n = frames - n
alpha = 2 * n / frames
seed(1)
for i in xrange(350):
fill(1)
oval(margin + random() * (width() - 2 * margin) + n * dist - point / 2,
margin + random() * (height() - 2 * margin) - point / 2, point,
point)
fill(1, 0.9)
oval(
margin + random() * (width() - 2 * margin) + n * dist * 0.6 -
point / 2, margin + random() * (height() - 2 * margin) - point / 2,
point, point)
fill(1, 0.6)
oval(margin + random() * (width() - 2 * margin) - point / 2,
margin + random() * (height() - 2 * margin) - point / 2, point,
point)
fill(1, 0.6)
oval(
margin + random() * (width() - 2 * margin) - n * dist * 0.6 -
point / 2, margin + random() * (height() - 2 * margin) - point / 2,
point, point)
fill(1, 0.3 * alpha)
# fill(1, 0.3)
oval(margin + random() * (width() - 2 * margin) - n * dist - point / 2,
margin + random() * (height() - 2 * margin) - point / 2, point,
point)
saveSketch("draw")
db.fill(0)
db.rect(0, 0, CANVAS[0], CANVAS[1])
db.translate(*loc)
db.scale(scale)
db.fill(0)
db.stroke(1)
db.strokeWidth(2)
db.lineJoin('round')
for row in range(rows):
db.save()
translate(
math.sin(row + frame) * alpha, row * box_size[1] +
(box_depth[0] / box_size[0]) * math.sin(row + frame) * alpha)
db.drawPath(box)
for column in range(columns):
db.save()
translate(
-column * box_size[0] + math.sin(column + frame) * alpha,
(box_depth[0] / box_size[0]) * math.sin(column + frame) *
alpha)
db.drawPath(box)
db.restore()
db.restore()
sh.saveSketch('draw')
db.endDrawing()