Racebile Simulation

cx, cy, scale = 0, 0, 1

def raw_hax_coord(x, y):
    xs, ys = 3 * cos(pi/3), sin(pi/3)
    xi, yi = (xs * x, ys * (x + y * 2))
    return xi, yi

def hex_coord(x,y):
    xi,yi = raw_hax_coord(x,y)
    xi =  width // 2 + (xi-cx) * scale
    yi = height // 2 + (yi-cy) * scale
    return xi, yi

def draw_hex(xi, yi, color):
    for k in range(round(-scale*cos(pi/3)), round(scale*cos(pi/3))+1):
        m[round(xi+k)][round(yi+scale*sin(pi/3))] = color
        m[round(xi+k)][round(yi-scale*sin(pi/3))] = color

    for k in range(0, scale + 1):
        corner_x, corner_y = scale*cos(pi/3), scale*sin(pi/3)

        m[round(xi-corner_x-k*cos(pi/3))][round(yi-corner_y+k*sin(pi/3))] = color
        m[round(xi-corner_x-k*cos(pi/3))][round(yi+corner_y-k*sin(pi/3))] = color

        m[round(xi+corner_x+k*cos(pi/3))][round(yi-corner_y+k*sin(pi/3))] = color
        m[round(xi+corner_x+k*cos(pi/3))][round(yi+corner_y-k*sin(pi/3))] = color

def draw_hex_grid():
    for i in range(x_min-1, x_max+1+1):
        for j in range(y_min-1, y_max+1+1):
            xi, yi = hex_coord(i, j)

            if not (scale <= xi < width-scale and scale <= yi < width-scale):
                continue

            color = (255, 255, 255)
            draw_hex(xi, yi, color)

sips = {
    "turn": 0,
    "off_map": 0,
    "gas": 0,
    "bonk": 0,
    "gear_box": 0,
    "start_last": 0,
    "end_first": 0,
    "halfway_cheer": 0,
    "goal_cheer": 0,
    "koblingsfejl": 0,
    "no_sips": 0
}

total_sips = sips["turn"] +
  (sips["gas"]-2 if sips["gas"] > 2 else 0) +
  5.5 * sips["off_map"] +
  sips["bonk"] +
  11 * sips["gear_box"] +
  sips["start_last"] +
  sips["end_first"] +
  sips["halfway_cheer"] +
  sips["goal_cheer"] +
  sips["koblingsfejl"]

if total_sips == 0:
  sips["no_sips"] = 1
  total_sips = 1