Fixed big bug with float numbers

gui.py

@@ -144,17 +144,44 @@ def copy_output():
         clipboard(string)
 
 def floatToIntForDivision(f1: string, f2: string):
-    f1 = str(float(f1))
-    f2 = str(float(f2))
-    if not str(f1).endswith(".0") and not str(f2).endswith(".0"):
+    #stringToStringFLoat
+    def stsf(string):
+        string = str(string)
+        if "." in string:
+            return "" + string
+        else:
+            return string + ".0"
+
+    def moveDotRight(arg_string):
+        string = stsf(arg_string)
+        if string.endswith(".0"):
+            string = string[:-2]
+            string = string + "0.0"
+            return string
+        pos = string.find(".")
+        pos += 1
+        string = string.replace(".", "")
+        string = string[:pos] + "." + string[pos:]
+        if string.endswith("."):
+            string += "0"
+        string = string.lstrip("0")
+        if string.startswith("."):
+            string = "0" + string
+        return string
+
+    f1_ = stsf(f1)
+    f2_ = stsf(f2)
+    # print([f1_, f2_])
+    if f1_.endswith(".0") == False or f2_.endswith(".0") == False:
+        # print("is not full number")
         while True:
-            if str(f1).endswith(".0") and str(f2).endswith(".0"):
+            if str(f1_).endswith(".0") and str(f2_).endswith(".0"):
                 break
             else:
-                f1 = str(float(f1) * 10)
-                f2 = str(float(f2) * 10)
+                f1_ = moveDotRight(f1_)
+                f2_ = moveDotRight(f2_)
 
-    return [str(int(float(f1))), str(int(float(f2)))]
+    return [f1_[:-2], f2_[:-2]]
 
 def calculate():
     global default_output_text

real_division_core/__init__.py

@@ -4,6 +4,8 @@ def calc(one, two):
     one = int(one)
     two = int(two)
 
+    # print([one, two])
+
     #Functions
     def howManyTimesDoesItFit(one1: int, two1: int):
         temp_one = one1