Code
# 100% code and joy :)
import math
def curves(
x1, y1, x2, y2, steps, curv_angle, stroke="black", stroke_width=1, random=False
): # a function that creates curves with lines and with desired number of steps and angle
result = line(0, 0, 0, 0)
curv_angle = math.radians(curv_angle)
init_angle = math.atan((y2 - y1) / (x2 - x1))
prev_x, prev_y = x1, y1
if steps % 2 == 0:
curv_angle_step = curv_angle / (steps / 2)
else:
curv_angle_step = curv_angle / ((steps - 1) / 2)
curr_angle = curv_angle
angle_sum = 0
for i in range(steps):
angle_sum += math.cos(curr_angle)
curr_angle -= curv_angle_step
if steps % 2 != 0:
angle_sum += 1
if not random:
step = math.sqrt((x2 - x1) ** 2 + (y2 - y1) ** 2) / angle_sum
else:
step = math.sqrt((x2 - x1) ** 2 + (y2 - y1) ** 2) / steps
curr_angle = init_angle + curv_angle
for i in range(steps):
curr_x, curr_y = (
step * math.cos(curr_angle) + prev_x,
step * math.sin(curr_angle) + prev_y,
)
result += line(
prev_x, prev_y, curr_x, curr_y, stroke=stroke, stroke_width=stroke_width
)
prev_x = curr_x
prev_y = curr_y
curr_angle -= curv_angle_step
if math.sqrt((curr_x - x1) ** 2 + (curr_y - y1) ** 2) >= math.sqrt(
(x2 - x1) ** 2 + (y2 - y1) ** 2
):
break
return result
def birds(x, y, curvature, angle): # creates birbs in the picture
result = curves(x, y, x + 5, y + 5, 10, -curvature, stroke_width=2) + curves(
x, y, x - 5, y + 5, 10, curvature, stroke_width=2
) | rotate(
angle
) # scale(scale)
return result
sun = circle(r=15, x=-27, y=34, fill="red", stroke="yellow", fill_opacity=0.8)
sun_lines = (
line(20, 20, 21.414, 21.414, stroke="red")
| rotate(90)
| repeat(6, rotate(40))
| scale(0.8)
| translate(x=-27, y=34)
)
boat = (
curves(20, 20, 64, -20, 10, -60, stroke_width=2)
+ curves(20, 20, 35, 0, 10, -20, stroke_width=2)
+ curves(30, -5, 35, 0, 10, -0, stroke_width=2)
+ curves(30, -5, 68, -5, 10, -30, stroke_width=2)
+ curves(60, -25, 68, -5, 10, -20, stroke_width=2)
)
boat = boat | repeat(50, translate(20 - 20 * 0.91, -20 + 20 * 0.97) | scale(0.95))
racers_back = circle(x=54, y=0, r=3, fill="grey") + ellipse(
w=6, h=5, fill="black", x=54, y=-6
) + rectangle(w=6, h=3, x=54, y=-7, fill="black") | repeat(2, translate(x=10, y=2))
racers_front = (
circle(x=43, y=5, r=3, fill="grey")
+ ellipse(w=6, h=15, fill="black", x=43, y=-5)
+ rectangle(w=6, h=10, x=43, y=-5, fill="black")
)
oars = (
line(43, -5, 25, -35, stroke="#4f000b")
| repeat(10, translate(x=0.2))
| repeat(3, translate(x=11))
)
water_effect = curves(21, -33, 12, -34, 10, -50, "darkblue") | repeat(
3, translate(x=11)
)
final_boat = boat + racers_back + racers_front + oars + water_effect | translate(
y=-10, x=-5
)
sky_setting = sun + sun_lines + birds(15, 15, 50, 90) + birds(
40, 30, 50, 90
) | translate(x=50)
tree_color = "#6c584c"
tree = (
curves(-60, -30, -30, 20, 20, -30, stroke=tree_color, stroke_width=2)
+ curves(-50, -40, -25, 20, 20, -30, stroke=tree_color, stroke_width=2)
+ line(-25, 20, -30, 20, stroke=tree_color, stroke_width=2)
+ line(-60, -30, -50, -40, stroke=tree_color, stroke_width=2)
)
tree = tree | repeat(70, scale(0.97) | translate(x=-25 * 0.04, y=-20 * 0.03))
def leaf():
palm_leafs_stalk = curves(0, 0, 38, -18, 10, 30, "brown")
palm_leaf_front = line(0, 0, 0, 0)
palm_leaf_temp = curves(-5, -10, 0, 0, 10, 30, "green")
palm_leaf_back = line(0, 0, 0, 0)
palm_leaf_temp2 = curves(0, 0, 2, 1, 10, 30, "green")
for i in range(20):
palm_leaf_front += palm_leaf_temp | translate(x=2.7, y=-0.1 * i) | scale(0.97)
palm_leaf_temp = palm_leaf_temp | translate(x=2.7, y=-0.1 * i) | scale(0.97)
palm_leaf_back += palm_leaf_temp2 | translate(x=2.7, y=-0.1 * i) | scale(0.99)
palm_leaf_temp2 = palm_leaf_temp2 | translate(x=2.7, y=-0.1 * i) | scale(0.97)
return (
palm_leafs_stalk + palm_leaf_front + palm_leaf_back
| rotate(-30)
| repeat(7, rotate(20) | scale(0.9))
)
palm_leaf = leaf() | scale(x=-1)
palm_leaf += leaf()
palm_leaf = palm_leaf | translate(x=-30, y=20) | scale(0.9)
coconut = (
ellipse(w=6, h=9, fill="#5e503f")
| repeat(3, rotate(-20) | translate(x=5, y=-2))
| translate(x=-32, y=14)
)
tree = tree + coconut + palm_leaf
final_setting = sky_setting + final_boat + tree
bg_color = color(r=255, g=115, b=100, a=0.5)
background = circle(r=100, fill=bg_color, stroke_width=2)
r, g, x, y = 95, 105, 0, 0
for i in range(50):
background += circle(r=r, fill=bg_color, stroke_width=0) | translate(x, y)
bg_color = color(r=255, g=g, b=100, a=0.5)
x += 3
y += 3
g += 20
r -= 6
background += curves(-95, -20, -58, -20, 10, -40, stroke_width=3) | repeat(
5, translate(x=37)
)
background += (
curves(-40, -80, -30, -80, 3, -40, stroke_width=2)
+ curves(-35, -50, -25, -50, 3, -40, stroke_width=2)
+ curves(10, -55, 20, -55, 3, -40, stroke_width=2)
)
background = background | scale(0.68)
final_centre = background + final_setting
colors = (
(
"#2D2424",
"#5C3D2E",
"#B85C38",
"orange",
"yellow",
"#F0EBCC",
"#2C5F2D",
"#97BC62FF",
"#00539CFF",
"#EEA47FFF",
"#0063B2FF",
"#9CC3D5FF",
"#D198C5FF",
"#E0C568FF",
"#101820FF",
"#FEE715FF",
"#CBCE91FF",
"#EA738DFF",
"#B1624EFF",
),
("black", "brown", "orange", "yellow"),
(
"#CD113B",
"#FF6464",
"#FF8264",
"#FFAA64",
"#FFF5A5",
),
)
petal = line(0, 0, 0, 0)
x, y, i, k = 30, 70, 1, 0
while x >= 1 and y >= 0:
if i % (30 - k * 3.5) == 0:
k += 1
petal += curves(0, 0, x, y, 5, 20, stroke_width=1, stroke=colors[0][k])
x += 0.5
y -= i * 0.017
i += 1
outer_petal = line(0, 0, 0, 0)
x, y, i, k = 110, 80, 1, 0
while x >= 1 and y >= 0:
if i % (29 - k * 7) == 0:
k += 1
outer_petal += curves(
0, 0, x, y, 15, 80 - i * 0.7, stroke_width=1, stroke=colors[0][k]
)
x -= 0.5
y -= i * 0.03
i += 1
final_petal = petal | translate(y=57, x=-30) | repeat(6, rotate(60))
outer_petal = outer_petal | rotate(-70) | translate(y=115, x=-4) | repeat(6, rotate(60))
bg_circle = circle(r=150, fill="#FFDFAF", stroke_width=0, stroke="#DF711B")
size = 320
angle = 5
quad = line(0, 0, 0, 0)
for i, color in enumerate(colors[2]):
quad += (
rectangle(w=size, h=size, fill=color, stroke=color)
| repeat(18, rotate(20))
| rotate(angle)
)
size -= 20
angle += 5
decor_color = "black"
decor = curves(-50, 30, -3, 0, 10, 40, stroke=decor_color) + curves(
-50, 30, 0, 30, 10, 40, stroke=decor_color
)
decor += decor | scale(x=-1)
decor = (
decor
| repeat(100, scale(0.96) | translate(y=1))
| rotate(0)
| translate(y=150)
| scale(0.8)
| repeat(6, rotate(60))
)
outer_deco_color = "black"
outer_deco = ellipse(w=50, h=60, fill=outer_deco_color, stroke=outer_deco_color)
outer_deco += ellipse(
w=40, h=60, x=-40, y=-0, fill=outer_deco_color, stroke=outer_deco_color
) + ellipse(
w=40, h=50, x=-70, y=-0, fill=outer_deco_color, stroke=outer_deco_color
) + circle(
r=23, fill="white", stroke="white", x=-55, y=15
) | rotate(
30
)
outer_deco += ellipse(
w=40, h=50, x=30, fill=outer_deco_color, stroke=outer_deco_color
) | rotate(-20)
outer_deco += circle(r=25, fill="white", stroke="white") | translate(x=15, y=13)
outer_deco += circle(
r=20, stroke=outer_deco_color, fill=outer_deco_color, x=10, y=-40
) | repeat(2, translate(x=-35, y=-14))
inter_deco = line(0, 0, 0, 0)
side = 40
angle = 0
colors = [
"#00A4CCFF",
"yellow",
"#F95700FF",
"#00203FFF",
"#ADEFD1FF",
"#606060FF",
"#D6ED17FF",
"#ED2B33FF",
] # ,"#D85A7FFF","#2C5F2D","#97BC62FF","#00539CFF","#EEA47FFF","#0063B2FF","#9CC3D5FF","#D198C5FF","#E0C568FF","#101820FF","#FEE715FF","#CBCE91FF","#EA738DFF","#B1624EFF",]
for i, color in enumerate(colors):
inter_deco += (
rectangle(h=side, w=side, fill=color, stroke=color, fill_opacity=0.5)
| rotate(angle)
| repeat(30, rotate(12))
)
side -= 5
angle += 5
inter_deco = inter_deco | translate(x=25, y=30) | scale(0.7)
inter_deco += inter_deco | scale(0.8) | translate(x=-70, y=-30)
outer_deco += inter_deco
outer_deco = outer_deco | scale(0.8) | translate(0, 203) | repeat(10, rotate(36))
result = quad + bg_circle + outer_petal + final_petal + decor + final_centre | (
scale(0.61)
)
outer_deco = outer_deco | scale(0.75)
outer_circle = circle(r=140, fill="black")
flower = (
ellipse(w=8, h=30, fill="orange", stroke="orange")
+ circle(r=5, fill="red", stroke="yellow")
| repeat(10, rotate(36))
| scale(0.6)
| translate(y=139, x=13)
| repeat(18, rotate(20))
)
main_bg = rectangle(w=350, h=400, fill="white")
pookalam = main_bg + outer_circle + result + flower
show(pookalam)
