//
// R_Init
//
void R_Init(void)
{
R_InitData();
R_SetViewSize(screenblocks);
R_InitLightTables();
R_InitSkyMap();
R_InitTranslationTables();
}
void R_Init (void)
{
// CPhipps - R_DrawColumn isn't constant anymore, so must
// initialise in code
colfunc = R_DrawColumn; // current column draw function
if (SCREENWIDTH<320)
I_Error("R_Init: Screenwidth(%d) < 320",SCREENWIDTH);
lprintf(LO_INFO, "\nR_LoadTrigTables: ");
R_LoadTrigTables();
lprintf(LO_INFO, "\nR_InitData: ");
R_InitData();
R_SetViewSize(screenblocks);
lprintf(LO_INFO, "\nR_Init: R_InitPlanes ");
R_InitPlanes();
lprintf(LO_INFO, "R_InitLightTables ");
R_InitLightTables();
lprintf(LO_INFO, "R_InitSkyMap ");
R_InitSkyMap();
lprintf(LO_INFO, "R_InitTranslationsTables ");
R_InitTranslationTables();
}
void R_Init (void)
{
// CPhipps - R_DrawColumn isn't constant anymore, so must
// initialise in code
// current column draw function
lprintf(LO_INFO, "\nR_LoadTrigTables: ");
R_LoadTrigTables();
lprintf(LO_INFO, "\nR_InitData: ");
R_InitData();
R_SetViewSize(screenblocks);
lprintf(LO_INFO, "\nR_Init: R_InitPlanes ");
R_InitPlanes();
lprintf(LO_INFO, "R_InitLightTables ");
R_InitLightTables();
lprintf(LO_INFO, "R_InitSkyMap ");
R_InitSkyMap();
lprintf(LO_INFO, "R_InitTranslationsTables ");
R_InitTranslationTables();
lprintf(LO_INFO, "R_InitPatches ");
R_InitPatches();
}
void R_Init (void)
{
// CPhipps - R_DrawColumn isn't constant anymore, so must
// initialise in code
colfunc = R_DrawColumn; // current column draw function
if (SCREENWIDTH<320) I_Error("Screenwidth(%d) < 320)",SCREENWIDTH);
#if defined TABLES_AS_LUMPS && defined NO_PREDEFINED_LUMPS
lprintf(LO_INFO, "\nR_LoadTrigTables: ");
R_LoadTrigTables();
#endif
lprintf(LO_INFO, "\nR_InitData: ");
R_InitData();
R_InitStatusBar();
R_SetViewSize(screenblocks);
lprintf(LO_INFO, "\nR_Init: R_InitPlanes ");
R_InitPlanes();
lprintf(LO_INFO, "R_InitLightTables ");
R_InitLightTables();
lprintf(LO_INFO, "R_InitSkyMap ");
R_InitSkyMap();
lprintf(LO_INFO, "R_InitTranslationsTables ");
R_InitTranslationTables();
}
/*
==============================
G_InitMap
==============================
*/
void G_InitMap( g_map_t *map )
{
// g_map_t *map;
char lightmap_bin[256];
char lightmap_class[256];
char lightsource_class[256];
char tt[256];
char path[256];
tokenstream_t *ts;
sh_var_t *tmp;
INITTYPE( map, g_map_t );
map->state = gMapState_try_init;
SHV_Printf( "\n" );
SHV_Printf( " --- Init Map ---\n" );
tmp = SHP_GetVar( "gc_map" );
SHV_Printf( "gc_map is '%s'\n", tmp->string );
sprintf( path, "world/%s.d/fake", tmp->string );
SHV_Printf( "path: '%s'\n", path );
// SHV_Printf( "create new game map\n" );
// map = NEWTYPE( g_map_t );
//
// load multilayer defs
//
SHV_Printf( "load multilayer definition class\n" );
{
hobj_t *root;
ts = BeginTokenStream( "shape_config/multilayer.hobj" );
if ( !ts )
__error( "can't open shape_config/multilayer.hobj" );
root = ReadClass( ts );
EndTokenStream( ts );
map->multilayerhm = NewFlatHManagerFromClass( root );
}
//
// bsp classes
//
printf( "load map classes\n" );
G_SpawnMap( map, path );
printf( "setup map data\n" );
R_InitData( map );
//
// load lightmap database
//
printf( "setup lightmap database\n" );
#if 0
map->lightmap_db = NEWTYPE( db_lightmap_t );
LightmapDB_Init( map->lightmap_db );
sprintf( lightmap_bin, "%s/%s", path, MAP_BIN_NAME_LIGHTMAP );
sprintf( lightmap_class, "%s/%s", path, MAP_CLASS_NAME_LIGHTMAP );
sprintf( lightsource_class, "%s/%s", path, "_light_source.class" );
LightmapDB_Load( map->lightmap_db, lightmap_bin, lightmap_class, lightsource_class );
#else
sprintf( lightmap_bin, "%s/%s", path, MAP_BIN_NAME_LIGHTMAP );
sprintf( lightmap_class, "%s/%s", path, MAP_CLASS_NAME_LIGHTMAP );
sprintf( lightsource_class, "%s/%s", path, "_light_source.hobj" );
map->lightmap_db = new lightmap_db_cpp(lightmap_bin, lightmap_class, lightsource_class);
//LightmapDB_Load( map->lightmap_db, lightmap_bin, lightmap_class, lightsource_class );
// map->lightmap_db->load( lightmap_bin, lightmap_class, lightsource_class );
#endif
//
// init shape database
//
printf( "setup shape database\n" );
map->shape_db = NEWTYPE( db_shape_t );
ShapeDB_Init( map->shape_db );
//
// load glmesh binary
//
{
int filesize;
ib_file_t *h;
sprintf( tt, "%s/%s", path, MAP_BIN_NAME_GLMESH );
h = IB_Open( tt );
if ( !h )
__error( "can't open glmesh binary\n" );
filesize = IB_GetSize( h );
map->glmesh = (unsigned char *)NEWBYTES( filesize );
IB_Read( map->glmesh, filesize, 1, h );
IB_Close( h );
}
//
// render stuff
//
printf( "setup subimage cache\n" );
map->imgcache = IC_NewMgr( 128, 128, 64+32 );
printf( "setup shader manager\n" );
map->shader_mgr = Shader_NewMgr();
printf( "setup shapes\n" );
R_SetupShapes( map );
R_InitGLResources();
SHV_Printf( "\n" );
SHV_Printf( "setup tesselation ...\n" );
// sort the shapes into the bsp tree
R_SetupShapeRefs(); // render3.c
SHV_Printf( "\n" );
G_InitData( map );
R_AllShapesLoadLightmaps();
SHV_Printf( "\n" );
SHV_Printf( " --- Init Map done ---\n" );
map->state = gMapState_is_init;
// return map;
}
void R_Init (void)
{
R_InitData ();
framecount = 0;
}