#include <ultra64.h>
#include "functions.h"
#include "variables.h"

#include "bsint.h"

/* .bss */
f32 climbPoleBottom[3];
f32 climbPoleTop[3];
f32 climbRadius;//climbRadius
f32 D_8037C580[3];
f32 D_8037C58C;
u8  D_8037C590; //bool climbing
u8  D_8037C591;

/* .code */
void climbClear(void){ //climbClear
    ml_vec3f_clear(climbPoleBottom);
    ml_vec3f_clear(climbPoleTop);
    D_8037C590 = 0;
    D_8037C58C = 0.0f;
    
}

void climbGetBottom(f32 dst[3]){ //climbGetBottom
    ml_vec3f_copy(dst, climbPoleBottom);
}

f32 climbGetBottomY(void){ //climbGetBottomY
    return climbPoleBottom[1];
}

f32 climbGetRadius(void){ //climbGetRadius
    return climbRadius;
}

u8 func_8029825C(void){ //climb_2098250
    return D_8037C591;
}

f32 climbGetTopY(void){ //climbGetTopY
    return climbPoleTop[1];
}

climbSet(f32 bottom[3], f32 top[3], f32 radius, u32 arg3){
    if( !(D_8037C58C > 0.0f) || D_8037C580[0] != bottom[0]
       || D_8037C580[1] != bottom[1] || D_8037C580[2] != bottom[2])
    {
        ml_vec3f_copy(climbPoleBottom, bottom);
        ml_vec3f_copy(climbPoleTop, top);
        climbRadius = radius;
        D_8037C591 = arg3;
        D_8037C590 = 1;
    }
}

void func_80298344(void){ //climbUpdateRegrab
    D_8037C58C = ml_max_f(D_8037C58C - time_getDelta(), 0.0f);
    if(D_8037C590 &&  ability_hasLearned(ABILITY_5_CLIMB)){
        bs_checkInterrupt(BS_INTR_C_CLIMB);
    }
    D_8037C590 = 0;
}

void climbRelease(void){ //climbRelease
    D_8037C590 = 0;
    ml_vec3f_copy(D_8037C580, climbPoleBottom);
    D_8037C58C = 0.6f;
}