Source: Sprite Sheets
Hey, so these are tested, but still under construction. Use the third constructor in MovableSprite. Just input your sprite sheet and frames per second. Next if you wish add an animation. Just a name and range and then set animation with just the name.
AutoSprites.cpp
#include <SFML/Graphics.hpp>
#include <sstream>
#include <iostream>
using namespace std;
sf::Clock fpsTimer;
float timeElapsed = 0;
namespace AutoSprites{
class SpriteAnimation{
public:
unsigned short int startX = 0;
unsigned short int startY = 0;
unsigned short int endX = 0;
unsigned short int endY = 0;
unsigned short int fps = 10;
SpriteAnimation();
SpriteAnimation(unsigned short int x1, unsigned short int y1, unsigned short int x2, unsigned short int y2, unsigned short int frames );
};
SpriteAnimation::SpriteAnimation(){
}
SpriteAnimation::SpriteAnimation(unsigned short int x1, unsigned short int y1, unsigned short int x2, unsigned short int y2, unsigned short int frames){
startX = x1;
startY = y1;
endX = x2;
endY = y2;
fps = frames;
}
class MovingSprite{
private:
sf::Sprite* AutoSprite;
unsigned short int totalX = 0;
unsigned short int totalY = 0;
unsigned short int currentX = 1;
unsigned short int currentY = 1;
unsigned short int mode = 0;
unsigned short int width = 0;
unsigned short int height = 0;
unsigned short int tileWidth = 0;
unsigned short int tileHeight = 0;
unsigned short int fps = 5;
sf::IntRect subRect;
map<string, SpriteAnimation> animations;
SpriteAnimation currentAnimation;
public:
MovingSprite();
MovingSprite(string path, char switchMode, unsigned short int x, unsigned short int y);
MovingSprite(sf::Sprite sprt, char switchMode, unsigned short int x, unsigned short int y);
MovingSprite(string path, unsigned short int x, unsigned short int y);
MovingSprite(sf::Sprite sprt, unsigned short int x, unsigned short int y);
void DrawNext(sf::RenderWindow* win);
void AddAnimation(std::string name, unsigned short int startX, unsigned short int startY, unsigned short int endX, unsigned short int endY, unsigned short int fps );
bool SetAnimation(std::string name);
};
bool MovingSprite::SetAnimation(std::string name){
currentAnimation = animations.find(name)->second;
currentX = currentAnimation.startX;
currentY = currentAnimation.startY;
subRect.left = (width / totalX) * (currentX - 1);
subRect.top = (height / totalY) * (currentY - 1);
AutoSprite->setTextureRect(subRect);
std::cout << "LOLX: " << subRect.left << " LOLY: " << subRect.top;
return true;
}
void MovingSprite::AddAnimation(std::string name, unsigned short int startX, unsigned short int startY, unsigned short int endX, unsigned short int endY, unsigned short int fps ){
animations[name] = *new SpriteAnimation(startX, startY, endX, endY, fps);
}
void MovingSprite::DrawNext(sf::RenderWindow* win){
fpsTimer.restart();
// printf("TimeElapsed: %f \n", timeElapsed);
if (timeElapsed > (1.0 / (currentAnimation.fps))){
timeElapsed = 0;
// std::cout << "NEW";
currentX++;
if (currentX > currentAnimation.endX){
if (currentY < currentAnimation.endY){
currentX = 1;
currentY++;
subRect.top += height / totalY;
AutoSprite->setTextureRect(subRect);
}
else {
std::cout << "LOL I ENfffDED IN " << currentAnimation.endX << std::endl;
currentX = currentAnimation.startX;
currentY = currentAnimation.startY;
subRect.left = (width / totalX) * (currentX-1);
subRect.top = (height / totalY) * (currentY-1);
AutoSprite->setTextureRect(subRect);
}
}
subRect.left += width / totalX;
// printf("LOl: %d", &subRect.left);
if (subRect.left == width || subRect.left > width){
subRect.left = 0;
}
// printf("Subrect left : %d , Subrect top: %d \n", subRect.left, subRect.top);
AutoSprite->setTextureRect(subRect);
}
/* if (currentX > currentAnimation.endX || currentY > currentAnimation.endY){
std::cout << "ENDED";
currentX = currentAnimation.startX;
currentY = currentAnimation.startY;
subRect.left = (width / totalX) * (currentX - 1);
subRect.top = (height / totalY) * (currentY - 1);
AutoSprite->setTextureRect(subRect);
}
*/
std::cout << "CURRENTX: " << currentX << " CURRENTY: " << currentY << std::endl;
win->draw(*AutoSprite);
timeElapsed += fpsTimer.getElapsedTime().asSeconds();
}
MovingSprite::MovingSprite(string path, char switchMode, unsigned short int x, unsigned short int y){
totalX = x;
totalY = y;
sf::Texture tempImg;
tempImg.loadFromFile(path);
//AutoSprite.setTexture(tempImg);
width = tempImg.getSize().x;
height = tempImg.getSize().y;
subRect.left = 0;
subRect.top = 0;
subRect.width = tempImg.getSize().x;
subRect.height = tempImg.getSize().y;
switch (switchMode) {
case 'x':
mode = 0;
break;
case 'y':
mode = 1;
break;
default:
mode = 0;
break;
}
tileWidth = width / totalX;
tileHeight = height / totalY;
subRect.width = tileWidth;
subRect.height = tileHeight;
AutoSprite->setTextureRect(subRect);
fpsTimer.restart();
currentAnimation = *new SpriteAnimation(1, 1, totalX, totalY, 5);
}
MovingSprite::MovingSprite(sf::Sprite sprt, char switchMode, unsigned short int x, unsigned short int y){
totalX = x;
totalY = y;
// AutoSprite = sprt;
width = sprt.getTexture()->getSize().x;
height = sprt.getTexture()->getSize().y;
subRect.left = 0;
subRect.top = 0;
subRect.width = sprt.getTexture()->getSize().x;
subRect.height = sprt.getTexture()->getSize().y;
switch (switchMode) {
case 'x':
mode = 0;
break;
case 'y':
mode = 1;
break;
default:
mode = 0;
break;
}
tileWidth = width / totalX;
tileHeight = height / totalY;
subRect.width = tileWidth;
subRect.height = tileHeight;
//AutoSprite.setTextureRect(subRect);
fpsTimer.restart();
currentAnimation = *new SpriteAnimation(1, 1, totalX, totalY, 5);
}
MovingSprite::MovingSprite(string path, unsigned short int x, unsigned short int y){
totalX = x;
totalY = y;
sf::Texture tempImg;
tempImg.loadFromFile(path);
//AutoSprite.setTexture(tempImg);
width = tempImg.getSize().x;
height = tempImg.getSize().y;
mode = 0;
subRect.left = 0;
subRect.top = 0;
subRect.width = tempImg.getSize().x;
subRect.height = tempImg.getSize().y;
tileWidth = width / totalX;
tileHeight = height / totalY;
subRect.width = tileWidth;
subRect.height = tileHeight;
//AutoSprite.setTextureRect(subRect);
fpsTimer.restart();
currentAnimation = *new SpriteAnimation(1, 1, totalX, totalY, 5);
}
MovingSprite::MovingSprite(sf::Sprite sprt, unsigned short int x, unsigned short int y){
totalX = x;
totalY = y;
AutoSprite = &sprt;
width = sprt.getTexture()->getSize().x;
height = sprt.getTexture()->getSize().y;
mode = 0;
subRect.left = 0;
subRect.top = 0;
std::stringstream out;
out << width;
std::string w = out.str();
out <<height;
std::string h = out.str();
tileWidth = width / totalX;
tileHeight = height / totalY;
subRect.width = tileWidth;
subRect.height = tileHeight;
AutoSprite->setTextureRect(subRect);
fpsTimer.restart();
currentAnimation = *new SpriteAnimation(1, 1, totalX, totalY, 5);
}
}AutoSprites.h
//
// AutoSprites.h
// Baconator
//
// Created by Thomas Paniagua on 10/13/12.
// Copyright (c) 2012 LIA. All rights reserved.
//
#ifndef __Baconator__AutoSprites__
#define __Baconator__AutoSprites__
#include <SFML/Graphics.hpp>
using namespace std;
namespace AutoSprites{
class MovingSprite{
public:
MovingSprite();
MovingSprite(string path, char switchMode, unsigned short int x, unsigned short int y);
MovingSprite(sf::Sprite sprt, char switchMode, unsigned short int x, unsigned short int y);
MovingSprite(string path, unsigned short int x, unsigned short int y);
MovingSprite(sf::Sprite sprt, unsigned short int x, unsigned short int y);
void DrawNext(sf::RenderWindow* win);
void AddAnimation(std::string name, unsigned short int startX, unsigned short int startY, unsigned short int endX, unsigned short int endY, unsigned short int fps );
bool SetAnimation(std::string name);
};
}
#endif