diff --git a/.gitattributes b/.gitattributes
new file mode 100644
index 0000000..789387b
--- /dev/null
+++ b/.gitattributes
@@ -0,0 +1,7 @@
+# This configuration should convert CLRF line endings to LF
+# Adapted from the following guide:
+# https://www.aleksandrhovhannisyan.com/blog/crlf-vs-lf-normalizing-line-endings-in-git/#a-simple-gitattributes-config
+*.py text=auto eol=lf
+
+*.{exe,ico,jpg,jpeg,png,gif,webp,woff,woff2,pdf} binary
+
diff --git a/main.py b/main.py
old mode 100644
new mode 100755
index 4efb352..32717f5
--- a/main.py
+++ b/main.py
@@ -1,242 +1,242 @@
-# main.py
-import tkinter
-from tkinter import *
-from tkinter import ttk, filedialog
-from tkinter.filedialog import askopenfile
-
-def execute():
-    try:
-        print("---------------------------------")
-        file = askopenfile(mode="r")
-        code = file.read()
-        file.close()
-        characters = '\n !"#$%&\'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[]^_`abcdefghijklmnopqrstuvwxyz{|}~'
-        if code.lower().replace('fried chicken', '').replace(' ', '').replace('\n', '') == "":
-            real_code = ""
-            for line in code.split('\n'):
-                chicken_amount = line.lower().count("fried chicken")
-                if chicken_amount >= len(characters):
-                    print("Chicken was MUTATED!!!")
-                else:
-                    character = characters[chicken_amount]
-                real_code += str(character)
-            try:
-                cells_execute(real_code)
-            except:
-                print("Chicken was OVERFRIED!!!")
-        else:
-            print("Chicken had BIRD FLU!!!")
-    except:
-        print("Please input a valid file path...")
-
-# cells
-def cells_execute(__codeline__:str):
-	codeline = str(__codeline__)
-	for __________ in range(1):
-		code = []
-		iterated_code = "0skip "
-		push_to_next_line = ":"
-		for character in codeline:
-			if character == push_to_next_line:
-				code.append(iterated_code)
-				iterated_code = "0skip "
-			else:
-				if iterated_code == "0skip ":
-					iterated_code = ""
-				iterated_code = iterated_code + character
-		skip_lines = []
-		variables_name = []
-		variables_value = []
-		for cell in code:
-			if " < " in cell:
-				variable_name = ""
-				for character in cell.replace("nomenclate ", ""):
-					if character == " ":
-						break
-					else:
-						variable_name = variable_name + character
-				variable_value = cell.replace("nomenclate ", "")
-				variable_value = variable_value.replace(variable_name, "")
-				variable_value = variable_value.replace(" < ", "")
-				if "nomenclate " in cell:
-					variables_name.append(variable_name)
-					variables_value.append("")
-				variables_value[variables_name.index(variable_name)] = variable_value
-				skip_lines.append(int(code.index(cell)))
-		line = -1
-		while line < len(code) - 1:
-			line += 1
-			pure_command = str(code[line])
-			command = pure_command
-			skip_this_line = False
-			if code.index(pure_command) in skip_lines:
-				skip_this_line = True
-				skip_lines.remove(code.index(pure_command))
-			for name in variables_name:
-				if " " + name in command and not skip_this_line:
-					if "endocytosis " not in command and "grow " not in command and "exosmosis " not in command and "multinucleate " not in command and "mitosis " not in command and "meiosis " not in command and "fuse " not in command:
-						command = command.replace(" " + name, " " + str(variables_value[variables_name.index(name)]))
-			cell_contains_error = False
-			if not(skip_this_line):
-				if "exocytosis " in command:
-					output = command.replace("exocytosis ", "")
-					print(output)
-				elif "endocytosis " in command:
-					variable_name = command.replace("endocytosis ", "")
-					if variable_name in variables_name:
-						variables_value[variables_name.index(variable_name)] = input()
-					else:
-						cell_contains_error = True
-				elif "skip " in command:
-					skip_amount = (command.replace("skip ", ""))
-					try:
-						for after_index in range(1, int(skip_amount)+1):
-							index = code.index(pure_command) + after_index
-							skip_lines.append(index)
-					except:
-						cell_contains_error = True
-				elif "regulate ^ " in command:
-					try:
-						cell_number = int(command.replace("regulate ^ ", ""))
-						line = cell_number - 2
-						if line < -1:
-							line = -1
-					except:
-						cell_contains_error = True
-				elif ">" in command or ">" == command:
-					break
-				elif "eject " in command:
-					try:
-						variable_name = command.replace("eject ", "")
-						temporary_iterator = ""
-						for character in variable_name:
-							if character == ",":
-								break
-							else:
-								temporary_iterator = temporary_iterator + character
-						variable_name = temporary_iterator
-						add_value = command.replace("eject ", "")
-						add_value = add_value.replace(variable_name + ",", "")
-						try:
-							variables_value[variables_name.index(variable_name)] = int(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] -= int(add_value)
-						except:
-							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] = variables_value[variables_name.index(variable_name)].replace(str(add_value), "")
-					except:
-						cell_contains_error = True
-				elif "mitosis " in command:
-					try:
-						variable_name = command.replace("mitosis ", "")
-						temporary_iterator = ""
-						for character in variable_name:
-							if character == ",":
-								break
-							else:
-								temporary_iterator = temporary_iterator + character
-						variable_name = temporary_iterator
-						add_value = command.replace("mitosis ", "")
-						add_value = add_value.replace(variable_name + ",", "")
-						try:
-							variables_value[variables_name.index(variable_name)] = int(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] /= int(add_value)
-						except:
-							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] = variables_value[variables_name.index(variable_name)].replace(str(add_value), "")
-					except:
-						cell_contains_error = True
-				elif "grow " in command:
-					try:
-						variable_name = command.replace("grow ", "")
-						temporary_iterator = ""
-						for character in variable_name:
-							if character == ",":
-								break
-							else:
-								temporary_iterator = temporary_iterator + character
-						variable_name = temporary_iterator
-						add_value = command.replace("grow ", "")
-						add_value = add_value.replace(variable_name + ",", "")
-						try:
-							variables_value[variables_name.index(variable_name)] = int(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] += int(add_value)
-						except:
-							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] += str(add_value)
-					except:
-						cell_contains_error = True
-				elif "multinucleate " in command:
-					try:
-						variable_name = command.replace("multinucleate ", "")
-						temporary_iterator = ""
-						for character in variable_name:
-							if character == ",":
-								break
-							else:
-								temporary_iterator = temporary_iterator + character
-						variable_name = temporary_iterator
-						add_value = command.replace("multinucleate ", "")
-						add_value = add_value.replace(variable_name + ",", "")
-						try:
-							variables_value[variables_name.index(variable_name)] = int(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] *= int(add_value)
-						except:
-							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] += str(add_value)
-					except:
-						cell_contains_error = True
-				elif "fuse " in command:
-					try:
-						variable_name = command.replace("fuse ", "")
-						temporary_iterator = ""
-						for character in variable_name:
-							if character == ",":
-								break
-							else:
-								temporary_iterator = temporary_iterator + character
-						variable_name = temporary_iterator
-						add_value = command.replace("fuse ", "")
-						add_value = add_value.replace(variable_name + ",", "")
-						try:
-							variables_value[variables_name.index(variable_name)] = float(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] *= float(add_value)
-						except:
-							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] += str(add_value)
-					except:
-						cell_contains_error = True
-				elif "meiosis " in command:
-					try:
-						variable_name = command.replace("meiosis ", "")
-						temporary_iterator = ""
-						for character in variable_name:
-							if character == ",":
-								break
-							else:
-								temporary_iterator = temporary_iterator + character
-						variable_name = temporary_iterator
-						add_value = command.replace("meiosis ", "")
-						add_value = add_value.replace(variable_name + ",", "")
-						try:
-							variables_value[variables_name.index(variable_name)] = float(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] /= float(add_value)
-						except:
-							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
-							variables_value[variables_name.index(variable_name)] = variables_value[variables_name.index(variable_name)].replace(str(add_value), "")
-					except:
-						cell_contains_error = True
-				else:
-					cell_contains_error = True
-				if cell_contains_error:
-					print("Error in cell::" + str(code.index(pure_command) + 1) + "::" + pure_command)
-					break
-
-
-win = tkinter.Tk()
-win.title("Fried Chicken")
-win.configure(padx=20, pady=20)
-btn1 = tkinter.Button(text="Browse Code File And Run In Console", command=execute)
-btn1.pack()
-
-win.mainloop()
-
+#!/usr/bin/env python3
+# main.py
+import tkinter
+from tkinter import *
+from tkinter import ttk, filedialog
+from tkinter.filedialog import askopenfile
+
+def execute():
+    try:
+        print("---------------------------------")
+        file = askopenfile(mode="r")
+        code = file.read()
+        file.close()
+        characters = '\n !"#$%&\'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[]^_`abcdefghijklmnopqrstuvwxyz{|}~'
+        if code.lower().replace('fried chicken', '').replace(' ', '').replace('\n', '') == "":
+            real_code = ""
+            for line in code.split('\n'):
+                chicken_amount = line.lower().count("fried chicken")
+                if chicken_amount >= len(characters):
+                    print("Chicken was MUTATED!!!")
+                else:
+                    character = characters[chicken_amount]
+                real_code += str(character)
+            try:
+                cells_execute(real_code)
+            except:
+                print("Chicken was OVERFRIED!!!")
+        else:
+            print("Chicken had BIRD FLU!!!")
+    except:
+        print("Please input a valid file path...")
+
+# cells
+def cells_execute(__codeline__:str):
+	codeline = str(__codeline__)
+	for __________ in range(1):
+		code = []
+		iterated_code = "0skip "
+		push_to_next_line = ":"
+		for character in codeline:
+			if character == push_to_next_line:
+				code.append(iterated_code)
+				iterated_code = "0skip "
+			else:
+				if iterated_code == "0skip ":
+					iterated_code = ""
+				iterated_code = iterated_code + character
+		skip_lines = []
+		variables_name = []
+		variables_value = []
+		for cell in code:
+			if " < " in cell:
+				variable_name = ""
+				for character in cell.replace("nomenclate ", ""):
+					if character == " ":
+						break
+					else:
+						variable_name = variable_name + character
+				variable_value = cell.replace("nomenclate ", "")
+				variable_value = variable_value.replace(variable_name, "")
+				variable_value = variable_value.replace(" < ", "")
+				if "nomenclate " in cell:
+					variables_name.append(variable_name)
+					variables_value.append("")
+				variables_value[variables_name.index(variable_name)] = variable_value
+				skip_lines.append(int(code.index(cell)))
+		line = -1
+		while line < len(code) - 1:
+			line += 1
+			pure_command = str(code[line])
+			command = pure_command
+			skip_this_line = False
+			if code.index(pure_command) in skip_lines:
+				skip_this_line = True
+				skip_lines.remove(code.index(pure_command))
+			for name in variables_name:
+				if " " + name in command and not skip_this_line:
+					if "endocytosis " not in command and "grow " not in command and "exosmosis " not in command and "multinucleate " not in command and "mitosis " not in command and "meiosis " not in command and "fuse " not in command:
+						command = command.replace(" " + name, " " + str(variables_value[variables_name.index(name)]))
+			cell_contains_error = False
+			if not(skip_this_line):
+				if "exocytosis " in command:
+					output = command.replace("exocytosis ", "")
+					print(output)
+				elif "endocytosis " in command:
+					variable_name = command.replace("endocytosis ", "")
+					if variable_name in variables_name:
+						variables_value[variables_name.index(variable_name)] = input()
+					else:
+						cell_contains_error = True
+				elif "skip " in command:
+					skip_amount = (command.replace("skip ", ""))
+					try:
+						for after_index in range(1, int(skip_amount)+1):
+							index = code.index(pure_command) + after_index
+							skip_lines.append(index)
+					except:
+						cell_contains_error = True
+				elif "regulate ^ " in command:
+					try:
+						cell_number = int(command.replace("regulate ^ ", ""))
+						line = cell_number - 2
+						if line < -1:
+							line = -1
+					except:
+						cell_contains_error = True
+				elif ">" in command or ">" == command:
+					break
+				elif "eject " in command:
+					try:
+						variable_name = command.replace("eject ", "")
+						temporary_iterator = ""
+						for character in variable_name:
+							if character == ",":
+								break
+							else:
+								temporary_iterator = temporary_iterator + character
+						variable_name = temporary_iterator
+						add_value = command.replace("eject ", "")
+						add_value = add_value.replace(variable_name + ",", "")
+						try:
+							variables_value[variables_name.index(variable_name)] = int(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] -= int(add_value)
+						except:
+							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] = variables_value[variables_name.index(variable_name)].replace(str(add_value), "")
+					except:
+						cell_contains_error = True
+				elif "mitosis " in command:
+					try:
+						variable_name = command.replace("mitosis ", "")
+						temporary_iterator = ""
+						for character in variable_name:
+							if character == ",":
+								break
+							else:
+								temporary_iterator = temporary_iterator + character
+						variable_name = temporary_iterator
+						add_value = command.replace("mitosis ", "")
+						add_value = add_value.replace(variable_name + ",", "")
+						try:
+							variables_value[variables_name.index(variable_name)] = int(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] /= int(add_value)
+						except:
+							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] = variables_value[variables_name.index(variable_name)].replace(str(add_value), "")
+					except:
+						cell_contains_error = True
+				elif "grow " in command:
+					try:
+						variable_name = command.replace("grow ", "")
+						temporary_iterator = ""
+						for character in variable_name:
+							if character == ",":
+								break
+							else:
+								temporary_iterator = temporary_iterator + character
+						variable_name = temporary_iterator
+						add_value = command.replace("grow ", "")
+						add_value = add_value.replace(variable_name + ",", "")
+						try:
+							variables_value[variables_name.index(variable_name)] = int(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] += int(add_value)
+						except:
+							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] += str(add_value)
+					except:
+						cell_contains_error = True
+				elif "multinucleate " in command:
+					try:
+						variable_name = command.replace("multinucleate ", "")
+						temporary_iterator = ""
+						for character in variable_name:
+							if character == ",":
+								break
+							else:
+								temporary_iterator = temporary_iterator + character
+						variable_name = temporary_iterator
+						add_value = command.replace("multinucleate ", "")
+						add_value = add_value.replace(variable_name + ",", "")
+						try:
+							variables_value[variables_name.index(variable_name)] = int(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] *= int(add_value)
+						except:
+							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] += str(add_value)
+					except:
+						cell_contains_error = True
+				elif "fuse " in command:
+					try:
+						variable_name = command.replace("fuse ", "")
+						temporary_iterator = ""
+						for character in variable_name:
+							if character == ",":
+								break
+							else:
+								temporary_iterator = temporary_iterator + character
+						variable_name = temporary_iterator
+						add_value = command.replace("fuse ", "")
+						add_value = add_value.replace(variable_name + ",", "")
+						try:
+							variables_value[variables_name.index(variable_name)] = float(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] *= float(add_value)
+						except:
+							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] += str(add_value)
+					except:
+						cell_contains_error = True
+				elif "meiosis " in command:
+					try:
+						variable_name = command.replace("meiosis ", "")
+						temporary_iterator = ""
+						for character in variable_name:
+							if character == ",":
+								break
+							else:
+								temporary_iterator = temporary_iterator + character
+						variable_name = temporary_iterator
+						add_value = command.replace("meiosis ", "")
+						add_value = add_value.replace(variable_name + ",", "")
+						try:
+							variables_value[variables_name.index(variable_name)] = float(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] /= float(add_value)
+						except:
+							variables_value[variables_name.index(variable_name)] = str(variables_value[variables_name.index(variable_name)])
+							variables_value[variables_name.index(variable_name)] = variables_value[variables_name.index(variable_name)].replace(str(add_value), "")
+					except:
+						cell_contains_error = True
+				else:
+					cell_contains_error = True
+				if cell_contains_error:
+					print("Error in cell::" + str(code.index(pure_command) + 1) + "::" + pure_command)
+					break
+
+
+win = tkinter.Tk()
+win.title("Fried Chicken")
+win.configure(padx=20, pady=20)
+btn1 = tkinter.Button(text="Browse Code File And Run In Console", command=execute)
+btn1.pack()
+
+win.mainloop()
diff --git a/tochicken.py b/tochicken.py
index 0fad540..ec78b34 100644
--- a/tochicken.py
+++ b/tochicken.py
@@ -1,23 +1,23 @@
-# to chicken
-
-def to_chicken(text:str):
-    code = ""
-    characters = '\n !"#$%&\'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[]^_`abcdefghijklmnopqrstuvwxyz{|}~'
-    for character in text:
-        chicken_amount = characters.index(character)
-        chickens = " fried chicken" * chicken_amount
-        code += '\n' + chickens[1:]
-    return "\n".join(code.split('\n')[1:])
-
-in_file = input("input file: ")
-out_file = input("output file: ")
-
-in_data_file = open(in_file, "r")
-out_data_file = open(out_file, "w")
-
-in_data = in_data_file.read()
-out_data_file.write(to_chicken(in_data))
-
-in_data_file.close()
-out_data_file.close()
-
+# to chicken
+
+def to_chicken(text:str):
+    code = ""
+    characters = '\n !"#$%&\'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[]^_`abcdefghijklmnopqrstuvwxyz{|}~'
+    for character in text:
+        chicken_amount = characters.index(character)
+        chickens = " fried chicken" * chicken_amount
+        code += '\n' + chickens[1:]
+    return "\n".join(code.split('\n')[1:])
+
+in_file = input("input file: ")
+out_file = input("output file: ")
+
+in_data_file = open(in_file, "r")
+out_data_file = open(out_file, "w")
+
+in_data = in_data_file.read()
+out_data_file.write(to_chicken(in_data))
+
+in_data_file.close()
+out_data_file.close()
+