def unittest_methods():
from pymt import Vector
a = Vector(0, 10)
test(a.length == 10)
b = Vector(0, 20)
test(b.distance(a) == 10)
def draw(self):
t = getClock().get_time()
touches = getCurrentTouches()
# draw closed touches
to_delete = []
ids = [touch.id for touch in touches]
for id in self.closetouches:
if not id in ids:
to_delete.append(id)
continue
touch = self.closetouches[id]
value = ((t - touch.time_start) - 1) / 2.
if value > 1:
self.do_close()
return
set_color(1, 1, 1, .7)
drawSemiCircle(pos=(touch.x, touch.y),
inner_radius=30,
outer_radius=50,
slices=64,
sweep_angle=value * 360)
# delete old touches
for id in to_delete:
del self.closetouches[id]
# search
for touch in touches:
if 'closeapp.invalid_for_close' in touch.userdata:
continue
# distance < 20
if Vector(touch.osxpos, touch.osypos).distance(
Vector(touch.sx, touch.sy)) > 0.015:
# flag
touch.userdata['closeapp.invalid_for_close'] = True
if touch.id in self.closetouches:
del self.closetouches[touch.id]
return
# 1s minimum
if t - touch.time_start < 1:
if touch.id in self.closetouches:
del self.closetouches[touch.id]
return
# check corner screen
if touch.sx < .75 or touch.sy < .75:
if touch.id in self.closetouches:
del self.closetouches[touch.id]
return
# add touches to closed touches
self.closetouches[touch.id] = touch
def unittest_basics():
import_pymt_no_window()
from pymt import Vector
v = Vector(10, 10)
test(v.x == 10)
test(v.y == 10)
a = Vector(1, 1)
b = Vector(2, 2)
test(a != b)
# add
c = a + b
test(c.x == 3)
test(c.y == 3)
test(c[0] == 3)
test(c[1] == 3)
# sub
c = a - b
test(c.x == -1)
test(c.y == -1)
# mul
c = b * 2
test(c.x == 4)
test(c.y == 4)
# add with tuple
c = b + (5, 6)
test(c.x == 7)
test(c.y == 8)
# add with list
c = b + [5, 6]
test(c.x == 7)
test(c.y == 8)
def unittest_methods():
import_pymt_no_window()
from pymt import Vector
a = Vector(0, 10)
test(a.length() == 10)
b = Vector(0, 20)
test(b.distance(a) == 10)