def clear_display(event=None):
if DEBUG:
print("Entering clear_display (mode={})".format(GAME_MODES[GAME_MODE]))
global canvas
try:
document.getElementById("canvas").remove()
except AttributeError:
pass
if DEBUG > 1:
print("Destroying canvas with mode: {}".format(canvas.attrs["mode"]))
canvas.deleteAll()
# Create the base SVG object for the card table.
canvas = SVG.CanvasObject("95vw", "95vh", None, objid="canvas")
canvas.attrs["mode"] = GAME_MODES[GAME_MODE]
# Attach the new canvas to the card_table div of the document.
CardTable <= canvas
canvas.setDimensions()
update_display()
# Update buttons
canvas.addObject(button_clear)
canvas.addObject(button_refresh)
canvas.addObject(button_advance_mode)
canvas.fitContents()
canvas.mouseMode = SVG.MouseMode.DRAG
from browser import document
import brySVG.dragcanvas as SVG
canvas = SVG.CanvasObject("95vw", "100%", "cyan")
document["demo1"] <= canvas
tiles = [
SVG.ClosedBezierObject([((-100, 50), (50, 100), (200, 50)),
((-100, 50), (50, 0), (200, 50))]),
SVG.GroupObject([
SVG.PolygonObject([(50, 25), (0, 50), (50, 75), (100, 50)]),
SVG.SmoothBezierObject([(100, 0), (4, 40), (4, 60), (100, 100)])
]),
SVG.EllipseObject([(25, 0), (75, 100)], angle=30),
SVG.GroupObject([
SVG.CircleObject((50, 50), 50),
SVG.BezierObject([(None, (0, 100), (50, 25)),
((50, 25), (100, 100), None)])
]),
SVG.RectangleObject([(40, 0), (50, 90)], angle=20),
SVG.GroupObject([
SVG.SmoothClosedBezierObject([(50, 5), (5, 80), (95, 80)]),
SVG.PolylineObject([(0, 0), (30, 50), (70, 50), (100, 0)])
]),
]
for i in range(10):
for j in range(6):
tile = tiles[(i + j) % 6].cloneNode(True)
#tile = tiles[(i+j)%6].cloneObject() #is slower but allows MouseMode.DRAG, TRANSFORM or EDIT to be used
canvas <= tile
# "suit-club",
# "suit-spade",
# "suit-heart",
# "suit-diamond",
]
def calculate_dimensions():
global table_width, table_height
# Gather information about the display environment
table_width = document["canvas"].clientWidth
table_height = document["canvas"].clientHeight
# Create the base SVG object for the card table.
canvas = SVG.CanvasObject("95vw", "95vh", "green", objid="canvas")
# Intrinsic dimensions of the cards in the deck.
card_width = 170
card_height = 245
# Gather information about the display environment
table_width = document["card_table"].clientWidth
table_height = document["card_table"].clientHeight
# Calculate relative increments for the card table.
xincr = int(table_width / 13)
yincr = int(card_height / 4)
# Where to start the first card on the table.
(xpos, ypos) = (0, 0)
clear_display()
# Make the update_display function easily available to scripts.
window.update_display = update_display
window.clear_display = clear_display
window.advance_mode = advance_mode
# Locate the card table in the HTML document.
CardTable = document["card_table"]
# Attach the card graphics file
document["card_definitions"] <= SVG.Definitions(filename=CARD_URL)
# Create the base SVG object for the card table.
canvas = SVG.CanvasObject("95vw", "95vh", None, objid="canvas")
canvas.attrs["mode"] = "initial"
# TODO: Call game API to retrieve game_id, team_id, player_id, player names, etc...
# TODO: Call game API to retrieve list of cards for player's hand and other sub-decks.
# TODO: Add buttons & display to facilitate bidding. Tie into API.
# Quickie deck generation while I'm building the real API
pinochle_deck = list()
for decks in range(0, 2): # Double deck
for card in ["ace", "10", "king", "queen", "jack", "9"]:
for suit in ["heart", "diamond", "spade", "club"]:
pinochle_deck.append(f"{suit}_{card}")
# Collect cards into discard, kitty and player's hand
discard_deck = ["card-base" for _ in range(PLAYERS)]