counter = 0
counter1 = 0
cx = 250
cy = 250
nx = 0
ny = 0
cRadius = 20
ncx = 0
ncy = 0


def setup():
    size(300, 300)
    smooth()
    background(0)
    strokeWeight(1)


def oneLineDraw(ncx, ncy):
    global cx, counter, cy, nx, ny, counter1, cRadius
    x1 = ncx - sin(counter1) * 100
    y1 = ncy - cos(counter1) * 100
    x2 = ncx + sin(counter1) * 100
    y2 = ncy + cos(counter1) * 100
    line(x1, y1, x2, y2)


def draw():
    global cx, counter, cy, nx, ny, counter1, cRadius, ncx, ncy
    stroke(200, 25)
    nx = sin(counter1) * cRadius + cx
    ny = cos(counter1) * cRadius + cy
    x1 = nx - sin(counter) * 150
    y1 = ny - cos(counter) * 150
    x2 = nx + sin(counter) * 150
    y2 = ny + cos(counter) * 150
    oneLineDraw(x2, y2)
    oneLineDraw(x1, y1)
    counter += 0.1
    if counter > 2 * PI:
        counter = 0
    counter1 += 0.01
    cRadius += counter / 20
    if counter1 > 2 * PI:
        counter1 = 0

801345f2e8ce319b64f38a855f753a228d191df5
<mask token>


def setup():
    size(300, 300)
    smooth()
    background(0)
    strokeWeight(1)


<mask token>

<mask token>


def setup():
    size(300, 300)
    smooth()
    background(0)
    strokeWeight(1)


def oneLineDraw(ncx, ncy):
    global cx, counter, cy, nx, ny, counter1, cRadius
    x1 = ncx - sin(counter1) * 100
    y1 = ncy - cos(counter1) * 100
    x2 = ncx + sin(counter1) * 100
    y2 = ncy + cos(counter1) * 100
    line(x1, y1, x2, y2)


<mask token>

<mask token>


def setup():
    size(300, 300)
    smooth()
    background(0)
    strokeWeight(1)


def oneLineDraw(ncx, ncy):
    global cx, counter, cy, nx, ny, counter1, cRadius
    x1 = ncx - sin(counter1) * 100
    y1 = ncy - cos(counter1) * 100
    x2 = ncx + sin(counter1) * 100
    y2 = ncy + cos(counter1) * 100
    line(x1, y1, x2, y2)


def draw():
    global cx, counter, cy, nx, ny, counter1, cRadius, ncx, ncy
    stroke(200, 25)
    nx = sin(counter1) * cRadius + cx
    ny = cos(counter1) * cRadius + cy
    x1 = nx - sin(counter) * 150
    y1 = ny - cos(counter) * 150
    x2 = nx + sin(counter) * 150
    y2 = ny + cos(counter) * 150
    oneLineDraw(x2, y2)
    oneLineDraw(x1, y1)
    counter += 0.1
    if counter > 2 * PI:
        counter = 0
    counter1 += 0.01
    cRadius += counter / 20
    if counter1 > 2 * PI:
        counter1 = 0

counter = 0
counter1 = 0
cx = 250
cy = 250
nx = 0
ny = 0
cRadius = 20
ncx = 0
ncy = 0


def setup():
    size(300, 300)
    smooth()
    background(0)
    strokeWeight(1)


def oneLineDraw(ncx, ncy):
    global cx, counter, cy, nx, ny, counter1, cRadius
    x1 = ncx - sin(counter1) * 100
    y1 = ncy - cos(counter1) * 100
    x2 = ncx + sin(counter1) * 100
    y2 = ncy + cos(counter1) * 100
    line(x1, y1, x2, y2)


def draw():
    global cx, counter, cy, nx, ny, counter1, cRadius, ncx, ncy
    stroke(200, 25)
    nx = sin(counter1) * cRadius + cx
    ny = cos(counter1) * cRadius + cy
    x1 = nx - sin(counter) * 150
    y1 = ny - cos(counter) * 150
    x2 = nx + sin(counter) * 150
    y2 = ny + cos(counter) * 150
    oneLineDraw(x2, y2)
    oneLineDraw(x1, y1)
    counter += 0.1
    if counter > 2 * PI:
        counter = 0
    counter1 += 0.01
    cRadius += counter / 20
    if counter1 > 2 * PI:
        counter1 = 0
