_ReadError("read_tr5_room: x != room_x");
if (room.z != room.room_z)
throw TR_ReadError("read_tr5_room: z != room_z");
if (room.y_top != room.room_y_top)
throw TR_ReadError("read_tr5_room: y_top != room_y_top");
if (room.y_bottom != room.room_y_bottom)
throw TR_ReadError("read_tr5_room: y_bottom != room_y_bottom");
}
*/
layer_offset = read_bitu32(newsrc);
vertices_offset = read_bitu32(newsrc);
poly_offset = read_bitu32(newsrc);
poly_offset2 = read_bitu32(newsrc);
if (poly_offset != poly_offset2)
Sys_extError("read_tr5_room: poly_offset != poly_offset2");
vertices_size = read_bitu32(newsrc);
if ((vertices_size % 28) != 0)
Sys_extError("read_tr5_room: vertices_size has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator15 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator16 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator17 has wrong value");
if (read_bitu32(newsrc) != 0xCDCDCDCD)
Sys_extWarn("read_tr5_room: seperator18 has wrong value");
room.lights = (tr5_room_light_t*)malloc(room.num_lights * sizeof(tr5_room_light_t));
for (i = 0; i < room.num_lights; i++)
read_tr5_room_light(newsrc, room.lights[i]);
SDL_RWseek(newsrc, 208 + sector_data_offset, SEEK_SET);
room.sector_list = (tr_room_sector_t*)malloc(room.num_zsectors * room.num_xsectors * sizeof(tr_room_sector_t));
for (i = 0; i < (uint32_t)(room.num_zsectors * room.num_xsectors); i++)
read_tr_room_sector(newsrc, room.sector_list[i]);
/*
if (room.portal_offset != 0xFFFFFFFF) {
if (room.portal_offset != (room.sector_data_offset + (room.num_zsectors * room.num_xsectors * 8)))
throw TR_ReadError("read_tr5_room: portal_offset has wrong value");
SDL_RWseek(newsrc, 208 + room.portal_offset, SEEK_SET);
}
*/
room.num_portals = read_bit16(newsrc);
room.portals = (tr_room_portal_t*)malloc(room.num_portals * sizeof(tr_room_portal_t));
for (i = 0; i < room.num_portals; i++)
read_tr_room_portal(newsrc, room.portals[i]);
SDL_RWseek(newsrc, 208 + static_meshes_offset, SEEK_SET);
room.static_meshes = (tr2_room_staticmesh_t*)malloc(room.num_static_meshes * sizeof(tr2_room_staticmesh_t));
for (i = 0; i < room.num_static_meshes; i++)
read_tr4_room_staticmesh(newsrc, room.static_meshes[i]);
SDL_RWseek(newsrc, 208 + layer_offset, SEEK_SET);
room.layers = (tr5_room_layer_t*)malloc(room.num_layers * sizeof(tr5_room_layer_t));
for (i = 0; i < room.num_layers; i++)
read_tr5_room_layer(newsrc, room.layers[i]);
SDL_RWseek(newsrc, 208 + poly_offset, SEEK_SET);
{
uint32_t vertex_index = 0;
uint32_t rectangle_index = 0;
uint32_t triangle_index = 0;
room.rectangles = (tr4_face4_t*)malloc(room.num_rectangles * sizeof(tr4_face4_t));
room.triangles = (tr4_face3_t*)malloc(room.num_triangles * sizeof(tr4_face3_t));
for (i = 0; i < room.num_layers; i++) {
uint32_t j;
for (j = 0; j < room.layers[i].num_rectangles; j++) {
read_tr4_face4(newsrc, room.rectangles[rectangle_index]);
room.rectangles[rectangle_index].vertices[0] += vertex_index;
room.rectangles[rectangle_index].vertices[1] += vertex_index;
room.rectangles[rectangle_index].vertices[2] += vertex_index;
room.rectangles[rectangle_index].vertices[3] += vertex_index;
rectangle_index++;
}
for (j = 0; j < room.layers[i].num_triangles; j++) {
read_tr4_face3(newsrc, room.triangles[triangle_index]);
room.triangles[triangle_index].vertices[0] += vertex_index;
room.triangles[triangle_index].vertices[1] += vertex_index;
room.triangles[triangle_index].vertices[2] += vertex_index;
triangle_index++;
}
vertex_index += room.layers[i].num_vertices;
}
}
SDL_RWseek(newsrc, 208 + vertices_offset, SEEK_SET);
{
uint32_t vertex_index = 0;
room.num_vertices = vertices_size / 28;
//int temp1 = room_data_size - (208 + vertices_offset + vertices_size);
room.vertices = (tr5_room_vertex_t*)calloc(room.num_vertices, sizeof(tr5_room_vertex_t));
for (i = 0; i < room.num_layers; i++) {
uint32_t j;
for (j = 0; j < room.layers[i].num_vertices; j++)
read_tr5_room_vertex(newsrc, room.vertices[vertex_index++]);
}
}
SDL_RWseek(newsrc, room_data_size, SEEK_SET);
SDL_RWclose(newsrc);
newsrc = NULL;
delete [] buffer;
}
void TR_Level::read_tr3_room(SDL_RWops * const src, tr5_room_t & room)
{
uint32_t num_data_words;
uint32_t i;
int64_t pos;
// read and change coordinate system
room.offset.x = (float)read_bit32(src);
room.offset.y = 0;
room.offset.z = (float)-read_bit32(src);
room.y_bottom = (float)-read_bit32(src);
room.y_top = (float)-read_bit32(src);
num_data_words = read_bitu32(src);
pos = SDL_RWseek(src, 0, RW_SEEK_CUR);
room.num_layers = 0;
room.num_vertices = read_bitu16(src);
room.vertices = (tr5_room_vertex_t*)calloc(room.num_vertices, sizeof(tr5_room_vertex_t));
for (i = 0; i < room.num_vertices; i++)
read_tr3_room_vertex(src, room.vertices[i]);
room.num_rectangles = read_bitu16(src);
room.rectangles = (tr4_face4_t*)malloc(room.num_rectangles * sizeof(tr4_face4_t));
for (i = 0; i < room.num_rectangles; i++)
read_tr_face4(src, room.rectangles[i]);
room.num_triangles = read_bitu16(src);
room.triangles = (tr4_face3_t*)malloc(room.num_triangles * sizeof(tr4_face3_t));
for (i = 0; i < room.num_triangles; i++)
read_tr_face3(src, room.triangles[i]);
room.num_sprites = read_bitu16(src);
room.sprites = (tr_room_Sprite*)malloc(room.num_sprites * sizeof(tr_room_Sprite));
for (i = 0; i < room.num_sprites; i++)
read_tr_room_sprite(src, room.sprites[i]);
// set to the right position in case that there is some unused data
SDL_RWseek(src, pos + (num_data_words * 2), RW_SEEK_SET);
room.num_portals = read_bitu16(src);
room.portals = (tr_room_portal_t*)malloc(room.num_portals * sizeof(tr_room_portal_t));
for (i = 0; i < room.num_portals; i++)
read_tr_room_portal(src, room.portals[i]);
room.num_zsectors = read_bitu16(src);
room.num_xsectors = read_bitu16(src);
room.sector_list = (tr_room_sector_t*)malloc(room.num_zsectors * room.num_xsectors * sizeof(tr_room_sector_t));
for (i = 0; i < (uint32_t)(room.num_zsectors * room.num_xsectors); i++)
read_tr_room_sector(src, room.sector_list[i]);
room.intensity1 = read_bit16(src);
room.intensity2 = read_bit16(src);
// only in TR2
room.light_mode = 0;
room.num_lights = read_bitu16(src);
room.lights = (tr5_room_light_t*)malloc(room.num_lights * sizeof(tr5_room_light_t));
for (i = 0; i < room.num_lights; i++)
read_tr2_room_light(src, room.lights[i]);
room.num_static_meshes = read_bitu16(src);
room.static_meshes = (tr2_room_staticmesh_t*)malloc(room.num_static_meshes * sizeof(tr2_room_staticmesh_t));
for (i = 0; i < room.num_static_meshes; i++)
read_tr3_room_staticmesh(src, room.static_meshes[i]);
room.alternate_room = read_bit16(src);
room.alternate_group = 0; // Doesn't exist in TR1-3
room.flags = read_bitu16(src);
if(room.flags & 0x0080)
{
room.flags |= 0x0002; // Move quicksand flag to another bit to avoid confusion with NL flag.
room.flags ^= 0x0080;
}
// Only in TR3-5
room.water_scheme = read_bitu8(src);
room.reverb_info = read_bitu8(src);
SDL_RWseek(src, 1, SEEK_CUR); // Alternate_group override?
room.light_colour.r = room.intensity1 / 65534.0f;
room.light_colour.g = room.intensity1 / 65534.0f;
room.light_colour.b = room.intensity1 / 65534.0f;
room.light_colour.a = 1.0f;
}