def animation_easing():
value = Random.choice([
"linear", "ease", "ease-in", "ease-out", "ease-in-out", "cubic-bezier"
])
if value == "cubic-bezier":
value += "({})".format(seq([Random.number() for _ in range(4)]))
return value
def generate(self, _):
c = Random.selector(3)
if c == 0:
self.value = Random.choice(["auto", "auto-start-reverse"])
elif c == 1:
self.value = dv.angle()
else:
self.value = Random.number()
def length(relative=False):
if (not relative) or Random.bool():
if Random.bool():
return "{}px".format(Random.integer())
else:
return "{}em".format(Random.number())
else:
return "{}{}".format(Random.integer(),
Random.choice(["vw", "vh", "vmin", "vmax"]))
def generate(self, _):
num = Random.range(1, 2)
self.value = cat([Random.number() for _ in range(num)])
def generate(self, _):
if Random.bool():
self.value = dv.length_percentage()
else:
self.value = Random.number()
def generate(self, _):
self.value = seq([Random.number() for _ in range(4)])
def generate(self, _):
self.value = Random.number()
def scale():
num = Random.range(1, 2)
value = seq([Random.number() for _ in range(num)])
return "scale({})".format(value)
def generate(self, _):
self.value = "{{ delay: {}, direction: \"{}\", duration: {}, easing: \"{}\", endDelay: {}, fill: \"{}\", " \
"iterationStart: {}, iterations: {} }}".format(
dv.clock_in_ms(), dv.animation_direction(), dv.clock_in_ms(), dv.animation_easing(),
dv.clock_in_ms(), dv.animation_fill_mode(), Random.number(), Random.integer())
def rotate3d():
values = [Random.number() for _ in range(3)]
values.append(angle())
return "rotate3d({})".format(seq(values))
def scale_z():
return "scaleZ({})".format(Random.number())
def scale3d():
value = seq([Random.number() for _ in range(3)])
return "scale3d({})".format(value)
def matrix3d():
value = seq([Random.number() for _ in range(16)])
return "matrix3d({})".format(value)
def scale_y():
return "scaleY({})".format(Random.number())
def scale_x():
return "scaleX({})".format(Random.number())
def generate(self, _):
if Random.bool():
self.value = cat([Random.number() for _ in range(20)])
else:
self.value = Random.float01()
def generate(self, _):
self.value = "{{top: {}, left: {}, behavior: \"{}\"}}".format(
Random.number(), Random.number(), Random.choice(["auto",
"smooth"]))
def number_percentage():
if Random.bool():
return Random.number()
else:
return percentage()
def generate(self, _):
if Random.bool():
self.value = "auto"
else:
self.value = Random.number()
def number_optional_number(signed):
if signed:
return seq([Random.signed_number(), Random.signed_number()])
else:
return seq([Random.number(), Random.number()])