void Hook_R_DrawEntitiesOnList()
{
if( !g_Old_R_DrawEntitiesOnList && 0 != HL_ADDR_GET(R_DrawEntitiesOnList) )
{
g_Old_R_DrawEntitiesOnList = (R_DrawEntitiesOnList_t) DetourApply((BYTE *)HL_ADDR_GET(R_DrawEntitiesOnList), (BYTE *)New_R_DrawEntitiesOnList, (int)HL_ADDR_GET(DTOURSZ_R_DrawEntitiesOnList));
}
}
void Hook_Host_Frame()
{
if( !g_Old_HostFrame && 0 != HL_ADDR_GET(Host_Frame) )
{
g_phost_frametime = (double *)HL_ADDR_GET(host_frametime);
g_Old_HostFrame = (Host_Frame_t) DetourApply((BYTE *)HL_ADDR_GET(Host_Frame), (BYTE *)New_Host_Frame, (int)HL_ADDR_GET(Host_Frame_DSZ));
}
}
void touring_S_TransferPaintBuffer(int endtime)
{
static volatile dma_HL_t *shm;
if (g_FilmSound_Capturing)
{
// filming
shm=*(dma_HL_t **)HL_ADDR_GET(shm);
int paintedtime = *(int *)HL_ADDR_GET(paintedtime);
portable_samplepair_t * paintbuffer = (portable_samplepair_t *)HL_ADDR_GET(paintbuffer);
int iMyVolume = (int)(g_Volume*256.0f);
int * snd_p = (int *) paintbuffer;
int lpaintedtime = paintedtime;
while (lpaintedtime < endtime)
{
for (int i=0;i<2;i++)
{
int ilchan;
int irchan;
WORD wlchan,wrchan;
// limiter from Snd_WriteLinearBlastStereo16:
ilchan = (snd_p[0]*iMyVolume)>>8;
if (ilchan > 0x7fff) wlchan = 0x7fff;
else if (ilchan < (short)0x8000) wlchan = (short)0x8000;
else wlchan = ilchan;
irchan = (snd_p[1]*iMyVolume)>>8;
if (irchan > 0x7fff) wrchan = 0x7fff;
else if (irchan < (short)0x8000) wrchan = (short)0x8000;
else wrchan = irchan;
g_FilmSound->Snd_Supply(wlchan, wrchan);
snd_p+=2;
}
lpaintedtime++;
}
}
// pass through to sound buffer:
detoured_S_TransferPaintBuffer(endtime);
}
bool Hook_R_DrawViewModel()
{
static bool firstRun = true;
static bool firstResult = true;
if (!firstRun) return firstResult;
firstRun = false;
if (HL_ADDR_GET(R_DrawViewModel))
{
LONG error = NO_ERROR;
g_Old_R_DrawViewModel = (R_DrawViewModel_t)AFXADDR_GET(R_DrawViewModel);
DetourTransactionBegin();
DetourUpdateThread(GetCurrentThread());
DetourAttach(&(PVOID&)g_Old_R_DrawViewModel, New_R_DrawViewModel);
error = DetourTransactionCommit();
if (NO_ERROR != error)
{
firstResult = false;
ErrorBox("Interception failed:\nHook_R_DrawViewModel");
}
}
else
firstResult = false;
return firstResult;
}
bool Hook_Mod_LeafPvs()
{
static bool firstRun = true;
static bool firstResult = true;
if (!firstRun) return firstResult;
firstRun = false;
if (HL_ADDR_GET(Mod_LeafPVS) != NULL)
{
LONG error = NO_ERROR;
g_Old_Mod_LeafPVS = (Mod_LeafPVS_t)AFXADDR_GET(Mod_LeafPVS);
DetourTransactionBegin();
DetourUpdateThread(GetCurrentThread());
DetourAttach(&(PVOID&)g_Old_Mod_LeafPVS, New_Mod_LeafPVS);
error = DetourTransactionCommit();
if (NO_ERROR != error)
{
firstResult = false;
ErrorBox("Interception failed:\nHook_Mod_LeafPvs");
}
}
else
firstResult = false;
return firstResult;
}
void touring_S_PaintChannels(int endtime)
{
static volatile dma_HL_t *shm;
if (g_FilmSound_Capturing)
{
double dDeltaTime;
int deltaTime;
shm = *(dma_HL_t **)HL_ADDR_GET(shm);
dDeltaTime = (
g_TargetTime - g_CurrentTime
) * (double)shm->Quake_speed;
// and override
switch(g_FilmSound_TimeRounding)
{
case FS_TR_CEIL:
deltaTime = (int)ceil(dDeltaTime); // we preffer having too much samples when stopping
break;
case FS_TR_FLOOR:
default:
deltaTime = (int)floor(dDeltaTime); // we preffer having faster updates and therefore less samples during filming
break;
}
// we cannot go back in time, so stfu:
if(deltaTime < 0) deltaTime = 0;
dDeltaTime = (double)deltaTime / (double)shm->Quake_speed;
// >> Sound painting
detoured_S_PaintChannels(*(int *)HL_ADDR_GET(paintedtime) +deltaTime);
// << Sound painting
// update Our class's _CurrentTime:
g_CurrentTime = g_CurrentTime +dDeltaTime;
}
else
{
// don't do anything abnormal
detoured_S_PaintChannels(endtime);
}
}
void CFilmSound::Stop()
{
if(!g_FilmSound_Capturing)
return;
// for sound finishing and extra sound make it ceil:
g_FilmSound_TimeRounding = FS_TR_CEIL;
//
// finish the painting:
touring_S_PaintChannels(*(int *)HL_ADDR_GET(paintedtime));
_fEndWave(_pWaveFile); // finish the wave file
_pWaveFile = 0;
//
// do any extra painting:
if(m_pWaveFileExtra)
{
_pWaveFile = m_pWaveFileExtra;
m_pWaveFileExtra = 0;
g_TargetTime += m_ExtraTime;
touring_S_PaintChannels(*(int *)HL_ADDR_GET(paintedtime));
_fEndWave(_pWaveFile); // finish the wave file
_pWaveFile = 0;
}
// done capturing, stop and restore:
g_FilmSound_Capturing = false;
pEngfuncs->Con_Printf("Sound system finished stopping (almost :).\n");
//
// make soundsystem catch up:
touring_GetSoundtime();
*(int *)HL_ADDR_GET(paintedtime) = (*(int *)HL_ADDR_GET(soundtime)) >> 1;
pEngfuncs->pfnClientCmd("stopsound");
}
void Hook_Cstrike_CrossHair_Fix()
{
static bool firstRun = true;
if(!firstRun) return;
firstRun = false;
double * addrMul = (double *)HL_ADDR_GET(cstrike_UnkCrosshairFn_mul_fac);
double * addrAdd = (double *)HL_ADDR_GET(cstrike_UnkCrosshairFn_add_fac);
BYTE * addrFn = (BYTE *)HL_ADDR_GET(cstrike_UnkCrosshairFn);
int addrFnDsz = (int)HL_ADDR_GET(cstrike_UnkCrosshairFn_DSZ);
if(!(
addrMul && addrAdd && addrFn && addrFnDsz
)) return;
g_pfnCrosshairFix_Hooked_Func = (UnkCstrikeCrosshairFn_t)DetourClassFunc(addrFn, (BYTE *)CrosshairFix_Hooking_Func, addrFnDsz);
g_f_ch_mul_fac = addrMul;
g_f_ch_add_fac = addrAdd;
}
bool CFilmSound::Start(wchar_t const * fileName, double dTargetTime, float fUseVolume, wchar_t const * extraFileName, double extraTime)
{
InstallHooks(); // make sure hooks are installed
if (!g_FilmSound_Capturing)
{
// only start when idle
g_FilmSound_TimeRounding = FS_TR_FLOOR;
// init time:
g_TargetTime = dTargetTime;
g_CurrentTime = 0.0;
// set volume:
g_Volume = fUseVolume;
// retrive sound info structure (since we need the samples per second value == shm->Valve_speed):
volatile dma_HL_t *shm=*(dma_HL_t **)HL_ADDR_GET(shm);
if(!(_pWaveFile=_fBeginWave(fileName, shm->Valve_speed))) // we use Quake speed since we capture the internal mixer
return false; // on fail return false
m_pWaveFileExtra = 0;
if(0 < extraTime)
{
m_ExtraTime = extraTime;
if(!(m_pWaveFileExtra = _fBeginWave(extraFileName, shm->Valve_speed)))
{
_fEndWave(_pWaveFile);
return false;
}
}
g_FilmSound_Capturing = true; // switch to filming mode
return true;
}
return false;
}
void InstallHooks()
{
// notice the memory allocted here gets never freed o_O
if(!detoured_GetSoundtime) detoured_GetSoundtime = (GetSoundtime_t) DetourApply((BYTE *)HL_ADDR_GET(GetSoundtime), (BYTE *)touring_GetSoundtime, (int)HL_ADDR_GET(DTOURSZ_GetSoundtime));
if(!detoured_S_PaintChannels) detoured_S_PaintChannels = (S_PaintChannels_t) DetourApply((BYTE *)HL_ADDR_GET(S_PaintChannels), (BYTE *)touring_S_PaintChannels, (int)HL_ADDR_GET(DTOURSZ_S_PaintChannels));
if(!detoured_S_TransferPaintBuffer) detoured_S_TransferPaintBuffer = (S_TransferPaintBuffer_t) DetourApply((BYTE *)HL_ADDR_GET(S_TransferPaintBuffer), (BYTE *)touring_S_TransferPaintBuffer, (int)HL_ADDR_GET(DTOURSZ_S_TransferPaintBuffer));
if(!detoured_SND_PickChannel) detoured_SND_PickChannel = (SND_PickChannel_t)DetourApply((BYTE *)HL_ADDR_GET(SND_PickChannel), (BYTE *)touring_SND_PickChannel, (int)HL_ADDR_GET(DTOURSZ_SND_PickChannel));
}
void Hook_R_PolyBlend()
{
if (!g_Old_R_PolyBlend && (HL_ADDR_GET(R_PolyBlend)!=NULL))
g_Old_R_PolyBlend = (R_PolyBlend_t) DetourApply((BYTE *)HL_ADDR_GET(R_PolyBlend), (BYTE *)New_R_PolyBlend, (int)HL_ADDR_GET(DTOURSZ_R_PolyBlend));
}
void Hook_Mod_LeafPvs()
{
if (!g_Old_Mod_LeafPVS && (HL_ADDR_GET(Mod_LeafPVS)!=NULL))
g_Old_Mod_LeafPVS = (Mod_LeafPVS_t) DetourApply((BYTE *)HL_ADDR_GET(Mod_LeafPVS), (BYTE *)New_Mod_LeafPVS, (int)HL_ADDR_GET(DTOURSZ_Mod_LeafPVS));
}
