Create peano_curve.py

Patterns/peano_curve.py

@@ -0,0 +1,67 @@
+def f1(p):
+    z=''
+    for i in range (len(p)):
+        if p[i]=='R':
+            z=z+'L'
+
+        elif p[i]=='U':
+            z=z+'U'
+        elif p[i]=='L':
+            z=z+'L'
+        elif p[i]=='D':
+            z=z+'D'
+
+    return z 
+def f2(a):
+    b=''
+    for i in range (len(a)):
+        if a[i]=='D':
+            b=b+'U'
+        if a[i]=='U':
+            b=b+'D'
+        if a[i]=='L':
+            b=b+'L'
+        if a[i]=='R':
+            b=b+'R'
+    return b
+def f3(c):
+    e=''
+    for i in range (len(c)):
+        if c[i] =='D':
+            e=e+'U'
+        if c[i]=='U':
+            e=e+'D'
+        if c[i] =='R':
+            e=e+'L'
+        if c[i]=='L':
+            e=e+'L'
+    return e 
+def function(q):
+
+
+    if q==1:
+        return 'URDRU'
+    else:
+        return function(q-1)+'U'+f1(function(q-1))+'U'+f2(function(q-1))+'R'+f3(function(q-1))+'D'+f3(function(q-1))+'D'+f2(function(q-1))+'R'+function(q-1)+'U'+f1(function(q-1))+'U'+function(q-1)
+def cordinate(h):
+    l=[(1,1)]
+    x=1
+    y=1
+    for i in range (len(h)):
+        if h[i]=='D':
+            x+=1
+        elif h[i]=='R':
+            y+=1
+        elif h[i]=='U':
+            x-=1
+        elif h[i]=='L':
+            y-=1
+        l.append((x,y))
+    return(l) 
+q=(int(input("enter a number")))
+print(cordinate(function(q)))
+print()
+
+
+
+