def pattern_circle(
scale=1,
n_points=100,
color=(1, 1, 1, 1),
):
p = []
for i in range(n_points):
a = 2 * math.pi / n_points * i
p.append(make_point(scale * math.cos(a), scale * math.sin(a), *color))
return Helios.Frame(*p)
matrix.rotate(cfg.rotate, 2047, 2047) * # 2. apply rotatioin
matrix.scale(cfg.scalex, cfg.scaley, 2047,
2047) # 1. apply scaling
)
if cfg.swapxy: mat = matrix.swapxy() * mat # 4.
if cfg.flipx: mat = matrix.flipx(2047) * mat # 5.
if cfg.flipy: mat = matrix.flipy(2047) * mat # 6.
mat = matrix.keystone(cfg.keystonex / 4095, cfg.keystoney / 4095, 2047,
2047) * mat # 7. apply keystone correction
square = transform(square, mat)
square = interpolate(square, cfg.interpolation, close=True)
square = barrel_distort(
square, cfg.barrel, 2047, 2047
) # use this on interpolated points, this transform doesn't preserve straight lines
frame = Helios.Frame(*square)
# frame = Helios.Frame( make_point(1, 1) )
if 'fps' in cfg and cfg.fps > 0: pps = len(frame) * cfg.fps
else: pps = cfg.pps
pps = min(pps, 24000) # limit this
new_info = {
'points': len(frame),
'pps': pps,
'fps': int(pps / len(frame))
}
if new_info != info:
info = new_info
print(
f'points: {info["points"]}, pps: {info["pps"]}, fps: {info["fps"]}'
)
Helios.WriteFrame(0, pps, Helios.FLAGS_DEFAULT, frame, len(frame))
bri = cfg.brightness
art = test_pattern1()
art = interpolate_linestrips( art, cfg.interpolation, color=scale_color(cfg.color,bri), color_off=scale_color(cfg.color_off,bri) )
mat = (
matrix.translate(cfg.translatex*2047, cfg.translatey*2047) * # 3. apply translation
matrix.rotate(cfg.rotate, 2047, 2047) * # 2. apply rotatioin
matrix.scale(cfg.scalex, cfg.scaley, 2047, 2047) # 1. apply scaling
)
if cfg.swapxy: mat = matrix.swapxy() * mat # 4.
if cfg.flipx: mat = matrix.flipx(2047) * mat # 5.
if cfg.flipy: mat = matrix.flipy(2047) * mat # 6.
mat = matrix.keystone(cfg.keystonex/4095, cfg.keystoney/4095, 2047, 2047) * mat # 7. apply keystone correction
art = transform( art, mat )
art = barrel_distort(art, cfg.barrel, 2047, 2047) # use this on interpolated points, this transform doesn't preserve straight lines
frame = Helios.Frame(*art)
if 'fps' in cfg and cfg.fps > 0: pps = len(frame) * cfg.fps
else: pps = cfg.pps
pps = min(pps, 24000) # limit this
color_shift = int(pps/10000*cfg.color_shift)
new_info = { 'points':len(frame), 'pps':pps, 'fps':int(pps/len(frame)), 'color_shift':color_shift }
if new_info != info:
info = new_info
print(f'points: {info["points"]}, pps: {info["pps"]}, fps: {info["fps"]}, color_shift: {info["color_shift"]}')
frame = color_shift_frame(frame, color_shift)
Helios.WriteFrame(0, pps, Helios.FLAGS_DEFAULT, frame, len(frame))
config.update(1)
except KeyboardInterrupt: