def game_loop():
# put the fps meter into this textbox
globs.fpsbox = TextBox("IBMPlexSans-Regular.ttf",
size=30,
color=Vec(0, 0, 0),
pos=Vec(5, 5, 0.9))
globs.textboxes.append(globs.fpsbox)
dt_count, dt_sum = 0, 0 # tally up the dt's
dt = 1 # first value of dt
while True:
# render, and compute how much time it took
t0 = glfw.get_time()
listen.dispatch("on_frame", dt)
listen.dispatch("on_render")
dt_render = glfw.get_time() - t0
# wait a bit to match the fps rate if needed
_, dt_wait = yield from listen.wait(max(globs.spf - dt_render, 0))
dt = dt_wait + dt_render
# put the average fps into the textbox
dt_count += 1
dt_sum += dt
if dt_sum >= 0.5: # every half second
globs.fpsbox.text = str(int(dt_count / dt_sum * 10) / 10) + "fps"
dt_count, dt_sum = 0, 0
def next_level_loop():
while True:
yield from listen.event("next_level")
globs.play_disabled = True
yield from listen.wait(0.1)
if globs.level_idx + 1 < len(globs.levels):
globs.selected_color = 0
globs.level_idx += 1
print("Loading level", globs.level_idx + 1, "of",
len(globs.levels))
polys = globs.levels[globs.level_idx]()
idxs = list(range(len(polys)))
np.random.shuffle(idxs)
globs.polygons = []
for i in idxs:
yield from listen.wait(2 / len(polys))
globs.polygons.append(polys[i])
globs.polygons = polys # to reset the order
globs.play_disabled = False
listen.dispatch("update_hud")
else:
globs.level_idx = -1
listen.dispatch("ending_screen")
def game_loop():
dt = 1
while True:
# render, and compute how much time it took
t0 = glfw.get_time()
listen.dispatch("on_frame", dt)
listen.dispatch("on_render")
dt_render = glfw.get_time() - t0
# wait a bit to match the fps rate if needed
_, dt_wait = yield from listen.wait(max(globs.spf - dt_render, 0))
dt = dt_wait + dt_render
def reset_level_loop():
while True:
yield from listen.event("reset_level")
globs.play_disabled = True
polys = globs.levels[globs.level_idx]()
idxs = list(range(len(polys)))
np.random.shuffle(idxs)
for i in idxs:
if globs.polygons[i].color != polys[i].color:
yield from listen.wait(2 / len(polys))
globs.polygons[i].color = polys[i].color
globs.selected_color = 0
listen.dispatch("update_hud")
globs.play_disabled = False
def play_loop():
while True:
_, button, action, mods = yield from listen.on_mouse_button(
globs.window)
if globs.play_disabled: continue
if button != glfw.MOUSE_BUTTON_LEFT: continue
if action != glfw.PRESS: continue
x, y = glfw.get_cursor_pos(globs.window)
pt = mouse_coords(x, y)
# Ignore clicks that hit the HUD
clicked_hud = None
for polygon in globs.hud_polygons:
if is_point_in_poly(pt, polygon):
clicked_hud = polygon
break
if clicked_hud is not None:
continue
# Look for clicks that hit the puzzle
found = None
for x in range(globs.polydata["nx"]):
if found: break
for y in range(globs.polydata["ny"]):
delta = globs.polydata["origin"].xy
delta += x * globs.polydata["unit_dx"]
delta += y * globs.polydata["unit_dy"]
for polygon in globs.polygons:
if is_point_in_poly(pt - delta, polygon):
found = polygon
break
assert found is not None
"""
def tmp_recolor(neighbor):
prvcolor = neighbor.color
neighbor.color = Vec(0,0,0)
yield from listen.wait(0.2)
neighbor.color = prvcolor
yield from listen.wait(0.2)
neighbor.color = Vec(0,0,0)
yield from listen.wait(0.2)
neighbor.color = prvcolor
# debugging tool for figuring out the neighbors of a polygon
for neighbor in found.neighbors:
listen.launch(tmp_recolor(neighbor))
continue
"""
polygons_to_update = [found]
while True:
done = True
for polygon in polygons_to_update:
for neighbor in polygon.neighbors:
if neighbor in polygons_to_update: continue
if polygon.color == neighbor.color:
polygons_to_update.append(neighbor)
done = False
if done: break
# update the polygons
for polygon in polygons_to_update:
polygon.color = globs.polydata["colors"][globs.selected_color]
# check if all the colors on the map are the same
done = True
for polygon in globs.polygons:
if polygon.color != globs.polydata["colors"][globs.selected_color]:
done = False
break
globs.move_count -= 1
if done:
print("Level complete!")
globs.bgcolor = globs.polydata["colors"][globs.selected_color]
listen.dispatch("next_level")
else:
globs.selected_color += 1
globs.selected_color %= len(globs.polydata["colors"])
if globs.move_count == 0:
listen.dispatch("reset_level")
listen.dispatch("update_hud")
def title_screen():
globs.textboxes = []
title_box = TextBox(font_loc + "Vitreous-Black.ttf",
size=80,
color=Vec(0.0, 0.0, 0.0),
pos=Vec(120, 525, -0.2))
title_box.text = "Tesseland"
globs.textboxes.append(title_box)
name_boxes = [
TextBox(font_loc + "Vitreous-Medium.ttf",
size=30,
color=Vec(0, 0, 0),
pos=Vec(150, 425 - 50 * k, -0.2)) for k in range(3)
]
name_boxes[0].text = "Triangle Madness by Sarah Asano"
name_boxes[1].text = "Polygon Panic by Chris Couste"
name_boxes[2].text = "Rectange Ruckus by Patrick Rall"
globs.textboxes += name_boxes
click_to_begin = TextBox(font_loc + "Vitreous-Medium.ttf",
size=30,
color=Vec(0, 0, 0),
pos=Vec(150, 150, -0.2))
click_to_begin.text = "Click to begin"
globs.textboxes.append(click_to_begin)
globs.hud_polygons = []
globs.hud_polygons.append(
Polygon(Vec(0, 1, 1),
[Vec(0, 3), Vec(0, 8), Vec(5, 8)]))
globs.hud_polygons.append(
Polygon(Vec(1, 1, 1),
[Vec(2, 5), Vec(5, 8),
Vec(8, 8), Vec(8, 5)]))
globs.hud_polygons.append(
Polygon(
Vec(1, 0.5, 0),
[Vec(0, 0), Vec(0, 3),
Vec(2, 5), Vec(3, 5),
Vec(8, 0)]))
globs.hud_polygons.append(
Polygon(Vec(0.5, 1.0, 0),
[Vec(3, 5), Vec(8, 0), Vec(8, 5)]))
while True:
_, button, action, mods = yield from listen.on_mouse_button(
globs.window)
x, y = glfw.get_cursor_pos(globs.window)
pt = mouse_coords(x, y)
for poly in globs.hud_polygons:
if is_point_in_poly(pt, poly):
globs.hud_polygons.remove(poly)
break
if len(globs.hud_polygons) == 0:
globs.textboxes = []
listen.dispatch("next_level")
break
def ending_screen():
while True:
yield from listen.event("ending_screen")
globs.textboxes = []
polygons = []
polygons.append(
Polygon(colors["peru"],
[Vec(0, 3), Vec(0, 8), Vec(5, 8)]))
polygons.append(
Polygon(colors["mistyrose"],
[Vec(2, 5), Vec(5, 8),
Vec(8, 8), Vec(8, 5)]))
polygons.append(
Polygon(colors["lightsteelblue"],
[Vec(0, 0),
Vec(0, 3),
Vec(2, 5),
Vec(3, 5),
Vec(8, 0)]))
polygons.append(
Polygon(colors["mediumaquamarine"],
[Vec(3, 5), Vec(8, 0), Vec(8, 5)]))
yield from listen.wait(0.4)
globs.hud_polygons = []
for poly in polygons:
globs.hud_polygons.append(poly)
yield from listen.wait(0.2)
thank_you = TextBox(font_loc + "Vitreous-Medium.ttf",
size=30,
color=Vec(0, 0, 0),
pos=Vec(125, 600, -0.2))
thank_you.text = "Thank you for playing"
globs.textboxes.append(thank_you)
title_box = TextBox(font_loc + "Vitreous-Black.ttf",
size=80,
color=Vec(0.0, 0.0, 0.0),
pos=Vec(120, 525, -0.2))
title_box.text = "Tesseland"
globs.textboxes.append(title_box)
name_boxes = [
TextBox(font_loc + "Vitreous-Medium.ttf",
size=30,
color=Vec(0, 0, 0),
pos=Vec(150, 325 - 50 * k, -0.2)) for k in range(5)
]
name_boxes[0].text = "Special guest level by Billy Rieger"
name_boxes[1].text = "Special thanks to our playtesters"
name_boxes[2].text = "Levi Walker"
name_boxes[3].text = "Jayashree Srinivasan"
name_boxes[4].text = "Stella Wang"
globs.textboxes += name_boxes
globs.bgcolor = Vec(0.0, 0.0, 0)
while True:
_, button, action, mods = yield from listen.on_mouse_button(
globs.window)
x, y = glfw.get_cursor_pos(globs.window)
pt = mouse_coords(x, y)
for poly in globs.hud_polygons:
if is_point_in_poly(pt, poly):
globs.hud_polygons.remove(poly)
break
if len(globs.hud_polygons) == 0:
globs.textboxes = []
listen.dispatch("next_level")
break