#include <tart.h>
#include <math.h>
#include "nomi.h"
#include <stdlib.h>

#define SPIREL_MOD 0.618055f

struct nomiSpirel {
    struct tart_cell selected_cell;
    struct tart_cell unselected_cell;
    struct tart_vec2 startPos;
    struct tart_vec2 size;
    struct tart_vec2 endPos;
    unsigned char oreantation;
    int fibonacci[3];
};

struct nomiMenu {
    struct nomiSpirel branches[30];
    struct tart_vec2 startPos;
    struct tart_vec2 size;
    struct tart_vec2 origin;
    unsigned char brachIds[30];
};

/*
 * This will Init Nomi
 */
void NomiInit();
/*
 * This will create the truk of the note.
 * */
trunk* CreateTrunk();

/*
 * This is a test
 * */
void CreaetBranch(trunk* trunk);

/*
 * Locate Branch
 * */
branch* LocateBranch();

/*
 * Draw Branch
 */
void DrawBranch(branch* branch, struct tart_window* w, tart_byte b) {
    struct tart_cell cell = NULL_CELL;
    cell.display = '*';
    struct nomiSpirel spirel;
    int SizeOfFile = 210;
    char cellChart[] = {'%','*','\\','/','l','&','b','+','=','^',':'};
    int iderations = 0;
    int fib = 0;
    int fib1 = 1;
    int fib2 = 0;
    struct tart_vec2 pos = {40,10};
    struct tart_vec2 nextPos;
    unsigned int count = 0;

    while(SizeOfFile/10 > fib) {
        
        // This is the direction that the spirel is oreanted
        // 0 = up
        // 1 = left
        // 2 = down
        // 3 = right

        if(iderations < 3){
            iderations++;
        } else {
            iderations = 0;
        }
        
        fib = fib1 + fib2;
        fib2 = fib1;
        fib1 = fib;


        cell.display = cellChart[rand_r(&count)%11];

        switch(iderations) {
            case 0: // up
                pos.x += fib/2;
                pos.y += fib/2;
                for(int i = 0; i < fib/2; i ++){
                tart_draw_cell_position(tart_get_buffer(w, b),
                        cell,
                        (struct tart_vec2){pos.x-(i-2), pos.y-i});
                count++;
                cell.display = cellChart[rand_r(&count)%11];
                
                tart_draw_cell_position(tart_get_buffer(w, b),
                        cell,
                        (struct tart_vec2){pos.x-(i-2) + 1, pos.y-i});
                }
                break;
            case 1: // right
                pos.x += fib/2;
                pos.y -= fib/2;
                for(int i = 0; i < fib/2; i ++){
                tart_draw_cell_position(tart_get_buffer(w, b),
                        cell,
                        (struct tart_vec2){pos.x - i, pos.y+i});
                count++;
                cell.display = cellChart[rand_r(&count)%11];
                tart_draw_cell_position(tart_get_buffer(w, b),
                        cell,
                        (struct tart_vec2){pos.x-i + 1, pos.y+i});
                }
                break;
            case 2: // down
                pos.x -= fib/2;
                pos.y -= fib/2;
                for(int i = 0; i < fib/2; i ++){
                tart_draw_cell_position(tart_get_buffer(w, b),
                        cell,
                        (struct tart_vec2){pos.x+(i+2), pos.y+i});
                count++;
                cell.display = cellChart[rand_r(&count)%11];
                tart_draw_cell_position(tart_get_buffer(w, b),
                        cell,
                        (struct tart_vec2){pos.x+(i+2) + 1, pos.y+i});
                }
                break;
            case 3: // left
                pos.x -= fib/2;
                pos.y += fib/2;
                for(int i = 0; i < fib/2; i ++){
                tart_draw_cell_position(tart_get_buffer(w, b),
                        cell,
                        (struct tart_vec2){pos.x+i, pos.y-i});
                count++;
                cell.display = cellChart[rand_r(&count)%11];
                tart_draw_cell_position(tart_get_buffer(w, b),
                        cell,
                        (struct tart_vec2){pos.x+ i + 1, pos.y-i});
                }
                break;
        }
        
        count++;
    }

    //for(int i = 0; i < rint((SizeOfFile/10.0f)*SPIREL_MOD); i++) {
    //         
    //}

    
}

/*
 * Create Nomi File
 *
 * name: the name of the file that will be created.
 */
FILE CreateNomiFile(const char* name);

/*
 * Save Nomi File
 *
 * file: the pointer to the nomi file.
 */
void SaveNomiFile(FILE* file);