GameFunction.h

/*
  is::Engine (Infinity Solutions Engine)
  Copyright (C) 2018-2024 Is Daouda <isdaouda.n@gmail.com>

  This software is provided 'as-is', without any express or implied
  warranty.  In no event will the authors be held liable for any damages
  arising from the use of this software.

  Permission is granted to anyone to use this software for any purpose,
  including commercial applications, and to alter it and redistribute it
  freely, subject to the following restrictions:

  1. The origin of this software must not be misrepresented; you must not
     claim that you wrote the original software. If you use this software
     in a product, an acknowledgment in the product documentation would be
     appreciated but is not required.
  2. Altered source versions must be plainly marked as such, and must not be
     misrepresented as being the original software.
  3. This notice may not be removed or altered from any source distribution.
*/

#ifndef GAME_FONCTION_H_INCLUDED
#define GAME_FONCTION_H_INCLUDED

#include <cmath>
#include <ctime>
#include <sstream>
#include <string>
#include <iostream>

#include "../entity/Form.h"
#include "../../../app_src/config/GameConfig.h"

/// Allows to browse object container (std::vector, ...)
#define WITH(_SIZE) for(unsigned int _I = 0; _I < _SIZE; ++_I)

#if defined(__ANDROID__)
// These headers are only needed for direct NDK/JDK interaction
#include <jni.h>
#include <android/native_activity.h>
#include <android/log.h>

#if !defined(IS_ENGINE_SDL_2)
// Since we want to get the native activity from SFML, we'll have to use an
// extra header here:
#include <SFML/System/NativeActivity.hpp>
#endif

#endif

namespace is
{
////////////////////////////////////////////////////////////
// Do not touch these variables unless you know what you are doing
extern const float MAX_CLOCK_TIME; ///< game execution timing variables
extern const float VALUE_CONVERSION; ///< game execution timing variables
extern const float SECOND;           ///< represent third value in second
extern const float VALUE_TIME;     ///< game execution timing variables
////////////////////////////////////////////////////////////

static const float PI(3.14159f);

////////////////////////////////////////////////////////////
/// \brief SFML Sound or Music state
///
////////////////////////////////////////////////////////////
enum SFMLSndStatus
{
    Stopped,
    Playing,
    Paused
};

/// Convert number to string
template <typename T>
int enumToNum(T val)
{
    return static_cast<int>(val);
}

/// Convert wchart_t to string
std::string w_chart_tToStr(wchar_t const *str);

/// Convert string to wstring
std::wstring strToWStr(const std::string &str);

/// Convert number to string
template <typename T>
std::string numToStr(T val)
{
    std::ostringstream s;
    s << val;
    return s.str();
}

/// Convert string to number
template <typename T>
T strToNum(const std::string &str)
{
    T val;
    std::istringstream iss(str);
    iss >> val;
    return val;
}

/// Convert number to wstring
template <typename T>
std::wstring numToWStr(T val)
{
    std::wostringstream ws;
    ws << val;
    const std::wstring s(ws.str());
    return s;
}

/// Draw zero behind a number
template <typename T>
std::string writeZero(T val, int zeroNumber = 1)
{
    std::string str;
    for (int i(0); i < zeroNumber; i++)
        if (val < std::pow(10, (i + 1))) str += "0";
    return (str + is::numToStr(val));
}

/// Return game execution time in millisecond
int getMSecond(const float &DELTA_TIME);

/// Make a tm structure representing this date
std::tm makeTime(int year, int month, int day);

/// Check date limit according to system date
bool checkDateLimit(int year, int mont, int day);

/// Show log message
void showLog(const std::string& str, bool stopApplication = false);

/// Get array size
template <size_t SIZE, class T>
inline size_t arraySize(T (&arr)[SIZE])
{
    return SIZE;
}

/// Return a random value
/// \param valNumber Number of values to test
template <typename T>
T choose(unsigned short valNumber, T x1, T x2, T x3 = 0, T x4 = 0, T x5 = 0, T x6 = 0, T x7 = 0, T x8 = 0, T x9 = 0)
{
    unsigned int randVal = rand() % valNumber;

    switch(randVal)
    {
        case 1 : return x2; break;
        case 2 : return x3; break;
        case 3 : return x4; break;
        case 4 : return x5; break;
        case 5 : return x6; break;
        case 6 : return x7; break;
        case 7 : return x8; break;
        case 8 : return x9; break;
        default : break;
    }
    return x1;
}

/// Return a random value
inline int random(unsigned int limit)
{
    return (rand() % limit);
}

/// Set variable limit
template <typename T>
void setVarLimit(T &var, T valMin, T valMax)
{
    if (var < valMin) var = valMin;
    if (var > valMax) var = valMin;
}

/// Test many values in comparison with a variable
/// \param valNumber number of values to test
bool isIn(unsigned short valNumber, const int var, int x1, int x2, int x3 = 0, int x4 = 0, int x5 = 0, int x6 = 0, int x7 = 0, int x8 = 0, int x9 = 0);

/// Return if a is in [b,c]
bool isBetween(float a, float b, float c);

/// Return if [l1,r1] intersect [l2,r2]
bool isCrossing(float l1, float r1, float l2, float r2);

/// Return sign of x
int sign(float x);

/// Return angle between two points (x1, y1) and (x2, y2)
template <typename T>
T pointDirection(float x1, float y1, float x2, float y2)
{
    if (static_cast<int>(x1) == static_cast<int>(x2))
    {
        if (y2 > y1) return (0.5f * PI);
        else return (1.5f * PI);
    }
    float result = std::atan((y2 - y1) / (x2 - x1));
    if (x2 < x1) result += PI;
    if (result < 0.f) result += 2.f * PI;
    result *= 180.f / PI;
    return result;
}

/// Convert radian to grade
float radToDeg(float x);

/// Convert grade to radian
float degToRad(float x);

/// Return x component of the vector
/// \param useScreenScale allows to take into account the scale of the screen during calculations
float lengthDirX(float dir, float angle, bool useScreenScale = false);

/// Return y component of the vector
/// \param useScreenScale allows to take into account the scale of the screen during calculations
float lengthDirY(float dir, float angle, bool useScreenScale = false);

/// Allows to increment a variable while controlling the upper limit
/// \param increaseValue Will be multiplied later by @a is::VALUE_CONVERSION
template <typename T>
void increaseVar(const float &DELTA_TIME, T &var, T increaseValue, T varFinal, T varMax)
{
    if (var < varMax) var += ((increaseValue * is::VALUE_CONVERSION) * DELTA_TIME);
    else var = varFinal;
}

/// Allows to decrement a variable while controlling the lower limit
/// \param decreasingValue Will be multiplied later by @a is::VALUE_CONVERSION
template <typename T>
void decreaseVar(const float &DELTA_TIME, T &var, T decreaseValue, T varFinal = 0, T varMin = 0)
{
    if (var > varMin) var -= ((decreaseValue * is::VALUE_CONVERSION) * DELTA_TIME);
    else var = varFinal;
}

/// Test collision between two rectangles
bool collisionTest(Rectangle const &a, Rectangle const &b);

/// Test collision between two circles
bool collisionTest(Circle const &a, Circle const &b);

/// Test collision between rectangle and circle
bool collisionTest(Circle const &circle, Rectangle const &rec);

/// Test collision between rectangle and circle
bool collisionTest(Rectangle const &rec, Circle const &circle);

////////////////////////////////////////////////////////////
//                      WARNING !!!
// Below this comment all the functions that will be defined
// will be linked to the SFML library.
////////////////////////////////////////////////////////////

/// Return the angle of SFML object
template <class T>
float getSFMLObjAngle(T &obj)
{
    return obj.getRotation();
}

/// Return the angle of SFML object
template <class T>
float getSFMLObjAngle(T *obj)
{
    return obj->getRotation();
}

/// Return the x scale size of SFML object
template <class T>
float getSFMLObjXScale(T &obj)
{
    return obj.getScale().x;
}

/// Return the x scale size of SFML object
template <class T>
float getSFMLObjXScale(T *obj)
{
    return obj->getScale().x;
}

/// Return the scale size of SFML object
template <class T>
float getSFMLObjYScale(T &obj)
{
    return obj.getScale().y;
}

/// Return the scale size of SFML object
template <class T>
float getSFMLObjYScale(T *obj)
{
    return obj->getScale().y;
}

/// Return the width of SFML object
template <class T>
float getSFMLObjWidth(T &obj)
{
    return obj.getGlobalBounds().width;
}

/// Return the width of SFML object
template <class T>
float getSFMLObjWidth(T *obj)
{
    return obj->getGlobalBounds().width;
}

/// Return the y height of SFML object
template <class T>
float getSFMLObjHeight(T &obj)
{
    return obj.getGlobalBounds().height;
}

/// Return the y height of SFML object
template <class T>
float getSFMLObjHeight(T *obj)
{
    return obj->getGlobalBounds().height;
}

/// Return the width of SFML texture
inline int getSFMLTextureWidth(sf::Texture const &obj)
{
    return obj.getSize().x;
}

/// Return the width of SFML texture
inline int getSFMLTextureWidth(sf::Texture const *obj)
{
    return obj->getSize().x;
}

/// Return the height of SFML texture
inline int getSFMLTextureHeight(sf::Texture const &obj)
{
    return obj.getSize().y;
}

/// Return the height of SFML texture
inline int getSFMLTextureHeight(sf::Texture const *obj)
{
    return obj->getSize().y;
}

/// Return the x origin of SFML object
template <class T>
float getSFMLObjOriginX(T &obj)
{
    return obj.getOrigin().x;
}

/// Return the y origin of SFML object
template <class T>
float getSFMLObjOriginY(T &obj)
{
    return obj.getOrigin().y;
}

/// Return the x position of SFML object
template <class T>
float getSFMLObjX(T &obj)
{
    return obj.getPosition().x;
}

/// Return the x position of SFML object
template <class T>
float getSFMLObjX(T *obj)
{
    return obj->getPosition().x;
}

/// Return the y position of SFML object
template <class T>
float getSFMLObjY(T &obj)
{
    return obj.getPosition().y;
}

/// Return the y position of SFML object
template <class T>
float getSFMLObjY(T *obj)
{
    return obj->getPosition().y;
}

/// Return the alpha of SFML object
template <class T>
unsigned int getSFMLObjAlpha(T &obj)
{
    return obj.getColor().a;
}

/// Return the alpha of SFML object
template <class T>
unsigned int getSFMLObjAlpha(T *obj)
{
    return obj->getColor().a;
}

/// Set the angle of SFML object
template <class T>
void setSFMLObjAngle(T &obj, float angle)
{
    obj.setRotation(angle);
}

/// Set the angle of SFML object
template <class T>
void setSFMLObjAngle(T *obj, float angle)
{
    obj->setRotation(angle);
}

/// Set rotation of SFML object
template <class T>
void setSFMLObjRotate(T &obj, float rotationSpeed)
{
    obj.rotate(rotationSpeed);
}

/// Set rotation of SFML object
template <class T>
void setSFMLObjRotate(T *obj, float rotationSpeed)
{
    obj->rotate(rotationSpeed);
}

/// Set the x scale of SFML object
template <class T>
void setSFMLObjXScale(T &obj, float x)
{
    obj.setScale(x, obj.getScale().y);
}

/// Set the x scale of SFML object
template <class T>
void setSFMLObjXScale(T *obj, float x)
{
    obj->setScale(x, obj->getScale().y);
}

/// Set the y scale of SFML object
template <class T>
void setSFMLObjYScale(T &obj, float y)
{
    obj.setScale(obj.getScale().x, y);
}

/// Set the y scale of SFML object
template <class T>
void setSFMLObjYScale(T *obj, float y)
{
    obj->setScale(obj->getScale().x, y);
}

/// Set the x, y scale of SFML object
template <class T>
void setSFMLObjScaleX_Y(T &obj, float x, float y)
{
    obj.setScale(x, y);
}

/// Set the x, y scale of SFML object
template <class T>
void setSFMLObjScaleX_Y(T *obj, float x, float y)
{
    obj->setScale(x, y);
}

/// Set the scale of SFML object
template <class T>
void setSFMLObjScale(T &obj, float scale)
{
    obj.setScale(scale, scale);
}

/// Set the scale of SFML object
template <class T>
void setSFMLObjScale(T *obj, float scale)
{
    obj->setScale(scale, scale);
}

/// Set origin of SFML object
template <class T>
void setSFMLObjOrigin(T &obj, float x, float y)
{
    obj.setOrigin(x, y);
}

/// Set origin of SFML object
template <class T>
void setSFMLObjOrigin(T *obj, float x, float y)
{
    obj->setOrigin(x, y);
}

/// Set x position of SFML object
template <class T>
void setSFMLObjX(T &obj, float x)
{
    obj.setPosition(x, obj.getPosition().y);
}

/// Set x position of SFML object
template <class T>
void setSFMLObjX(T *obj, float x)
{
    obj->setPosition(x, obj->getPosition().y);
}

/// Set y position of SFML object
template <class T>
void setSFMLObjY(T &obj, float y)
{
    obj.setPosition(obj.getPosition().x, y);
}

/// Set y position of SFML object
template <class T>
void setSFMLObjY(T *obj, float y)
{
    obj->setPosition(obj->getPosition().x, y);
}

/// Set x, y position of SFML object
template <class T>
void setSFMLObjX_Y(T &obj, float x, float y)
{
    obj.setPosition(x, y);
}

/// Set x, y position of SFML object
template <class T>
void setSFMLObjX_Y(T *obj, float x, float y)
{
    obj->setPosition(x, y);
}

/// Set x, y position of SFML object
template <class T>
void setSFMLObjX_Y(T &obj, sf::Vector2f position)
{
    obj.setPosition(position.x, position.y);
}

/// Set x, y position of SFML object
template <class T>
void setSFMLObjX_Y(T *obj, sf::Vector2f position)
{
    obj->setPosition(position.x, position.y);
}

/// Move SFML object on x axis
template <class T>
void moveSFMLObjX(T &obj, float speed)
{
    obj.setPosition(obj.getPosition().x + speed, obj.getPosition().y);
}

/// Move SFML object on x axis
template <class T>
void moveSFMLObjX(T *obj, float speed)
{
    obj->setPosition(obj->getPosition().x + speed, obj->getPosition().y);
}

/// Move SFML object on y axis
template <class T>
void moveSFMLObjY(T &obj, float speed)
{
    obj.setPosition(obj.getPosition().x, obj.getPosition().y + speed);
}

/// Move SFML object on y axis
template <class T>
void moveSFMLObjY(T *obj, float speed)
{
    obj->setPosition(obj->getPosition().x, obj->getPosition().y + speed);
}

/// Set SFML object size
template <class T>
void setSFMLObjSize(T &obj, float x, float y)
{
    obj.setSize(sf::Vector2f(x, y));
}

/// Set SFML object size
template <class T>
void setSFMLObjSize(T *obj, float x, float y)
{
    obj->setSize(sf::Vector2f(x, y));
}

/// Set SFML object size
template <class T>
void setSFMLObjSize(T &obj, sf::Vector2f v)
{
    setSFMLObjSize(obj, v.x, v.y);
}

/// Set SFML object size
template <class T>
void setSFMLObjSize(T *obj, sf::Vector2f v)
{
    setSFMLObjSize(obj, v.x, v.y);
}

/// Set the alpha of SFML object
template <class T>
void setSFMLObjAlpha(T &obj, unsigned int alpha)
{
    obj.setColor(sf::Color(obj.getColor().r, obj.getColor().g, obj.getColor().b, alpha));
}

/// Set the alpha of SFML object
template <class T>
void setSFMLObjAlpha(T *obj, unsigned int alpha)
{
    obj->setColor(sf::Color(obj->getColor().r, obj->getColor().g, obj->getColor().b, alpha));
}

/// Set the alpha of SFML shape or text object
template <class T>
void setSFMLObjAlpha2(T &obj, unsigned int alpha)
{
    obj.setFillColor(sf::Color(obj.getFillColor().r, obj.getFillColor().g, obj.getFillColor().b, alpha));
}

/// Set the alpha of SFML shape or text object
template <class T>
void setSFMLObjAlpha2(T *obj, unsigned int alpha)
{
    obj->setFillColor(sf::Color(obj->getFillColor().r, obj->getFillColor().g, obj->getFillColor().b, alpha));
}

/// Set the alpha and uniform RGB color of SFML object
template <class T>
void setSFMLObjAlpha(T &obj, unsigned int alpha, sf::Uint8 rgb)
{
    obj.setColor(sf::Color(rgb, rgb, rgb, alpha));
}

/// Set the alpha and uniform RGB color of SFML object
template <class T>
void setSFMLObjAlpha(T *obj, unsigned int alpha, sf::Uint8 rgb)
{
    obj->setColor(sf::Color(rgb, rgb, rgb, alpha));
}

/// Set the alpha and RGB distinct color of SFML object
template <class T>
void setSFMLObjAlpha(T &obj, unsigned int alpha, int r, int g, int b)
{
    obj.setColor(sf::Color(r, g, b, alpha));
}

/// Set the alpha and RGB distinct color of SFML object
template <class T>
void setSFMLObjAlpha(T *obj, unsigned int alpha, int r, int g, int b)
{
    obj->setColor(sf::Color(r, g, b, alpha));
}

/// Set the color of SFML object
template <class T>
void setSFMLObjColor(T &obj, sf::Color color)
{
    obj.setColor(color);
}

/// Set the color of SFML object
template <class T>
void setSFMLObjColor(T *obj, sf::Color color)
{
    obj->setColor(color);
}

/// Set the color of SFML shape
template <class T>
void setSFMLObjFillColor(T &obj, sf::Color color)
{
    obj.setFillColor(color);
}

/// Set the color of SFML shape
template <class T>
void setSFMLObjFillColor(T *obj, sf::Color color)
{
    obj->setFillColor(color);
}

/// Allows to make scale animation
template <class T>
void scaleAnimation(const float &DELTA_TIME, float &var, T &obj, short varSign = 1, float scaleSize = 1.f)
{
    if (var > scaleSize) var -= ((0.05f * is::VALUE_CONVERSION) * DELTA_TIME);
    else var = scaleSize;
    setSFMLObjScale(obj, varSign * var);
}

/// Allows to make scale animation
template <class T>
void scaleAnimation(const float &DELTA_TIME, float &var, T *obj, short varSign = 1, float scaleSize = 1.f)
{
    scaleAnimation(DELTA_TIME, var, *obj, varSign, scaleSize);
}

/// Allows to animate SFML text in relation to a option
void setTextAnimation(sf::Text &txt, int &var, int val);

/// Allows to animate SFML text in relation to a option
inline void setTextAnimation(sf::Text *txt, int &var, int val)
{
    setTextAnimation(*txt, var, val);
}

/// Allows to animate SFML text and sprites in relation to a option
void setTextAnimation(sf::Text &txt, sf::Sprite &spr, sf::Sprite &sprSelected, int &var, int val);

/// Allows to animate SFML text and sprites in relation to a option
inline void setTextAnimation(sf::Text *txt, sf::Sprite *spr, sf::Sprite *sprSelected, int &var, int val)
{
    setTextAnimation(*txt, *spr, *sprSelected, var, val);
}

/// Set the sprite frame with different size (e.g 64x32)
void setFrame(sf::Sprite &sprite, float frame, int subFrame, int frameWidth, int frameHeight, int recWidth, int recHeight);

/// Set the sprite frame with different size (e.g 64x32)
inline void setFrame(sf::Sprite *sprite, float frame, int subFrame, int frameWidth, int frameHeight, int recWidth, int recHeight)
{
    setFrame(*sprite, frame, subFrame, frameWidth, frameHeight, recWidth, recHeight);
}

/// Set the sprite frame with the same size (e.g 64x64)
void setFrame(sf::Sprite &sprite, float frame, int subFrame, int frameSize);

/// Set the sprite frame with the same size (e.g 64x64)
inline void setFrame(sf::Sprite *sprite, float frame, int subFrame, int frameSize)
{
    setFrame(*sprite, frame, subFrame, frameSize);
}

/// Set the outline thickness and color of SFML object
template <class T>
void setSFMLObjOutlineColor(T &obj, sf::Color color, float thickness = 1.f)
{
    obj.setOutlineThickness(thickness);
    obj.setOutlineColor(color);
}

/// Set the outline thickness and color of SFML object
template <class T>
void setSFMLObjOutlineColor(T *obj, sf::Color color, float thickness = 1.f)
{
    setSFMLObjOutlineColor(*obj, color, thickness);
}

/// Set Texture Rec of SFML object
template <class T>
void setSFMLObjTexRec(T &obj, int x, int y, int w, int h)
{
    obj.setTextureRect(sf::IntRect(x, y, w, h));
}

/// Set Texture Rec of SFML object
template <class T>
void setSFMLObjTexRec(T *obj, int x, int y, int w, int h)
{
    obj->setTextureRect(sf::IntRect(x, y, w, h));
}

/// Set the properties of SFML Sprite
inline void setSFMLObjProperties(sf::Sprite &obj, float x, float y, float angle = 0.f, int alpha = 255, float xScale = 1.f, float yScale = 1.f)
{
    is::setSFMLObjAlpha(obj, alpha);
    is::setSFMLObjAngle(obj, angle);
    is::setSFMLObjScaleX_Y(obj, xScale, yScale);
    is::setSFMLObjX_Y(obj, x, y);
}

/// Set the properties of SFML Sprite
inline void setSFMLObjProperties(sf::Sprite *obj, float x, float y, float angle = 0.f, int alpha = 255, float xScale = 1.f, float yScale = 1.f)
{
    setSFMLObjProperties(*obj, x, y, angle, alpha, xScale, yScale);
}

/// Set the properties of SFML Text
inline void setSFMLObjProperties(sf::Text &obj, float x, float y, float angle = 0.f, int alpha = 255, float xScale = 1.f, float yScale = 1.f)
{
    is::setSFMLObjAlpha2(obj, alpha);
    is::setSFMLObjAngle(obj, angle);
    is::setSFMLObjScaleX_Y(obj, xScale, yScale);
    is::setSFMLObjX_Y(obj, x, y);
}

/// Set the properties of SFML Text
inline void setSFMLObjProperties(sf::Text *obj, float x, float y, float angle = 0.f, int alpha = 255, float xScale = 1.f, float yScale = 1.f)
{
    setSFMLObjProperties(*obj, x, y, angle, alpha, xScale, yScale);
}

/// Set the properties of SFML Rectangle
inline void setSFMLObjProperties(sf::RectangleShape &obj, float x, float y, float angle = 0.f, int alpha = 255, float xScale = 1.f, float yScale = 1.f)
{
    is::setSFMLObjAlpha2(obj, alpha);
    is::setSFMLObjAngle(obj, angle);
    is::setSFMLObjScaleX_Y(obj, xScale, yScale);
    is::setSFMLObjX_Y(obj, x, y);
}

/// Set the properties of SFML Rectangle
inline void setSFMLObjProperties(sf::RectangleShape *obj, float x, float y, float angle = 0.f, int alpha = 255, float xScale = 1.f, float yScale = 1.f)
{
    setSFMLObjProperties(*obj, x, y, angle, alpha, xScale, yScale);
}

/// Set the properties of SFML Circle
inline void setSFMLObjProperties(sf::CircleShape &obj, float x, float y, float angle = 0.f, int alpha = 255, float xScale = 1.f, float yScale = 1.f)
{
    is::setSFMLObjAlpha2(obj, alpha);
    is::setSFMLObjAngle(obj, angle);
    is::setSFMLObjScaleX_Y(obj, xScale, yScale);
    is::setSFMLObjX_Y(obj, x, y);
}

/// Set the properties of SFML Circle
inline void setSFMLObjProperties(sf::CircleShape *obj, float x, float y, float angle = 0.f, int alpha = 255, float xScale = 1.f, float yScale = 1.f)
{
    setSFMLObjProperties(*obj, x, y, angle, alpha, xScale, yScale);
}

/// Center SFML object
template <class T>
void centerSFMLObj(T &obj)
{
    obj.setOrigin(
#if !defined(IS_ENGINE_SFML)
    obj.getTextureRect().width / 2, obj.getTextureRect().height / 2
#else
    obj.getGlobalBounds().width / 2, obj.getGlobalBounds().height / 2
#endif
    );
}

/// Center SFML object
template <class T>
void centerSFMLObj(T *obj)
{
    centerSFMLObj(*obj);
}

/// Center SFML object X
template <class T>
void centerSFMLObjX(T &obj)
{
    obj.setOrigin(
#if !defined(IS_ENGINE_SFML)
                  obj.getTextureRect().width / 2
#else
                  obj.getGlobalBounds().width / 2
#endif
                  , obj.getOrigin().y);
}

/// Center SFML object X
template <class T>
void centerSFMLObjX(T *obj)
{
    centerSFMLObjX(*obj);
}

/// Center SFML object Y
template <class T>
void centerSFMLObjY(T &obj)
{
    obj.setOrigin(obj.getOrigin().x,
#if !defined(IS_ENGINE_SFML)
                  obj.getTextureRect().height / 2
#else
                  obj.getGlobalBounds().height / 2
#endif
                  );
}

/// Center SFML object Y
template <class T>
void centerSFMLObjY(T *obj)
{
    centerSFMLObjY(*obj);
}

/// Load SFML Texture Resource
inline void loadSFMLTexture(sf::Texture &obj, const std::string& filePath)
{
    obj.loadFromFile(filePath);
}

/// Load SFML Texture Resource
inline void loadSFMLTexture(sf::Texture *obj, const std::string& filePath)
{
    obj->loadFromFile(filePath);
}

/// Load SFML Font Resource
inline void loadSFMLFont(sf::Font &obj, const std::string& filePath, int fontDefaultSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE)
{
#if !defined(IS_ENGINE_SFML)
    obj.setSDLFontSize(fontDefaultSize);
#endif
    obj.loadFromFile(filePath);
}

/// Load SFML Font Resource
inline void loadSFMLFont(sf::Font *obj, const std::string& filePath, int fontDefaultSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE)
{
    loadSFMLFont(*obj, filePath, fontDefaultSize);
}

/// Load SFML Sound Buffer Resource
inline void loadSFMLSoundBuffer(sf::SoundBuffer &obj, const std::string& filePath)
{
    obj.loadFromFile(filePath);
}

/// Load SFML Sound Buffer Resource
inline void loadSFMLSoundBuffer(sf::SoundBuffer *obj, const std::string& filePath)
{
    obj->loadFromFile(filePath);
}

/// Load SFML Sound Buffer Resource and define it with the Sound
inline void loadSFMLSoundBufferWithSnd(sf::SoundBuffer &sb, sf::Sound &snd, const std::string& filePath)
{
    if (sb.loadFromFile(filePath)) snd.setBuffer(sb);
    else showLog("ERROR: Can't load Sound Buffer : " + filePath + " with sound");
}

/// Load SFML Sound Buffer Resource and define it with the Sound
inline void loadSFMLSoundBufferWithSnd(sf::SoundBuffer *sb, sf::Sound *snd, const std::string& filePath)
{
    loadSFMLSoundBufferWithSnd(*sb, *snd, filePath);
}

/// Load SFML Music Resource
inline void loadSFMLMusic(sf::Music &obj, const std::string& filePath)
{
    obj.openFromFile(filePath);
}

/// Load SFML Music Resource
inline void loadSFMLMusic(sf::Music *obj, const std::string& filePath)
{
    obj->openFromFile(filePath);
}

/// Check SFML Sound state
template <class T>
bool checkSFMLSndState(T &obj, SFMLSndStatus state)
{
    switch (state)
    {
        case SFMLSndStatus::Playing:
            return (obj.getStatus() == sf::Sound::Status::Playing);
        break;
        case SFMLSndStatus::Stopped:
            return (obj.getStatus() == sf::Sound::Status::Stopped);
        break;
        case SFMLSndStatus::Paused:
            return (obj.getStatus() == sf::Sound::Status::Paused);
        break;
    }
    return false;
}

/// Check SFML Sound state
template <class T>
bool checkSFMLSndState(T *obj, SFMLSndStatus state) {
    if (obj != nullptr)
    {
        switch (state)
        {
        case SFMLSndStatus::Playing:
            return (obj->getStatus() == sf::Sound::Status::Playing);
        case SFMLSndStatus::Stopped:
            return (obj->getStatus() == sf::Sound::Status::Stopped);
        case SFMLSndStatus::Paused:
            return (obj->getStatus() == sf::Sound::Status::Paused);
        }
    }
    return false;
}

/// Allows to play SFML Sound or Music
template <class T>
void playSFMLSnd(T &obj)
{
    obj.play();
}

/// Allows to play SFML Sound or Music
template <class T>
void playSFMLSnd(T *obj)
{
    if (obj != nullptr) obj->play();
}

/// Allows to stop SFML Sound or Music
template <class T>
void stopSFMLSnd(T &obj)
{
    obj.stop();
}

/// Allows to stop SFML Sound or Music
template <class T>
void stopSFMLSnd(T *obj)
{
    if (obj != nullptr) obj->stop();
}

/// Allows to pause SFML Sound or Music
template <class T>
void pauseSFMLSnd(T &obj)
{
    obj.pause();
}

/// Allows to pause SFML Sound or Music
template <class T>
void pauseSFMLSnd(T *obj)
{
    if (obj != nullptr) obj->pause();
}

/// Allows to set SFML Sound or Music loop
template <class T>
void loopSFMLSnd(T &obj, bool val)
{
    obj.loop(val);
}

/// Allows to set SFML Sound or Music loop
template <class T>
void loopSFMLSnd(T *obj, bool val)
{
    if (obj != nullptr) obj->loop(val);
}

/// Test collision between SFML object
template <class A, class B>
bool collisionTestSFML(A const &objA, B const &objB)
{
    return (objB.getGlobalBounds().intersects(objA.getGlobalBounds()));
}

/// Test collision between SFML object
template <class A, class B>
bool collisionTestSFML(A const *objA, B const *objB)
{
    return (objB->getGlobalBounds().intersects(objA->getGlobalBounds()));
}

/// Create SFML Render Texture
//void createRenderTexture(sf::RenderTexture &renderTexture, unsigned int width, unsigned int height);

/// Create SFML rectangle
void createRectangle(sf::RectangleShape &rec, sf::Vector2f recSize, sf::Color color, float x = 0.f, float y = 0.f, bool center = true);

/// Create SFML rectangle
inline void createRectangle(sf::RectangleShape *rec, sf::Vector2f recSize, sf::Color color, float x = 0.f, float y = 0.f, bool center = true)
{
    createRectangle(*rec, recSize, color, x, y, center);
}

/// Set SFML Text style
void textStyleConfig(sf::Text &txt, bool underLined, bool boldText, bool italicText);

/// Set SFML Text style
inline void textStyleConfig(sf::Text *txt, bool underLined, bool boldText, bool italicText)
{
    textStyleConfig(*txt, underLined, boldText, italicText);
}

/// Set SFML Text outline color
void setSFMLTextOutlineColor(sf::Text &txt, float thickness, sf::Color color);

/// Set SFML Text outline color
inline void setSFMLTextOutlineColor(sf::Text *txt, float thickness, sf::Color color)
{
    setSFMLTextOutlineColor(*txt, thickness, color);
}

/// Create SFML text
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, T const &text, float x, float y,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    txt.setFont(fnt);
    if (txtSize > 0) txt.setCharacterSize(txtSize);
    else txt.setCharacterSize(is::GameConfig::DEFAULT_SFML_TEXT_SIZE);
    textStyleConfig(txt, underLined, boldText, italicText);
    txt.setString(text);
    is::setSFMLObjX_Y(txt, x, y);
    is::setSFMLObjFillColor(txt, is::GameConfig::DEFAULT_SFML_TEXT_COLOR);
}

/// Create SFML text with center parameter
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, T const &text, float x, float y, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, text, x, y, txtSize, underLined, boldText, italicText);
    if (centerText) is::centerSFMLObj(txt);
    is::setSFMLObjX_Y(txt, x, y);
}

/// Create SFML text with color and size
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, T const &text, float x, float y, sf::Color color,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, text, x, y, txtSize, underLined, boldText, italicText);
    is::setSFMLObjFillColor(txt, color);
}

/// Create SFML text with color, size and center
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, T const &text, float x, float y, sf::Color color, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, text, x, y, centerText, txtSize, underLined, boldText, italicText);
    is::setSFMLObjFillColor(txt, color);
}

/// Create SFML text outline with color and size
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, T const &text, float x, float y,
                 sf::Color color, sf::Color outlineColor, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE, float outlineThickness = 1.f,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, text, x, y, color, centerText, txtSize, underLined, boldText, italicText);
    txt.setOutlineColor(outlineColor);
    txt.setOutlineThickness(outlineThickness);
}

/// Create SFML text in Vector
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, std::vector<sf::Text*> &txt, T const &text, float x, float y,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    txt.push_back(new sf::Text());
    createText(fnt, *txt[txt.size() - 1], text, x, y, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with center parameter in Vector
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, std::vector<sf::Text*> &txt, T const &text, float x, float y, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    txt.push_back(new sf::Text());
    createText(fnt, *txt[txt.size() - 1], text, x, y, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color and size in Vector
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, std::vector<sf::Text*> &txt, T const &text, float x, float y, sf::Color color,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    txt.push_back(new sf::Text());
    createText(fnt, *txt[txt.size() - 1], text, x, y, color, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color, size and center in Vector
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, std::vector<sf::Text*> &txt, T const &text, float x, float y, sf::Color color, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    txt.push_back(new sf::Text());
    createText(fnt, *txt[txt.size() - 1], text, x, y, color, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text outline with color and size in Vector
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, std::vector<sf::Text*> &txt, T const &text, float x, float y,
                 sf::Color color, sf::Color outlineColor, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE, float outlineThickness = 1.f,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    txt.push_back(new sf::Text());
    createText(fnt, *txt[txt.size() - 1], text, x, y, color, outlineColor, centerText, txtSize, outlineThickness, underLined, boldText, italicText);
}

/// Create SFML text
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, T const &text, float x, float y,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, text, x, y, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with center parameter
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, T const &text, float x, float y, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, text, x, y, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color and size
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, T const &text, float x, float y, sf::Color color,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, text, x, y, color, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color, size and center
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, T const &text, float x, float y, sf::Color color, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, text, x, y, color, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text outline with color and size
template<class T>
void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, T const &text, float x, float y,
                 sf::Color color, sf::Color outlineColor, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE, float outlineThickness = 1.f,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, text, x, y, color, outlineColor, centerText, txtSize, outlineThickness, underLined, boldText, italicText);
}

/// Create SFML text
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const int value, float x, float y,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with center parameter
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const int value, float x, float y, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color and size
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const int value, float x, float y, sf::Color color,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, color, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color, size and center
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const int value, float x, float y, sf::Color color, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, color, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text outline with color and size
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const int value, float x, float y,
                 sf::Color color, sf::Color outlineColor, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE, float outlineThickness = 1.f,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, color, outlineColor, centerText, txtSize, outlineThickness, underLined, boldText, italicText);
}

/// Create SFML text
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const int value, float x, float y,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with center parameter
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const int value, float x, float y, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color and size
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const int value, float x, float y, sf::Color color,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, color, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color, size and center
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const int value, float x, float y, sf::Color color, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, color, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text outline with color and size
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const int value, float x, float y,
                 sf::Color color, sf::Color outlineColor, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE, float outlineThickness = 1.f,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, color, outlineColor, centerText, txtSize, outlineThickness, underLined, boldText, italicText);
}

/// Create SFML text
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const float value, float x, float y,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with center parameter
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const float value, float x, float y, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color and size
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const float value, float x, float y, sf::Color color,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, color, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color, size and center
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const float value, float x, float y, sf::Color color, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, color, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text outline with color and size
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text &txt, const float value, float x, float y,
                 sf::Color color, sf::Color outlineColor, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE, float outlineThickness = 1.f,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, txt, numToStr(value), x, y, color, outlineColor, centerText, txtSize, outlineThickness, underLined, boldText, italicText);
}

/// Create SFML text
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const float value, float x, float y,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with center parameter
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const float value, float x, float y, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color and size
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const float value, float x, float y, sf::Color color,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, color, txtSize, underLined, boldText, italicText);
}

/// Create SFML text with color, size and center
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const float value, float x, float y, sf::Color color, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, color, centerText, txtSize, underLined, boldText, italicText);
}

/// Create SFML text outline with color and size
inline void createText(sf::Font
                 #if defined(IS_ENGINE_SFML)
                 const
                 #endif
                 &fnt, sf::Text *txt, const float value, float x, float y,
                 sf::Color color, sf::Color outlineColor, bool centerText,
                 int txtSize = is::GameConfig::DEFAULT_SFML_TEXT_SIZE, float outlineThickness = 1.f,
                 bool underLined = false, bool boldText = false, bool italicText = false)
{
    createText(fnt, *txt, numToStr(value), x, y, color, outlineColor, centerText, txtSize, outlineThickness, underLined, boldText, italicText);
}

/// Create SFML sprites without IntRec
void createSprite(sf::Texture &tex, sf::Sprite &spr, sf::Vector2f position, sf::Vector2f origin, bool smooth = true);

/// Create SFML sprites without IntRec
inline void createSprite(sf::Texture &tex, sf::Sprite *spr, sf::Vector2f position, sf::Vector2f origin, bool smooth = true)
{
    createSprite(tex, *spr, position, origin, smooth);
}

/// Create SFML sprites center without IntRec
inline void createSprite(sf::Texture &tex, sf::Sprite &spr, sf::Vector2f position, bool center, bool smooth = true)
{
    createSprite(tex, spr, position, sf::Vector2f(tex.getSize().x / 2.f, tex.getSize().y / 2.f), smooth);
}

/// Create SFML sprites center without IntRec
inline void createSprite(sf::Texture &tex, sf::Sprite *spr, sf::Vector2f position, bool center, bool smooth = true)
{
    createSprite(tex, *spr, position, center, smooth);
}

/// Create SFML sprites with IntRec
void createSprite(sf::Texture &tex, sf::Sprite &spr, sf::IntRect rec, sf::Vector2f position, sf::Vector2f origin, bool repeatTexture = false, bool smooth = true);

/// Create SFML sprites with IntRec
inline void createSprite(sf::Texture &tex, sf::Sprite *spr, sf::IntRect rec, sf::Vector2f position, sf::Vector2f origin, bool repeatTexture = false, bool smooth = true)
{
    createSprite(tex, *spr, rec, position, origin, repeatTexture, smooth);
}

/// Create SFML sprites center with IntRec
inline void createSprite(sf::Texture &tex, sf::Sprite &spr, sf::IntRect rec, sf::Vector2f position, bool center, bool repeatTexture = false, bool smooth = true)
{
    createSprite(tex, spr, rec, position, sf::Vector2f(rec.width / 2.f, rec.height / 2.f), repeatTexture, smooth);
}

/// Create SFML sprites center with IntRec
inline void createSprite(sf::Texture &tex, sf::Sprite *spr, sf::IntRect rec, sf::Vector2f position, bool center, bool repeatTexture = false, bool smooth = true)
{
    createSprite(tex, *spr, rec, position, center, repeatTexture, smooth);
}

/// Create SFML sprites advanced
void createSprite(sf::Texture &tex, sf::Sprite &spr, sf::IntRect rec, sf::Vector2f position, sf::Vector2f origin, sf::Vector2f scale, unsigned int alpha = 255, bool repeatTexture = false, bool smooth = true);

/// Create SFML sprites advanced
inline void createSprite(sf::Texture &tex, sf::Sprite *spr, sf::IntRect rec, sf::Vector2f position, sf::Vector2f origin, sf::Vector2f scale, unsigned int alpha = 255, bool repeatTexture = false, bool smooth = true)
{
    createSprite(tex, *spr, rec, position, origin, scale, alpha, repeatTexture, smooth);
}

/// Create SFML sprites without IntRec in Vector
inline void createSprite(sf::Texture &tex, std::vector<sf::Sprite*> &spr, sf::Vector2f position, sf::Vector2f origin, bool smooth = true)
{
    spr.push_back(new sf::Sprite());
    createSprite(tex, spr[spr.size() - 1], position, origin, smooth);
}

/// Create SFML sprites with IntRec in Vector
inline void createSprite(sf::Texture &tex, std::vector<sf::Sprite*> &spr, sf::IntRect rec, sf::Vector2f position, sf::Vector2f origin, bool repeatTexture = false, bool smooth = true)
{
    spr.push_back(new sf::Sprite());
    createSprite(tex, spr[spr.size() - 1], rec, position, origin, repeatTexture, smooth);
}

/// Create SFML sprites advanced in Vector
inline void createSprite(sf::Texture &tex, std::vector<sf::Sprite*> &spr, sf::IntRect rec, sf::Vector2f position, sf::Vector2f origin, sf::Vector2f scale, unsigned int alpha = 255, bool repeatTexture = false, bool smooth = true)
{
    spr.push_back(new sf::Sprite());
    createSprite(tex, spr[spr.size() - 1], rec, position, origin, scale, alpha, repeatTexture, smooth);
}

//////////////////////////////////////////////////////
/// \brief Return Cursor Position
/// the mouse on PC platform / touch on mobile
///
/// \param finger Finger index (on Android)
//////////////////////////////////////////////////////
sf::Vector2f getCursor(sf::RenderWindow &window , unsigned int finger = 0);

//////////////////////////////////////////////////////
/// \brief Return Cursor Position
/// the mouse on PC platform / touch on mobile
///
/// \param finger Finger index (on Android)
//////////////////////////////////////////////////////
inline sf::Vector2f getCursor(sf::RenderWindow *window , unsigned int finger = 0)
{
    return getCursor(*window, finger);
}

//////////////////////////////////////////////////////
/// \brief Test the collision of the SFML objects
/// with the mouse cursor on PC platform / touch on mobile
///
/// \param obj SFML object with which we want to test
/// \param finger Finger index (on Android)
//////////////////////////////////////////////////////
template <class T>
bool mouseCollision(sf::RenderWindow &window, T const &obj, unsigned int finger = 0)
{
    sf::Vector2f cursorPos = is::getCursor(window, finger);

    // A rectangle that will allow to test with the SFML object
    sf::RectangleShape recCursor(sf::Vector2f(6.f, 6.f));
    is::setSFMLObjX_Y(recCursor, cursorPos.x - 3.f, cursorPos.y - 3.f);
    if (obj.getGlobalBounds().intersects(recCursor.getGlobalBounds())) return true;
    return false;
}

//////////////////////////////////////////////////////
/// \brief Test the collision of the SFML objects
/// with the mouse cursor on PC platform / touch on mobile
///
/// \param obj SFML object with which we want to test
/// \param finger Finger index (on Android)
//////////////////////////////////////////////////////
template <class T>
bool mouseCollision(sf::RenderWindow *window, T const *obj, unsigned int finger = 0)
{
    return mouseCollision(*window, *obj, finger);
}

//////////////////////////////////////////////////////
/// \brief Test the collision of the SFML objects
/// with the mouse cursor on PC platform / touch on mobile
///
/// \param obj SFML object with which we want to test
/// \param position Allows to get the position of the collision point
/// \param finger Finger index (on Android)
//////////////////////////////////////////////////////
template <class T>
bool mouseCollision(sf::RenderWindow &window, T const &obj, sf::Vector2f &position, unsigned int finger = 0)
{
    sf::Vector2f cursorPos = is::getCursor(window, finger);
    setVector2(position, cursorPos.x, cursorPos.y);

    // A rectangle that will allow to test with the SFML object
    sf::RectangleShape recCursor(sf::Vector2f(6.f, 6.f));
    is::setSFMLObjX_Y(recCursor, position.x - 3.f, position.y - 3.f);
    if (obj.getGlobalBounds().intersects(recCursor.getGlobalBounds())) return true;
    return false;
}

//////////////////////////////////////////////////////
/// \brief Test the collision of the SFML objects
/// with the mouse cursor on PC platform / touch on mobile
///
/// \param obj SFML object with which we want to test
/// \param position Allows to get the position of the collision point
/// \param finger Finger index (on Android)
//////////////////////////////////////////////////////
template <class T>
bool mouseCollision(sf::RenderWindow *window, T const *obj, sf::Vector2f &position, unsigned int finger = 0)
{
    return mouseCollision(*window, *obj, position, finger);
}

/// Do not touch this function it allows to manage the style of the window
inline int getWindowStyle()
{
    switch (GameConfig::WINDOW_SETTINGS)
    {
        case WindowStyle::NONE : return sf::Style::None; break;
        case WindowStyle::TITLEBAR : return sf::Style::Titlebar; break;
        case WindowStyle::RESIZE : return sf::Style::Resize; break;
        case WindowStyle::CLOSE : return sf::Style::Close; break;
        case WindowStyle::FULLSCREEN : return sf::Style::Fullscreen; break;
        default: return sf::Style::Default; break;
    }
}

/// Allows to set frame per second
template <class T>
void setFPS(T &render, float fps)
{
    render.setFramerateLimit(fps);
}

/// Allows to set frame per second
template <class T>
void setFPS(T *render, float fps)
{
    render->setFramerateLimit(fps);
}

/// Allows to use Android vibrate
short vibrate(short duration);

////////////////////////////////////////////////////////////
/// \brief Type of action to perform for the openURL function
///
////////////////////////////////////////////////////////////
enum OpenURLAction
{
    Http,
    Email,
    Tel
};

/// Open URL in default navigator
/// \param urlStr represent the web url (e.g www.website.com)
void openURL(const std::string& url, OpenURLAction action);

#if defined(__ANDROID__)
/// Convert JNI String to std::string
static std::string jstring2string(JNIEnv *env, jstring jStr);

/// Return Android terminal device
static std::string getDeviceId(JNIEnv *env, ANativeActivity *activity);
#endif
}

#endif // GAME_FONCTION_H_INCLUDED