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projects/Day 18/dot-art/main.py

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+# # Get color palette from an image
+# import colorgram
+
+# color_list = []
+# colors = colorgram.extract('colors_source.jpg', 30)
+# for color in colors:
+#     r = color.rgb.r
+#     g = color.rgb.g
+#     b = color.rgb.b
+#     new_color = (r, g, b)
+#     color_list.append(new_color)
+# print(color_list)
+
+from turtle import Turtle, Screen, colormode
+import random
+
+arrow = Turtle()
+
+color_list = [
+    (221, 144, 96),
+    (165, 57, 88),
+    (68, 84, 153),
+    (100, 167, 208),
+    (154, 66, 54),
+    (109, 176, 128),
+    (195, 76, 113),
+    (209, 123, 155),
+    (222, 90, 66),
+    (233, 163, 188),
+    (238, 223, 97),
+    (107, 117, 187),
+    (176, 184, 224),
+    (141, 210, 221),
+    (84, 95, 88),
+    (163, 139, 49),
+    (58, 173, 186),
+    (67, 54, 96),
+    (234, 171, 155),
+    (166, 206, 188),
+    (154, 35, 49),
+    (91, 159, 124),
+    (189, 27, 24),
+    (65, 55, 64),
+    (56, 49, 71),
+    (71, 56, 49),
+]
+
+# Set arrow starting position
+arrow.hideturtle()
+arrow.speed(0)
+arrow.penup()
+arrow.sety(-250)
+arrow.setx(-250)
+arrow.width(20)
+
+# Create dots
+colormode(255)
+number_of_dots = 100
+for i in range(1, number_of_dots + 1):
+    arrow.pendown()
+    arrow.dot(20, random.choice(color_list))
+    arrow.penup()
+    arrow.forward(50)
+    if i % 10 == 0:
+        arrow.penup()
+        arrow.backward(500)
+        arrow.left(90)
+        arrow.forward(50)
+        arrow.right(90)
+
+screen = Screen()
+screen.exitonclick()