SplitLayout

class SplitLayout(NormalLayout):
    """Split card layout, introduced in Invasion."""
    card_class: str = LayoutType.Split

    # Static properties
    is_nyx: bool = False
    is_land: bool = False
    is_basic_land: bool = False
    is_artifact: bool = False
    is_creature: bool = False
    is_legendary: bool = False
    is_companion: bool = False
    is_colorless: bool = False
    toughness: str = ''
    power: str = ''

    def __str__(self):
        return (f"{self.display_name}"
                f"{f' [{self.set}]' if self.set else ''}"
                f"{f' {{{self.collector_number}}}' if self.collector_number else ''}")

    """
    * Core Data
    """

    @auto_prop_cached
    def art_file(self) -> list[Path]:
        """list[Path]: Two image files, second is appended during render process."""
        return [self.file['file']]

    @auto_prop_cached
    def display_name(self) -> str:
        """Both side names."""
        return f"{self.name[0]} // {self.name[1]}"

    @auto_prop_cached
    def card(self) -> list[dict]:
        """Both side objects."""
        return [c for c in self.scryfall.get('card_faces', [])]

    """
    * Colors
    """

    @auto_prop_cached
    def color_identity(self) -> list:
        """Color identity is shared by both halves, use raw Scryfall instead of 'card' data."""
        return self.scryfall.get('color_identity', [])

    @auto_prop_cached
    def color_indicator(self) -> str:
        """Color indicator is shared by both halves, use raw Scryfall instead of 'card' data."""
        return get_ordered_colors(self.scryfall.get('color_indicator', []))

    """
    * Images
    """

    @auto_prop_cached
    def scryfall_scan(self) -> str:
        """Scryfall large image scan, if available."""
        return self.scryfall.get('image_uris', {}).get('large', '')

    """
    * Collector Info
    """

    @auto_prop_cached
    def artist(self) -> str:
        """Card artist name, use Scryfall raw data instead of 'card' data."""
        if self.file.get('artist'):
            return self.file['artist']

        # Check for duplicate last names
        artist, count = self.scryfall.get('artist', 'Unknown'), []
        if '&' in artist:
            for w in artist.split(' '):
                if w in count:
                    count.remove(w)
                count.append(w)
            return ' '.join(count)
        return artist

    """
    * Symbols
    """

    @auto_prop_cached
    def watermark(self) -> list[Optional[str]]:
        """Name of the card's watermark file that is actually used, if provided."""
        watermarks: list[Optional[str]] = []
        for wm in self.watermark_svg:
            if not wm:
                watermarks.append(None)
            elif wm.stem.upper() == 'WM':
                watermarks.append(wm.parent.stem.lower())
            else:
                watermarks.append(wm.stem.lower())
        return watermarks

    @auto_prop_cached
    def watermark_raw(self) -> list[Optional[str]]:
        """Name of the card's watermark from raw Scryfall data, if provided."""
        return [c.get('watermark', '') for c in self.card]

    @auto_prop_cached
    def watermark_svg(self) -> list[Optional[Path]]:
        """Path to the watermark SVG file, if provided."""
        def _find_watermark_svg(wm: str) -> Optional[Path]:
            """Try to find a watermark SVG asset, allowing for special cases and set code fallbacks.

            Args:
                wm: Watermark name or set code to look for.

            Returns:
                Path to a watermark SVG file if found, otherwise None.

            Notes:
                - 'set' maps to the symbol collection of the set this card was first printed in.
                - 'symbol' maps to the symbol collection of this card object's set.
            """
            if not wm:
                return
            wm = wm.lower()

            # Special case watermarks
            if wm in ['set', 'symbol']:
                return get_watermark_svg_from_set(
                    self.first_print.get('set', self.set) if wm == 'set' else self.set)

            # Look for normal watermark
            return get_watermark_svg(wm)

        # Find a watermark SVG for each face
        watermarks = []
        for w in self.watermark_raw:
            if CFG.watermark_mode == WatermarkMode.Disabled:
                # Disabled Mode
                watermarks.append(None)
                continue
            elif CFG.watermark_mode == WatermarkMode.Forced:
                # Forced Mode
                watermarks.append(
                    _find_watermark_svg(
                        CFG.watermark_default))
                continue
            else:
                # Automatic Mode
                path = _find_watermark_svg(w)
                if path or CFG.watermark_mode == WatermarkMode.Automatic:
                    watermarks.append(path)
                    continue
                # Fallback Mode
                watermarks.append(
                    _find_watermark_svg(
                        CFG.watermark_default))
        return watermarks

    """
    * Text Info
    """

    @auto_prop_cached
    def name(self) -> list[str]:
        """Both side names."""
        if self.is_alt_lang:
            return [c.get('printed_name', c.get('name', '')) for c in self.card]
        return [c.get('name', '') for c in self.card]

    @auto_prop_cached
    def name_raw(self) -> str:
        """Sanitized card name to use for rendered image file."""
        return f"{self.name[0]} _ {self.name[1]}"

    @auto_prop_cached
    def type_line(self) -> list[str]:
        """Both side type lines."""
        if self.is_alt_lang:
            return [c.get('printed_type_line', c.get('type_line', '')) for c in self.card]
        return [c.get('type_line', '') for c in self.card]

    @auto_prop_cached
    def mana_cost(self) -> list[str]:
        """Both side mana costs."""
        return [c.get('mana_cost', '') for c in self.card]

    @auto_prop_cached
    def oracle_text(self) -> list[str]:
        """Both side oracle texts."""
        text = []
        for t in [
            c.get('printed_text', c.get('oracle_text', ''))
            if self.is_alt_lang else c.get('oracle_text', '')
            for c in self.card
        ]:
            # Remove Fuse if present in oracle text data
            t = ''.join(t.split('\n')[:-1]) if 'Fuse' in self.keywords else t
            text.append(t)
        return text

    @auto_prop_cached
    def flavor_text(self) -> list[str]:
        """Both sides flavor text."""
        return [c.get('flavor_text', '') for c in self.card]

    """
    * Bool Data
    """

    @auto_prop_cached
    def is_hybrid(self) -> list[bool]:
        """Both sides hybrid check."""
        return [f['is_hybrid'] for f in self.frame]

    @auto_prop_cached
    def is_colorless(self) -> list[bool]:
        """Both sides colorless check."""
        return [f['is_colorless'] for f in self.frame]

    """
    * Frame Details
    """

    @auto_prop_cached
    def frame(self) -> list[FrameDetails]:
        """Both sides frame data."""
        return [get_frame_details(c) for c in self.card]

    @auto_prop_cached
    def pinlines(self) -> list[str]:
        """Both sides pinlines identity."""
        return [f['pinlines'] for f in self.frame]

    @auto_prop_cached
    def twins(self) -> list[str]:
        """Both sides twins identity."""
        return [f['twins'] for f in self.frame]

    @auto_prop_cached
    def background(self) -> list[str]:
        """Both sides background identity."""
        return [f['background'] for f in self.frame]

    @auto_prop_cached
    def identity(self) -> list[str]:
        """Both sides frame accurate color identity."""
        return [f['identity'] for f in self.frame]