test

multbase.py

@@ -1,24 +1,43 @@
-from functools import reduce
+from functools import reduce,partial
 from operator import mul
+# from math import fmod
 def _base(n,b):
-	out =[]
-	while n:
-		out.append(n%b)
-		n //= b
-	return out
+    out =[]
+    while n:
+        out.insert(0,n%b)
+        n //= b
+    return out
 
 def _multbase(n,bases):
-	out = []
-	if functools.reduce(mul,bases) < n:
-		raise ValueError("Not enough bases/not big enough")
-	for base in reversed(bases):
-		out.append(n%bases)
-		n //= base
-		if not n:
-			return out
-			
-def base(n,base_arg):
-	try:
-        return _multbase(n,base_arg
-    except ValueError:
-		return _base(n,base_arg)
+    if reduce(mul,bases) < n:
+        raise ValueError("Not enough bases/not big enough")
+        
+    for base in reversed(bases):
+        out.insert(0,n%bases)
+        n //= base
+    if not n:
+        return out
+def _fbase(n,b,se = 2**-64):
+    out = []
+    if b < 1:
+        b = 1/b
+        op = out.append
+    else:
+        op = partial(out.insert,0)
+    print(b)
+    r = 1
+    while n > r != 0:
+        r = int(n%b)
+        op(r)
+        n = (n-r)/b
+    return out
+def _fmultbase(n,b,se = 0.01):
+    out = []
+    if reduce(mul,bases) < n:
+        raise ValueError("Not enough bases/not big enough")
+    for base in reversed(bases):
+        out.insert(0,n%base)
+        n /= base
+        if n < se or n == 0:
+            return out
+#test