Cotton Farm 0.0.2.02, C#

Cotton Farm 0.0.2.02

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 -------------------------- · COTTON FARM · ----------------------------
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                              A game by:
                              
    	                - Green Onion Studios - 
	              			  	 2017
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Curent Version:(Final/Beta/Alpha/Development Vesion):    -[[0.0.2.02]]-

Release date: 26/11/2017
VERSION NOTES:

WORKS: MAYBE
	
 	Changes: 
	 		1) Fixed bug in tempo_clock (REVISAR)
			2) Improved Code Structure
            3) Improved indicator bar
            4) Create grading system (MUY BASIC)
 	
	Future Changes: 
			1) Improve intro stability 
			3) Create flourishing stage 
			4) Create final money gained
			5) Create tutorial / exit / highscore options on the menu
            6) Let the user pick the speed, wihtout deadjusting anything
            7) Improve Stability & Optimization
			
	Developer comments: Yeyyyy, alpha version boiii!!!!!!1!!1!!111!!!

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*/

//// 1: HEADER ////

#include <iostream>     // Basic Library
	#include <fstream>		// Library that allows reading/writing on files
	#include <conio.h>		// Library that allows reading key press
	#include <windows.h>	// Library that allows sleep function
	#include <stdio.h>      // Library that allows to change the background and text color
	using namespace std;    // Setting up the cout<< and cin>> functions

// WARNING!
// IF YOU ARE READING THIS CODE, WE RECOMMEND TO START IN "INT MAIN", you can get back here when you have finished reading the "int main"

//// 3: GROWING STAGE ////

void growing_stage (float &growing_progress, int &w, int &f, int &h, int &time, float &score, int &w_grade, int &f_grade, int &h_grade, char &input, float &speed) {

// HEADER : Here we declare and inicialise some variables that we will use later on
	
	int i = 0;			// Variable used to print the indicator bars		
	system ("cls");		// Celar Screen
	
	
	// DISPLAY: The code here affects what will be displayed on the screen
	
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "--------------------------------------------------\n";
	cout << "             - COTTON FARM SIMULATOR -\n";
	cout << "                   Growing Stage\n";
	cout << "--------------------------------------------------\n";
	cout << "__________________________________________________\n";
	
	
	cout << "Time: " << time / 20 << "\n";
	cout << "Score: " << score << "\n";
	cout << "Speed: " << speed << "%\n";
	
	cout << "__________________________________________________\n";

cout << "   ||-........|.........-|| \n";	// GUIDANCE BAR: the goal is to get your variables as close to the center of this bar as possible.
	cout << " W = ";	
  	do {				//This DO, WHILE condition will print a bar as long as needed, depending on the value of the variable
		cout << "-";
		i ++;
	}
	while (i < w);
	cout << " \n";
	i = 0;				// We restart this variable, as we will use it later
	
	
	
    cout << "   ||-........|.........-|| \n";
    cout << " F = ";
  	do {	
		cout << "-";
		i ++;
	}
	while (i < f);
	cout << " \n";
	i = 0;
	
	
	
    cout << "   ||-........|.........-|| \n";	
    cout << " H = ";
  	do {	
		cout << "-";
		i ++;
	}
	while (i < h);
	cout << " \n";

// USER INPUT: This section of the code is risponsable of changing variables according to the user's input

if (kbhit()) {		// This if condition will save the key pressed by the user in the variable "input". If the user doesn't press any key, it skips some lines, going to "A"
		
		input = getch();
	}
	else {
		
		goto A;
	}
	
	
	switch (input) {	// This SWITCH condition will read the input variable and change some variables according to it
		
		case 'w':
			w = w + 2;
			break;
		
		case 'f':
			f = f + 2;
			break;
			
		case 'h':
			h = h - 4;
			break;
		
		default:
			cout<< "\n INCORRECT KEY";
			break;
	}
	
	
	
	A: // When the last if condition is false, the code skips some lines and starts reading here
		
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
		
}

//// 4: GROWING CLOCK //// lauches and controls the growing stage

void growing_clock (float &growing_progress, int &w, int &f, int &h, int &time, float &score, int &w_grade, int &f_grade, int &h_grade, char &input, float &speed) {
	
	
	// HEADER : Here we declare and inicialise some variables that we will use later on
	
	int tempo_clock;
	char input1;
	
	
	// TIME MANAGEMENT
	
	tempo_clock++; // Adds 1 to the variable tempo_clock
	
	
	if (tempo_clock > 4 ){	// This if condition keeps the variable tempo_clock between 1 and 4	NOTE: THIS NUMBER HAS  TO CHANGE WHEN WE CHANGE THE SPEED, NOW IT SET FOR 4FPS, Which is btw wrong
		
		tempo_clock = 1;
	}
	
	
			
	time++;  // Adds 1 to the variable time

if (tempo_clock == 1) { // this series of if conditions define the automatic adjusing of the variables
		w = w - 1;
		h = h + 1;
	}
	
	if (tempo_clock == 2) {
		f = f - 1;
		h = h + 1;
	}
	
	if (tempo_clock == 3) {
		h = h - 1;
	}
	
	if (tempo_clock == 4) {
		w = w - 1;
		h = h + 1;
	}
	
	
	
	
	Sleep (50);	// This determines the FPS at wich the game operates (1000 = 1fps, 100 = 10 fps)
	
	
	//GRADE CALCULATOR
	
	if (w > 19) {
		w = 20;
		w_grade = w_grade - 5;
	}
	
	if (w < 1) {
		w = 1;
		w_grade = w_grade - 5;
	}
	
	if (w = 10) {
		w_grade = w_grade + 10;
	}
	
	if ((2 < w < 9) || (11 < w < 18)) {
		w_grade = w_grade - 1;
	}
	
	if (f > 19) {
		f = 20;
		f_grade = f_grade - 5;
	}
	
	if (f < 1) {
		f = 1;
		f_grade = f_grade - 5;
	}
	
	if (f = 10) {
		f_grade = f_grade + 10;
	}
	
	if ((2 < f < 9) || (11 < f < 18)) {
		f_grade = f_grade - 1;
	}
	
	if (h > 19) {
		h = 20;
		h_grade = h_grade - 5;
	}
	
	if (h < 1) {
		h = 1;
		h_grade = h_grade - 5;
	}
	
	if (h = 10) {
		h_grade = h_grade + 10;
	}
	
	if ((2 < h < 9) || (11 < h < 18)) {
		h_grade = h_grade - 1;
	}
	
	growing_stage (growing_progress, w, f, h, time, score, w_grade, f_grade, h_grade, input, speed); //Launches Growing_Stage

}

//// 2: MAIN FUNCTION ////

int main(){
	
	// HEADER : Here we declare and inicialise some variables and files that we will use later on
	
	float growing_progress = 0;	// Variable used for switching phases, it will be changed by the score in future versions, the phase will change when you get to a certain ammount of score, the goal is to do it in the lowest time possible
	int time = 0, w = 10, f = 10, h = 10, w_grade = 10, f_grade = 10, h_grade = 10, input2;
	float speed = 100, score = 0; 			
	char input;
	ofstream f1("Scores.txt", ios::app);	//Stream class to write on files
	ifstream f2("Scores.txt");				//Stream class to read from files

// INTRO MESSAGE

cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "__________________Game Version:___________________\n";
	cout << "____________________0.0.2.01______________________\n";
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "Press any key to skip \n";

Sleep (1500); 			// Wait 1.5 seconds
	system ("cls");	    	// Clear the screen
	
		if (kbhit()) {		// This if condition will save the key pressed by the user in the variable "input". If the user doesn't press any key, it skips some lines, going to "A"
		
			goto B;
	}
		
	system ( "color 02");	// Change the color
	
	
	
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "--------------------------------------------------\n";
	cout << "             - GREEN ONION STUDIOS -              \n";
	cout << "                     present                      \n";
	cout << "--------------------------------------------------\n";
	cout << "__________________________________________________\n";
	cout << "Press any key to skip\n";
	
	Sleep (4000);
	system ("cls");
	
		if (kbhit()) {		// This if condition will save the key pressed by the user in the variable "input". If the user doesn't press any key, it skips some lines, going to "A"
		
			goto B;
	}
	
		
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "--------------------------------------------------\n";
	cout << "                     A GAME BY:                   \n";
	cout << "        Alessandro Granadino & Roman Delgado      \n";
	cout << "--------------------------------------------------\n";
	cout << "__________________________________________________\n";
	cout << "Press any key to skip\n";

Sleep (4000);
	system ("cls");
	
		if (kbhit()) {		// This if condition will save the key pressed by the user in the variable "input". If the user doesn't press any key, it skips some lines, going to "A"
		
			goto B;
	}
			
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "--------------------------------------------------\n";
	cout << "               With the support of:               \n";
	cout << "                                                  \n";
	cout << "                   PRIMER TEAM                    \n";
	cout << "                        &                         \n";
	cout << "               LA PATRI INDUSTRIES                \n";
	cout << "--------------------------------------------------\n";
	cout << "__________________________________________________\n";	
	cout << "Press any key to skip \n";

if (kbhit()) {		// This if condition will save the key pressed by the user in the variable "input". If the user doesn't press any key, it skips some lines, going to "A"
		
			goto B;
	}
	
	
	Sleep (4000);
	B:
	system ("cls");
	system ( "color 2f");
	
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "--------------------------------------------------\n";
	cout << "             - COTTON FARM SIMULATOR -\n";
	cout << "--------------------------------------------------\n";
	cout << "__________________________________________________\n";
	cout << "Type any key and hit enter to start: ";
	
	
	cin >> input;
	
	C:	
	system ("cls");
	
	
	// MAIN MENU
	
	
	cout << "__________________________________________________\n";
	cout << "__________________________________________________\n";
	cout << "--------------------------------------------------\n";
	cout << "                  - MAIN MENU -\n";
	cout << "--------------------------------------------------\n";
	cout << "__________________________________________________\n";
	cout << "1: New Game \n";
	cout << "2: Tutorial \n";
	cout << "3: Highscores \n";
	cout << "4: Exit \n";
	cout << ">> ";
	
	
	cin >> input2;	// Reads an input provided by the user

system ("cls");
	
	do {
	
		switch (input2){
			
			case 1: 
			
			system ("cls");

// This will keep lauching the growing clock, which controls the gwrowing stage until the score reaches a level, it will be done by time in an upcomming version
	
			do {growing_clock (growing_progress, w, f, h, time, score, w_grade, f_grade, h_grade, input, speed);}
			while (growing_progress < 99);
	
			growing_progress = 0;
	
			break;
	
			case 2: // Tutorial
			
				system ("cls");
				
				do {growing_clock (growing_progress, w, f, h, time, score, w_grade, f_grade, h_grade, input, speed);}
				while (growing_progress < 5);
		
				growing_progress = 0;
				
				goto C;
				
				break;
			
			case 3:{ //Highscores
			
				string list;
				cout << "Your highscores are: \n";
				
				while (! f2.eof()){ //Reads everything written on the file
			 		getline (f2,list);
			 		cout << list << "\n";
				}
				
				f2.close();
					
				break;
			}
			case 4: 
			system ("cls");
			cout << "rere";
			break;
			
	// In un upcomming version, it will launch the flourishing clock and the final money gained (and time and speed) that will be written down in a .txt file

}
	}
	
	while ((input2 != 1) && (input2 != 2) && (input2 != 3) && (input2 != 4));
	
	
	// GRADING SYSTEM
	
	f1 << "40";
	score = (w_grade + f_grade + h_grade)/3;
	f1 << score << "\n";
	
	float grade; 			// We use this variable to compare your actual score to the highscores, written on the file
	grade = score;
		
	while (! f2.eof()){ 	// With this structure we save a new grade, if this grade is higher than one of the highscores
		f2 >> score;
		if (grade > score){
			f1 << grade;
			f1.close();
			f2.close();
			return 0;
		}
				
		f2 >> score;
	}
	
	f1.close();
	f2.close();
	
	
return 0; // It would exit the program once it reached this, we will loop it back to the main menu in  an upcommig version
}


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