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marioparty4/src/REL/mentDll/common.c

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#include "REL/mentDll.h"
#include "ext_math.h"
#include "game/board/tutorial.h"
#include "game/hsfman.h"
#include "game/hsfmotion.h"
#include "game/object.h"
#include "game/objsub.h"
#include "game/pad.h"
#include "game/printfunc.h"
#include "game/process.h"
#include "game/sprite.h"
#include "game/window.h"
#include "game/wipe.h"
#include "math.h"
Process *lbl_1_bss_0;
// TODO: unknown type
extern s32 lbl_1_bss_A8[];
s32 lbl_1_data_0[][4] = {
{ 0x00000037, 0x00000038, 0x00000036, 0x00000039 },
{ 0x00000043, 0x00000045, 0x00000044, 0x00000043 },
{ 0x00000040, 0x00000042, 0x00000041, 0x00000040 },
{ 0x0000004B, 0x0000004D, 0x0000004C, 0x0000004B },
{ 0x00000046, 0x00000048, 0x00000047, 0x00000046 },
{ 0x0000003E, 0x0000003F, 0x0000003E, 0x0000003E },
{ 0x0000003A, 0x0000003B, 0x0000003C, 0xFFFFFFFF },
};
s32 lbl_1_data_70 = -1;
// char lbl_1_data_74[] = ">>>>>>>>>> CAMERA DATA <<<<<<<<<<";
// char lbl_1_data_96[] = "CENTER : %.2f, %.2f, %.2f";
// char lbl_1_data_B0[] = "ROT : %.2f, %.2f, %.2f";
// char lbl_1_data_CA[] = "ZOOM : %.2f";
extern s32 _prolog();
extern void _epilog();
void fn_1_144(void);
void fn_1_2318(s32);
typedef void (*VoidFunc)(void);
extern const VoidFunc _ctors[];
extern const VoidFunc _dtors[];
void fn_1_0(omObjData *arg0)
{
if (WipeStatGet() == 0) {
arg0->func = NULL;
omOvlReturnEx(1, 1);
}
}
void fn_1_4C(omObjData *object)
{
if (omSysExitReq != 0) {
object->func = fn_1_0;
WipeCreate(WIPE_MODE_OUT, WIPE_TYPE_NORMAL, -1);
}
}
s32 _prolog(void)
{
const VoidFunc *ctors = _ctors;
while (*ctors != 0) {
(**ctors)();
ctors++;
}
fn_1_144();
return 0;
}
void _epilog(void)
{
const VoidFunc *dtors = _dtors;
while (*dtors != 0) {
(**dtors)();
dtors++;
}
}
void fn_1_144(void)
{
_ClearFlag(0x1000BU);
boardTutorialF = 0;
lbl_1_bss_0 = omInitObjMan(0x3E, 0x2000);
omGameSysInit(lbl_1_bss_0);
lbl_1_bss_A8[0] = omovlevtno;
lbl_1_bss_A8[1] = omovlstat;
fn_1_658C(lbl_1_bss_0);
omAddObjEx(lbl_1_bss_0, 0x2000, 0U, 0U, -1, fn_1_4C);
}
f32 fn_1_20C(f32 arg8, f32 arg9, f32 argA, f32 argB)
{
if (argB <= argA) {
return arg9;
}
return arg8 + ((argA / argB) * (arg9 - arg8));
}
f32 fn_1_234(f32 arg8, f32 arg9, f32 argA)
{
return (arg9 + (arg8 * (argA - 1.0f))) / argA;
}
// fn_1_254
f32 fn_1_254(f32 arg8, f32 arg9, f32 argA, f32 argB)
{
if (argA >= argB) {
return arg9;
}
return (arg8 + ((arg9 - arg8) * (1.0 - cosd((90.0f / argB) * argA))));
}
// fn_1_32C
f32 fn_1_32C(f32 arg8, f32 arg9, f32 argA, f32 argB)
{
if (argA >= argB) {
return arg9;
}
return arg8 + (arg9 - arg8) * sind((90.0f / argB) * argA);
}
f32 fn_1_3F4(f32 arg8, f32 arg9, f32 argA, f32 argB)
{
if (argA >= argB) {
return arg8;
}
return (arg8 + ((arg9 - arg8) * sind((360.0f / argB) * argA)));
}
void fn_1_4B0(s32 arg0)
{
HuPrcSleep(arg0);
}
void fn_1_4D8(void)
{
HuPrcVSleep();
}
void fn_1_4F8(void)
{
while (1) {
HuPrcVSleep();
}
}
void fn_1_50C(void)
{
s32 temp_r3 = 0;
temp_r3 = Hu3DGLightCreate(0.0f, 700.0f, 1200.0f, 0.0f, -1.0f, 0.0f, 255, 255, 255);
Hu3DGLightPosAimSet(temp_r3, 0.0f, 700.0f, 1200.0f, 0.0f, 0.0f, 640.0f);
Hu3DGLightInfinitytSet(temp_r3);
}
void fn_1_5E8(s32 arg0)
{
Point3d sp24 = { 0.0f, 3000.0f, 800.0f };
Point3d sp18 = { 0.0f, 0.0f, 640.0f };
Point3d spC = { 0.0f, 1.0f, 0.0f };
if (arg0 == 3) {
sp24.x = sp18.x = 1200.0f;
}
Hu3DShadowCreate(45.0f, 2000.0f, 25000.0f);
Hu3DShadowTPLvlSet(0.8f);
Hu3DShadowPosSet(&sp24, &spC, &sp18);
}
void fn_1_6D0(void)
{
HuWinInit(1);
}
void fn_1_6F4(s32 window, f32 centerX, f32 centerY, s32 toSmallF)
{
WindowData *winPtr;
f32 smallPosX;
f32 smallPosY;
f32 winPosX;
f32 winPosY;
f32 width;
f32 height;
f32 smallScaleX;
f32 smallScaleY;
f32 posX;
f32 posY;
f32 scaleX;
f32 scaleY;
s32 time;
winPtr = (WindowData *)&winData[window];
winPosX = winPtr->pos_x;
winPosY = winPtr->pos_y;
width = winPtr->w;
height = winPtr->h;
smallPosX = winPosX + (width * centerX);
smallScaleX = 4.0f / width;
// adjust horizontal position
if (((4.0f + smallPosX) - (winPosX + width)) >= 0.0f) {
smallPosX = (winPosX + width) - 4.0f;
}
else {
if ((winPosX - (smallPosX - 2.0f)) >= 0.0f) {
smallPosX = winPosX;
}
else {
smallPosX = smallPosX - 2.0f;
}
}
smallPosY = winPosY + (height * centerY);
smallScaleY = 4.0f / height;
// adjust vertical position
if (((4.0f + smallPosY) - (winPosY + height)) >= 0.0f) {
smallPosY = (winPosY + height) - 4.0f;
}
else {
if ((winPosY - (smallPosY - 2.0f)) >= 0.0f) {
smallPosY = winPosY;
}
else {
smallPosY = smallPosY - 2.0f;
}
}
if (toSmallF != 0) {
HuWinPosSet(window, smallPosX, smallPosY);
HuWinScaleSet(window, smallScaleX, smallScaleY);
posX = smallPosX;
scaleX = smallScaleX;
posY = smallPosY;
scaleY = smallScaleY;
}
else {
HuWinPosSet(window, winPosX, winPosY);
HuWinScaleSet(window, 1.0f, 1.0f);
posX = winPosX;
scaleX = 1.0f;
posY = winPosY;
scaleY = 1.0f;
}
HuWinDispOn(window);
// animation loop
for (time = 0; time <= 15; ++time) {
HuPrcVSleep();
if (toSmallF != 0) {
if (time <= 0xA) {
posX = (time >= 10.0f) ? winPosX : (f32)(smallPosX + ((winPosX - smallPosX) * sind(9.0f * time)));
scaleX = (time >= 10.0f) ? 1.0f : (f32)(smallScaleX + ((1.0f - smallScaleX) * sind(9.0f * time)));
}
else {
posY = ((time - 0xA) >= 5.0f) ? winPosY : (f32)(smallPosY + ((winPosY - smallPosY) * sind(18.0f * (time - 0xA))));
scaleY = ((time - 0xA) >= 5.0f) ? 1.0f : (f32)(smallScaleY + ((1.0f - smallScaleY) * sind(18.0f * (time - 0xA))));
}
}
else if (time <= 0xA) {
posY = (time >= 10.0f) ? smallPosY : (f32)(winPosY + ((smallPosY - winPosY) * sind(9.0f * time)));
scaleY = (time >= 10.0f) ? smallScaleY : (f32)(1.0 + ((smallScaleY - 1.0f) * sind(9.0f * time)));
}
else {
posX = ((time - 0xA) >= 5.0f) ? smallPosX : (f32)(winPosX + ((smallPosX - winPosX) * sind(18.0f * (time - 0xA))));
scaleX = ((time - 0xA) >= 5.0f) ? smallScaleX : (f32)(1.0 + ((smallScaleX - 1.0f) * sind(18.0f * (time - 0xA))));
}
HuWinPosSet(window, posX, posY);
HuWinScaleSet(window, scaleX, scaleY);
}
if (toSmallF != 0) {
HuWinPosSet(window, winPosX, winPosY);
HuWinScaleSet(window, 1.0f, 1.0f);
}
else {
HuWinPosSet(window, smallPosX, smallPosY);
HuWinScaleSet(window, smallScaleX, smallScaleY);
}
HuPrcVSleep();
}
s32 fn_1_113C(s32 arg0, s32 arg1, s32 arg2, s32 arg3, f32 arg8, f32 arg9, s32 arg6, s32 arg4, s32 arg5)
{
f32 sp14[2];
s32 temp_r30;
if (arg6 % 2 == 0) {
arg2 = (arg2 * 0x15) + 0x10;
arg3 = (arg3 * 0x1A) + 0x10;
arg1 = (445.0f - arg3);
switch (arg0) {
case -1:
arg0 = 0x10;
break;
case 0:
arg0 = (1.0f + ((576.0f - arg2) / 2));
break;
case 1:
arg0 = (556.0f - arg2);
break;
}
}
else {
HuWinMesMaxSizeGet(1, sp14, arg5);
arg2 = sp14[0];
arg3 = sp14[1];
arg0 = (556.0f - arg2);
arg1 = (445.0f - arg3);
}
temp_r30 = HuWinExCreateStyled(arg0, arg1, arg2, arg3, -1, 1);
if (arg6 == 1) {
HuWinAttrSet(temp_r30, 0x10U);
}
HuWinMesPalSet(temp_r30, 7U, 0U, 0U, 0U);
winData[temp_r30].active_pad = 1;
fn_1_6F4(temp_r30, arg8, arg9, 1);
return temp_r30;
}
s32 fn_1_1434(s32 arg0, s32 arg1, s32 arg2)
{
return fn_1_113C(arg0, 0, 0x15, 2, 0.5f, 0.5f, 2, 0, 0);
}
void fn_1_164C(s32 arg0, f32 arg8, f32 arg9)
{
HuWinMesSet(arg0, 0x250004);
HuPrcVSleep();
fn_1_6F4(arg0, arg8, arg9, 0);
HuWinExCleanup(arg0);
}
void fn_1_16AC(s32 arg0)
{
HuWinMesSet(arg0, 0x250004);
HuPrcVSleep();
fn_1_6F4(arg0, 0.5f, 0.5f, 0);
HuWinExCleanup(arg0);
}
void fn_1_1714(s32 arg0, s32 arg1)
{
if ((arg1 == -999) || (arg1 == 0)) {
return;
}
if (arg1 == -1000) {
do {
HuPrcVSleep();
} while (HuWinStatGet(arg0) == 1);
return;
}
if (arg1 > 0) {
HuPrcSleep(arg1);
return;
}
HuWinComKeyReset();
HuWinMesWait(arg0);
HuWinComKeyReset();
}
void fn_1_17A4(s32 arg0, s32 arg1, s32 arg2, s32 arg3)
{
s32 i;
s32 temp_r28 = 0;
s32 var_r30 = 0;
(void)arg0;
temp_r28 = HuWinKeyWaitNumGet(arg1);
if ((arg2 == -1) || (arg2 >= (s32)(temp_r28 - 1))) {
arg2 = temp_r28 - 1;
}
HuWinComKeyReset();
for (i = 0; i < temp_r28; i++) {
var_r30 = 0;
do {
HuPrcVSleep();
} while (HuWinStatGet(arg0) != 1);
if (i == arg2) {
HuWinAttrSet(arg0, 0x400);
var_r30 = 1;
}
while (1) {
HuPrcVSleep();
if (var_r30 != 0) {
if (var_r30 == 1 && HuWinStatGet(arg0) != 1) {
var_r30 = 2;
}
else if (var_r30 == 2) {
HuPrcSleep(arg3);
HuWinAttrReset(arg0, 0x400);
HuWinKeyWaitEntry(arg0);
break;
}
}
else if (HuWinStatGet(arg0) != 1) {
break;
}
}
}
HuWinComKeyReset();
HuWinMesWait(arg0);
HuWinComKeyReset();
HuWinComKeyReset();
}
s32 fn_1_18D8(s32 arg0, s32 arg1)
{
s32 temp_r31;
HuWinComKeyReset();
temp_r31 = HuWinChoiceGet(arg0, arg1);
HuWinComKeyReset();
return temp_r31;
}
void fn_1_1928(s32 arg0, s32 arg1, s32 arg2)
{
HuWinInsertMesSet(arg0, arg1, arg2);
}
void fn_1_1968(s32 arg0, s32 arg1, s32 arg2, s32 arg3)
{
if (arg3 == -999) {
HuWinMesSpeedSet(arg0, 0);
}
else {
HuWinMesSpeedSet(arg0, 1);
}
HuWinMesSet(arg0, arg1);
if (arg2 == -1) {
if ((arg3 != -999) && (arg3 != 0)) {
if (arg3 == -1000) {
do {
HuPrcVSleep();
} while (HuWinStatGet(arg0) == 1);
return;
}
if (arg3 > 0) {
HuPrcSleep(arg3);
return;
}
HuWinComKeyReset();
HuWinMesWait(arg0);
HuWinComKeyReset();
}
}
else {
fn_1_17A4(arg0, arg1, arg2, arg3);
}
}
s32 fn_1_1A5C(s32 arg0, s32 arg1, s32 arg2)
{
s32 var_r28;
s32 var_r25 = 0;
var_r28 = fn_1_113C(0, 0, 0, 0, 0.5f, 0.5f, arg1, 0, arg0);
HuWinMesSet(var_r28, arg0);
var_r25 = fn_1_18D8(var_r28, 0);
fn_1_164C(var_r28, 0.5f, 0.5f);
return var_r25;
}
s32 fn_1_1DD8(s32 arg0, s32 arg1, s32 arg2)
{
s32 var_r28;
s32 var_r25 = 0;
var_r28 = fn_1_113C(0, 0, 0, 0, 0.5f, 0.5f, arg1, 0, arg0);
HuWinMesSet(var_r28, arg0);
var_r25 = fn_1_18D8(var_r28, 1);
fn_1_164C(var_r28, 0.5f, 0.5f);
return var_r25;
}
s32 fn_1_2154(s32 arg0)
{
f32 sp8[2];
f32 temp_f29;
f32 temp_f28;
s32 ret;
f32 sizeX;
f32 sizeY;
HuWinMesMaxSizeGet(1, sp8, arg0);
sizeX = sp8[0];
sizeY = sp8[1];
temp_f29 = (576.0f - sizeX) / 2;
temp_f28 = 385.0f - sizeY;
if (lbl_1_data_70 == -1) {
lbl_1_data_70 = ret = HuWinExCreateStyled(temp_f29, temp_f28, sizeX, sizeY, -1, 1);
}
else {
fn_1_2318(0);
lbl_1_data_70 = ret = HuWinExCreateStyled(temp_f29, temp_f28, sizeX, sizeY, -1, 1);
}
HuWinBGTPLvlSet(lbl_1_data_70, 0.0f);
HuWinMesSet(lbl_1_data_70, arg0);
HuWinMesSpeedSet(lbl_1_data_70, 0);
HuWinDispOn(lbl_1_data_70);
return lbl_1_data_70;
}
void fn_1_2318(s32 arg0)
{
if (lbl_1_data_70 != -1) {
HuWinExCleanup(lbl_1_data_70);
lbl_1_data_70 = -1;
}
}
void fn_1_236C(f32 arg9)
{
MentDllUnkBss64Struct *temp = &lbl_1_bss_64;
if ((HuPadBtn[0] & 0x200)) {
if ((HuPadBtn[0] & 0x20)) {
temp->center.z = temp->center.z - (HuPadStkY[0] / 10.0f);
}
else {
temp->center.x += HuPadStkX[0] / 10.0f;
temp->center.y = temp->center.y + (HuPadStkY[0] / 10.0f);
}
}
if ((HuPadBtn[0] & 0x800)) {
temp->rot.x -= HuPadStkY[0] / 100.0f;
temp->rot.y = temp->rot.y + (HuPadStkX[0] / 100.0f);
if (temp->rot.x < 0.0f) {
temp->rot.x += 360.0f;
}
if (temp->rot.x >= 360.0f) {
temp->rot.x -= 360.0f;
}
if (temp->rot.y < 0.0f) {
temp->rot.y += 360.0f;
}
if (temp->rot.y >= 360.0f) {
temp->rot.y -= 360.0f;
}
}
if ((HuPadBtn[0] & 0x400)) {
temp->zoom = temp->zoom - (HuPadStkY[0] / 10.0f);
}
print8(0x18, 0x28, 1.0f, ">>>>>>>>>> CAMERA DATA <<<<<<<<<<");
print8(0x18, 0x32, 1.0f, "CENTER : %.2f, %.2f, %.2f", temp->center.x, temp->center.y, temp->center.z);
print8(0x18, 0x3C, 1.0f, "ROT : %.2f, %.2f, %.2f", temp->rot.x, temp->rot.y, temp->rot.z);
print8(0x18, 0x46, 1.0f, "ZOOM : %.2f", temp->zoom);
}
void fn_1_2750(omObjData *obj)
{
MentDllUnkBss64Struct *temp = &lbl_1_bss_64;
if (temp->func != NULL) {
temp->func();
}
Center.x = temp->center.x;
Center.y = temp->center.y;
Center.z = temp->center.z;
CRot.x = temp->rot.x;
CRot.y = temp->rot.y;
CRot.z = temp->rot.z;
CZoom = temp->zoom;
}
void fn_1_2808(void (*arg0)(void))
{
fn_1_29A0(&lbl_1_bss_64);
lbl_1_bss_64.func = arg0;
}
void fn_1_2844(Process *arg0, void (*arg1)(void))
{
Hu3DCameraCreate(1);
Hu3DCameraViewportSet(1, 0.0f, 0.0f, 640.0f, 480.0f, 0.0f, 1.0f);
Hu3DCameraPerspectiveSet(1, 42.0f, 20.0f, 5000.0f, 1.2f);
lbl_1_bss_64.func = arg1;
lbl_1_bss_64.func2 = &fn_1_236C;
omAddObjEx(arg0, 0x7FDA, 0U, 0U, -1, omOutView);
omAddObjEx(arg0, 0x7FD9, 0U, 0U, -1, fn_1_2750);
}
void fn_1_2964(MentDllUnkBss64Struct *arg0)
{
arg0->center.x = arg0->prevCenter.x;
arg0->center.y = arg0->prevCenter.y;
arg0->center.z = arg0->prevCenter.z;
arg0->rot.x = arg0->prevRot.x;
arg0->rot.y = arg0->prevRot.y;
arg0->rot.z = arg0->prevRot.z;
arg0->zoom = arg0->prevZoom;
}
void fn_1_29A0(MentDllUnkBss64Struct *arg0)
{
arg0->unk_40 = 0.0f;
arg0->prevCenter.x = arg0->center.x;
arg0->prevCenter.y = arg0->center.y;
arg0->prevCenter.z = arg0->center.z;
arg0->prevRot.x = arg0->rot.x;
arg0->prevRot.y = arg0->rot.y;
arg0->prevRot.z = arg0->rot.z;
arg0->prevZoom = arg0->zoom;
}
static inline f32 SmoothInterpolate(f32 arg0, f32 arg1, f32 arg2)
{
return (arg1 + arg0 * (arg2 - 1.0f)) / arg2;
}
void fn_1_29E4(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8)
{
arg0->center.x = SmoothInterpolate(arg0->center.x, arg1->prevCenter.x, arg8);
arg0->center.y = SmoothInterpolate(arg0->center.y, arg1->prevCenter.y, arg8);
arg0->center.z = SmoothInterpolate(arg0->center.z, arg1->prevCenter.z, arg8);
arg0->rot.x = SmoothInterpolate(arg0->rot.x, arg1->prevRot.x, arg8);
arg0->rot.y = SmoothInterpolate(arg0->rot.y, arg1->prevRot.y, arg8);
arg0->rot.z = SmoothInterpolate(arg0->rot.z, arg1->prevRot.z, arg8);
arg0->zoom = SmoothInterpolate(arg0->zoom, arg1->prevZoom, arg8);
}
void fn_1_2C50(MentDllUnkBss64Struct *arg0, f32 arg8)
{
arg0->center.x = SmoothInterpolate(arg0->center.x, arg0->prevCenter.x, arg8);
arg0->center.y = SmoothInterpolate(arg0->center.y, arg0->prevCenter.y, arg8);
arg0->center.z = SmoothInterpolate(arg0->center.z, arg0->prevCenter.z, arg8);
arg0->rot.x = SmoothInterpolate(arg0->rot.x, arg0->prevRot.x, arg8);
arg0->rot.y = SmoothInterpolate(arg0->rot.y, arg0->prevRot.y, arg8);
arg0->rot.z = SmoothInterpolate(arg0->rot.z, arg0->prevRot.z, arg8);
arg0->zoom = SmoothInterpolate(arg0->zoom, arg0->prevZoom, arg8);
}
inline f32 LinearInterpolation(f32 arg0, f32 arg1, f32 arg8, f32 arg9)
{
if (arg9 <= arg8) {
return arg1;
}
else {
return arg0 + ((arg8 / arg9) * (arg1 - arg0));
}
}
void fn_1_2EBC(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9)
{
arg1->prevCenter.x = LinearInterpolation(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = LinearInterpolation(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = LinearInterpolation(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = LinearInterpolation(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = LinearInterpolation(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = LinearInterpolation(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = LinearInterpolation(arg0->prevZoom, arg1->zoom, arg8, arg9);
}
void fn_1_3138(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9)
{
arg1->prevCenter.x = LinearInterpolation(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = LinearInterpolation(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = LinearInterpolation(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = LinearInterpolation(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = LinearInterpolation(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = LinearInterpolation(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = LinearInterpolation(arg0->prevZoom, arg1->zoom, arg8, arg9);
arg0->center.x = arg1->prevCenter.x;
arg0->center.y = arg1->prevCenter.y;
arg0->center.z = arg1->prevCenter.z;
arg0->rot.x = arg1->prevRot.x;
arg0->rot.y = arg1->prevRot.y;
arg0->rot.z = arg1->prevRot.z;
arg0->zoom = arg1->prevZoom;
}
void fn_1_33EC(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9, f32 argA)
{
arg1->prevCenter.x = LinearInterpolation(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = LinearInterpolation(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = LinearInterpolation(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = LinearInterpolation(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = LinearInterpolation(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = LinearInterpolation(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = LinearInterpolation(arg0->prevZoom, arg1->zoom, arg8, arg9);
arg0->center.x = SmoothInterpolate(arg0->center.x, arg1->prevCenter.x, argA);
arg0->center.y = SmoothInterpolate(arg0->center.y, arg1->prevCenter.y, argA);
arg0->center.z = SmoothInterpolate(arg0->center.z, arg1->prevCenter.z, argA);
arg0->rot.x = SmoothInterpolate(arg0->rot.x, arg1->prevRot.x, argA);
arg0->rot.y = SmoothInterpolate(arg0->rot.y, arg1->prevRot.y, argA);
arg0->rot.z = SmoothInterpolate(arg0->rot.z, arg1->prevRot.z, argA);
arg0->zoom = SmoothInterpolate(arg0->zoom, arg1->prevZoom, argA);
}
void fn_1_3858(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9)
{
arg1->prevCenter.x = fn_1_32C(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = fn_1_32C(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = fn_1_32C(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = fn_1_32C(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = fn_1_32C(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = fn_1_32C(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = fn_1_32C(arg0->prevZoom, arg1->zoom, arg8, arg9);
}
void fn_1_3CAC(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9)
{
arg1->prevCenter.x = fn_1_32C(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = fn_1_32C(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = fn_1_32C(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = fn_1_32C(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = fn_1_32C(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = fn_1_32C(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = fn_1_32C(arg0->prevZoom, arg1->zoom, arg8, arg9);
arg0->center.x = arg1->prevCenter.x;
arg0->center.y = arg1->prevCenter.y;
arg0->center.z = arg1->prevCenter.z;
arg0->rot.x = arg1->prevRot.x;
arg0->rot.y = arg1->prevRot.y;
arg0->rot.z = arg1->prevRot.z;
arg0->zoom = arg1->prevZoom;
}
void fn_1_4138(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9, f32 argA)
{
arg1->prevCenter.x = fn_1_32C(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = fn_1_32C(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = fn_1_32C(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = fn_1_32C(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = fn_1_32C(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = fn_1_32C(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = fn_1_32C(arg0->prevZoom, arg1->zoom, arg8, arg9);
arg0->center.x = SmoothInterpolate(arg0->center.x, arg1->prevCenter.x, argA);
arg0->center.y = SmoothInterpolate(arg0->center.y, arg1->prevCenter.y, argA);
arg0->center.z = SmoothInterpolate(arg0->center.z, arg1->prevCenter.z, argA);
arg0->rot.x = SmoothInterpolate(arg0->rot.x, arg1->prevRot.x, argA);
arg0->rot.y = SmoothInterpolate(arg0->rot.y, arg1->prevRot.y, argA);
arg0->rot.z = SmoothInterpolate(arg0->rot.z, arg1->prevRot.z, argA);
arg0->zoom = SmoothInterpolate(arg0->zoom, arg1->prevZoom, argA);
}
void fn_1_4790(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9)
{
arg1->prevCenter.x = fn_1_254(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = fn_1_254(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = fn_1_254(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = fn_1_254(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = fn_1_254(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = fn_1_254(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = fn_1_254(arg0->prevZoom, arg1->zoom, arg8, arg9);
}
void fn_1_4C54(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9)
{
arg1->prevCenter.x = fn_1_254(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = fn_1_254(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = fn_1_254(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = fn_1_254(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = fn_1_254(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = fn_1_254(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = fn_1_254(arg0->prevZoom, arg1->zoom, arg8, arg9);
arg0->center.x = arg1->prevCenter.x;
arg0->center.y = arg1->prevCenter.y;
arg0->center.z = arg1->prevCenter.z;
arg0->rot.x = arg1->prevRot.x;
arg0->rot.y = arg1->prevRot.y;
arg0->rot.z = arg1->prevRot.z;
arg0->zoom = arg1->prevZoom;
}
void fn_1_5150(MentDllUnkBss64Struct *arg0, MentDllUnkBss64Struct *arg1, f32 arg8, f32 arg9, f32 argA)
{
arg1->prevCenter.x = fn_1_254(arg0->prevCenter.x, arg1->center.x, arg8, arg9);
arg1->prevCenter.y = fn_1_254(arg0->prevCenter.y, arg1->center.y, arg8, arg9);
arg1->prevCenter.z = fn_1_254(arg0->prevCenter.z, arg1->center.z, arg8, arg9);
arg1->prevRot.x = fn_1_254(arg0->prevRot.x, arg1->rot.x, arg8, arg9);
arg1->prevRot.y = fn_1_254(arg0->prevRot.y, arg1->rot.y, arg8, arg9);
arg1->prevRot.z = fn_1_254(arg0->prevRot.z, arg1->rot.z, arg8, arg9);
arg1->prevZoom = fn_1_254(arg0->prevZoom, arg1->zoom, arg8, arg9);
arg0->center.x = SmoothInterpolate(arg0->center.x, arg1->prevCenter.x, argA);
arg0->center.y = SmoothInterpolate(arg0->center.y, arg1->prevCenter.y, argA);
arg0->center.z = SmoothInterpolate(arg0->center.z, arg1->prevCenter.z, argA);
arg0->rot.x = SmoothInterpolate(arg0->rot.x, arg1->prevRot.x, argA);
arg0->rot.y = SmoothInterpolate(arg0->rot.y, arg1->prevRot.y, argA);
arg0->rot.z = SmoothInterpolate(arg0->rot.z, arg1->prevRot.z, argA);
arg0->zoom = SmoothInterpolate(arg0->zoom, arg1->prevZoom, argA);
}
void fn_1_5818(omObjData *arg0, s32 arg1, s32 arg2, s32 arg3, s32 arg4)
{
switch (arg4) {
case 0:
Hu3DMotionShiftSet(arg0->model[arg1], arg0->motion[arg2], 0.0f, arg3, 0);
break;
case 1:
Hu3DMotionShiftSet(arg0->model[arg1], arg0->motion[arg2], 0.0f, arg3, 0x40000001);
break;
case 2:
Hu3DMotionShiftSet(arg0->model[arg1], arg0->motion[arg2], 0.0f, arg3, 0x40000002);
break;
}
arg0->work[0] = arg0->work[1] = arg0->work[2] = 0;
}
void fn_1_59A0(omObjData *arg0, s32 arg1, s32 arg2, s32 arg3, s32 arg4)
{
if (arg0->work[3] != arg0->motion[arg2]) {
arg0->work[3] = arg0->motion[arg2];
switch (arg4) {
case 0:
Hu3DMotionShiftSet(arg0->model[arg1], arg0->motion[arg2], 0.0f, arg3, 0);
break;
case 1:
Hu3DMotionShiftSet(arg0->model[arg1], arg0->motion[arg2], 0.0f, arg3, 0x40000001);
break;
case 2:
Hu3DMotionShiftSet(arg0->model[arg1], arg0->motion[arg2], 0.0f, arg3, 0x40000002);
break;
}
arg0->work[0] = arg0->work[1] = arg0->work[2] = 0;
}
}
void fn_1_5B50(omObjData *arg0, s32 arg1, s32 arg2, s32 arg3)
{
(void)arg1;
Hu3DMotionShiftSet(arg0->model[1], arg0->motion[arg1], 0.0f, arg3, 0);
arg0->work[0] = arg0->work[1] = arg0->work[2] = 0;
arg0->work[0] = 1;
arg0->work[1] = arg2;
arg0->work[2] = arg3 + 1;
}
void fn_1_5C08(omObjData *arg0)
{
s32 temp;
if (arg0->work[0] != 0) {
if (arg0->work[2] != 0) {
arg0->work[2] -= 1;
return;
}
if ((arg0->work[2] == 0) && (Hu3DMotionEndCheck(arg0->model[1]) != 0)) {
temp = arg0->work[1];
Hu3DMotionShiftSet(arg0->model[1], arg0->motion[temp], 0.0f, 15.0f, 0x40000001);
arg0->work[0] = arg0->work[1] = arg0->work[2] = 0;
arg0->work[0] = arg0->work[1] = arg0->work[2] = 0;
}
}
}
void fn_1_5CDC(omObjData *arg0, s32 arg1, s32 arg2)
{
HuPrcSleep(arg2 + 1);
do {
HuPrcVSleep();
} while (Hu3DMotionEndCheck(arg0->model[arg1]) == 0);
}
void fn_1_5D38(omObjData *arg0, s32 arg1, Vec arg2, float arg8, float arg9, float argA, s32 arg3, s32 arg4)
{
s32 temp_r29 = 0;
s32 temp_r28 = 0;
Vec sp4C;
Vec sp40;
Vec sp34;
Vec sp28;
Vec sp1C;
Vec sp10;
sp40.x = Hu3DData[arg0->model[arg1]].pos.x;
sp40.y = Hu3DData[arg0->model[arg1]].pos.y;
sp40.z = Hu3DData[arg0->model[arg1]].pos.z;
sp34.x = arg2.x;
sp34.y = arg2.y;
sp34.z = arg2.z;
sp1C.x = Hu3DData[arg0->model[arg1]].rot.x;
sp1C.y = Hu3DData[arg0->model[arg1]].rot.y;
sp1C.z = Hu3DData[arg0->model[arg1]].rot.z;
sp10.x = 0;
sp10.y = arg8;
sp10.z = 0;
if (sp34.x - sp40.x >= 0.0f) {
temp_r29 = 1;
}
else {
temp_r29 = 0;
}
if (sp34.z - sp40.z >= 0.0f) {
temp_r28 = 1;
}
else {
temp_r28 = 0;
}
while (arg3) {
fn_1_4D8();
sp28.y = -(atan2d(sp34.z - sp40.z, sp34.x - sp40.x) - 90);
if (sp28.y < 0.0f) {
sp28.y += 360.0f;
}
else if (sp28.y >= 360.0f) {
sp28.y -= 360.0f;
}
if (arg4) {
if (sp28.y >= 180.0f) {
if (sp1C.y - sp28.y >= 180.0f) {
sp1C.y -= 360.0f;
}
if (sp1C.y - sp28.y < -180.0f) {
sp1C.y += 360.0f;
}
}
else {
if (sp1C.y - sp28.y > 180.0f) {
sp1C.y -= 360.0f;
}
if (sp1C.y - sp28.y <= -180.0f) {
sp1C.y += 360.0f;
}
}
}
sp4C.x = sp40.x = sp40.x + (arg9 * sind(sp28.y));
sp4C.z = sp40.z = sp40.z + (arg9 * cosd(sp28.y));
if (temp_r29 == 1) {
if (sp40.x >= sp34.x) {
sp4C.x = sp40.x = sp34.x;
temp_r29 = 2;
}
}
else if (temp_r29 == 0) {
if (sp40.x <= sp34.x) {
sp4C.x = sp40.x = sp34.x;
temp_r29 = 2;
}
}
if (temp_r28 == 1) {
if (sp40.z >= sp34.z) {
sp4C.z = sp40.z = sp34.z;
temp_r28 = 2;
}
}
else if (temp_r28 == 0) {
if (sp40.z <= sp34.z) {
sp4C.z = sp40.z = sp34.z;
temp_r28 = 2;
}
}
if (arg4) {
sp1C.y = fn_1_234(sp1C.y, sp28.y, argA);
}
Hu3DModelPosSet(arg0->model[arg1], sp4C.x, sp40.y, sp4C.z);
Hu3DModelRotSet(arg0->model[arg1], sp1C.x, sp1C.y, sp1C.z);
if (temp_r29 == 2 && temp_r28 == 2) {
break;
}
}
sp1C.y = Hu3DData[arg0->model[arg1]].rot.y;
if (arg4) {
s32 temp_r27;
for (temp_r27 = 0; temp_r27 <= argA; temp_r27++) {
fn_1_4D8();
if (sp10.y >= 180.0f) {
if (sp1C.y - sp10.y >= 180.0f) {
sp1C.y -= 360.0f;
}
if (sp1C.y - sp10.y < -180.0f) {
sp1C.y += 360.0f;
}
}
else {
if (sp1C.y - sp10.y > 180.0f) {
sp1C.y -= 360.0f;
}
if (sp1C.y - sp10.y <= -180.0f) {
sp1C.y += 360.0f;
}
}
sp10.z = fn_1_20C(sp1C.y, sp10.y, temp_r27, argA);
Hu3DModelRotSet(arg0->model[arg1], sp1C.x, sp10.z, sp1C.z);
}
}
}
void fn_1_6534(s32 grpId, s32 memberNo, float posX, float posY)
{
HuSprPosSet(grpId, memberNo, posX, posY + 0.5f);
}
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