# Chomping easing function
dp = np.pi / 4
x0 = motion.easeOutQuad(0, dp, len(A) // 2)()
x1 = motion.easeInQuad(dp, 0, len(A) // 2)()
z = np.hstack([x0, x1])
A += ellipse(a=1,
b=1,
angle_start=z,
angle_end=2 * np.pi - z,
color=pac_color)
return A
#########################################################################
if __name__ == "__main__":
simple_lines().save("figures/simple_lines.png")
simple_circles().save("figures/simple_circles.png")
simple_rectangles().save("figures/simple_rectangle.png")
canvas2gif(rotating_circles(), "figures/moving_circles.gif", **gif_args)
canvas2gif(pacman(), "figures/pacman.gif", **gif_args)
canvas2gif(checkerboard(), "figures/checkerboard.gif", **gif_args)
canvas2gif(timer(), "figures/timer.gif", **gif_args)
teyleen_982().save("figures/teyleen_982.png")
teyleen_116().save("figures/teyleen_116.png")
# Chomping easing function
dp = np.pi / 4
x0 = motion.easeOutQuad(0, dp, len(A) // 2)()
x1 = motion.easeInQuad(dp, 0, len(A) // 2)()
z = np.hstack([x0, x1])
A += ellipse(a=1,
b=1,
angle_start=z,
angle_end=2 * np.pi - z,
color=pac_color)
return A
#########################################################################
if __name__ == "__main__":
simple_lines().save("simple_lines.png")
simple_circles().save("simple_circles.png")
simple_rectangles().save("simple_rectangle.png")
canvas2gif(rotating_circles(), "moving_circles.gif", **gif_args)
canvas2gif(pacman(), "pacman.gif", **gif_args)
canvas2gif(checkerboard(), "checkerboard.gif", **gif_args)
canvas2gif(timer(), "timer.gif", **gif_args)
teyleen_982().save("teyleen_982.png")
teyleen_116().save("teyleen_116.png")
pal = ph.palette(8)
f_font = "../pixelhouse/fonts/Montserrat-Medium.otf"
C = ph.Canvas(500, 100, bg=pal[2])
C = ph.Animation(500, 100, bg=pal[2]) #, fps=10)
lg = ph.linear_gradient(pal[0], pal[1])
C += ph.text("pixelhouse", font_size=0.78, font=f_font, color='w')
C += ph.text("pixelhouse", font_size=0.75, font=f_font, gradient=lg)
#a = 0.01
a = ph.motion.easeReturn("easeInOutQuad", 0, 0.06, len(C))
z = np.linspace(2 * np.pi, 0)
C += el.wave(amplitude=3 * a, wavelength=1.5, offset=z)
z = np.linspace(0, 2 * np.pi)
C += el.wave(amplitude=a, wavelength=0.3, offset=z)
z = np.linspace(0, 2 * np.pi)
C += el.wave(amplitude=a / 2, wavelength=0.3 / 7, offset=z + .2)
ph.canvas2gif(C,
"wave_effect.gif",
duration=0.1,
palettesize=32,
gifsicle=True)
C.show()
import numpy as np
import pixelhouse as ph
def logo_animation(logo_text):
pal = ph.palette(3)
A = ph.Animation(fps=24, duration=1.5, width=800, height=800, bg=pal[2])
lg = ph.gradient.linear([pal[0], pal[1]], theta=-np.pi / 4)
A += ph.circle(color=pal[3])
A += ph.filters.gaussian_blur()
A += ph.circle(color=pal[3])
y = ph.motion.easeInOutQuad(0, 1, flip=True)
for i in np.arange(-6, 6, 1.0):
A += ph.text(logo_text, y=i * y, gradient=lg, font_size=1.0)
return A
if __name__ == '__main__':
logo_text = "pixelhouse"
save_name = "figures/logo_pixelhouse_animated.gif"
ph.canvas2gif(logo_animation(logo_text), save_name, gifsicle=True)