Hello I just need help simplifying this C code and making it run faster, please note where u make these changes, thank you.#include

typedef struct $\{$

uint$32\_$t $*$pixels;

unsigned int w;

unsigned int h;

$\}$ image$\_$t;

#define getByte$($value$,$ n$)($value $>>($n$*8)$ & $0$xFF$)$

uint$32\_$t getpixel$($image$\_$t $*$image$,$ unsigned int x$,$ unsigned int y$)\{$

return image$->$pixels$[($y$*$image$->$w$)+$x$]$;

$\}$

float max$($float a$,$ float b$)\{$ return $($a $<$ b$)?$ a : b; $\}$;

float lerp$($float s$,$ float e$,$ float t$)\{$return s$+($e$-$s$)*$t;$\}$

float blerp$($float c$00,$ float c$10,$ float c$01,$ float c$11,$ float tx$,$ float ty$)\{$

return lerp$($lerp$($c$00,$ c$10,$ tx$),$ lerp$($c$01,$ c$11,$ tx$),$ ty$)$;

$\}$

void putpixel$($image$\_$t $*$image$,$ unsigned int x$,$ unsigned int y$,$ uint$32\_$t color$)\{$

image$->$pixels$[($y$*$image$->$w$)+$ x$]=$ color;

$\}$

void scale$($image$\_$t $*$src$,$ image$\_$t $*$dst$,$ float scalex, float scaley$)\{$

int newWidth $=($int$)$src$->$w$*$scalex;

int newHeight$=($int$)$src$->$h$*$scaley;

int x$,$ y;

for$($x$=0,$ y$=0$; y $<$ newHeight; x$++)\{$

if$($x $>$ newWidth$)\{$

x $=0$; y$++$;

$\}$

$//$float gx $=$ x $/($float$)($newWidth$)*($src$->$w $-1)$;

$//$float gy $=$ y $/($float$)($newHeight$)*($src$->$h $-1)$;

$//$ Image should be clamped at the edges and not scaled.

float gx $=$ max$($x $/($float$)($newWidth$)*($src$->$w$)-0\mathrm{.}5$f$,$ src$->$w $-1)$;

float gy $=$ max$($y $/($float$)($newHeight$)*($src$->$h$)-0\mathrm{.}5,$ src$->$h $-1)$;

int gxi $=($int$)$gx;

int gyi $=($int$)$gy;

uint$32\_$t result$=0$;

uint$32\_$t c$00=$ getpixel$($src$,$ gxi, gyi$)$;

uint$32\_$t c$10=$ getpixel$($src$,$ gxi$+1,$ gyi$)$;

uint$32\_$t c$01=$ getpixel$($src$,$ gxi, gyi$+1)$;

uint$32\_$t c$11=$ getpixel$($src$,$ gxi$+1,$ gyi$+1)$;

uint$8\_$t i;

for$($i $=0$; i $<3$; i$++)\{$

$//(($uint$8\_$t$*)$&result$)[$i$]=$ blerp$((($uint$8\_$t$*)$&c$00)[$i$],(($uint$8\_$t$*)$&c$10)[$i$],(($uint$8\_$t$*)$&c$01)[$i$],(($uint$8\_$t$*)$&c$11)[$i$],$ gxi $-$ gx$,$ gyi $-$ gy$)$; $//$ this is shady

result $|=($uint$8\_$t$)$blerp$($getByte$($c$00,$ i$),$ getByte$($c$10,$ i$),$ getByte$($c$01,$ i$),$ getByte$($c$11,$ i$),$ gx $-$ gxi, gy $-$gyi$)<<(8*$i$)$;

$\}$

putpixel$($dst$,$x$,$ y$,$ result$)$;

$\}$

$\}$