# -*- coding: utf-8 -*-
"""
Created on Mon Apr 24 14:26:02 2023

@author: Edward Middleton-Smith

Braille 3D Model Product Creation
"""

# CLASSES
# ATTRIBUTE DECLARATION
# METHODS
    # FUNCTION
    # ARGUMENTS
    # ARGUMENT VALIDATION
    # ATTRIBUTE + VARIABLE INSTANTIATION
    # METHODS
    # RETURNS
    
# NORMAL METHODS
# FUNCTION
# ARGUMENTS
# ARGUMENT VALIDATION
# VARIABLE INSTANTIATION
# METHODS
# RETURNS


from translate_msg_2_braille import get_braille_translations, gen_product_inputs, input_product
from translate_braille_2_scad import gen_scrabble_sizes, elem_visibility, input_colour_themes, style
from export_3d import gen_product_permutations, gen_3d_models, gen_snippet_assembly
import argument_validation as av

# PARAMETERS
path_folder_cmd = 'C:\\"Program Files"\\OpenSCAD\\openscad' # 'C:\\"Program Files (x86)"\\OpenSCAD\\openscad' # local environment variable path for openscad commands
path_folder = "C:\\Users\\edwar\\OneDrive\\Documents\\Programming\\Python Scripts\\" # file export parent directory
my_option = -1 # index of product option - if not valid, user console input will be required
my_select = '' # character selection for Braille tile(s) (if chosen)
size_permutations = False # generate models for all size options?
size_option = -1 # size option as int index - not required if size_permutations
colour_permutations = False # generate models for all colour options?
colour_option = '' # colour option as str or int index - not required if colour_permutations
show_braille = elem_visibility.VISIBLE # how should Braille be shown?
show_let = elem_visibility.VISIBLE # EMBOSSED # how should plaintext be shown?
show_num = elem_visibility.HIDDEN # how should ordinality be shown?
# assembly component spacing
dx = 5 # horizontnal
dy = 10 # vertical

# METHODS

def generate(my_option = -1, my_select = '', size_permutations = False, size_option = -1, colour_permutations = False, colour_option = 'Purple', show_braille = elem_visibility.VISIBLE, show_let = elem_visibility.VISIBLE, show_num = elem_visibility.HIDDEN, dx = 5, dy = 10, path_folder_cmd = 'C:\\"Program Files"\\OpenSCAD\\openscad', path_folder = "C:\\Users\\edwar\\OneDrive\\Documents\\Programming\\Python Scripts\\"):
# FUNCTION
    # generate Braille model(s)
# ARGUMENTS
    # int my_option - index of product option - if not valid, user console input will be required
    # str my_select - character selection for Braille tile(s) (if chosen)
    # bool size_permutation - 
    # int size_option - index of product_sizes option - ignored if size_permutations
    # # bool colour_permutation
    # elem_visibility show_braille 
    # elem_visibility show_let 
    # elem_visibility show_num 
    # float dx
    # float dy
    # str path_folder_cmd
    # str path_folder
# VARIABLE INSTANTIATION
    _m ='generate'
# ARGUMENT VALIDATION
    av.val_int(my_option, 'my_option', _m)
    av.val_str(my_select, 'my_select', _m)
    av.val_bool(size_permutations, 'size_permutations', _m)
    av.val_int(size_option, 'size_option', _m)
    av.val_bool(colour_permutations, 'colour_permutations', _m)
    # av.val_type(show_braille, "<enum 'translate_braille_2_scad.elem_visibility'>", 'show_braille', _m)
    # av.val_type(show_let, "<enum 'translate_braille_2_scad.elem_visibility'>", 'show_let', _m)
    # av.val_type(show_num, "<enum 'translate_braille_2_scad.elem_visibility'>", 'show_num', _m)
    av.val_type(show_braille, "<enum 'elem_visibility'>", 'show_braille', _m)
    av.val_type(show_let, "<enum 'elem_visibility'>", 'show_let', _m)
    av.val_type(show_num, "<enum 'elem_visibility'>", 'show_num', _m)
    av.val_int(dx, 'dx', _m)
    av.val_int(dy, 'dy', _m)
    av.val_str(path_folder_cmd, 'path_folder_cmd', _m)
    av.val_str(path_folder, 'path_folder', _m)
# METHODS
    mystyle = style(show_braille, show_let, show_num)
    # Get Braille dictionary + delimiters
    braille_translations = get_braille_translations()
    # Get list of products that can be generated
    products = gen_product_inputs(braille_translations)
    # input product selection from user and translate to braille
    my_product = input_product(braille_translations, products, my_option, my_select) # my_option)
    # get list of product size configurations
    sizes_product = gen_scrabble_sizes()
    # generate product size (and content for Scrabble tile array) permutations
    mymsgs, myszs = gen_product_permutations(my_product, sizes_product, size_permutations, size_option)
    # get product colour selection
    colour_themes = input_colour_themes(colour_permutations, colour_option)
    # generate openscad, stl, and png files of selected product(s)
    gen_3d_models(braille_translations, my_product, mymsgs, myszs, my_product.line_length, path_folder, path_folder_cmd, mystyle, colour_themes)
    # generate assembly of products for promotional content, as scad + png
    gen_snippet_assembly(dx, dy, my_product.line_length, colour_themes, myszs, my_product, path_folder, path_folder_cmd, mystyle)

# generate()
# generate(1, 'A')
generate(my_option, my_select, size_permutations, size_option, colour_permutations, colour_option, show_braille, show_let, show_num, dx, dy, path_folder_cmd, path_folder)
# generate(my_option, my_select, size_permutations, size_option, colour_permutations, colour_option, elem_visibility.VISIBLE, elem_visibility.VISIBLE, elem_visibility.VISIBLE, dx, dy, path_folder_cmd, path_folder)