#include "./2d_structs.h"
#include <stdlib.h>
#include <string.h>

ui_dimensions* ui_dimensions_malloc(){
	size_t d_size = sizeof( ui_dimensions);
	ui_dimensions *d = malloc(d_size);
	memset( d, 0, d_size);
	return d;
}

ui_position* ui_position_malloc(){
	size_t p_size = sizeof( ui_position);
	ui_position *p = malloc(p_size);
	memset( p, 0, p_size);
	return p;
}

ui_dimensions* ui_dimensions_new( uint16_t w, uint16_t h){
	size_t d_size = sizeof( ui_dimensions);
	ui_dimensions *d = malloc(d_size);
	d->w = w;
	d->h = h;
	return d;
}

ui_position* ui_position_new( uint16_t x, uint16_t y){
	size_t p_size = sizeof( ui_position);
	ui_position *p = malloc(p_size);
	p->x = x;
	p->y = y;
	return p;
}

f_dimensions* f_dimensions_malloc(){
	size_t d_size = sizeof( f_dimensions);
	f_dimensions *d = malloc(d_size);
	memset( d, 0, d_size);
	return d;
}

f_position* f_position_malloc(){
	size_t p_size = sizeof( f_position);
	f_position *p = malloc(p_size);
	memset( p, 0, p_size);
	return p;
}

f_dimensions* f_dimensions_new( float w, float h){
	size_t d_size = sizeof( f_dimensions);
	f_dimensions *d = malloc(d_size);
	d->w = w;
	d->h = h;
	return d;
}

f_position* f_position_new( float x, float y){
	size_t p_size = sizeof( f_position);
	f_position *p = malloc(p_size);
	p->x = x;
	p->y = y;
	return p;
}