debugging preselected moves
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4 changed files with 97 additions and 84 deletions
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@ -1,127 +1,128 @@
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class_name SupernovaCard extends Card
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const CAPTURE_RADIUS = 3
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var valid = false;
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const CAPTURE_RADIUS = 4
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func _init():
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duration = 5
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super._init()
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cardName = "Supernova"
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rank = Rank.RANK_0
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effectType = EffectType.PIECE_EFFECT
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description = "All enemy units within 3 radius of the king are captured"
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duration = 5
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description = "All enemy units within 4 radius are captured"
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unitWhitelist = ["King"]
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remaining_turns = duration
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func apply_effect(target_piece = null, board_flow = null, game_state = null):
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attached_piece = target_piece
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if !target_piece or !board_flow or !game_state:
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print(cardName, " missing input param ")
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if !super.apply_effect(target_piece, board_flow, game_state):
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return false
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setup_persistent_effect(game_state)
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# dont apply on card attachment
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if !valid:
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return true
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if !target_piece or !board_flow or !game_state:
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return false
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# Get king's position
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var king_pos = target_piece.get_parent().name.split("-")
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var king_x = int(king_pos[0])
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var king_y = int(king_pos[1])
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# Collect all tiles within radius to check
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var tiles_to_check = []
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# Check in all directions (up, down, left, right and diagonals)
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for dx in range(-CAPTURE_RADIUS, CAPTURE_RADIUS + 1):
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for dy in range(-CAPTURE_RADIUS, CAPTURE_RADIUS + 1):
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# Skip if outside Manhattan distance
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if abs(dx) + abs(dy) > CAPTURE_RADIUS:
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continue
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# Calculate target coordinates
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var target_x = king_x + dx
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var target_y = king_y + dy
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# Skip if outside board bounds
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if target_x < 0 or target_x >= 8 or target_y < 0 or target_y >= 8:
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continue
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# Skip king's own position
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if dx == 0 and dy == 0:
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continue
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# Add tile to check list
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tiles_to_check.append(str(target_x) + "-" + str(target_y))
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# Process tiles and add overlay
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# Process each tile and capture pieces
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for tile_name in tiles_to_check:
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var tile = board_flow.get_node(tile_name)
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var existing_overlay = tile.get_node_or_null("SupernovaOverlay")
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if existing_overlay:
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existing_overlay.queue_free()
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var overlay = ColorRect.new()
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overlay.name = "SupernovaOverlay"
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overlay.color = Color(1, 0, 0, 0.3)
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overlay.size = tile.size
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overlay.mouse_filter = Control.MOUSE_FILTER_IGNORE
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tile.add_child(overlay)
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overlay.show()
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if tile.get_child_count() > 1: # > 1 because we just added the overlay
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var tile = board_flow.get_node("Flow/" + tile_name)
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if tile.get_child_count() > 0:
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var piece = tile.get_child(0)
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if piece.Item_Color != target_piece.Item_Color:
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if piece.Item_Color != target_piece.Item_Color: # Only capture enemy pieces
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game_state.updatePoints(piece)
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piece.queue_free()
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# Setup timer to remove overlays
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var timer = Timer.new()
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board_flow.add_child(timer)
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timer.wait_time = 0.5
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timer.one_shot = true
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timer.timeout.connect(func():
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for tile_name in tiles_to_check:
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var tile = board_flow.get_node(tile_name)
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var overlay = tile.get_node_or_null("SupernovaOverlay")
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if overlay:
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overlay.queue_free()
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timer.queue_free()
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)
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timer.start()
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return true
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func reset_tile_styles(board_flow, tiles_to_check):
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# Visual feedback
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for tile_name in tiles_to_check:
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var tile = board_flow.get_node(tile_name)
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if !tile:
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continue
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# Reset to original chess board pattern
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var coords = tile_name.split("-")
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var isWhite = (int(coords[0]) + int(coords[1])) % 2 == 0
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var tile = board_flow.get_node("Flow/" + tile_name)
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var style = StyleBoxFlat.new()
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style.bg_color = Color(0.8, 0.8, 0.8, 1) if isWhite else Color(0.2, 0.2, 0.2, 1)
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style.bg_color = Color(1, 0, 0, 0.3) # Red tint
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tile.add_theme_stylebox_override("normal", style)
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# Remove highlight after delay
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var timer = Timer.new()
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board_flow.add_child(timer)
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timer.wait_time = 0.5
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timer.one_shot = true
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timer.timeout.connect(func():
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tile.remove_theme_stylebox_override("normal")
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timer.queue_free()
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)
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timer.start()
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func setup_persistent_effect(game_state):
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# game_state.stateMachine.transitionToNextState(Constants.POST_MOVE)
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return true
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func setup_persistent_effect(king, game_state):
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# Connect to the turn change signal if not already connected
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if !game_state.is_connected("turn_changed", on_turn_changed):
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game_state.connect("turn_changed", on_turn_changed)
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if !game_state.is_connected("turn_changed", Callable(self, "on_turn_changed")):
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game_state.connect("turn_changed", Callable(self, "on_turn_changed"))
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func on_turn_changed():
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# print("TURN CHANGED ==================", attached_piece, " | ", remaining_turns, )
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if attached_piece.get_parent().get_parent().owner.isPlayerTurn() and attached_piece and remaining_turns > 0:
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# print(attached_piece.get_parent().get_parent(), attached_piece.get_parent().get_parent().owner)
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var piece = attached_piece
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var flow = attached_piece.get_parent().get_parent()
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var state = attached_piece.get_parent().get_parent().owner
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# print("Debug values:")
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# print("- Piece: ", piece, " is null? ", piece == null)
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# print("- Board Flow: ", flow, " is null? ", flow == null)
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# print("- Game State: ", state, " is null? ", state == null)
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# Now try apply_effect with these values
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valid = true
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apply_effect(piece, flow, state)
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if attached_piece and remaining_turns > 0:
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# Reapply the effect at the start of each turn
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apply_effect(attached_piece, attached_piece.get_parent().get_parent(), attached_piece.get_parent().get_parent().owner)
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remaining_turns -= 1
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if remaining_turns <= 0:
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remove_effect()
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func remove_effect():
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if attached_piece:
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var game_state = attached_piece.get_parent().get_parent().owner
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if game_state.is_connected("turn_changed", on_turn_changed):
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game_state.disconnect("turn_changed", on_turn_changed)
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if game_state.is_connected("turn_changed", Callable(self, "on_turn_changed")):
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game_state.disconnect("turn_changed", Callable(self, "on_turn_changed"))
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super.remove_effect()
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func update_visual_effect(king, board_flow):
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# Could be extended with visual feedback like particles or highlighting
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var radius_tiles = []
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var king_pos = king.get_parent().name.split("-")
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var king_x = int(king_pos[0])
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var king_y = int(king_pos[1])
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for x in range(max(0, king_x - CAPTURE_RADIUS), min(8, king_x + CAPTURE_RADIUS + 1)):
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for y in range(max(0, king_y - CAPTURE_RADIUS), min(8, king_y + CAPTURE_RADIUS + 1)):
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if abs(x - king_x) + abs(y - king_y) <= CAPTURE_RADIUS:
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var tile_name = str(x) + "-" + str(y)
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radius_tiles.append(board_flow.get_node(tile_name))
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# Highlight affected tiles briefly
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for tile in radius_tiles:
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var style = StyleBoxFlat.new()
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style.bg_color = Color(1, 0, 0, 0.3) # Red tint
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tile.add_theme_stylebox_override("normal", style)
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# Remove highlight after a short delay
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var timer = Timer.new()
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board_flow.add_child(timer)
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timer.wait_time = 0.5
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timer.one_shot = true
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timer.timeout.connect(func():
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tile.remove_theme_stylebox_override("normal")
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timer.queue_free()
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)
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timer.start()
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@ -302,12 +302,14 @@ func resetBoard() -> void:
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updateTurnIndicator()
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func getMovableAreas() -> void:
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# print("HIGHLIGHTING getMovableAreas 1")
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resetHighlights()
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areas.clear()
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specialArea.clear()
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var piece = get_node("Flow/" + selectedNode).get_child(0)
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var piece_id = piece.get_instance_id()
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# print("HIGHLIGHTING getMovableAreas 2")
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if deckManager.attached_cards.has(piece_id):
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var card = deckManager.attached_cards[piece_id]
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cardPreview.show_card_preview(card)
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@ -318,12 +320,15 @@ func getMovableAreas() -> void:
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cardPreview.update_moves_remaining(moves_left)
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else:
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cardPreview.hide_preview()
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# print("HIGHLIGHTING getMovableAreas 3")
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var moves = piece.getValidMoves(boardContainer, selectedNode)
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areas = moves.regular_moves
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specialArea = moves.special_moves
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# print("HIGHLIGHTING getMovableAreas 4")
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highlightValidMoves()
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func highlightValidMoves() -> void:
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# print("HIGHLIGHTING VALID MOVES")
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for move in areas:
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var button = boardContainer.get_node(move)
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var isWhiteSquare = (int(move.split("-")[0]) + int(move.split("-")[1])) % 2 == 0
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@ -28,9 +28,9 @@ func exit() -> void:
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if game.boardContainer.is_connected("tile_pressed", handleTilePressed):
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game.boardContainer.disconnect("tile_pressed", handleTilePressed)
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game.cardDisplay.selectedCard = null
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game.selectedNode = ""
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game.resetHighlights()
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# game.cardDisplay.selectedCard = null
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# game.selectedNode = ""
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# game.resetHighlights()
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func handleTilePressed(location: String) -> void:
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# print("HANDLING Tile PRESSED ", location)
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@ -40,7 +40,13 @@ func handleTilePressed(location: String) -> void:
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return
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var piece = targetNode.get_child(0)
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var piece_id = piece.get_instance_id()
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var selectedCard = game.cardDisplay.getSelectedCard()
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if game.deckManager.attached_cards.has(piece_id):
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var card = game.deckManager.attached_cards[piece_id]
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game.cardPreview.show_card_preview(card)
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else:
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game.cardPreview.hide_preview()
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if selectedCard and piece:
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var isCorrectColor = (piece.Item_Color == 0 and game.currentPlayer == game.WHITE) or \
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@ -11,9 +11,10 @@ func enter(_previous: String, _data := {}) -> void:
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if !game.boardContainer.is_connected("tile_pressed", handleMovement):
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print("Connecting tile_pressed signal")
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game.boardContainer.connect("tile_pressed", handleMovement)
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game.resetHighlights()
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if game.selectedNode != "":
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game.getMovableAreas()
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else:
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game.resetHighlights()
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moves_remaining.clear()
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multiMoving = ""
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