Align.h

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//
// Created by Dave Smith on 11/13/22.
//
 
#ifndef ALIGN_H
#define ALIGN_H
 
#pragma once
 
#include <SFML/Graphics.hpp>
#include <cmath>
#include <float.h>
#include <queue>
#include "../Utilities/Helper.h"
#include "../Utilities/Tween.h"
 
namespace ml
{
    class Align
    {
    public:
        // ── Object overloads ─────────────────────────────────────────────────

        template<class T>
        static void centerText(const T& obj, sf::Text& text);

        template<class T, class S>
        static void setRightOf(const T& constObj, S& obj, float spacing = 0);

        template<class T, class S>
        static void setLeftOf(const T& constObj, S& obj, float spacing = 0);

        template<class T, class S>
        static void setBelow(const T& constObj, S& obj, float spacing = 0);

        template<class T, class S>
        static void setAbove(const T& constObj, S& obj, float spacing = 0);

        template<class T, class S>
        static void centerOn(const T& constObj, S& obj);

        template<class T, class S>
        static void centerVertically(const T& constObj, S& obj);

        template<class T, class S>
        static void centerHorizontally(const T& constObj, S& obj);
 
        // ── FloatRect overloads ───────────────────────────────────────────────

        template<class S>
        static void setRightOf(const sf::FloatRect& bounds, S& obj, float spacing = 0);

        template<class S>
        static void setLeftOf(const sf::FloatRect& bounds, S& obj, float spacing = 0);

        template<class S>
        static void setBelow(const sf::FloatRect& bounds, S& obj, float spacing = 0);

        template<class S>
        static void setAbove(const sf::FloatRect& bounds, S& obj, float spacing = 0);

        template<class S>
        static void centerOn(const sf::FloatRect& bounds, S& obj);

        template<class S>
        static void centerVertically(const sf::FloatRect& bounds, S& obj);

        template<class S>
        static void centerHorizontally(const sf::FloatRect& bounds, S& obj);
 
        // ── Vector2 overloads (size-based) ────────────────────────────────────

        template<class S, class U>
        static void setRightOf(const sf::Vector2<U>& size, S& obj, float spacing = 0);

        template<class S, class U>
        static void setLeftOf(const sf::Vector2<U>& size, S& obj, float spacing = 0);

        template<class S, class U>
        static void setBelow(const sf::Vector2<U>& size, S& obj, float spacing = 0);

        template<class S, class U>
        static void setAbove(const sf::Vector2<U>& size, S& obj, float spacing = 0);

        template<class S, class U>
        static void centerOn(const sf::Vector2<U>& size, S& obj);

        template<class S, class U>
        static void centerVertically(const sf::Vector2<U>& size, S& obj);

        template<class S, class U>
        static void centerHorizontally(const sf::Vector2<U>& size, S& obj);
    };
 
} // namespace ml
 
#include "../../../src/Utilities/Align.tpp"
#endif // ALIGN_H