def create_output(self, mem, args, traversal, platform):
config = ppu_memory.PpuMemoryConfig(
chr_order=args.order,
traversal=traversal,
platform=platform,
is_sprite=args.is_sprite,
is_locked_tiles=args.is_locked_tiles,
lock_sprite_flips=args.lock_sprite_flips,
select_chr_plane=args.select_chr_plane)
if args.vertical_pixel_display:
mem.chr_set.vertical_pixel_display()
if args.output == '/dev/null':
# Ignore output.
pass
elif args.output and args.output.endswith('.o'):
# Output as a valiant object file.
mem.save_valiant(args.output, config)
elif args.output and args.output.endswith('.png'):
# Render an image.
renderer = pixel_art_renderer.PixelArtRenderer()
img = renderer.render(mem)
img.save(args.output)
else:
# Output as multiple files using a template.
out_tmpl = args.output or '%s.dat'
if out_tmpl[-1] == '/' or os.path.isdir(out_tmpl):
out_tmpl = os.path.join(out_tmpl, '%s.dat')
if not '%s' in out_tmpl:
raise errors.CommandLineArgError(
'output needs "%s" in its template')
mem.save_template(out_tmpl, config)
if args.compile:
# Compile a runnable ROM.
builder = rom_builder.RomBuilder()
builder.build(mem, args.compile)
def create_output(self, mem, args, traversal):
config = ppu_memory.PpuMemoryConfig(
chr_order=args.order,
traversal=traversal,
is_sprite=args.is_sprite,
is_locked_tiles=args.is_locked_tiles,
lock_sprite_flips=args.lock_sprite_flips)
if args.output == '/dev/null':
pass
elif args.output and args.output.endswith('.o'):
mem.save_valiant(args.output, config)
elif args.output and args.output.endswith('.png'):
renderer = pixel_art_renderer.PixelArtRenderer()
img = renderer.render(mem)
img.save(args.output)
else:
out_tmpl = args.output or '%s.dat'
if out_tmpl[-1] == '/' or os.path.isdir(out_tmpl):
out_tmpl = os.path.join(out_tmpl, '%s.dat')
if not '%s' in out_tmpl:
raise errors.CommandLineArgError(
'output needs "%s" in its template')
mem.save_template(out_tmpl, config)
if args.compile:
builder = rom_builder.RomBuilder()
builder.build(mem, args.compile)
def read_memory(self, filename, kind, args):
importer = memory_importer.MemoryImporter()
mem = importer.read(filename, kind)
img = None
if args.grid_view:
renderer = pixel_art_renderer.PixelArtRenderer()
img = renderer.render(mem)
self.create_views(mem, args, img)
self.create_output(mem, args, self.get_traversal(None), None)
def LoadValiant(self):
path = self.inputImagePath
importer = memory_importer.MemoryImporter()
mem = importer.read_valiant(path)
renderer = pixel_art_renderer.PixelArtRenderer()
img = renderer.render(mem)
outfile = tempfile.mkstemp(suffix='.png')[1]
img.save(outfile)
self.inputImagePath = outfile
self.processor._err = errors.ErrorCollector()
self.processor._ppu_memory = mem
self.ShowMessage('Opened "%s"' % path, 4.0)
def LoadImportedRam(self):
path = self.inputImagePath
importer = memory_importer.MemoryImporter()
mem = importer.read_ram(path)
renderer = pixel_art_renderer.PixelArtRenderer()
img = renderer.render(mem)
outfile = tempfile.mkstemp(suffix='.png')[1]
img.save(outfile)
self.inputImagePath = outfile
self.processor._err = errors.ErrorCollector()
self.processor._ppu_memory = mem
self.ReassignImage()
self.CreateViews()
self.OnImageLoaded()
self.ShowMessage('Imported RAM from "%s"' % path, 4.0)