MovingAnimation.h

#pragma once
 
#include "Animation.h"
#include <vector>
#include <glm/glm.hpp>
#include <stdexcept>
 
class MovingAnimation : public Animation //todo moving animation can be moving sprite with of without transform
{
public:
    // have a vector for the positions
    // when given only dx and dy then add that to the same vector as first element
    // sprite will check bool if it is about continious 
 
    glm::vec3 startingPosition = glm::vec3(0);
    glm::vec3 distance = glm::vec3(0);  // Stores the positions for the animation
    glm::vec3 dest_rotation = glm::vec3(0);
 
    MovingAnimation() : Animation()
    {
 
    }
    // ix,iy is initial position (destX, destY), f is total frames to move, s is the speed to move frames, type as in animation, dx,dy distance to move
    MovingAnimation(glm::vec3 m_startPos, int f, float s, const std::string _type, glm::vec3 m_distance, int _reps = 0)
        : Animation(0, 0, f, s, _type) // Animation frames look the next number of frames from the index
    {
        startingPosition = m_startPos;
        distance = m_distance;
 
        reps = _reps;
    }
 
    MovingAnimation(glm::vec3 m_startPos, int f, float s, const animType _type, glm::vec3 m_distance, int _reps = 0)
        : Animation(0, 0, f, s, _type) // Animation frames look the next number of frames from the index
    {
        startingPosition = m_startPos;
 
        distance = m_distance;
 
        reps = _reps;
    }
 
    MovingAnimation(
        glm::vec3 m_startPos, size_t f, float s, const animType _type, glm::vec3 m_distance, glm::vec3 m_dest_rotation, int _reps = 0)
        : Animation(0, 0, f, s, _type)// Animation frames look the next number of frames from the index
    {
        startingPosition = m_startPos;
 
        distance = m_distance;
        dest_rotation = m_dest_rotation;
 
        reps = _reps;
    }
};