def draw():
global max_twist
age = now() - start
if mouse_x is not None:
m_a = (mouse_x / float(screen_width) - 0.5) * 2 * real_max_twist
max_twist = m_a
else:
m_a = cos(age / 2.) * max_twist * exp(-age / 20)
color("black")
box(0, 0, screen_width, screen_height)
for i in range(0, num_triangles):
size = min_size + (max_size - min_size) * float(i) / num_triangles
size = max_size - size
size *= (sin(now() + pulse_offset[i]) * pulse_magnitude + 1)
l = min_l + (max_l - min_l) * float(i) / num_triangles
tri = make_triangle(
screen_width / 2., screen_height / 2., size,
i * m_a + sin(now() + rot_pulse_offset[i]) * pulse_magnitude)
color("hsl(230,100%," + str(round(l)) + "%)")
fill_polygon(tri)
color("hsl(230,100%," + str(round(l - 10)) + "%)")
polygon(tri)
def handle_frame():
global last_frame
if now() - last_frame < 1. / 30.:
#print "dropping frame"
return
draw()
last_frame = now()
sleep(1000. / 30. - 10)
def handle_frame():
global i,stopCount
if (i % 60) == 0 and stopCount != "true":
newTime = now() - startTime
doSecond()
# Do everything else on framechange
i=i+1
def handle_frame():
global i
if (i % 60) == 0:
newTime = now() - startTime
doSecond()
# Do everything else on framechange
i=i+1
from tealight.utils import now
from tealight.art import text,box,color, background, screen_width, screen_height
startTime = now()
i=0
stopCount = "false"
global points
points = 31
def doSecond():
global points
points = points - 1
color("white")
box(0,screen_height - 100, 100, 100)
color("black")
if points < 0:
points = 0
text(10,screen_height - 30, ("Points: " + str(points)))
def handle_frame():
global i,stopCount
if (i % 60) == 0 and stopCount != "true":
newTime = now() - startTime
doSecond()
# Do everything else on framechange
i=i+1
def handle_frame():
global prev_data, last_hb_sent, last_sent, score, current_direction, previous_direction, current_x, current_y, current_velocity, accelerating, rotating
if rotating == 1:
current_direction -= 5
elif rotating == 2:
current_direction += 5
draw_track()
color("white")
text(150,5,"RACETRACK by Adam, Calin, Matt")
color("white")
text(5,5,"Score: " + str(score))
movement_data = movement(current_x, current_y, current_velocity, current_direction, current_size)
if check_finish(current_x, current_y) == True:
color("white")
text(5,20,"You win!")
network_client.authenticated_send({"state": "win"}, "server", "status")
current_x = 77
current_y = 412
current_velocity = -900
if "losing" in movement_data:
current_x = 77
current_y = 412
current_velocity = 0
current_direction = 0
accelerating = 0
rotating = 0
lose()
else:
if accelerating == 0:
if current_velocity <= 0.1:
current_velocity = 0
else:
current_velocity *= 0.95
elif current_velocity > 0 and current_velocity <= 0.1:
current_velocity = 0
elif current_velocity < 0:
current_velocity += 0.1
current_x = movement_data['x']
current_y = movement_data['y']
data = {"x": current_x, "y": current_y, "d": current_direction}
if data != prev_data:
network_client.authenticated_send(data, "all", "position")
prev_data = data
if accelerating == 1:
data = movement_handle_keydown("up", current_velocity)
if data is not None:
current_velocity = data['speed']
draw_triangle(current_x,current_y,current_direction,current_size,"red")
previous_direction = current_direction
if accelerating > 0 and now()- last_sent > 0.5:
last_sent = now()
score += 1
if now() - last_hb_sent > 5:
network_client.client_handle_frame()
last_hb_sent = now()
#print test_polygon(100, 100, [(100,200), (50, 50), (200,100), (150,250)])
# Main project file
# Written by Adam, Matt and Calin
# GH: a-l-williams, lordvile018 calintat
# I apologise for the global variables and general mess
from github.calintat.art.racetrack import *
from tealight.utils import github_load, now, sleep
project_globals = github_load("a-l-williams", "art", "project-globals")
key_handlers = github_load("lordvile018", "art", "racetrack")
network_client = github_load("lordvile018", "art", "racetrackclient")
y = project_globals.Globals()
print y.get_connection_string()
draw_track()
current_direction = 0
last_sent = now()
last_hb_sent = now()
previous_direction = 0
current_acceleration = 0
rotating = 0 # 0 for not, 1 for left, 2 for right
accelerating = 0 # 0 for not, 1 for forward, 2 for back
current_x = 77
current_y = 412
current_velocity = 0
current_size = 10
score = 0
prev_data = {}
def lose():
global score
def handle_mouseup():
global start, mouse_x
start = now()
mouse_x = None
max_size = max(min(screen_width, screen_height) / 2. - 10, 10)
min_size = max_size / num_triangles
max_l = 95
min_l = 20
max_pulse_magnitude = 0.4
def make_triangle(x, y, size, angle=0):
pts = []
for i in range(0, 3):
theta = angle + i * 2 * pi / 3
pts.append((x + size * sin(theta), y + size * cos(theta)))
return pts
start = now()
mouse_x = None
pulse_offset = [random() * 2 * pi for i in range(0, num_triangles)]
rot_pulse_offset = [random() * 2 * pi for i in range(0, num_triangles)]
pulse_magnitude = max_pulse_magnitude / 4
real_max_twist = 2 * pi * 3 / num_triangles
max_twist = real_max_twist
def draw():
global max_twist
age = now() - start
if mouse_x is not None:
m_a = (mouse_x / float(screen_width) - 0.5) * 2 * real_max_twist