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nexusyuumilo/homework04.py

Created January 12, 2018 13:56
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ランダムあみだくじ
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homework04.py
# coding: UTF-8
# turtleでランダムあみだくじを書く
import turtle
import random
# turtleを使う準備
s = turtle.Screen()
s.mode("logo")
t = turtle.RawTurtle(s)
# 線の本数を設定
n = 7
# n体のturtleを要素として持つリスト
ts = [turtle.RawTurtle(s) for i in range(1, n+1)]
# 線の開始位置へ移動
t.penup()
t.right(180)
x = -n*10*3
y = 150
t.setpos(x, y)
# 縦線をn本書く
for i in range(1, n+1):
t.pendown()
t.stamp()
t.penup()
ts[i-1].penup()
ts[i-1].right(180)
ts[i-1].shape("turtle")
ts[i-1].setpos(x, y)
ts[i-1].pendown()
ts[i-1].fd(300)
ts[i-1].right(180)
x += 70
t.setx(x)
t.ht()
# 横線をランダムに書く、同時に曲がる地点を記録
# 曲がる地点を記録するリスト
r_corner = []
l_corner = []
# 1周目
for i in range(1, n+1):
r = random.randint(1, 3)
if i < 4:
if i % 2 == 0:
ts[i-1].fd(40)
else:
ts[i-1].fd(80)
if r == 1 or r == 2:
l_corner.append([int(round(ts[i-1].xcor())), int(round(ts[i-1].ycor()))])
ts[i-1].right(90)
ts[i-1].fd(70)
r_corner.append([int(round(ts[i-1].xcor())), int(round(ts[i-1].ycor()))])
ts[i-1].right(180)
ts[i-1].fd(70)
ts[i-1].right(90)
elif i > 4:
if i % 2 != 0:
ts[i-1].fd(40)
else:
ts[i-1].fd(80)
if r == 1 or r == 2:
r_corner.append([int(round(ts[i-1].xcor())), int(round(ts[i-1].ycor()))])
ts[i-1].left(90)
ts[i-1].fd(70)
l_corner.append([int(round(ts[i-1].xcor())), int(round(ts[i-1].ycor()))])
ts[i-1].left(180)
ts[i-1].fd(70)
ts[i-1].left(90)
# 2、3周目
a = 0
while a < 2:
for i in range(1, n+1):
r = random.randint(1, 3)
if i < 4:
ts[i-1].fd(80)
if r == 1 or r == 2:
l_corner.append([int(round(ts[i-1].xcor())), int(round(ts[i-1].ycor()))])
ts[i-1].right(90)
ts[i-1].fd(70)
r_corner.append([int(round(ts[i-1].xcor())), int(round(ts[i-1].ycor()))])
ts[i-1].right(180)
ts[i-1].fd(70)
ts[i-1].right(90)
elif i > 4:
ts[i-1].fd(80)
if r == 1 or r == 2:
r_corner.append([int(round(ts[i-1].xcor())), int(round(ts[i-1].ycor()))])
ts[i-1].left(90)
ts[i-1].fd(70)
l_corner.append([int(round(ts[i-1].xcor())), int(round(ts[i-1].ycor()))])
ts[i-1].left(180)
ts[i-1].fd(70)
ts[i-1].left(90)
a += 1
# 横線の数を調整
r = random.randint(1, 3)
r2 = random.randint(1, 4)
ts[1].fd(60)
if r == 1 or r == 2:
l_corner.append([int(round(ts[1].xcor())), int(round(ts[1].ycor()))])
ts[1].right(90)
ts[1].fd(70)
r_corner.append([int(round(ts[1].xcor())), int(round(ts[1].ycor()))])
ts[1].right(180)
ts[1].fd(70)
ts[1].right(90)
if r2 == 1 or r2 == 2:
ts[1].fd(20)
r_corner.append([int(round(ts[1].xcor())), int(round(ts[1].ycor()))])
ts[1].left(90)
ts[1].fd(70)
l_corner.append([int(round(ts[1].xcor())), int(round(ts[1].ycor()))])
ts[1].left(180)
ts[1].fd(70)
ts[1].left(90)
r = random.randint(1, 3)
r2 = random.randint(1, 4)
ts[5].fd(20)
if r == 1 or r == 2:
l_corner.append([int(round(ts[5].xcor())), int(round(ts[5].ycor()))])
ts[5].right(90)
ts[5].fd(70)
r_corner.append([int(round(ts[5].xcor())), int(round(ts[5].ycor()))])
ts[5].right(180)
ts[5].fd(70)
ts[5].right(90)
if r2 == 1 or r2 == 2:
ts[5].fd(20)
r_corner.append([int(round(ts[5].xcor())), int(round(ts[5].ycor()))])
ts[5].left(90)
ts[5].fd(70)
l_corner.append([int(round(ts[5].xcor())), int(round(ts[5].ycor()))])
ts[5].left(180)
ts[5].fd(70)
ts[5].left(90)
# 亀をみんな下に持ってくる
for i in range(1, n+1):
ts[i-1].right(180)
ts[i-1].sety(-150)
ts[i-1].right(180)
# 真ん中の亀を操作して最後の仕上げ
cent = ts[3]
cent.fd(60)
# 右下半分に横線追加
b = 0
while b < 3:
l_corner.append([int(round(cent.xcor())), int(round(cent.ycor()))])
cent.right(90)
cent.fd(70)
r_corner.append([int(round(cent.xcor())), int(round(cent.ycor()))])
cent.left(90)
cent.fd(40)
b += 1
# 右上半分に横線追加
b = 0
while b < 3:
r_corner.append([int(round(cent.xcor())), int(round(cent.ycor()))])
cent.left(90)
cent.fd(70)
l_corner.append([int(round(cent.xcor())), int(round(cent.ycor()))])
cent.right(90)
cent.fd(40)
b += 1
# 折り返し地点で向きを変える
cent.right(180)
cent.fd(80)
# 左上半分に横線追加
b = 0
while b < 3:
r_corner.append([int(round(cent.xcor())), int(round(cent.ycor()))])
cent.right(90)
cent.fd(70)
l_corner.append([int(round(cent.xcor())), int(round(cent.ycor()))])
cent.left(90)
cent.fd(40)
b += 1
# 左下半分に横線追加
b = 0
while b < 3:
l_corner.append([int(round(cent.xcor())), int(round(cent.ycor()))])
cent.left(90)
cent.fd(70)
r_corner.append([int(round(cent.xcor())), int(round(cent.ycor()))])
cent.right(90)
cent.fd(20)
# 座標を微調整
if b != 2:
cent.fd(20)
b += 1
# 亀がみんな上を向く
cent.right(180)
# 上に移動、下を向く
for tur in ts:
tur.shape("turtle")
tur.sety(150)
tur.right(180)
# 亀の色を7色にする
ts[0].fillcolor("red")
ts[1].fillcolor("green")
ts[2].fillcolor("gray")
ts[3].fillcolor("cyan")
ts[4].fillcolor("magenta")
ts[5].fillcolor("yellow")
ts[6].fillcolor("blue")
for t in ts:
t.shape("classic")
t.stamp()
t.shape("turtle")
# あみだを下る
for tu in ts:
for i in range(15):
tu.fd(20)
if [int(round(tu.xcor())), int(round(tu.ycor()))] in r_corner:
tu.right(90)
tu.fd(35)
tu.fd(35)
tu.left(90)
elif [int(round(tu.xcor())), int(round(tu.ycor()))] in l_corner:
tu.left(90)
tu.fd(35)
tu.fd(35)
tu.right(90)
# 当たりをランダムに決める
win = random.randint(1, 7)
ts[win-1].turtlesize(1.2, 1.2)
ts[win-1].turtlesize(1.4, 1.4)
ts[win-1].turtlesize(1.6, 1.6)
ts[win-1].turtlesize(1.8, 1.8)
ts[win-1].turtlesize(2, 2)
ts[win-1].turtlesize(2.2, 2.2)
ts[win-1].turtlesize(2.4, 2.4)
ts[win-1].turtlesize(2.6, 2.6)
ts[win-1].turtlesize(2.8, 2.8)
ts[win-1].turtlesize(3, 3)
for i in range(50):
ts[win-1].fd(1)
# 閉じる
s.exitonclick()
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