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 initialize(self):
self._ppu_memory = ppu_memory.PpuMemory()
self._chrdata_cache = {}
self._color_manifest = id_manifest.IdManifest()
self._dot_manifest = id_manifest.IdManifest()
self._block_color_manifest = id_manifest.IdManifest()
self._needs_provider = None
self._artifacts = None
self._flip_bits = None
self._err = errors.ErrorCollector()
self.image_x = self.image_y = None
self.tile_ctor = None
def process_image(self, img, args):
self._err = errors.ErrorCollector()
self.width, self.height = img.size
self.pixels = img.load()
self.base = image_processor.ImageProcessor()
self.base.pixels = self.pixels
try:
self.unit_size = self._find_unit_size()
self.pal = self._build_palette()
except Exception as e:
self._err.add(e)
return
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)
def initialize(self):
self._ppu_memory = ppu_memory.PpuMemory()
self._chrdata_cache = {}
self._color_manifest = id_manifest.IdManifest()
self._dot_manifest = id_manifest.IdManifest()
self._block_color_manifest = id_manifest.IdManifest()
self._needs_provider = None
self._artifacts = [
row[:]
for row in [[None] * (NUM_BLOCKS_X * 2)] * (NUM_BLOCKS_Y * 2)
]
self._flip_bits = [
row[:] for row in [[0] * (NUM_BLOCKS_X * 2)] * (NUM_BLOCKS_Y * 2)
]
self._err = errors.ErrorCollector()
self.image_x = self.image_y = None
