Hello. I am having a very hard time with this. Could you please help me to understand this code with an emphasis on the collision part of it$.$ Please and thank you. Your AnimatedObject class should be a child of the Object class and should exhibit the following features.

AnimatedObject should overload the following constructors:

AnimatedObject$()=$ delete; AnimatedObject$($std::string animationFile, Vector$2$D position, Type name, const GUI& gui$)$;$$

AnimatedObject should maintain the following protected members:

const int walkSpeed$\{12\}$; const int jumpStrength$\{35\}$; Vector$2$D velocity$\{0,0\}$; static const float deltaT;

$\{0\mathrm{.}5$f$\}$

static const Vector$2$D gravity;

$\{0\mathrm{.}0$f$,10\mathrm{.}0$f$\}$

int currentSprite$\{0\}$; int currentAnimation$\{0\}$; State state$\{$ State::stillRight $\}$; std::map$>$ sprites;

AnimatedObject should have the following public accessor methods $($i$.$e$.,$ getters$/$setters$)$:

getCurrentSprite$()$;

AnimatedObject should have the following enums:

enum class State $\{$ stillLeft, stillRight, walkLeft, walkRight, crouchLeft, crouchRight, upLeft, upRight, jumpLeft, jumpRight $\}$;

AnimatedObject should have the following protected methods:

doPhysics$()$;

applies gravity checks for collision with blocks and sets y position accordingly. ONLY The following blocks should be collided with:

bridge$\_$center

bridge$\_$end

bridge$\_$start

top$\_$block

water$\_$top

applyGravity$()$;

updates velocity and position based on gravity and deltaT

collision$()$;

returns true if the object is collided with, otherwise false. Note:: In order for the player to be colliding with a block the following would have to be true:

The player$$s left OR right side would have to be between the block$$s left AND right side.

The player$$s top OR bottom would have to be between the block$$s top AND bottom side.

Because the player is taller than a block, it is possible that neither his top or bottom is in a block, so$,$ in that case you would need to check that the block$$s top $($could do bottom, doesn$$t matter$)$ is between the player$$s top AND bottom.

Note$2$::there are other ways to do collision and you are welcome to use those.

updateSprite$()$;

The AnimatedObject class has a sprites map that maps the state the player is in $($walk$\_$left, crouch$\_$left, jump$\_$left, etc$)$ with the series of animations the player goes through in that state. the currentSprite member keeps track of the sprite being displayed. the currentAnimation member keeps track of the index for the animation in the map$$s list we are currently on$.$ This method increments currentAnimation, making sure not to go off the end of the list and updates currentSprite with the value stored at that index.