def __init__(self):
super().__init__()
backbutton()
g = CartesianGraph((0, 0), height = 127, width = 127, xorigin = 10)
tsy = TSequence(g, YELLOW, 50)
tsr = TSequence(g, RED, 50)
self.reg_task(self.acquire(g, tsy, tsr), on_change=True)
def __init__(self):
super().__init__()
self.buttonlist = []
self.buttonlist.append(backbutton())
self.buttonlist.append(ovlbutton())
cartesian_graph = CartesianGraph((0, 0), height = 127, width = 127)
self.buttonlist.append(clearbutton(cartesian_graph))
curve = Curve(cartesian_graph, self.populate)
self.buttonlist.append(refreshbutton((curve,)))
def __init__(self):
super().__init__()
backbutton()
ovlbutton()
g = CartesianGraph((0, 0), height = 127, width = 135, yorigin = 2) # Asymmetric y axis
clearbutton(g)
curve1 = Curve(g, self.populate_1, (lambda x : x**3 + x**2 -x,)) # args demo
curve2 = Curve(g, self.populate_2, color = RED)
refreshbutton((curve1, curve2))
def __init__(self):
super().__init__()
backbutton()
ovlbutton()
g = CartesianGraph((5, 5), height = 115, width = 115)
clearbutton(g)
curve1 = Curve(g, self.populate_1, (1.1,))
curve2 = Curve(g, self.populate_1, (1.05,), color=RED)
curve3 = Curve(g, self.populate_3, color=BLUE)
refreshbutton((curve1, curve2, curve3))
def __init__(self):
super().__init__()
def populate_3(curve):
for x, y in ((-2, -0.2), (-2, 0.2), (-0.2, -2), (0.2, -2), (2, 0.2), (2, -0.2), (0.2, 2), (-0.2, 2)):
yield x, y
yield 0, 0
yield None, None
def populate_1(curve, mag):
theta = 0
delta = pi/32
while theta <= 2 * pi:
yield mag*sin(theta), mag*cos(theta)
theta += delta
backbutton()
ovlbutton()
g = CartesianGraph((5, 5), height = 115, width = 115)
clearbutton(g)
curve1 = Curve(g, populate_1, (1.1,))
curve2 = Curve(g, populate_1, (1.05,), color=RED)
curve3 = Curve(g, populate_3, color=BLUE)
refreshbutton((curve1, curve2, curve3))
def __init__(self):
super().__init__()
def populate_1(curve, func):
x = -1
while x < 1.01:
y = func(x)
yield x, y
x += 0.1
def populate_2(curve):
x = -1
while x < 1.01:
y = x**2
yield x, y
x += 0.1
backbutton()
ovlbutton()
g = CartesianGraph((0, 0), height = 127, width = 135, yorigin = 2) # Asymmetric y axis
clearbutton(g)
curve1 = Curve(g, populate_1, (lambda x : x**3 + x**2 -x,)) # args demo
curve2 = Curve(g, populate_2, color = RED)
refreshbutton((curve1, curve2))