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dllmain.cpp
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dllmain.cpp
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// NFSHP2 widescreen fix
// TODO: reduce & optimize expensive strcmp's
// TODO: tidy up the code a bit more
#include "stdafx.h"
#include "stdio.h"
#include <string.h>
#define _USE_MATH_DEFINES
#include <math.h>
#include <direct.h>
#include <Windows.h>
#include <Shlobj.h>
#include "includes\injector\injector.hpp"
#include "includes\IniReader.h"
#ifdef HP2DEBUG
#include "HP2_DBG_Addresses.h"
#else
#include "HP2_242_Addresses.h"
#endif
#define FOUR_BY_THREE_ASPECT 1.3333333333333333333333333333333
#define LETTERBOX_ASPECT 2.1052631578947368421052631578947
#define INTRO_LETTERBOX_ASPECT 2.9411764705882352941176470588235
void InjectRes();
int InitRenderCaps();
volatile int resX = 1280;
volatile int resY = 720;
volatile float resX_43f = 960.0;
volatile float resX_600height = 1067.0;
volatile float resX_480height = 853.333334;
volatile float aspect;
volatile float aspect_diff = 0.75;
volatile float xscale_800 = 1.33375;
volatile float xscale_640 = FOUR_BY_THREE_ASPECT;
char UserDir[MAX_PATH];
char RenderCapsIni[MAX_PATH];
char MkDirStr[MAX_PATH + 7];
char* CurrentFEElement;
char* CurrentFEShapePointer;
char CurrentFEShape[255];
//char* CurrentFEChild;
bool bEnableConsole = false;
bool bDisableLetterboxing = false;
bool bClassicMapPosition = false;
bool bAlternativeBackground = false;
int FixHUD = 2;
unsigned int ReflectionResolution = 128;
unsigned int RenderMemorySize = 0x732000;
unsigned int GeneralMemorySize = 0x5FB9000;
unsigned int AudioMemorySize = 0xA00000;
unsigned int TrackMemorySize = 0x2B00000;
unsigned int LevelMemorySize = 0x196000;
unsigned int UIMemorySize = 0x400000;
unsigned int CarsMemorySize = 0x700000;
unsigned int CharacterMemorySize = 0x17D000;
unsigned int ReplayMemorySize = 0x64000;
unsigned int IniFileMemorySize = 0x10000;
float FE_horscale = 1.0;
float FE_horposition = 0.0;
int OptionsMenuXsize = 650;
// coord offsets for HUD elements
int Tach_XOffset = 0;
int Tach_YOffset = 0;
int Map_XOffset = 0;
int Map_YOffset = 0;
int Time_XOffset = 0;
int Time_YOffset = 0;
int RVM_XOffset = 0;
int RVM_YOffset = 0;
int POS_XOffset = 0;
int POS_YOffset = 0;
int Cuffo_XOffset = 0;
int Cuffo_YOffset = 0;
int CopAmmo_XOffset = 0;
int CopAmmo_YOffset = 0;
int Score_XOffset = 0;
int Score_YOffset = 0;
int Dash_XOffset = 0;
int Dash_YOffset = 0;
int(__thiscall*ReadIni_Float)(unsigned int dis, char *section, char *key, float* value) = (int(__thiscall*)(unsigned int, char*, char*, float*))0x00527650;
int(__thiscall*ReadIni_Int)(unsigned int dis, char *section, char *key, int* value) = (int(__thiscall*)(unsigned int, char*, char*, int*))0x00527560;
int(__thiscall*WriteRenderCaps)(unsigned int dis) = (int(__thiscall*)(unsigned int))0x005410D0;
int(__thiscall*sub_59B840)(unsigned int dis, char *key, unsigned int unk1, unsigned int unk2) = (int(__thiscall*)(unsigned int, char*, unsigned int, unsigned int))0x59B840;
//int(__thiscall*sub_59B6E0)(unsigned int dis, char *key, unsigned int unk1, unsigned int unk2) = (int(__thiscall*)(unsigned int, char*, unsigned int, unsigned int))0x59B6E0;
int(__thiscall*sub_5994D0)(unsigned int dis, unsigned int unk1) = (int(__thiscall*)(unsigned int, unsigned int))0x5994D0;
int(__thiscall*sub_5997B0)(unsigned int dis) = (int(__thiscall*)(unsigned int))0x5997B0;
//int(__stdcall*sub_593DB0)(char *filename, char *FE_element, unsigned int unk) = (int(__stdcall*)(char*, char*, unsigned int))0x593DB0;
struct UnkClass1
{
void* vtable;
int x;
int y;
};
struct mBorders
{
int unk;
int topY;
int topX;
int botX;
int botY;
};
void GetDesktopRes(volatile int* desktop_resX, volatile int* desktop_resY)
{
HMONITOR monitor = MonitorFromWindow(GetDesktopWindow(), MONITOR_DEFAULTTONEAREST);
MONITORINFO info = {};
info.cbSize = sizeof(MONITORINFO);
GetMonitorInfo(monitor, &info);
*desktop_resX = info.rcMonitor.right - info.rcMonitor.left;
*desktop_resY = info.rcMonitor.bottom - info.rcMonitor.top;
}
volatile float RecalculateFOV_4by3(float InFOV)
{
float hfovRad = InFOV * M_PI / 180.0;
float vfovRad = 2.0f*atan(tan(hfovRad*0.5) / (4.0 / 3.0));
float newfovRad = 2.0f*atan(aspect*tan(vfovRad*0.5f));
float vfov = (vfovRad * 180.0) / M_PI;
float newfov = (newfovRad * 180.0) / M_PI;
//printf("FOVCALC: hfovRad = %.2f | vfovRad = %.2f | vfov = %.2f | resultrad = %.2f | result = %.2f | aspect = %.2f\n", hfovRad, vfovRad, vfov, newfovRad, newfov, aspect);
return newfov;
}
bool CheckForPathAbsolution(const char* input)
{
if ((input[0] == '.') || (input[1] == '\\') || (input[1] == ':') || (input[2] == '\\'))
return true;
return false;
}
int __stdcall sub_59BAE0_hook(int a2, int a3)
{
int v3; // eax@1
int result; // eax@2
unsigned int thethis = 0;
_asm mov thethis, ecx
v3 = (*(int(__stdcall **)(int))(*(int*)thethis + 20))(a2);
CurrentFEShapePointer = *(char**)(v3 + 4);
strcpy(CurrentFEShape, CurrentFEShapePointer);
// alternative titlescreen graphics start
if (bAlternativeBackground)
{
if (strcmp(CurrentFEShapePointer, "[PC:S_INTRO.LYR.PCD] back") == 0)
{
strcpy(CurrentFEShapePointer, "[PC:S_FEAT.LYR.PCD] feat");
}
}
// alternative titlescreen graphics end
if (*(int*)(v3 + 12))
{
sub_5994D0(a3, v3);
result = 1;
}
else
{
sub_5997B0(a3);
result = 0;
}
return result;
}
int __cdecl sub_5954A0(int a1, int a2)
{
float v8; // [sp+1Ch] [bp+Ch]@1
float v9; // [sp+1Ch] [bp+Ch]@1
float v10; // [sp+1Ch] [bp+Ch]@1
float v11; // [sp+1Ch] [bp+Ch]@1
v8 = (double)(*(int*)(a2 + 4) + *(int*)(a2 + 16)) * *(float*)FE_FUNCTIONS_YSCALE_ADDRESS - *(float*)FE_YPOS_ADDRESS;
v10 = (double)*(signed int *)(a2 + 4) * *(float*)FE_FUNCTIONS_YSCALE_ADDRESS - *(float*)FE_YPOS_ADDRESS;
// the subtraction by the FE X position causes weird text bugs... removing that fixes text
v9 = (double)(*(int*)(a2 + 8) + *(int*)(a2 + 12)) * *(float*)FE_FUNCTIONS_XSCALE_ADDRESS;
v11 = (double)*(signed int *)(a2 + 8) * *(float*)FE_FUNCTIONS_XSCALE_ADDRESS;
*(int*)(a1 + 8) = (int)v11;
*(int*)(a1 + 12) = (int)(v9 - v11);
*(int*)a1 = 0x65E010;
*(int*)(a1 + 4) = (int)v10;
*(int*)(a1 + 16) = (int)(v8 - v10);
return a1;
}
UnkClass1* __cdecl FE_CursorPos(UnkClass1* out, UnkClass1* in)
{
float v5;
float v6;
v6 = (*in).x * *(float*)FE_FUNCTIONS_XSCALE_ADDRESS - (*(float*)FE_XPOS_ADDRESS / *(float*)FE_XSCALE_ADDRESS);
v5 = (*in).y * *(float*)FE_FUNCTIONS_YSCALE_ADDRESS - *(float*)FE_YPOS_ADDRESS;
(*out).vtable = (void*)0x65E1F8;
(*out).x = (int)v6;
(*out).y = (int)v5;
return out;
}
//int __stdcall sub_593DB0_hook(char *filename, char *FE_element, unsigned int unk)
//{
// printf("FE: %s [%s]\n", filename, FE_element);
// return sub_593DB0(filename, FE_element, unk);
//}
int __stdcall sub_59B840_hook(char *key, mBorders* unk1, unsigned int unk2)
{
unsigned int thethis = 0;
_asm mov thethis, ecx
unsigned int retval1 = sub_59B840(thethis, key, (int)unk1, unk2);
if (FixHUD > 1)
(*unk1).botX = resX_600height;
if (FixHUD == 1)
*(float*)FE_XPOS_ADDRESS = FE_horposition;
return retval1;
}
//int __stdcall sub_59B6E0_hook(char *key, unsigned int unk1, unsigned int unk2) // hook for fixing specific UI elements' mBorders
//{
// unsigned int thethis = 0;
// _asm mov thethis, ecx
// unsigned int retval1 = sub_59B6E0(thethis, key, unk1, unk2);
// CurrentFEChild = *(char**)(unk1 + 4);
// //if (CurrentFEChild)
// // printf("FE: CHILD: %s\n", CurrentFEChild);
//
// return retval1;
//}
int __stdcall sub_59B840_hook_2(char *key, mBorders* unk1, unsigned int unk2) // hook for fixing specific UI elements' mBorders
{
unsigned int thethis = 0;
_asm mov thethis, ecx
CurrentFEElement = *(char**)(thethis + 8);
unsigned int retval = sub_59B840(thethis, key, (int)unk1, unk2);
if (FixHUD > 1)
{
(*unk1).topX *= xscale_800;
if ((*unk1).botX == 800)
{
(*unk1).botX = resX_600height;
}
if ((*unk1).botX == 640)
{
(*unk1).botX = resX_480height;
}
//printf("TESTVAR_X = %X\nTESTVAR_Y = %X\n", &testvarX, &testvarY);
// SLIDER FIX START
// sliders are a bit of their own kind, their boundary box has to increase with the screen size in order to draw properly
if (strcmp(strrchr(CurrentFEElement, '.'), ".CmnSlider") == 0)
{
(*unk1).botX *= xscale_800;
(*unk1).botX += 2;
}
if (strcmp(CurrentFEShape, "[PC:C_CNTRLS01.TPG.PCD] slBG") == 0)
{
(*unk1).botX *= xscale_800;
}
// SLIDER FIX END
// fix for hud - this will have to be coded specially for every element that is broken...
if (strcmp(CurrentFEElement, "s1.HudText") == 0)
{
(*unk1).topX = resX_600height - 82;
(*unk1).topY = 2;
(*unk1).topX -= Time_XOffset;
(*unk1).topY += Time_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "s2.HudText") == 0)
{
(*unk1).topX = resX_600height - 82;
(*unk1).topY = 19;
(*unk1).topX -= Time_XOffset;
(*unk1).topY += Time_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "s3.HudText") == 0)
{
(*unk1).topX = resX_600height - 82;
(*unk1).topY = 36;
(*unk1).topX -= Time_XOffset;
(*unk1).topY += Time_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "sl1.HudText") == 0)
{
(*unk1).topX = resX_600height - (*unk1).botX - 98;
(*unk1).topY = 2;
(*unk1).topX -= Time_XOffset;
(*unk1).topY += Time_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "sl2.HudText") == 0)
{
(*unk1).topX = resX_600height - (*unk1).botX - 96;
(*unk1).topY = 19;
(*unk1).topX -= Time_XOffset;
(*unk1).topY += Time_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "sl3.HudText") == 0)
{
(*unk1).topX = resX_600height - (*unk1).botX - 97;
(*unk1).topY = 36;
(*unk1).topX -= Time_XOffset;
(*unk1).topY += Time_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "p1.HudText") == 0)
{
(*unk1).topX = 16;
(*unk1).topY = 0;
(*unk1).topX += POS_XOffset;
(*unk1).topX += POS_YOffset;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
//return retval;
}
if (strcmp(CurrentFEElement, "p2.HudText") == 0)
{
(*unk1).topX = 64;
(*unk1).topY = 14;
(*unk1).topX += POS_XOffset;
(*unk1).topX += POS_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "score.HudText") == 0)
{
(*unk1).topX = 0;
if (!bClassicMapPosition)
{
(*unk1).topY = 64;
}
(*unk1).topX += Score_XOffset;
(*unk1).topY += Score_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "map.HudMap") == 0)
{
(*unk1).topX = 2 + Map_XOffset;
if (!bClassicMapPosition)
(*unk1).topY = 473;
(*unk1).topY -= Map_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "<TEXT>.FlashText") == 0)
{
if ((*unk1).topX == 0 && (*unk1).topY == 125 && (*unk1).botX == 142 && (*unk1).botY == 12)
{
(*unk1).topX = 0;
if (!bClassicMapPosition)
{
(*unk1).topY = -16;
}
//return retval;
}
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "bi1.HudStaticArt") == 0)
{
(*unk1).topX = 2;
(*unk1).topY = 2;
(*unk1).topX += CopAmmo_XOffset;
(*unk1).topY += CopAmmo_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "bi2.HudStaticArt") == 0)
{
(*unk1).topX = 2;
(*unk1).topY = 21;
(*unk1).topX += CopAmmo_XOffset;
(*unk1).topY += CopAmmo_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "bi3.HudStaticArt") == 0)
{
(*unk1).topX = 2;
(*unk1).topY = 40;
(*unk1).topX += CopAmmo_XOffset;
(*unk1).topY += CopAmmo_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "bt1.HudText") == 0)
{
(*unk1).topX = 2;
(*unk1).topY = 40;
(*unk1).topX += CopAmmo_XOffset;
(*unk1).topY += CopAmmo_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "bt2.HudText") == 0)
{
(*unk1).topX = 2;
(*unk1).topY = 21;
(*unk1).topX += CopAmmo_XOffset;
(*unk1).topY += CopAmmo_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "bt3.HudText") == 0)
{
(*unk1).topX = 2;
(*unk1).topY = 2;
(*unk1).topX += CopAmmo_XOffset;
(*unk1).topY += CopAmmo_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
// RVM start
if (strcmp(CurrentFEElement, "rearview.HudRearView") == 0)
{
(*unk1).topX = (resX_600height - (*unk1).botX) / 2;
(*unk1).topY = 4;
(*unk1).topX -= RVM_XOffset;
(*unk1).topY += RVM_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEShape, "[PC:H_MIRROR.TPG.PCD] edge") == 0)
{
if (strcmp(CurrentFEElement, "i0.GStaticImage") == 0)
{
(*unk1).topX = -8;
(*unk1).topY = -3;
//(*unk1).topX -= RVM_XOffset;
//(*unk1).topY -= RVM_YOffset;
//return retval;
}
if (strcmp(CurrentFEElement, "i0a.GStaticImage") == 0)
{
(*unk1).topX = 199;
(*unk1).topY = -3;
//(*unk1).topX -= RVM_XOffset;
//(*unk1).topY -= RVM_YOffset;
//return retval;
}
}
// RVM end
// tach start
if (strcmp(CurrentFEElement, "digitach.HudTachometer") == 0)
{
(*unk1).topX = resX_600height - 60 - Tach_XOffset;
(*unk1).topY += 20 - Tach_YOffset; // this will need fixing if we're gonna do 1:1 scaling...
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEShape, "[PC:H_TACH.TPG.PCD] bck1") == 0)
{
(*unk1).topX = -72;
//return retval;
}
if (strcmp(CurrentFEElement, "5500.GSimpleImage") == 0)
{
(*unk1).topX = -24;
(*unk1).topY = 36;
//return retval;
}
if (strcmp(CurrentFEElement, "6000.GSimpleImage") == 0)
{
(*unk1).topX = -17;
(*unk1).topY = 34;
//return retval;
}
if (strcmp(CurrentFEElement, "6500.GSimpleImage") == 0)
{
(*unk1).topX = -10;
(*unk1).topY = 32;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "7000.GSimpleImage") == 0)
{
(*unk1).topX = -2;
(*unk1).topY = 32;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "7500.GSimpleImage") == 0)
{
(*unk1).topX = 6;
(*unk1).topY = 32;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "8000.GSimpleImage") == 0)
{
(*unk1).topX = 12;
(*unk1).topY = 32;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "8500.GSimpleImage") == 0)
{
(*unk1).topX = 19;
(*unk1).topY = 34;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "9000.GSimpleImage") == 0)
{
(*unk1).topX = 26;
(*unk1).topY = 36;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "speed.HudText") == 0)
{
if ((*unk1).botX == 84 && (*unk1).botY == 17)
{
(*unk1).topX = -35;
//return retval;
}
}
if (strcmp(CurrentFEElement, "gear.HudText") == 0)
{
if ((*unk1).botX == 36 && (*unk1).botY == 16)
{
(*unk1).topX = 4;
//return retval;
}
}
// tach end
// dash start
if (strcmp(CurrentFEElement, "dash.HudDashboard") == 0)
{
(*unk1).topX = (resX_600height - (*unk1).botX) / 2;
(*unk1).topY -= 6;
(*unk1).topX += Dash_XOffset;
(*unk1).topY -= Dash_YOffset;
if (Dash_YOffset < Cuffo_YOffset)
(*unk1).topY -= Cuffo_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "speed.HudText") == 0)
{
if (!((*unk1).botX == 84 && (*unk1).botY == 17))
{
(*unk1).topX /= xscale_800;
//return retval;
}
}
if (strcmp(CurrentFEElement, "gear.HudText") == 0)
{
if (!((*unk1).botX == 36 && (*unk1).botY == 16))
{
(*unk1).topX /= xscale_800;
//return retval;
}
}
if (strcmp(CurrentFEElement, "speedo.HudSpeedometer") == 0)
{
(*unk1).topX /= xscale_800;
//return retval;
}
if (strcmp(CurrentFEElement, "tach.HudTachometer") == 0)
{
(*unk1).topX /= xscale_800;
//return retval;
}
// dash end
// EA Trax Chyron start
if (strcmp(CurrentFEElement, "<ARTIST>.GText") == 0)
{
(*unk1).topX = 0;
//return retval;
}
if (strcmp(CurrentFEElement, "<TITLE>.GText") == 0)
{
(*unk1).topX = 0;
//return retval;
}
if (strcmp(CurrentFEElement, "<ALBUM>.GText") == 0)
{
(*unk1).topX = 0;
//return retval;
}
if (strcmp(CurrentFEElement, "<BRAND>.GText") == 0)
{
(*unk1).topX = 0;
//return retval;
}
if (strcmp(CurrentFEElement, "b1.GImageBox") == 0)
{
if ((*unk1).botX == 175 && (*unk1).botY == 17)
{
(*unk1).topX = -2;
//return retval;
}
}
if (strcmp(CurrentFEElement, "b2.GImageBox") == 0)
{
if ((*unk1).botX == 175 && (*unk1).botY == 17)
{
(*unk1).topX = -2;
//return retval;
}
}
if (strcmp(CurrentFEElement, "a1.GImageBox") == 0)
{
if ((*unk1).botX == 176 && (*unk1).botY == 71)
{
(*unk1).topX = -2;
//return retval;
}
}
if (strcmp(CurrentFEElement, "a1b.GImageBox") == 0)
{
if ((*unk1).botX == 76 && (*unk1).botY == 71)
{
(*unk1).topX = -78;
//return retval;
}
}
if (strcmp(CurrentFEElement, "b1b.GImageBox") == 0)
{
if ((*unk1).botX == 76 && (*unk1).botY == 17)
{
(*unk1).topX = -78;
//return retval;
}
}
if (strcmp(CurrentFEElement, "b2b.GImageBox") == 0)
{
if ((*unk1).botX == 76 && (*unk1).botY == 17)
{
(*unk1).topX = -78;
//return retval;
}
}
// EA Trax Chyron end
// cuffometer
if (strcmp(CurrentFEElement, "<CUFFOMETER>.WCuffometer") == 0)
{
(*unk1).topX = (resX_600height - (*unk1).botX) / 2;
(*unk1).topY = (600 - (*unk1).botY) - 2;
(*unk1).topX += Cuffo_XOffset;
(*unk1).topY -= Cuffo_YOffset;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "<star0>.GStaticImage") == 0)
{
(*unk1).topX = 26;
(*unk1).topY = 16;
//return retval;
}
if (strcmp(CurrentFEElement, "<star1>.GStaticImage") == 0)
{
(*unk1).topX = 46;
(*unk1).topY = 16;
//return retval;
}
if (strcmp(CurrentFEElement, "<star2>.GStaticImage") == 0)
{
(*unk1).topX = 66;
(*unk1).topY = 16;
//return retval;
}
if (strcmp(CurrentFEElement, "<star3>.GStaticImage") == 0)
{
(*unk1).topX = 87;
(*unk1).topY = 16;
//return retval;
}
if (strcmp(CurrentFEElement, "<star4>.GStaticImage") == 0)
{
(*unk1).topX = 107;
(*unk1).topY = 16;
//return retval;
}
if (strcmp(CurrentFEElement, "Reset.FlashText") == 0)
{
(*unk1).topX = -24;
(*unk1).topY = -16;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
if (strcmp(CurrentFEElement, "<bar>.ProgressBar") == 0)
{
(*unk1).topX = 5;
(*unk1).topY = 2;
//return retval;
}
if (strcmp(CurrentFEElement, "<bar2>.ProgressBar") == 0)
{
(*unk1).topX = 5;
(*unk1).topY = 2;
//return retval;
}
if (strcmp(CurrentFEElement, "i1.GImageBox") == 0)
{
if ((*unk1).botX == 75 && (*unk1).botY == 14)
{
(*unk1).topX = 47;
(*unk1).topY = 20;
//return retval;
}
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
// cuffometer end
// ping display start
if (strcmp(CurrentFEElement, "<PINGDISPLAY>.GWidget") == 0)
{
(*unk1).topX = 130;
(*unk1).topY = 565;
//return retval;
}
// ping display end
// letterbox scaling
if ((strcmp(CurrentFEElement, "boxT.GImageBox") == 0) || (strcmp(CurrentFEElement, "tttt.GImageBox") == 0 || (strcmp(CurrentFEElement, "T.GImageBox") == 0)))
{
if (bDisableLetterboxing)
{
(*unk1).botX = 0;
(*unk1).botY = 0;
}
else
(*unk1).botY = (600 - (resX_600height / LETTERBOX_ASPECT)) / 2;
//return retval;
}
if ((strcmp(CurrentFEElement, "boxB.GImageBox") == 0) || (strcmp(CurrentFEElement, "bbbb.GImageBox") == 0 || (strcmp(CurrentFEElement, "B.GImageBox") == 0)))
{
if (bDisableLetterboxing)
{
(*unk1).botX = 0;
(*unk1).botY = 0;
}
else
{
(*unk1).botY = (600 - (resX_600height / LETTERBOX_ASPECT)) / 2;
(*unk1).topY += 110 - (*unk1).botY;
}
//return retval;
}
// title screen & load screen
// logo
if ((strcmp(CurrentFEElement, "LOGO.GStaticImage") == 0) || (strcmp(CurrentFEElement, "logo.GStaticImage") == 0))
{
(*unk1).topX = (resX_600height - (*unk1).botX) / 2;
// alternative titlescreen graphics start
if (!bAlternativeBackground)
{
(*unk1).botX = 0;
(*unk1).botY = 0;
}
// alternative titlescreen graphics end
//return retval;
}
if (strcmp(CurrentFEShape, "[PC:S_INTRO.LYR.PCD] nfsl") == 0)
{
(*unk1).topX = (resX_600height - (*unk1).botX) / 2;
// alternative titlescreen graphics start
if (bAlternativeBackground)
{
(*unk1).botX = 0;
(*unk1).botY = 0;
}
// alternative titlescreen graphics end
//return retval;
}
// alternative titlescreen graphics start
if (bAlternativeBackground)
{
if (strcmp(CurrentFEElement, "title.GText") == 0)
{
if ((*unk1).botX == 225 && (*unk1).botY == 42 && (*unk1).topY == 116)
{
(*unk1).topY = 60;
}
}
}
// alternative titlescreen graphics end
if (strcmp(CurrentFEElement, "EATip.GText") == 0)
{
(*unk1).topX = (resX_600height - (*unk1).botX) / 2;
//return retval;
}
if (strcmp(CurrentFEElement, "loadbar.GStaticImage") == 0)
{
(*unk1).topX = (resX_600height / 2) - 70;
//return retval;
}
if (strcmp(CurrentFEElement, "<BAR>.GImageBox") == 0)
{
(*unk1).topX = (resX_600height / 2) - 64;
//return retval;
//printf("GUI.mBorders pointers: [ %X , %X ] %X , %X\n", &(*unk1).topX, &(*unk1).topY, &(*unk1).botX, &(*unk1).botY);
//printf("GUI.mBorders: [ %d , %d ] %d , %d\n", (*unk1).topX, (*unk1).topY, (*unk1).botX, (*unk1).botY);
}
// backround letterbox scale
//if (strcmp(CurrentFEShape, "[PC:S_INTRO.LYR.PCD] back") == 0)
//{
// (*unk1).topY = -((resX_600height / INTRO_LETTERBOX_ASPECT) / 2);
// (*unk1).botY = (resX_600height / INTRO_LETTERBOX_ASPECT) + 600;
// //(*unk1).topX = pow(aspect, 2) * 90;
// //(*unk1).topX = 435;
//}
// title screen end
// titlebar fix
if (strcmp(CurrentFEElement, "ul.GImageBox") == 0)
{
(*unk1).botX = resX_600height / 2;
//return retval;
}
if (strcmp(CurrentFEElement, "bl.GImageBox") == 0)
{
(*unk1).botX = resX_600height / 2;
//return retval;
}
if (strcmp(CurrentFEElement, "cl.GImageBox") == 0)
{
(*unk1).botX = resX_600height / 2;
//return retval;
}
if (strcmp(CurrentFEElement, "ur.GImageBox") == 0)
{
(*unk1).botX = resX_600height / 2;
//return retval;
}
if (strcmp(CurrentFEElement, "br.GImageBox") == 0)
{
(*unk1).botX = resX_600height / 2;
//return retval;
}
if (strcmp(CurrentFEElement, "cr.GImageBox") == 0)
{
(*unk1).botX = resX_600height / 2;
//return retval;
}
// titlebar end
// console fix
if (strcmp(CurrentFEElement, "!console.GStaticImage") == 0)
{
(*unk1).botX = resX_600height * 0.77875;
//return retval;
}
// console end
// button edges
if (strcmp(CurrentFEElement, "L0.GImageBox") == 0)
{
(*unk1).topX /= xscale_800;
//return retval;
}
if (strcmp(CurrentFEElement, "R0.GImageBox") == 0)
{
(*unk1).topX /= xscale_800;
//return retval;
}
if (strcmp(CurrentFEElement, "L1.GImageBox") == 0)
{
(*unk1).topX /= xscale_800;
//return retval;
}
if (strcmp(CurrentFEElement, "R1.GImageBox") == 0)
{
(*unk1).topX /= xscale_800;
//return retval;
}
if (strcmp(CurrentFEElement, "!H0left.GImageBox") == 0)
{
(*unk1).topX = (resX_600height - (*unk1).botX) / 9;
//return retval;
}
if (strcmp(CurrentFEElement, "!H1left.GImageBox") == 0)
{
(*unk1).topX = (resX_600height - (*unk1).botX) / 9;
//return retval;
}
// button edges end
// Dialogbox start
if (strcmp(CurrentFEElement, "botart.GStaticImage") == 0)