# -*- coding: utf-8 -*-
# can handle up to 4 vowels and 4 consonants, how to make it more efficient?
# maybe have specific sequences depending on whether the user wants consecutive vowels/consonants
import sys
import ipapy
import os
from tkinter import *
from tkinter import Tk, Checkbutton, Label
from tkinter import StringVar, IntVar

def onReturn(event=None):
    global i
    if i<6:
        if i==5:
            if len(e.get()) == 0:
                i=7
                del atomsv[5:7]
                print(atomsv[0:5])
                global nmbrv
                nmbrv = 5
                text1.set(lines[i])
            else:
                global j
                j=j+1
                atomsv[j] = e.get();
                print(atomsv[j])
                update_label(event)
        if i==4:
            if len(e.get()) == 0:
                i=7
                del atomsv[4:7]
                print(atomsv[0:4])
                nmbrv = 4
                text1.set(lines[i])
            else:
                j=j+1
                atomsv[j] = e.get();
                print(atomsv[j])
                update_label(event)
        if i==3:
            if len(e.get()) == 0:
                i=7
                del atomsv[3:7]
                print(atomsv[0:3])
                nmbrv = 3
                text1.set(lines[i])
            else:
                j=j+1
                atomsv[j] = e.get();
                print(atomsv[j])
                update_label(event)
        if i==2:
            if len(e.get()) == 0:
                i=7
                del atomsv[2:7]
                print(atomsv[0:2])
                nmbrv = 2
                text1.set(lines[i])
            else:
                j=j+1
                atomsv[j] = e.get();
                print(atomsv[j])
                update_label(event)
        if i==1:
            if len(e.get()) == 0:
                i=7
                del atomsv[1:7]
                print(atomsv[0:1])
                nmbrv = 1
                text1.set(lines[i])
            else:
                j=j+1
                atomsv[j] = e.get();
                print(atomsv[j])
                update_label(event)
        if i==0:
            j=j+1
            atomsv[j] = e.get();
            print(atomsv[j])
            update_label(event)
    elif i==6:
        if i==6:
            if len(e.get()) == 0:
                i=7
                del atomsv[6:7]
                print(atomsv[0:6])
                nmbrv = 6
                text1.set(lines[i])
            else:
                j=j+1
                atomsv[j] = e.get();
                print(atomsv[j])
                nmbrv = 7
                update_label(event)
    elif i>6:
        if i==13:
            if len(e.get()) == 0:
                i=9
                del atomsc[6:7]
                print(atomsc[0:6])
                update_label(event)
                global nmbrc
                nmbrc = 6
                pregen()
            else:
                global k
                k=k+1
                atomsc[k] = e.get();
                print(atomsc[k])
                nmbrc = 7
                pregen()
        if i==12:
            if len(e.get()) == 0:
                i=9
                del atomsc[5:7]
                print(atomsc[0:5])
                update_label(event)
                nmbrc = 5
                pregen()
            else:
                k=k+1
                atomsc[k] = e.get();
                print(atomsc[k])
                update_label(event)
        if i==11:
            if len(e.get()) == 0:
                i=9
                del atomsc[4:7]
                print(atomsc[0:4])
                update_label(event)
                nmbrc = 4
                pregen()
            else:
                k=k+1
                atomsc[k] = e.get();
                print(atomsc[k])
                update_label(event)
        if i==10:
            if len(e.get()) == 0:
                i=9
                del atomsc[3:7]
                print(atomsc[0:3])
                update_label(event)
                nmbrc = 3
                pregen()
            else:
                k=k+1
                atomsc[k] = e.get();
                print(atomsc[k])
                update_label(event)
        if i==9:
            if len(e.get()) == 0:
                i=9
                del atomsc[2:7]
                print(atomsc[0:2])
                nmbrc = 2
                pregen()
            else:
                k=k+1
                atomsc[k] = e.get();
                print(atomsc[k])
                update_label(event)
        if i==8:
            if len(e.get()) == 0:
                i=9
                del atomsc[1:7]
                print(atomsc[0:1])
                nmbrc = 1
                pregen()
            else:
                k=k+1
                atomsc[k] = e.get();
                print(atomsc[k])
                update_label(event)
        if i==7:
            k=k+1
            atomsc[k] = e.get();
            print(atomsc[k])
            update_label(event)

def update_label(event):
    e.delete(0, 'end')
    global i
    i=i+1
    if i<6:
        text1.set(lines[i])
    text1.set(lines[i])

def quit():
    root.quit()
    sys.exit(0)

def pregen():
    e.destroy()
    buttonnext.destroy()
    if nmbrv != 1 and nmbrc != 1:
        text1.set(lines[14])
    if nmbrv != 1 and nmbrc ==1:
        text1.set(lines[15])
    if nmbrc != 1 and nmbrv ==1:
        text1.set(lines[16])
    if nmbrv == 1 and nmbrc ==1:
        text1.set(lines[17])
    buttongen.place(relx=0.45, rely=0.22, anchor=CENTER)

def syllgen():
    #V
    nmbrcombi = nmbrv
    global letter1
    for num in range(nmbrcombi):
        generated_syllable = atomsv[letter1]
        print(generated_syllable)
        f.write(generated_syllable + "\n")
        letter1 += 1
    letter1 = 0
    #VV
    nmbrcombi = (nmbrv*nmbrv)-nmbrv
    global letter2
    for num in range(nmbrv):
        for num in range(nmbrcombi//nmbrv):
            if letter1 == letter2:
                letter2 += 1
            if letter1 != letter2:
                generated_syllable = atomsv[letter1]+atomsv[letter2]
                print(generated_syllable)
                f.write(generated_syllable + "\n")
                g.write(generated_syllable + "\n")
                letter2 += 1
        letter1 += 1
        letter2 = 0
    letter1,letter2 = 0,0
    #VC
    nmbrcombi = nmbrv*(nmbrc//nmbrc)
    for num in range(nmbrcombi):
        for num in range(nmbrc):
            generated_syllable = atomsv[letter1]+atomsc[letter2]
            print(generated_syllable)
            f.write(generated_syllable + "\n")
            g.write(generated_syllable + "\n")
            letter2 += 1
        letter1 += 1
        letter2 = 0
    letter1,letter2 = 0,0
    #CV
    nmbrcombi = nmbrc*nmbrv
    for num in range(nmbrc):
        for num in range(nmbrv):
            generated_syllable = atomsc[letter1]+atomsv[letter2]
            print(generated_syllable)
            f.write(generated_syllable + "\n")
            g.write(generated_syllable + "\n")
            letter2 += 1
        letter1 += 1
        letter2 = 0
    letter1,letter2 = 0,0
    #VVC
    nmbrcombi = ((nmbrv*nmbrv)-nmbrv)*nmbrc
    global letter3
    for num in range(nmbrv):
        for num in range(nmbrv-1):
            for num in range(nmbrc):
                if letter1 == letter2:
                    letter2 += 1
                if letter1 != letter2:
                    generated_syllable = atomsv[letter1]+atomsv[letter2]+atomsc[letter3]
                    print(generated_syllable)
                    f.write(generated_syllable + "\n")
                    letter3 += 1
            letter2 += 1
            letter3 = 0
        letter1 += 1
        letter2, letter3 = 0,0
    letter1,letter2,letter3 = 0,0,0
    #VCV
    nmbrcombi = nmbrv*nmbrc*nmbrv
    for num in range(nmbrv):
        for num in range(nmbrc):
            for num in range(nmbrv):
                generated_syllable = atomsv[letter1]+atomsc[letter2]+atomsv[letter3]
                print(generated_syllable)
                f.write(generated_syllable + "\n")
                letter3 += 1
            letter2 += 1
            letter3 = 0
        letter1 += 1
        letter2,letter3 = 0,0
    letter1,letter2,letter3 = 0,0,0
    #CVV
    nmbrcombi = nmbrc*((nmbrv*nmbrv)-nmbrv)
    for num in range(nmbrc):
        for num in range(nmbrv):
            for num in range(((nmbrv*nmbrv)-nmbrv)//nmbrv):
                if letter2 == letter3:
                    letter3 += 1
                if letter2 != letter3:
                    generated_syllable = atomsc[letter1]+atomsv[letter2]+atomsv[letter3]
                    print(generated_syllable)
                    f.write(generated_syllable + "\n")
                    letter3 += 1
            letter2 += 1
            letter3 = 0
        letter1 += 1
        letter2,letter3 = 0,0
    letter1,letter2,letter3 = 0,0,0
    #CVC
    nmbrcombi = nmbrv*nmbrc*nmbrv
    for num in range(nmbrc):
        for num in range(nmbrv):
            for num in range(nmbrc):
                generated_syllable = atomsc[letter1]+atomsv[letter2]+atomsc[letter3]
                print(generated_syllable)
                f.write(generated_syllable + "\n")
                letter3 += 1
            letter2 += 1
            letter3 = 0
        letter1 += 1
        letter2,letter3 = 0,0
    letter1,letter2,letter3 = 0,0,0

    f.close()
    g.close()
    text1.set(lines[14])
    buttongen.destroy()
    buttonopen.place(relx=0.45, rely=0.22, anchor=CENTER)
    genover()

def genover():
    global num_lines
    global syllable_nmbr
    with open('syllable_list.txt', 'r') as f:
        for line in f:
            num_lines += 1
    print("Quantity of generated syllables:",num_lines)
    syllable_nmbr = "Quantity of generated syllables:",num_lines
    f.close()
    g.close()
    textvar2.place(relx=0.5, rely=0.15, anchor=CENTER)
    text2.set(syllable_nmbr)

def openfile():
    current_path = os.getcwd()
    print(current_path)
    print(path_file)
    os.system("start " + path_file)

path_file = 'syllable_list.txt'
open("syllable_list.txt","w+",encoding='utf-8')
open("twoatoms_list.txt","w+",encoding='utf-8')
f=open("syllable_list.txt","a",encoding='utf-8')
g=open("twoatoms_list.txt","a",encoding='utf-8')
i,j,k=0,-1,-1
space = ' '
atomsv = [0,0,0,0,0,0,0]
atomsc = [0,0,0,0,0,0,0]
num_lines = 0
line1 = "Enter the first vowel you want:"
line2 = "Enter the second vowel you want or nothing if you do not want more vowels:"
line3 = "Enter the third vowel you want or nothing if you do not want more vowels:"
line4 = "Enter the fourth vowel you want or nothing if you do not want more vowels:"
line5 = "Enter the fifth vowel you want or nothing if you do not want more vowels:"
line6 = "Enter the sixth vowel you want or nothing if you do not want more vowels:"
line7 = "Enter the seventh vowel you want or nothing if you do not want more vowels:"
line8 = "Enter the first consonant you want:"
line9 = "Enter the second consonant you want or nothing if you do not want more consonants:"
line10 = "Enter the third consonant you want or nothing if you do not want more consonants:"
line11 = "Enter the fourth consonant you want or nothing if you do not want more consonants:"
line12 = "Enter the fifth consonant you want or nothing if you do not want more consonants:"
line13 = "Enter the sixth consonant you want or nothing if you do not want more consonants:"
line14 = "Enter the seventh consonant you want or nothing if you do not want more consonants:"
line15 = "You have chosen the vowels",atomsv,"and the consonants",atomsc
line16 = "You have chosen the vowels",atomsv,"and the consonant",atomsc
line17 = "You have chosen the vowel",atomsv,"and the consonants",atomsc
line18 = "You have chosen the vowel",atomsv,"and the consonant",atomsc
line19 = "All the combinations have been generated in a text file."
syllable_nmbr = "Quantity of generated syllable_s:",num_lines
lines = [line1,line2,line3,line4,line5,line6,line7,line8,line9,line10,line11,line12,line13,line14,line15,line16,line17,line18,line19]
letter1,letter2,letter3 = 0,0,0
nmbrv, nmbrc = 0,0
root = Tk()
root.title("Word generator")
root.resizable(width=False, height=False)
w = 800
h = 600
ws = root.winfo_screenwidth()
hs = root.winfo_screenheight()
x = (ws/2) - (w/2)
y = (hs/2) - (h/2)
root.geometry('%dx%d+%d+%d' %(w, h, x, y))
welcome=Label(root, text ="This software generates syllables based on the sounds you choose.", bg="black",fg='#ffffff', font="13")
welcome.place(relx=0.5, rely=0.05, anchor=CENTER)
text1=StringVar()
text1.set(line1)
textvar1=Label(root, textvariable = text1,bg="black",fg='#ffffff', font="13")
textvar1.place(relx=0.5, rely=0.1, anchor=CENTER)
text2=StringVar()
text2.set(syllable_nmbr)
textvar2=Label(root, textvariable = text2,bg="black",fg='#ffffff', font="13")
e = Entry(root)
e.bind("<Return>",onReturn)
e.place(relx=0.5, rely=0.15, anchor=CENTER)
e.focus()
buttonnext=Button(root, text="Next", command = onReturn)
buttonnext.place(relx=0.45, rely=0.22, anchor=CENTER)
buttonclose=Button(root, text="Close", command = quit)
buttonclose.place(relx=0.55, rely=0.22, anchor=CENTER)
buttongen=Button(root, text="Generate", command = syllgen)
buttonopen=Button(root, text="Open", command = openfile)
root.configure(bg="black")
root.iconbitmap(r'favicon.ico')
root.mainloop()