villares · July 29, 2024 19:23 · villares · Jul 29, 2024
diff --git a/fading_sketch_template.py b/fading_sketch_template.py
 """
 You'll need py5 and a use the run_sketch tool or Thonny + thonny-py5mode
 to run this py5 "imported mode" style sketch. Learn more at py5coding.org

 I will run on full screen. Click on screen and press ESC to exit.
 Adjust speed by changing the time_per_image variable in milliseconds. 
 """

 time_per_image = 3000 # milliseconds
 fade_time = 500  # actually fade in + fade out will be double this
 last_image_time = 0
 seed = 0

 def setup():
    full_screen() # this is an option instead of size()
    # size(400, 400) # test
    
 def draw():
    global seed
    global last_image_time
    background(0)
    ### Your work goes here
    random_seed(seed)    
    grid(width / 2, height / 2, height * 0.8)
    
    
    ### Transitions
    time_past = millis() - last_image_time
    # fade out
    fade_out = time_per_image - time_past
    if fade_out < fade_time:
        fill(0, 255 - fade_out / fade_time * 255)
        rect(0, 0, width, height)
    # fade in
    if time_past < fade_time:
        fill(0, 255 - time_past / fade_time * 255)
        rect(0, 0, width, height)

    if time_past > time_per_image:
        seed = seed + 1
        last_image_time = millis()
    

 def grid(gx, gy, gw):
    color_mode(HSB)
    no_stroke()
    n = 4
    cw = gw / n
    for i in range(n):
        cx = i * cw + cw / 2 + gx - gw / 2
        for j in range(n):
            cy = j * cw + cw / 2 + gy - gw / 2
            if random_int(1, 3) == 1 and cw > 50:
                grid(cx, cy, cw)
            else:
                # diâmeto baseado na soma da linha  coluna
                d = random(10, cw * 2)
                # matiz baseado no produto da linha e coluna
                h = 10 + random_choice(((i * j), (i + j))) * 20
                c = color(h, 255, 200, 200)
                fill(c)
                # desenho do elemento em x, y
                circle(cx, cy, d)
	"""
	You'll need py5 and a use the run_sketch tool or Thonny + thonny-py5mode
	to run this py5 "imported mode" style sketch. Learn more at py5coding.org

	I will run on full screen. Click on screen and press ESC to exit.
	Adjust speed by changing the time_per_image variable in milliseconds.
	"""

	time_per_image = 3000 # milliseconds
	fade_time = 500 # actually fade in + fade out will be double this
	last_image_time = 0
	seed = 0

	def setup():
	full_screen() # this is an option instead of size()
	# size(400, 400) # test

	def draw():
	global seed
	global last_image_time
	background(0)
	### Your work goes here
	random_seed(seed)
	grid(width / 2, height / 2, height * 0.8)


	### Transitions
	time_past = millis() - last_image_time
	# fade out
	fade_out = time_per_image - time_past
	if fade_out < fade_time:
	fill(0, 255 - fade_out / fade_time * 255)
	rect(0, 0, width, height)
	# fade in
	if time_past < fade_time:
	fill(0, 255 - time_past / fade_time * 255)
	rect(0, 0, width, height)

	if time_past > time_per_image:
	seed = seed + 1
	last_image_time = millis()


	def grid(gx, gy, gw):
	color_mode(HSB)
	no_stroke()
	n = 4
	cw = gw / n
	for i in range(n):
	cx = i * cw + cw / 2 + gx - gw / 2
	for j in range(n):
	cy = j * cw + cw / 2 + gy - gw / 2
	if random_int(1, 3) == 1 and cw > 50:
	grid(cx, cy, cw)
	else:
	# diâmeto baseado na soma da linha coluna
	d = random(10, cw * 2)
	# matiz baseado no produto da linha e coluna
	h = 10 + random_choice(((i * j), (i + j))) * 20
	c = color(h, 255, 200, 200)
	fill(c)
	# desenho do elemento em x, y
	circle(cx, cy, d)