void savemap(void)
{
FILE *handle;
int c;
enterfilename("SAVE MAP", mapname);
if (!strlen(mapname)) return;
handle = fopen(mapname, "wb");
if (!handle) return;
/* Write map header */
fwrite(&map, sizeof(MAPHEADER), 1, handle);
/* Write each layer */
for (c = 0; c < MAX_LAYERS; c++)
{
fwritele32(handle, layer[c].xsize);
fwritele32(handle, layer[c].ysize);
fwrite8(handle, layer[c].xdivisor);
fwrite8(handle, layer[c].ydivisor);
fwrite8(handle, layer[c].xwrap);
fwrite8(handle, layer[c].ywrap);
if ((layer[c].xsize) && (layer[c].ysize))
{
int d;
for (d = 0; d < layer[c].xsize * layer[c].ysize; d++)
{
fwritele16(handle, map_layerdataptr[c][d]);
}
}
}
fclose(handle);
}
void loadpalette(void)
{
enterfilename("LOAD PALETTE", palname);
gfx_loadpalette(palname);
gfx_calcpalette(64, 0, 0, 0);
gfx_setpalette();
}
void saveinf(void)
{
FILE *handle;
enterfilename("SAVE BLOCKINFO", infname);
handle = fopen(infname, "wb");
if (!handle) return;
fwrite(&blkinfdata[0], (gfx_nblocks+1) * 16, 1, handle);
fclose(handle);
}
void loadinf(void)
{
FILE *handle;
enterfilename("LOAD BLOCKINFO", infname);
handle = fopen(infname, "rb");
if (!handle) return;
fread(&blkinfdata[0], (gfx_nblocks+1) * 16, 1, handle);
fclose(handle);
}
void loadpalette(void)
{
char textbuffer[13];
textbuffer[0] = 0;
enterfilename("LOAD PALETTE", textbuffer);
if (gfx_loadpalette(textbuffer))
{
memcpy(map.palettename, textbuffer, 13);
}
gfx_calcpalette(64, 0, 0, 0);
gfx_setpalette();
}
void loadblocks(void)
{
char textbuffer[13];
textbuffer[0] = 0;
enterfilename("LOAD BLOCKS", textbuffer);
if (gfx_loadblocks(textbuffer))
{
memcpy(map.blocksname, textbuffer, 13);
minxsize = (gfx_virtualxsize + (gfx_blockxsize-1)) / gfx_blockxsize;
minysize = (gfx_virtualysize + (gfx_blockysize-1)) / gfx_blockysize;
}
}
void loadmapname(void)
{
enterfilename("LOAD MAP", mapname);
loadmap();
}
void loadblocks(void)
{
enterfilename("LOAD BLOCKS", blkname);
gfx_loadblocks(blkname);
}
