sprite_type_stuff.thumb.cpp

u32 next_free_sprite_vram_slot;
u32 sprite_gfx_category_first_vram_slot_list [sgc_count];

void upload_default_sprite_palettes ()
{
	//memcpy32 ( obj_pal_ram, the_spritesPal, 
	//	the_spritesPalLen / sizeof (u32) );
	
	memcpy32 ( &( obj_pal_ram [sgc_player * 16] ), the_player_spritesPal, 
		the_player_spritesPalLen / sizeof (u32) );
	memcpy32 ( &( obj_pal_ram [sgc_powerup * 16] ), the_powerup_spritesPal,
		the_powerup_spritesPalLen / sizeof (u32) );
}


void allocate_sprite_vram_and_copy_sprite_tiles ( const u16* tiles, 
	u32 tiles_len, sprite_gfx_category the_gfx_category )
{
	// Copy the sprite graphics to VRAM
	memcpy32 ( &( obj_tile_vram [next_free_sprite_vram_slot] ), 
		tiles, tiles_len / sizeof (u32) );
	sprite_gfx_category_first_vram_slot_list [the_gfx_category] 
		= next_free_sprite_vram_slot;
	
	// Allocate VRAM for the sprite graphics
	next_free_sprite_vram_slot += tiles_len / sizeof (u16);
}




void upload_default_sprite_graphics ()
{
	//memcpy32 ( obj_tile_vram, the_spritesTiles,
	//	the_spritesTilesLen / sizeof (u32) );
	
	// Initialize the global sprite VRAM allocation variables.
	next_free_sprite_vram_slot = 0;
	memfill32 ( sprite_gfx_category_first_vram_slot_list, 0, sgc_count );
	
	
	// Copy the player's graphics to VRAM
	allocate_sprite_vram_and_copy_sprite_tiles ( the_player_spritesTiles,
		the_player_spritesTilesLen, sgc_player );
	
	
	// Copy the powerups' tiles to VRAM
	allocate_sprite_vram_and_copy_sprite_tiles 
	
	
	
}