Project Documentation

src/Area.cpp

getTilesetCoords

Type	Variable Name	Description
int	columns	N/A
int	id	N/A

Return Type: Vector2u (N/A)

angleBetween

Type	Variable Name	Description
Vector2f	vec1	N/A
Vector2f	vec2	N/A

Return Type: float (N/A)

magnitude

Type	Variable Name	Description
Vector2f	vec	N/A

Return Type: float (N/A)

dotProduct

Type	Variable Name	Description
Vector2f	vec1	N/A
Vector2f	vec2	N/A

Return Type: float (N/A)

vectorFromAngle

Type	Variable Name	Description
float	angle	N/A

Return Type: Vector2f (N/A)

getMinMax

Gets the minimum and maximum dot products of vec to every point in points

Type	Variable Name	Description
Vector2f	vec	A vector that you are finding the min/max of
const vector&	points	The points that we are getting the dot products of

Return Type: MinMax (A datatype that holds the min and max dotproducts)

addUnique

Modifies anglesToCheck to add the angle associated with vec IF the angle doesnt already exist in anglesToCheck

Type	Variable Name	Description
Vector2f	vec	The vector we might add to anglesToCheck
vector&	anglesToCheck	N/A

Return Type: void (N/A)

Area::layerInit

Type	Variable Name	Description
RenderWindow&	window	N/A
vector<EnemyType*>	enemyTypes	N/A
	ap<string	N/A
	ap<char	N/A
Mix_Chunk*>>&	textNoise	N/A
const Layer*	layer	N/A

Return Type: void (N/A)

flattenLayers

Type	Variable Name	Description
const vectorLayer::Ptr&	layers	N/A

Return Type: vector<Layer*> (N/A)

Area::getKey

Type	Variable Name	Description
const pair<pair<const	Layer*	N/A
	nt>	N/A
int>&	a	N/A

Return Type: int (N/A)

Area::Area

Type	Variable Name	Description
RenderWindow&	window	N/A
string	path	N/A
vector<EnemyType*>	enemyTypes	N/A
string	bg	N/A
	ap<string	N/A
	ap<char	N/A
Mix_Chunk*>>&	textNoise	N/A

Return Type: (N/A)

Area::~Area

Type	Variable Name	Description

Return Type: (N/A)

Area::diagonalTileFinder

Tiles in Tiled can be diagonally flipped, which cannot be done with simple flips and rotations. This function finds which tiles get diagonally flipped and creates a new texutre that is the diagonally flipped version of it.

Type	Variable Name	Description
RenderWindow&	window	A renderwindow is used to create the diagonally flipped textures
const Layer*	layer	The layer with tiles

Return Type: void (N/A)

Area::getIndexForID

Type	Variable Name	Description
int&	ID	N/A

Return Type: int (N/A)

Area::renderObject

Type	Variable Name	Description
RenderWindow&	window	N/A
const Layer*	layer	N/A
const Object&	object	N/A

Return Type: void (N/A)

Area::renderTile

Type	Variable Name	Description
RenderWindow&	window	N/A
const Layer*	layer	N/A
IntRect&	intrect	N/A
const TileLayer::Tile&	tile	N/A
int	x	N/A
int	y	N/A

Return Type: void (N/A)

Area::renderLayer

*Tiled tmxmaps have layers, this function renders a layer. *

Type	Variable Name	Description
RenderWindow&	window	N/A
const Layer*	layer	N/A
IntRect&	intrect	N/A

Return Type: void (N/A)

Area::render

Type	Variable Name	Description
RenderWindow&	window	N/A
Player*	player	N/A
World*	world	N/A
vector<GameObject*>&	entities	N/A

Return Type: void (N/A)

Area::placePlayer

Type	Variable Name	Description
Player*	player	N/A

Return Type: void (N/A)

Area::placePlayer

Type	Variable Name	Description
Player*	player	N/A
const vector<Layer*>&	layers	N/A

Return Type: void (N/A)

Area::collision

Type	Variable Name	Description
RenderWindow&	window	N/A
Collideable*	player	N/A

Return Type: void (N/A)

Area::collision

Type	Variable Name	Description
RenderWindow&	window	N/A
Collideable*	player	N/A
const vector<Layer*>&	layers	N/A

Return Type: void (N/A)

src/BattleOptions.cpp

BattleOptions::BattleOptions

Type	Variable Name	Description
RenderWindow&	window	N/A

Return Type: (N/A)

BattleOptions::makeMaxWidth

Type	Variable Name	Description
Entity*&	object	N/A
double&	scalingSize	N/A
SDL_Texture*	texture	N/A

Return Type: void (N/A)

BattleOptions::customDraw

Type	Variable Name	Description
RenderWindow*	window	N/A

Return Type: void (N/A)

BattleOptions::selectionLimiting

Type	Variable Name	Description

Return Type: void (N/A)

boDecrement

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

boIncrement

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

boUp

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

boDown

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

boSelect

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

boMainOptionSelect

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

src/Buff.cpp

Buff::Buff

Type	Variable Name	Description
int	l	N/A
int	t	N/A
BuffType	b	N/A

Return Type: (N/A)

Buff::Buff

Type	Variable Name	Description
const Buff	&t	N/A

Return Type: (N/A)

Buff::infoUpdate

Type	Variable Name	Description

Return Type: void (N/A)

Buff::changeBuff

Type	Variable Name	Description
Buff	b	N/A
double	(*op)(double	N/A
	ouble)	N/A

Return Type: void (N/A)

Add

Type	Variable Name	Description
double	a	N/A
double	b	N/A

Return Type: double (N/A)

Subtract

Type	Variable Name	Description
double	a	N/A
double	b	N/A

Return Type: double (N/A)

Buff::merge

Type	Variable Name	Description
Buff	b	N/A

Return Type: void (N/A)

Buff::remove

Type	Variable Name	Description
Buff	b	N/A

Return Type: void (N/A)

Buff::effect

Type	Variable Name	Description
Fightable	character	N/A

Return Type: void (N/A)

Buff::turnOver

Type	Variable Name	Description
Fightable	f	N/A

Return Type: void (N/A)

src/BuffMove.cpp

BuffMove::BuffMove

Type	Variable Name	Description
string	n	N/A
float	d	N/A
int	m	N/A
bool	p	N/A
bool	se	N/A
int	a	N/A
vector	t	N/A
vector	k	N/A
	ector<pair<int	N/A
int>>	sn	N/A
vector	ta	N/A
bool	tet	N/A
int	h	N/A

Return Type: (N/A)

src/BuffType.cpp

BuffType::BuffType

Type	Variable Name	Description
string	n	N/A
string	d	N/A
bool	b	N/A

Return Type: (N/A)

BuffType::effect

Type	Variable Name	Description
int	level	N/A
Fightable	c	N/A

Return Type: void (N/A)

BuffType::operator==

Type	Variable Name	Description
BuffType&	bt	N/A

Return Type: bool (N/A)

src/Collideable.cpp

Collideable::draw

Type	Variable Name	Description
RenderWindow*	window	N/A
World*	world	N/A
vector<GameObject*>&	entities	N/A

Return Type: bool (N/A)

Collideable::getHitbox

Type	Variable Name	Description

Return Type: SDL_Rect (N/A)

Collideable::getPoints

Type	Variable Name	Description

Return Type: vector (N/A)

src/ControlsConfig.cpp

src/Enemy.cpp

Enemy::Enemy

Type	Variable Name	Description
RenderWindow*	window	N/A
EnemyType*	e	N/A
int	x	N/A
int	y	N/A
Player*	p	N/A

Return Type: (N/A)

Enemy::draw

Type	Variable Name	Description
RenderWindow*	window	N/A
World*	world	N/A
vector<GameObject*>&	entities	N/A

Return Type: bool (N/A)

Enemy::changeSpriteSheet

Type	Variable Name	Description
string	newSheet	N/A

Return Type: void (N/A)

Enemy::battle

Type	Variable Name	Description
RenderWindow*	window	N/A
Fightable*	turn	N/A
vector<GameObject*>&	battleEntities	N/A

Return Type: void (N/A)

src/EnemyType.cpp

EnemyType::EnemyType

Type	Variable Name	Description
string	n	N/A
	ap<string	N/A
Move*>&	allMoves	N/A
const json&	j	N/A

Return Type: (N/A)

src/Entity.cpp

Entity::~Entity

Type	Variable Name	Description

Return Type: (N/A)

Entity::Entity

Type	Variable Name	Description

Return Type: (N/A)

Entity::Entity

Type	Variable Name	Description
float	px	N/A
float	py	N/A
SDL_Texture*	ptexture	N/A
int	pw	N/A
int	ph	N/A

Return Type: (N/A)

Entity::Entity

Type	Variable Name	Description
float	px	N/A
float	py	N/A
SDL_Texture*	ptexture	N/A

Return Type: (N/A)

Entity::setTexture

Type	Variable Name	Description
SDL_Texture*	ptexture	N/A

Return Type: void (N/A)

Entity::Entity

Type	Variable Name	Description
const Entity&	e	N/A

Return Type: (N/A)

Entity::fullPicSize

Type	Variable Name	Description

Return Type: void (N/A)

Entity::setRect

Type	Variable Name	Description

Return Type: void (N/A)

Entity::getsize

Type	Variable Name	Description

Return Type: SDL_Point (N/A)

SDL_QueryTexture

Type	Variable Name	Description
	exture.get()	N/A
	ULL	N/A
	ULL	N/A
	size.x	N/A
	size.y	N/A

Return Type: (N/A)

Entity::getRect

Type	Variable Name	Description

Return Type: SDL_Rect (N/A)

Entity::distance

Type	Variable Name	Description
Entity*	e	N/A

Return Type: float (N/A)

Entity::angleBetween

Type	Variable Name	Description
Entity*	e	N/A

Return Type: float (N/A)

Entity::customDraw

Type	Variable Name	Description
RenderWindow*	window	N/A

Return Type: void (N/A)

src/Fightable.cpp

Fightable::Fightable

Type	Variable Name	Description

Return Type: (N/A)

Fightable::battle

Type	Variable Name	Description
RenderWindow*	window	N/A
Fightable*	turn	N/A
vector<GameObject*>&	battleEntities	N/A

Return Type: void (N/A)

Fightable::battleInit

Type	Variable Name	Description
RenderWindow&	window	N/A
int	index	N/A

Return Type: void (N/A)

Fightable::addToExhaustQueue

Adds a move to the exhaust queue

Type	Variable Name	Description
Move*	move	The move that is being added to the exhaust queue

Return Type: void (N/A)

Fightable::getExhaust

Gets the moves exhaust multiplier via the staling queue

Type	Variable Name	Description
Move*	move	The move that is being checked for its exhaust

Return Type: float (The exhaust multiplier to the move)

src/FreeFuncs.cpp

src/GameObject.cpp

GameObject::GameObject

Type	Variable Name	Description

Return Type: (N/A)

GameObject::GameObject

Type	Variable Name	Description
float	px	N/A
float	py	N/A
SDL_Texture*	ptexture	N/A
int	pw	N/A
int	ph	N/A

Return Type: (N/A)

GameObject::draw

Type	Variable Name	Description
RenderWindow*	window	N/A
World*	world	N/A
vector<GameObject*>&	entities	N/A

Return Type: bool (N/A)

GameObject::changeSpriteSheet

Type	Variable Name	Description
string	newSheet	N/A

Return Type: void (N/A)

GameObject::createObject

Type	Variable Name	Description

Return Type: GameObject* (N/A)

src/HealthBar.cpp

HealthBar::HealthBar

Type	Variable Name	Description
RenderWindow*	window	N/A
int	x	N/A
int	y	N/A
int	w	N/A
int	h	N/A

Return Type: (N/A)

HealthBar::~HealthBar

Type	Variable Name	Description

Return Type: (N/A)

HealthBar::represent

Type	Variable Name	Description
RenderWindow*	window	N/A
Fightable*	fighter	N/A

Return Type: void (N/A)

src/ImageLayer.cpp

src/Interactable.cpp

Interactable::Interactable

Type	Variable Name	Description
SDL_Rect	r	N/A
TextSequence*	i	N/A

Return Type: (N/A)

Interactable::~Interactable

Type	Variable Name	Description

Return Type: (N/A)

src/KeyFrame.cpp

KeyFrame::KeyFrame

Type	Variable Name	Description
int	f	N/A
string	a	N/A
int	ro	N/A
int	xTemp	N/A
int	yTemp	N/A
int	r	N/A
int	i	N/A
bool	d	N/A
int	fd	N/A

Return Type: (N/A)

KeyFrame::applyKeyframe

Type	Variable Name	Description
Fightable*	attacker	N/A
KeyFrame&	previous	N/A
int	curFrame	N/A
Fightable*	defender	N/A
bool	reverse	N/A

Return Type: void (N/A)

KeyFrame::base

Type	Variable Name	Description
Fightable*	attacker	N/A
Fightable*	defender	N/A
bool	reverse	N/A

Return Type: pair<int, int> (N/A)

src/LayerGroup.cpp

src/main.cpp

flippedIndex

I dont remember what this does, its something for spiral / darkness though

Type	Variable Name	Description
int	num	N/A
	ector<pair<int	N/A
int>>&	degree45	N/A
int subtract =	0	N/A

Return Type: inline pair<int, int> (N/A)

inRange

Type	Variable Name	Description
int	n	N/A
int	s	N/A
int	l	N/A

Return Type: inline bool (N/A)

operator+

Type	Variable Name	Description
const	pair<int	N/A
int>&	a	N/A
const	pair<int	N/A
int>&	b	N/A

Return Type: pair<int, int> (N/A)

operator<<

Type	Variable Name	Description
ostream&	os	N/A
const KeyFrame&	obj	N/A

Return Type: ostream& (N/A)

spiralPerPixel

Type	Variable Name	Description
Uint32*	pixels	N/A
Uint32*	newPixels	N/A
	ector<pair<int	N/A
int>>&	degree45	N/A
	air<int	N/A
int>&	center	N/A
SDL_Rect&	texture_rect	N/A
int	z	N/A
int	r	N/A
SDL_PixelFormat*	format	N/A
int	transitionFrames	N/A
double	val	N/A

Return Type: void (N/A)

movementCompute

Type	Variable Name	Description
int	transitionFrames	N/A
	ector<pair<int	N/A
int>>&	degree45	N/A
int	r	N/A
SDL_Rect&	texture_rect	N/A

Return Type: double (N/A)

blackCompute

Type	Variable Name	Description
int	transitionFrames	N/A
	ector<pair<int	N/A
int>>&	degree45	N/A
int	r	N/A
SDL_Rect&	texture_rect	N/A

Return Type: double (N/A)

blackPerPixel

Type	Variable Name	Description
Uint32*	pixels	N/A
Uint32*	newPixels	N/A
	ector<pair<int	N/A
int>>&	degree45	N/A
	air<int	N/A
int>&	center	N/A
SDL_Rect&	texture_rect	N/A
int	z	N/A
int	r	N/A
SDL_PixelFormat*	format	N/A
int	transitionFrames	N/A
double	mult	N/A

Return Type: void (N/A)

circularScreenEdit

Type	Variable Name	Description
int	rstart	N/A
int	rend	N/A
SDL_Rect	texture_rect	N/A
int	transitionFrames	N/A
Uint32*	pixels	N/A
Uint32*	newPixels	N/A
int	maxRadius	N/A
SDL_PixelFormat*	format	N/A
void	(*perPixel)(Uint32*,Uint32*,vector<pair<int	N/A
	nt>>&,pair<int	N/A
	nt>&,SDL_Rect&,int,int,SDL_PixelFormat*,int,double)	N/A
double	(*compute)(int	N/A
	ector<pair<int	N/A
	nt>>&	N/A
int	r	N/A
	DL_Rect&)	N/A

Return Type: void (N/A)

getChunks

Type	Variable Name	Description
string	s	N/A

Return Type: map<char, Mix_Chunk*> (N/A)

backout

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

forward

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

sortComb

Type	Variable Name	Description
vector<T*>&	vec	N/A
int	(*foo)(T*)	N/A

Return Type: void (N/A)

getValue

Type	Variable Name	Description
Fightable*	f	N/A

Return Type: int (N/A)

getValue

Type	Variable Name	Description
Enemy*	f	N/A

Return Type: int (N/A)

rhythmPress

Is called whenever a key is pressed during the rhythm section

Type	Variable Name	Description
RenderWindow*	window	N/A
vector<GameObject*>&	battleEntities	N/A
vector<RhythmNote*>*	notes	The notes that need to be pressed during the rhythm game section
float*	howGoodYouDoIt	A pointer to a variable that will be used to calculate damage and other things
float	maxGoodness	The maximum amount that can be added to howGoodYouDoIt per note
int	nt	The note type / key that the player is pressing

Return Type: void (N/A)

rhythmPressUp

Deals with up presses by calling the general rhythmPress. This is done as this function is passed as a function pointer for arrow presses.

Type	Variable Name	Description
vector<void*>	passingArgument	Contains, in this order, the notes, a pointer to howGoodYouDoIt and maxGoodness

Return Type: void (N/A)

rhythmPressLeft

Deals with left presses by calling the general rhythmPress. This is done as this function is passed as a function pointer for arrow presses.

Type	Variable Name	Description
vector<void*>	passingArgument	Contains, in this order, the notes, a pointer to howGoodYouDoIt and maxGoodness

Return Type: void (N/A)

rhythmPressRight

Deals with right presses by calling the general rhythmPress. This is done as this function is passed as a function pointer for arrow presses.

Type	Variable Name	Description
vector<void*>	passingArgument	Contains, in this order, the notes, a pointer to howGoodYouDoIt and maxGoodness

Return Type: void (N/A)

rhythmPressDown

Deals with down presses by calling the general rhythmPress. This is done as this function is passed as a function pointer for arrow presses.

Type	Variable Name	Description
vector<void*>	passingArgument	Contains, in this order, the notes, a pointer to howGoodYouDoIt and maxGoodness

Return Type: void (N/A)

threadCircularApplication

This whole thing does full screen visual effects such as darkening edges and spiralling pixels

Type	Variable Name	Description
RenderWindow&	window	N/A
Uint32*&	newPixels	N/A
SDL_Texture*&	window_texture	N/A
SDL_Surface*&	window_surface	N/A
int&	transitionFrames	N/A
SDL_Rect&	texture_rect	N/A
const int&	THREADS	N/A
int	start	N/A
double	mod	N/A
void	(*perPixel)(Uint32*,Uint32*,vector<pair<int	N/A
	nt>>&,pair<int	N/A
	nt>&,SDL_Rect&,int,int,SDL_PixelFormat*,int,double)	N/A
double	(*compute)(int	N/A
	ector<pair<int	N/A
	nt>>&	N/A
int	r	N/A
	DL_Rect&)	N/A

Return Type: inline SDL_Texture* (N/A)

loadStingerNotes

Type	Variable Name	Description
json&	data	N/A

Return Type: vector<pair<int, int>> (N/A)

loadMoves

Type	Variable Name	Description
const string&	path	N/A
	ap<string	N/A
Move*>&	moves	N/A
	ap<string	N/A
Mix_Chunk*>&	stingers	N/A

Return Type: void (N/A)

loadEnemyTypes

Type	Variable Name	Description
const string&	path	N/A
	ap<string	N/A
Move*>&	moves	N/A
	ap<string	N/A
EnemyType*>&	enemyTypes	N/A

Return Type: void (N/A)

main

Type	Variable Name	Description
int	argc	N/A
char	*argv[]	N/A

Return Type: int (N/A)

src/Map.cpp

src/Move.cpp

Move::Move

Type	Variable Name	Description
string	n	N/A
float	d	N/A
int	m	N/A
bool	p	N/A
bool	se	N/A
int	a	N/A
vector	t	N/A
vector	k	N/A
	ector<pair<int	N/A
int>>	sn	N/A
bool	tet	N/A
int	h	N/A

Return Type: (N/A)

Move::getHitting

Type	Variable Name	Description
Fightable*	attacker	N/A
Fightable*	defender	N/A

Return Type: bool (N/A)

Move::getCrit

Type	Variable Name	Description
Fightable*	attacker	N/A

Return Type: bool (N/A)

Move::dealDamage

Type	Variable Name	Description
RenderWindow*	window	N/A
Fightable*	attacker	N/A
Fightable*	defender	N/A
vector<GameObject*>&	battleEntities	N/A
bool	hitting	N/A
bool	crit	N/A
float	howGoodYouDoIt	N/A

Return Type: void (N/A)

src/Object.cpp

src/ObjectGroup.cpp

src/ObjectTypes.cpp

src/PartyMember.cpp

PartyMember::battle

Type	Variable Name	Description
RenderWindow*	window	N/A
Fightable*	turn	N/A
vector<GameObject*>&	battleEntities	N/A

Return Type: void (N/A)

PartyMember::doAttack

Type	Variable Name	Description
RenderWindow*	window	N/A
Fightable*	enemy	N/A
vector<GameObject*>&	battleEntities	N/A

Return Type: void (N/A)

src/Player.cpp

InputLinkedList::InputLinkedList

Type	Variable Name	Description
int	i	N/A

Return Type: (N/A)

InputLinkedList::~InputLinkedList

Type	Variable Name	Description

Return Type: (N/A)

pushBack

Type	Variable Name	Description
InputLinkedList*	ill	N/A
int	i	N/A

Return Type: InputLinkedList* (N/A)

find

Type	Variable Name	Description
InputLinkedList*	ill	N/A
int	i	N/A

Return Type: InputLinkedList* (N/A)

pullForward

Type	Variable Name	Description
InputLinkedList*	ill	N/A
int	i	N/A

Return Type: InputLinkedList* (N/A)

addInput

Type	Variable Name	Description
InputLinkedList*	ill	N/A
int	i	N/A

Return Type: InputLinkedList* (N/A)

Player::Player

Type	Variable Name	Description
RenderWindow*	window	N/A
vector<Move*>	m	N/A

Return Type: (N/A)

interactCheck

Type	Variable Name	Description
vector<void*>	vv	N/A

Return Type: void (N/A)

Player::act

Type	Variable Name	Description
RenderWindow*	window	N/A
World*	world	N/A
vector<GameObject*>&	entities	N/A

Return Type: void (N/A)

Player::draw

Type	Variable Name	Description
RenderWindow*	window	N/A
World*	world	N/A
vector<GameObject*>&	entities	N/A

Return Type: bool (N/A)

Player::changeDirection

Type	Variable Name	Description

Return Type: void (N/A)

src/Property.cpp

src/RenderWindow.cpp

RenderWindow::RenderWindow

Type	Variable Name	Description
const char*	title	N/A

Return Type: (N/A)

RenderWindow::~RenderWindow

Type	Variable Name	Description

Return Type: (N/A)

RenderWindow::resizeWindow

Type	Variable Name	Description

Return Type: void (N/A)

RenderWindow::cleanUp

Type	Variable Name	Description

Return Type: void (N/A)

RenderWindow::loadTexture

Type	Variable Name	Description
const char*	filePath	N/A

Return Type: SDL_Texture* (N/A)

RenderWindow::clear

Type	Variable Name	Description

Return Type: void (N/A)

RenderWindow::setColor

Type	Variable Name	Description
int	r	N/A
int	g	N/A
int	b	N/A
int	a	N/A

Return Type: void (N/A)

RenderWindow::drawLine

Type	Variable Name	Description
int	x1	N/A
int	y1	N/A
int	x2	N/A
int	y2	N/A
bool	stationary	N/A

Return Type: void (N/A)

RenderWindow::getDestRect

Type	Variable Name	Description
Entity*	entity	N/A
bool	stationary	N/A

Return Type: SDL_Rect (N/A)

RenderWindow::scaleDestRect

Type	Variable Name	Description
SDL_Rect&	dest	N/A

Return Type: void (N/A)

RenderWindow::render

Type	Variable Name	Description
Entity*	entity	N/A
bool	stationary	N/A
int	centerx	N/A
int	centery	N/A

Return Type: void (N/A)

RenderWindow::display

Type	Variable Name	Description

Return Type: void (N/A)

RenderWindow::drawCircle

Type	Variable Name	Description
int	x	N/A
int	y	N/A
int	radius	N/A

Return Type: void (N/A)

RenderWindow::getTextSurface

Type	Variable Name	Description
string	text	N/A
unsigned char	r	N/A
unsigned char	g	N/A
unsigned char	b	N/A
unsigned char	a	N/A

Return Type: SDL_Surface* (N/A)

SDL_GetError

Type	Variable Name	Description

Return Type: // cout << (N/A)

TTF_GetError

Type	Variable Name	Description

Return Type: // cout << (N/A)

RenderWindow::drawScaledTextInBox

Type	Variable Name	Description
string	text	N/A
unsigned char	r	N/A
unsigned char	g	N/A
unsigned char	b	N/A
unsigned char	a	N/A
int	x	N/A
int	y	N/A
int	w	N/A
int	h	N/A
bool	centered	N/A

Return Type: void (N/A)

RenderWindow::textRect

Type	Variable Name	Description
SDL_Surface*	surfaceMessage	N/A
SDL_Texture*	Message	N/A
SDL_Rect	Message_rect	N/A

Return Type: void (N/A)

RenderWindow::drawText

Type	Variable Name	Description
string	text	N/A
unsigned char	r	N/A
unsigned char	g	N/A
unsigned char	b	N/A
unsigned char	a	N/A
int	x	N/A
int	y	N/A
int	w	N/A
int	h	N/A

Return Type: void (N/A)

RenderWindow::getAreaTexture

Type	Variable Name	Description
SDL_Rect&	rect	N/A
SDL_Texture*	source	N/A

Return Type: SDL_Texture* (N/A)

src/RhythmNote.cpp

RhythmNote::RhythmNote

Type	Variable Name	Description
RenderWindow*	window	N/A
	air<int	N/A
int>	note	N/A
chrono::steady_clock::time_point*	s	N/A

Return Type: (N/A)

RhythmNote::draw

Type	Variable Name	Description
RenderWindow*	window	N/A
World*	world	N/A
vector<GameObject*>&	entities	N/A

Return Type: bool (N/A)

src/Selector.cpp

Selector::Selector

Creates a Selector

Type	Variable Name	Description
RenderWindow&	window	Window used to load the selector texture

Return Type: (Selector)

Selector::render

Type	Variable Name	Description
RenderWindow*	window	N/A
vector<GameObject*>&	entities	N/A

Return Type: void (N/A)

Selector::getSelected

Gets the selected enemy the cursor is hovering over

Type	Variable Name	Description
RenderWindow*	window	Window used to get the teams

Return Type: Fightable* (Fighter that is selected)

sDecrement

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

sIncrement

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

sEnter

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

sParty

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

sEnemy

Type	Variable Name	Description
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

src/SpawnZone.cpp

SpawnZone::SpawnZone

Type	Variable Name	Description
SDL_Rect	z	N/A
vector<EnemyType*>	e	N/A

Return Type: (N/A)

SpawnZone::spawnEnemies

Type	Variable Name	Description
RenderWindow*	window	N/A
Player*	player	N/A
vector<GameObject*>&	entities	N/A

Return Type: void (N/A)

src/SpriteSheet.cpp

SpriteSheet::SpriteSheet

Type	Variable Name	Description

Return Type: (N/A)

SpriteSheet::SpriteSheet

Type	Variable Name	Description
SDL_Texture*	ptexture	N/A
int	x	N/A
int	y	N/A
int	f	N/A

Return Type: (N/A)

src/Stats.cpp

Stats::Stats

Type	Variable Name	Description

Return Type: (N/A)

Stats::Stats

Type	Variable Name	Description
int	s	N/A
int	v	N/A
int	m	N/A
int	a	N/A
int	l	N/A
int	ap	N/A

Return Type: (N/A)

Stats::giveEXP

Type	Variable Name	Description

Return Type: int (N/A)

Stats::getStatTotal

Type	Variable Name	Description

Return Type: int (N/A)

Stats::getLevel

Type	Variable Name	Description

Return Type: int (N/A)

Stats::resetStats

Type	Variable Name	Description

Return Type: void (N/A)

Stats::setStats

Type	Variable Name	Description
bool	override	N/A

Return Type: void (N/A)

src/TextBox.cpp

TextBox::TextBox

Type	Variable Name	Description
RenderWindow&	window	N/A
vector	t	N/A

Return Type: (N/A)

TextBox::reset

Type	Variable Name	Description

Return Type: void (N/A)

TextBox::draw

Type	Variable Name	Description
RenderWindow&	window	N/A

Return Type: bool (N/A)

src/TextObject.cpp

TextObject::TextObject

Type	Variable Name	Description
RenderWindow*	window	N/A
int	n	N/A
Fightable*	gotHit	N/A
bool	crit	N/A

Return Type: (N/A)

TextObject::TextObject

Type	Variable Name	Description
RenderWindow*	window	N/A
string	t	N/A
Fightable*	gotHit	N/A
SDL_Color	c	N/A

Return Type: (N/A)

TextObject::TextObject

Type	Variable Name	Description
RenderWindow*	window	N/A
string	t	N/A
int	spawnx	N/A
int	spawny	N/A
SDL_Color	c	N/A

Return Type: (N/A)

TextObject::setText

Type	Variable Name	Description
RenderWindow*	window	N/A

Return Type: void (N/A)

TextObject::centerOn

Type	Variable Name	Description
Fightable*	gotHit	N/A

Return Type: void (N/A)

TextObject::draw

Type	Variable Name	Description
RenderWindow*	window	N/A
World*	world	N/A
vector<GameObject*>&	entities	N/A

Return Type: bool (N/A)

src/TextSequence.cpp

TextSequence::TextSequence

Type	Variable Name	Description
vector	t	N/A
	ap<char	N/A
Mix_Chunk*>*	s	N/A

Return Type: (N/A)

TextSequence::draw

Type	Variable Name	Description
RenderWindow&	window	N/A

Return Type: bool (N/A)

TextSequence::reset

Type	Variable Name	Description

Return Type: void (N/A)

src/TextSlice.cpp

TextSlice::TextSlice

Type	Variable Name	Description
RenderWindow&	window	N/A
string	t	N/A

Return Type: (N/A)

TextSlice::TextSlice

Type	Variable Name	Description
RenderWindow&	window	N/A
string	t	N/A
SDL_Color	c	N/A

Return Type: (N/A)

TextSlice::TextSlice

Type	Variable Name	Description
RenderWindow&	window	N/A
string	t	N/A
SDL_Color	c	N/A
vector	e	N/A

Return Type: (N/A)

TextSlice::draw

Type	Variable Name	Description
RenderWindow&	window	N/A

Return Type: bool (N/A)

TextSlice::setEffects

Type	Variable Name	Description
vector	e	N/A

Return Type: void (N/A)

src/TileLayer.cpp

src/Tileset.cpp

src/utils.cpp

random

The random function that is called in the entire code

Type	Variable Name	Description

Return Type: float (A random float from 0.0 to 1.0)

rand

Gives a random number that follows a bell curve

Type	Variable Name	Description
float	std	The standard deviation for the bell curve
float	m	The mean of the bell curve

Return Type: float (A random number with mean m and standard deviation of std)

invNorm

Type	Variable Name	Description
float	x	cdf of a standard normal distribution

Return Type: float (The z-value of x )

RationalApproximation

Type	Variable Name	Description
float	t	N/A

Return Type: float (N/A)

weighted

Type	Variable Name	Description
vector<Fightable*>	party	N/A

Return Type: float (N/A)

weighted

Type	Variable Name	Description
vector<Enemy*>	party	N/A

Return Type: float (N/A)

average

Type	Variable Name	Description
vector<Fightable*>	party	N/A

Return Type: float (N/A)

diffSum

Type	Variable Name	Description
int	a	N/A
int	b	N/A

Return Type: int (N/A)

quadratic

Type	Variable Name	Description
float	a	N/A
float	b	N/A
float	c	N/A

Return Type: float (N/A)

increase

Type	Variable Name	Description
float	initial	N/A
float	percent	N/A

Return Type: float (N/A)

distanceFrom

Type	Variable Name	Description
float	x	N/A
float	y	N/A

Return Type: float (N/A)

angleFromCoords

Type	Variable Name	Description
float	x	N/A
float	y	N/A

Return Type: float (N/A)

angleFromCoords

Type	Variable Name	Description
float	x	N/A
float	y	N/A
float	(*foo)(vector<void*>)	N/A
vector<void*>	bonus	N/A

Return Type: float (N/A)

literalAtan

Type	Variable Name	Description
vector<void*>	vv	N/A

Return Type: float (N/A)

atanApprox

Type	Variable Name	Description
vector<void*>	vv	N/A

Return Type: float (N/A)

arrowChange

Type	Variable Name	Description
RenderWindow*	window	N/A
vector<SDL_Scancode>&	keys	N/A
bool*	direction	N/A
void	(*foo)(vector<void*>)	N/A
vector<void*>	passingArgument	N/A

Return Type: void (N/A)

angleDiff

Type	Variable Name	Description
float	angle1	N/A
float	angle2	N/A

Return Type: float (N/A)

initializeMaps

Type	Variable Name	Description

Return Type: void (N/A)

src/World.cpp

World::World

Type	Variable Name	Description
RenderWindow&	window	N/A
Player*	player	N/A
vector<EnemyType*>	enemyTypes	N/A
	ap<string	N/A
	ap<char	N/A
Mix_Chunk*>>&	textNoise	N/A

Return Type: (N/A)

World::switchArea

Type	Variable Name	Description
string	s	N/A
Player*	player	N/A

Return Type: void (N/A)