void cPVCamera::Update(float afFrameTime)
{
if(mpGame->GetInput()->IsTriggerd("Escape"))
{
mpGame->Exit();
}
/*float fMul = mpGame->GetStepSize();
if(mpGame->GetInput()->IsTriggerd("Forward")) mpCamera->MoveForward(mfSpeed * fMul);
if(mpGame->GetInput()->IsTriggerd("Backward")) mpCamera->MoveForward(-mfSpeed* fMul);
if(mpGame->GetInput()->IsTriggerd("Right")) mpCamera->MoveRight(mfSpeed * fMul);
if(mpGame->GetInput()->IsTriggerd("Left")) mpCamera->MoveRight(-mfSpeed * fMul);
cVector2f vRel = mpGame->GetInput()->GetMouse()->GetRelPosition();
mpCamera->AddYaw(-vRel.x * 0.003f);
mpCamera->AddPitch(-vRel.y * 0.003f);*/
cVector2f vRel = mpGame->GetInput()->GetMouse()->GetRelPosition();
if(mpGame->GetInput()->IsTriggerd("Rotate"))
{
mvAngle += cVector3f(-vRel.y*0.005f,-vRel.x*0.005f,0);
float fMaxAngle = kPi2f - 0.01f;
if(mvAngle.x> fMaxAngle ) mvAngle.x=fMaxAngle;
if(mvAngle.x< -fMaxAngle ) mvAngle.x=-fMaxAngle;
}
else if(mpGame->GetInput()->IsTriggerd("Zoom"))
{
mvStartPos.z += vRel.y*0.12f;
if(mvStartPos.z<mfMinDist)mvStartPos.z=mfMinDist;
if(mvStartPos.z>mfMaxDist)mvStartPos.z=mfMaxDist;
}
CalculateCameraPos();
}
void cPreMenu::OnDraw()
{
//////////////////////////////////
// STATE 1 (TEXT)
if(mlState == 0 || mlState == 3 || mlState == 5)
{
int lPrevStart=0;
int lCharCount =0;
for(size_t i=0; i < mvTextRows.size(); ++i)
{
lPrevStart = lCharCount;
lCharCount += (int)mvTextRows[i].length();
if(lCharCount >= mlCurrentTextChar)
{
tWString sText = mvTextRows[i].substr(0,mlCurrentTextChar - lPrevStart);
mpTextFont->Draw(cVector3f(25,90+19*(float)i,10)+mvecLastTextPos,17+mfLastTextSize,cColor(mfLastTextColor,mfFontColor,mfFontColor,1),//cColor(0.7f,1,0.7f,1),
eFontAlign_Left,sText.c_str());
if (mlState == 5)
{
// First pair of shadow texts
mpTextFont->Draw(cVector3f(25 + mfLastTextSpeed1,90+19*(float)i,0)+mvecLastTextPos,17+(mfLastTextSize),cColor(mfLastTextColor+0.5f,0,0,0.25f),//cColor(0.7f,1,0.7f,1),
eFontAlign_Left,sText.c_str());
mpTextFont->Draw(cVector3f(25 + 1.5f*mfLastTextSpeed1,90+19*(float)i,0)+mvecLastTextPos,17+(mfLastTextSize),cColor(mfLastTextColor+0.5f,0,0,0.20f),//cColor(0.7f,1,0.7f,1),
eFontAlign_Left,sText.c_str());
// Second pair
mpTextFont->Draw(cVector3f(25 + 3*mfLastTextSpeed1,90+19*(float)i,0)+mvecLastTextPos,17+(mfLastTextSize),cColor(mfLastTextColor+0.25f,0,0,0.15f),//cColor(0.7f,1,0.7f,1),
eFontAlign_Left,sText.c_str());
mpTextFont->Draw(cVector3f(25 + 5*mfLastTextSpeed1,90+19*(float)i,0)+mvecLastTextPos,17+(mfLastTextSize),cColor(mfLastTextColor+0.25f,0,0,0.1f),//cColor(0.7f,1,0.7f,1),
eFontAlign_Left,sText.c_str());
//mpTextFont->Draw(cVector3f(25-mfLastTextPos,90+19*(float)i-mfLastTextPos,0),cVector2f(17,17+(mfLastTextSize)),cColor(mfLastTextColor,mfFontColor,mfFontColor,0.25f),//cColor(0.7f,1,0.7f,1),
// eFontAlign_Left,sText.c_str());
}
break;
}
else
{
mpTextFont->Draw(cVector3f(25,90+19*(float)i,10),17,cColor(mfFontColor,mfFontColor),//cColor(0.7f,1,0.7f,1),
eFontAlign_Left,mvTextRows[i].c_str());
}
}
}
}
void cGraphicsDrawer::DrawAll()
{
//Set all states
mpLowLevelGraphics->SetDepthTestActive(false);
mpLowLevelGraphics->SetIdentityMatrix(eMatrix_ModelView);
mpLowLevelGraphics->SetOrthoProjection(mpLowLevelGraphics->GetVirtualSize(),-1000,1000);
int lIdxAdd=0;
iMaterial *pPrevMat=NULL;
iMaterial *pMat =NULL;
const cGfxBufferObject* pObj=NULL;
tGfxBufferSetIt ObjectIt = m_setGfxBuffer.begin();
if(ObjectIt != m_setGfxBuffer.end())
pMat = ObjectIt->GetMaterial();
while(ObjectIt != m_setGfxBuffer.end())
{
if(pMat->StartRendering(eMaterialRenderType_Diffuse,NULL,NULL)==false)
{
ObjectIt++;
if(ObjectIt != m_setGfxBuffer.end())pMat = ObjectIt->GetMaterial();
continue;
}
do
{
pObj = &(*ObjectIt);
if(pObj->mbIsColorAndSize)
{
cVector3f vPos[4];
float fW = pObj->mvSize.x*0.5f;
float fH = pObj->mvSize.y*0.5f;
cMatrixf mtxTrans = cMath::MatrixTranslate(pObj->mvTransform + cVector3f(fW,fH,0));
vPos[0] = cVector3f(-fW,-fH,0);
vPos[1] = cVector3f(fW,-fH,0);
vPos[2] = cVector3f(fW,fH,0);
vPos[3] = cVector3f(-fW,fH,0);
if (pObj->mfAngle != 0)
{
cMatrixf mtxRot = cMath::MatrixRotateZ(pObj->mfAngle);
vPos[0] = cMath::MatrixMul(mtxRot,vPos[0]);
vPos[1] = cMath::MatrixMul(mtxRot,vPos[1]);
vPos[2] = cMath::MatrixMul(mtxRot,vPos[2]);
vPos[3] = cMath::MatrixMul(mtxRot,vPos[3]);
}
vPos[0] = cMath::MatrixMul(mtxTrans,vPos[0]);
vPos[1] = cMath::MatrixMul(mtxTrans,vPos[1]);
vPos[2] = cMath::MatrixMul(mtxTrans,vPos[2]);
vPos[3] = cMath::MatrixMul(mtxTrans,vPos[3]);
if(pObj->mbFlipH)
{
mpLowLevelGraphics->AddVertexToBatch_Size2D(pObj->mpObject->GetVtxPtr(0),
&vPos[0],
&pObj->mColor,
0,0);
mpLowLevelGraphics->AddVertexToBatch_Size2D(pObj->mpObject->GetVtxPtr(1),
&vPos[1],
&pObj->mColor,
0,0);
mpLowLevelGraphics->AddVertexToBatch_Size2D(pObj->mpObject->GetVtxPtr(2),
&vPos[2],
&pObj->mColor,
0,0);
mpLowLevelGraphics->AddVertexToBatch_Size2D(pObj->mpObject->GetVtxPtr(3),
&vPos[3],
&pObj->mColor,
pObj->mvSize.x,pObj->mvSize.y);
}
else
{
mpLowLevelGraphics->AddVertexToBatch_Size2D(pObj->mpObject->GetVtxPtr(0),
&vPos[0],
&pObj->mColor,
0,0);
mpLowLevelGraphics->AddVertexToBatch_Size2D(pObj->mpObject->GetVtxPtr(1),
&vPos[1],
&pObj->mColor,
0,0);
mpLowLevelGraphics->AddVertexToBatch_Size2D(pObj->mpObject->GetVtxPtr(2),
&vPos[2],
&pObj->mColor,
0,0);
mpLowLevelGraphics->AddVertexToBatch_Size2D(pObj->mpObject->GetVtxPtr(3),
&vPos[3],
&pObj->mColor,
0,0);
}
for(int i=0; i<4; i++)
mpLowLevelGraphics->AddIndexToBatch(lIdxAdd + i);
}
else
{
for(int i=0; i<(int)pObj->mpObject->GetVertexVec()->size(); i++)
{
mpLowLevelGraphics->AddVertexToBatch(pObj->mpObject->GetVtxPtr(i),
&pObj->mvTransform);
mpLowLevelGraphics->AddIndexToBatch(lIdxAdd + i);
}
}
lIdxAdd+=(int)pObj->mpObject->GetVertexVec()->size();
pPrevMat = pMat;
ObjectIt++;
if(ObjectIt == m_setGfxBuffer.end())
{
pMat=NULL;
break;
}
else
{
pMat = ObjectIt->GetMaterial();
}
}
while( pMat->GetType(eMaterialRenderType_Diffuse) ==
pPrevMat->GetType(eMaterialRenderType_Diffuse)
&&
pMat->GetTexture(eMaterialTexture_Diffuse) ==
pPrevMat->GetTexture(eMaterialTexture_Diffuse)
);
lIdxAdd =0;
do
{
mpLowLevelGraphics->FlushQuadBatch(pPrevMat->GetBatchFlags(eMaterialRenderType_Diffuse),false);
}
while(pPrevMat->NextPass(eMaterialRenderType_Diffuse));
mpLowLevelGraphics->ClearBatch();
pPrevMat->EndRendering(eMaterialRenderType_Diffuse);
}
//Clear the buffer of objects.
m_setGfxBuffer.clear();
//Reset all states
mpLowLevelGraphics->SetDepthTestActive(true);
}
mpGame->GetInput()->AddAction(new cActionKeyboard("Forward",mpGame->GetInput(),eKey_w));
mpGame->GetInput()->AddAction(new cActionKeyboard("Backward",mpGame->GetInput(),eKey_s));
mpGame->GetInput()->AddAction(new cActionKeyboard("Right",mpGame->GetInput(),eKey_d));
mpGame->GetInput()->AddAction(new cActionKeyboard("Left",mpGame->GetInput(),eKey_a));
mpGame->GetInput()->AddAction(new cActionKeyboard("Gravity",mpGame->GetInput(),eKey_g));
mpGame->GetInput()->GetLowLevel()->LockInput(true);
mpCamera = mpGame->GetScene()->CreateCamera3D(eCameraMoveMode_Fly);
mpGame->GetScene()->SetCamera(mpCamera);
mpCamera->SetPosition(avStartPos);
//mpCamera->SetFarClipPlane(1000);
mpCharBody = mpGame->GetScene()->GetWorld3D()->GetPhysicsWorld()->CreateCharacterBody("Test",
cVector3f(0.6f,1.6f,0.6f));
mpCharBody->SetPosition(cVector3f(0,mpCharBody->GetSize().y/2 + 0.1f,0));
mpCharBody->SetCamera(mpCamera);
mpCharBody->SetCameraPosAdd(cVector3f(0,-0.15f,0));
mpCharBody->SetMaxPositiveMoveSpeed(eCharDir_Forward,4.0f);
mpCharBody->SetMaxNegativeMoveSpeed(eCharDir_Forward,-4.0f);
mpCharBody->SetMaxPositiveMoveSpeed(eCharDir_Right,4.0f);
mpCharBody->SetMaxNegativeMoveSpeed(eCharDir_Right,-4.0f);
mpCharBody->SetMoveAcc(eCharDir_Forward,12.0f);
mpCharBody->SetMoveDeacc(eCharDir_Forward,8.0f);
mpCharBody->SetMoveAcc(eCharDir_Right,12.0f);
mpCharBody->SetMoveDeacc(eCharDir_Right,12.0f);
void iWidget::DrawBordersAndCorners(cGuiGfxElement *apBackground,
cGuiGfxElement **apBorderVec,cGuiGfxElement **apCornerVec,
const cVector3f &avPosition, const cVector2f &avSize)
{
mpSet->SetDrawOffset(avPosition);
///////////////////////
// Background
if(apBackground)
{
mpSet->DrawGfx(apBackground,cVector3f( apCornerVec[0]->GetActiveSize().x,
apCornerVec[0]->GetActiveSize().y,0 ),
avSize - apCornerVec[2]->GetActiveSize()-apCornerVec[0]->GetActiveSize(),
cColor(1,1));
}
///////////////////////
// Borders
//Right
mpSet->DrawGfx( apBorderVec[0],
cVector3f( avSize.x - apBorderVec[0]->GetActiveSize().x,
apCornerVec[1]->GetActiveSize().y,0),
cVector2f( apBorderVec[0]->GetImageSize().x,
avSize.y - (apCornerVec[2]->GetActiveSize().y +
apCornerVec[1]->GetActiveSize().y)));
//Left
mpSet->DrawGfx( apBorderVec[1],
cVector3f( 0,apCornerVec[0]->GetActiveSize().y,0),
cVector2f( apBorderVec[1]->GetImageSize().x,
avSize.y - (apCornerVec[3]->GetActiveSize().y +
apCornerVec[0]->GetActiveSize().y)));
//Up
mpSet->DrawGfx( apBorderVec[2],
cVector3f( apCornerVec[0]->GetActiveSize().x,0,0),
cVector2f( avSize.x - (apCornerVec[0]->GetActiveSize().x+
apCornerVec[1]->GetActiveSize().x),
apBorderVec[2]->GetImageSize().y));
//Down
mpSet->DrawGfx( apBorderVec[3],
cVector3f( apCornerVec[3]->GetActiveSize().x,
avSize.y - apBorderVec[3]->GetActiveSize().y,0),
cVector2f( avSize.x - (apCornerVec[2]->GetActiveSize().x+
apCornerVec[3]->GetActiveSize().x),
apBorderVec[3]->GetImageSize().y));
///////////////////////
// Corners
//Left Up
mpSet->DrawGfx(apCornerVec[0], cVector3f(0,0,0));
//Right Up
mpSet->DrawGfx(apCornerVec[1], cVector3f( avSize.x - apCornerVec[1]->GetActiveSize().x,0,0));
//Right Down
mpSet->DrawGfx(apCornerVec[2], cVector3f( avSize.x - apCornerVec[2]->GetActiveSize().x,
avSize.y - apCornerVec[2]->GetActiveSize().y,0));
//Left Down
mpSet->DrawGfx(apCornerVec[3], cVector3f( 0,avSize.y - apCornerVec[3]->GetActiveSize().y,0));
mpSet->SetDrawOffset(0);
}
void cPhysicsBodyNewton::ClearForces()
{
m_vTotalForce = cVector3f(0,0,0);
m_vTotalTorque = cVector3f(0,0,0);
}
void cCylinder::Build()
{ // surface_QUADS + bound1_TRI + bound2_TRI
unsigned int numVertices = 4 * mNrMesh + 3 * mNrMesh + 3 * mNrMesh;
unsigned int numIndices = 6 * mNrMesh + 3 * mNrMesh + 3 * mNrMesh;
mpSolidVertexBuffer->Clear();
mpSolidVertexBuffer->ReserveVertices(numVertices);
mpSolidVertexBuffer->ReserveIndices(numIndices);
float dth = 0;
if (mNrMesh != 0)
dth = 2 * PI / mNrMesh;
unsigned int ind = 0;
tVertexVec rect;
rect.resize(4);
tVertexVec triangle;
triangle.resize(3);
// surface
float th = 0;
int n = 0;
while (n < mNrMesh)
{
float vtx = mRadius*cos(th);
float vty = mRadius*sin(th);
float vdx = mRadius*cos(th+dth);
float vdy = mRadius*sin(th+dth);
float l = mLength;
// GetSurfaceNormal(p)
rect[0] = cVertex( cVector3f(vtx,vty,0), cVector3f(vtx,vty,0), mColor );
rect[1] = cVertex( cVector3f(vdx,vdy,0), cVector3f(vdx,vdy,0), mColor );
rect[2] = cVertex( cVector3f(vdx,vdy,l), cVector3f(vdx,vdy,0), mColor );
rect[3] = cVertex( cVector3f(vtx,vty,l), cVector3f(vtx,vty,0), mColor );
for (int i = 0; i < 4; i++)
rect[i].nor.Normalize();
AddTriangle(rect[0], rect[1], rect[2]);
AddTriangle(rect[0], rect[2], rect[3]);
for (int i = 0; i < 6; i++)
mpSolidVertexBuffer->AddIndex(ind++);
n++;
th = th + dth;
}
// bound (z = 0)
th = 0;
n = 0;
while (n < mNrMesh)
{
float vtx = mRadius*cos(th);
float vty = mRadius*sin(th);
float vdx = mRadius*cos(th+dth);
float vdy = mRadius*sin(th+dth);
triangle[0] = cVertex( cVector3f(0,0,0), cVector3f(0,0,-1), mColor );
triangle[1] = cVertex( cVector3f(vdx,vdy,0), cVector3f(0,0,-1), mColor );
triangle[2] = cVertex( cVector3f(vtx,vty,0), cVector3f(0,0,-1), mColor );
for (int i = 0; i < 3; i++)
triangle[i].nor.Normalize();
AddTriangle(triangle[0], triangle[1], triangle[2]);
for (int i = 0; i < 3; i++)
mpSolidVertexBuffer->AddIndex(ind++);
n++;
th = th + dth;
}
// bound (z = L)
th = 0;
n = 0;
while (n < mNrMesh)
{
float vtx = mRadius*cos(th);
float vty = mRadius*sin(th);
float vdx = mRadius*cos(th+dth);
float vdy = mRadius*sin(th+dth);
float l = mLength;
triangle[0] = cVertex( cVector3f(0,0,l), cVector3f(0,0,1), mColor );
triangle[1] = cVertex( cVector3f(vtx,vty,l), cVector3f(0,0,1), mColor );
triangle[2] = cVertex( cVector3f(vdx,vdy,l), cVector3f(0,0,1), mColor );
for (int i = 0; i < 3; i++)
triangle[i].nor.Normalize();
AddTriangle(triangle[0], triangle[1], triangle[2]);
for (int i = 0; i < 3; i++)
mpSolidVertexBuffer->AddIndex(ind++);
n++;
th = th + dth;
}
rect.clear();
triangle.clear();
// bounding volume
mBoundingVolume.SetSize(cVector3f(-mRadius,-mRadius,0),
cVector3f(mRadius,mRadius,mLength));
mvSize.x = mRadius;
mvSize.y = mRadius;
mvSize.z = mLength;
mpSolidVertexBuffer->RemoveDuplicateVertices();
}
cVector3f cGameLadder::GetStartRotation()
{
iCharacterBody *pCharBody = mpInit->mpPlayer->GetCharacterBody();
return cMath::GetAngleFromPoints3D(cVector3f(0,0,0), GetForward()*-1);
}
cVector3f cPhysicsJointScrewNewton::GetAngularVelocity()
{
return cVector3f(0,0,0);
}
void cPreMenu::Update(float afTimeStep)
{
mfStateTimer += afTimeStep;
// Update wind sound fading
if (mbFadeWindSound)
{
cSoundEntry* pEntry = mpInit->mpGame->GetSound()->GetSoundHandler()->GetEntryFromSound(mpWindSound);
if (pEntry)
{
if (pEntry->mfNormalVolumeFadeSpeed > 0)
{
if (pEntry->mfNormalVolume < pEntry->mfNormalVolumeFadeDest)
{
pEntry->mfNormalVolume += pEntry->mfNormalVolumeFadeSpeed * afTimeStep;
//hpl::Log ("Vol:%f\n",pEntry->mfNormalVolume);
}
else
{
pEntry->mfNormalVolume = pEntry->mfNormalVolumeFadeDest;
mbFadeWindSound = false;
}
}
else if (pEntry->mfNormalVolumeFadeSpeed < 0)
{
if (pEntry->mfNormalVolume > pEntry->mfNormalVolumeFadeDest)
{
pEntry->mfNormalVolume += pEntry->mfNormalVolumeFadeSpeed * afTimeStep;
//hpl::Log ("Vol:%f\n",pEntry->mfNormalVolume);
}
else
{
pEntry->mfNormalVolume = pEntry->mfNormalVolumeFadeDest;
mbFadeWindSound = false;
}
}
else
mbFadeWindSound = false;
}
}
// Update rain sound fading
if (mbFadeRainSound)
{
cSoundEntry* pEntry = mpInit->mpGame->GetSound()->GetSoundHandler()->GetEntryFromSound(mpRainSound);
if (pEntry)
{
if (pEntry->mfNormalVolumeFadeSpeed > 0)
{
if (pEntry->mfNormalVolume < pEntry->mfNormalVolumeFadeDest)
{
pEntry->mfNormalVolume += pEntry->mfNormalVolumeFadeSpeed * afTimeStep;
//hpl::Log ("Vol:%f\n",pEntry->mfNormalVolume);
}
else
{
pEntry->mfNormalVolume = pEntry->mfNormalVolumeFadeDest;
mbFadeRainSound = false;
}
}
else if (pEntry->mfNormalVolumeFadeSpeed < 0)
{
if (pEntry->mfNormalVolume > pEntry->mfNormalVolumeFadeDest)
{
pEntry->mfNormalVolume += pEntry->mfNormalVolumeFadeSpeed * afTimeStep;
//hpl::Log ("Vol:%f\n",pEntry->mfNormalVolume);
}
else
{
pEntry->mfNormalVolume = pEntry->mfNormalVolumeFadeDest;
mbFadeRainSound = false;
}
}
else
mbFadeRainSound = false;
mfRaindropFade = mpRainSound->GetVolume();
}
else
{
mfRaindropFade = 1;
mbFadeRainSound = false;
}
}
// Update raindrops
for ( int i = 0; i < (int)mvRaindropVector.size(); ++i )
{
cRaindrop *pRaindrop = &(mvRaindropVector[i]);
pRaindrop->vPos += pRaindrop->vDir * (1.75f*pRaindrop->fLength);
pRaindrop->vPos.x += cMath::RandRectf(0,0.05f);
if (pRaindrop->vPos.y > 600)
{
pRaindrop->vPos = cVector2f(cMath::RandRectf(-60,800),-80);
pRaindrop->vDir = cVector2f(cMath::RandRectf(20,100), 600);
pRaindrop->vDir.Normalise();
pRaindrop->fLength = cMath::RandRectf(30,70);
pRaindrop->fColor = cMath::RandRectf(0.5f,1) * mfRaindropFade;
}
}
//////////////////////////////////
// STATE 0 (Premenu Text)
if(mlState ==0)
{
if(mbShowText==false)
{
mlState = 1;
mfStateTimer = 0;
return;
}
if (mpWindSound == NULL)
mpWindSound = mpInit->mpGame->GetSound()->GetSoundHandler()->PlayGui("gui_wind1",true,0);
if ( mpWindSound && !mbPlayingWindSound )
{
cSoundEntry* pEntry = mpInit->mpGame->GetSound()->GetSoundHandler()->GetEntryFromSound(mpWindSound);
if (pEntry)
{
pEntry->mfNormalVolumeFadeDest = 1;
pEntry->mfNormalVolumeFadeSpeed = 0.2f;
mbFadeWindSound = true;
}
mbPlayingWindSound = true;
}
if(mlCurrentTextChar < mlMaxChars)
{
mfNewCharCount -= afTimeStep;
mfClickCount -=afTimeStep;
if(mfNewCharCount <=0)
{
if(mfClickCount <=0)
{
mpInit->mpGame->GetSound()->GetSoundHandler()->PlayGui("gui_type",false,1);
mfClickCount = (1.0f / 8.0f) + cMath::RandRectf(-0.05f,0.05f);
}
mlCurrentTextChar++;
mfNewCharCount =1.0f / 19.0f;
if(mlCurrentTextChar == mlMaxChars)
{
mlState = 3;
mfStateTimer = 0;
}
int lCharCount =0;
for(size_t i=0; i < mvTextRows.size(); ++i)
{
lCharCount += (int)mvTextRows[i].length();
if(lCharCount == mlCurrentTextChar)
{
if(i+1 < mvTextRows.size() && mvTextRows[i+1].size()==0){
mfNewCharCount = 1.0f;
}
}
else if(lCharCount > mlCurrentTextChar)
{
break;
}
}
}
}
}
/////////////////////
// STATE 1 (Logos)
else if (mlState == 1)
{
if ( mpRainSound == NULL )
mpRainSound = mpInit->mpGame->GetSound()->GetSoundHandler()->PlayGui("gui_rain1",true,0);
if ( mpWindSound && mbPlayingWindSound )
{
cSoundEntry* pEntry = mpInit->mpGame->GetSound()->GetSoundHandler()->GetEntryFromSound(mpWindSound);
if (pEntry)
{
pEntry->mfNormalVolumeFadeDest = 0;
pEntry->mfNormalVolumeFadeSpeed = -0.5f;
mbFadeWindSound = true;
}
mbPlayingWindSound = false;
}
if (mpRainSound && !mbPlayingRainSound)
{
cSoundEntry* pEntry = mpInit->mpGame->GetSound()->GetSoundHandler()->GetEntryFromSound(mpRainSound);
if (pEntry)
{
pEntry->mfNormalVolumeFadeDest = 1;
pEntry->mfNormalVolumeFadeSpeed = 0.2f;
mbFadeRainSound = true;
}
mbPlayingRainSound = true;
}
if (!mbPlayingMusic)
{
mpInit->mpGame->GetSound()->GetMusicHandler()->Play("music_theme.ogg",1,0,false);
mbPlayingMusic = true;
}
mfAlpha += afTimeStep*mfAlphaAdd;
if(mfAlphaAdd >0)
{
if(mfAlpha >1){
mfAlpha = 1;
mfAlphaAdd = -mfAlphaAdd;
}
}
else
{
if(mfAlpha <0)
{
mfAlpha =0;
mfAlphaAdd = -mfAlphaAdd;
mlCurrentLogo++;
if(mlCurrentLogo >= (int) mvTextures.size())
{
mlState=4;
mfStateTimer = 0;
}
}
}
}
//////////////////////////////////
// STATE 2 (FAST FADE LOGO)
else if(mlState ==2)
{
mfAlpha -= cMath::Abs(mfAlphaAdd) * afTimeStep;
if(mfAlpha<=0)
{
mfStateTimer = 0;
mlState=1;
mlCurrentLogo++;
if (mlCurrentLogo >= (int) mvTextures.size())
mlState = 4;
}
}
//////////////////////////////////
// STATE 3 (Text Pause)
else if(mlState ==3)
{
if ( mpWindSound && mbPlayingWindSound )
{
cSoundEntry* pEntry = mpInit->mpGame->GetSound()->GetSoundHandler()->GetEntryFromSound(mpWindSound);
if (pEntry)
{
//pEntry->mfNormalVolumeMul= 0;
pEntry->mfNormalVolumeFadeDest = 0;
pEntry->mfNormalVolumeFadeSpeed = -0.2f;
//mpWindSound->Stop();
mbFadeWindSound = true;
}
mbPlayingWindSound = false;
}
mlCurrentTextChar = mlMaxChars;
mfNewCharCount += afTimeStep;
if (mfStateTimer > 1)
{
mlState = 5;
mfStateTimer = 0;
}
}
///////////////////
// STATE 5 (Text Vanishing)
else if(mlState ==5)
{
mlCurrentTextChar = mlMaxChars;
if ( mpWindSound && mbPlayingWindSound )
{
cSoundEntry* pEntry = mpInit->mpGame->GetSound()->GetSoundHandler()->GetEntryFromSound(mpWindSound);
if (pEntry)
{
pEntry->mfNormalVolumeFadeDest = 0;
pEntry->mfNormalVolumeFadeSpeed = -0.1f;
}
mbFadeWindSound = true;
mbPlayingWindSound = false;
}
mfFontColor -= afTimeStep;
mvecLastTextPos += cVector2f(10*afTimeStep, -2.5f*afTimeStep);
mfLastTextSize += 1.05f * afTimeStep;
mfLastTextSpeed1 += 4 * afTimeStep;
mfLastTextSpeed2 += 8 * afTimeStep;
mfLastTextColor -= 0.5f * afTimeStep;
if (mfStateTimer > 0.5f)
{
if (!mbPlayingMusic)
{
mpInit->mpGame->GetSound()->GetMusicHandler()->Play("music_theme.ogg",1,0,false);
mbPlayingMusic = true;
}
}
if (mfStateTimer > 3.5f)
{
mlState = 1;
mfStateTimer = 0;
}
}
/////////////////////////////////
// STATE 4 (PENUMBRA TITLES)
else if(mlState == 4)
{
if (!mbPlayingThunderSound)
{
mpInit->mpGame->GetSound()->GetSoundHandler()->PlayGui("gui_thunder1",false,1);
mbPlayingThunderSound = true;
}
if (mbFlash && mfStateTimer >= 0.2f)
mbFlash = false;
if (mfStateTimer >0.5f && mfStateTimer < 1.5f)
if (mfEpFade <1) mfEpFade += afTimeStep;
if (mfStateTimer < 1)
{
mfAdd = 0.2f * afTimeStep;
}
else if ( mfStateTimer < 1.5f )
{
mfAdd = 0.08f * afTimeStep;
}
else if ( mfStateTimer < 1.75f )
{
mfAdd = 0.05f *afTimeStep;
}
else if ( mfStateTimer >= 1.75f )
{
mfAdd = 0.03f *afTimeStep;
mfLogoFade -= 0.25f*afTimeStep;
mfEpFade = mfLogoFade;
}
mfLogoSizeFactor -= mfAdd;
mvecLogoSize = cVector3f(1024,301,0) * mfLogoSizeFactor;
if (mfStateTimer > 5)
{
if (mfRaindropFade > 0)
mfRaindropFade -= afTimeStep;
else
SetActive(false);
}
}
}
tFlag cCollider2D::CollideRect(cRect2f& aRect,tFlag alCollideFlags, cCollideData2D* apData)
{
tFlag lCollision = eFlagBit_None;
cRect2f CollideRect = aRect;
cCollisionMesh2D* pCollMesh = hplNew( cCollisionMesh2D, () );
pCollMesh->mvPos.resize(4);
pCollMesh->mvNormal.resize(4);
SetCollideMesh(pCollMesh, aRect);
cVector2f vPushVector;
cVector2f vLastPushVector;
//// Check for all tiles if the flag is set
if(alCollideFlags & eFlagBit_0)
{
float fTileSize = mpWorld->GetTileMap()->GetTileSize();
cRect2f TileRect = cRect2f(0,0,fTileSize,fTileSize);
for(int i=0; i<mpWorld->GetTileMap()->GetTileLayerNum(); i++)
{
if(mpWorld->GetTileMap()->GetTileLayer(i)->HasCollision()==false)continue;
iTileMapIt *pTileIt = mpWorld->GetTileMap()->GetRectIterator(CollideRect,i);
while(pTileIt->HasNext())
{
cTile *pTile = pTileIt->Next();
TileRect.x = pTile->GetPosition().x-fTileSize/2;
TileRect.y = pTile->GetPosition().y-fTileSize/2;
if(pTile->GetCollisionMesh()==NULL)continue;
if(apData)apData->mlstTiles.push_back(cCollidedTile(pTile,i));
if(Collide(pCollMesh, pTile->GetCollisionMesh(), vPushVector) )
{
cVector3f vD;
vD = cVector3f(aRect.x, aRect.y,0) - pTile->GetPosition();
if ( (vD.x*vPushVector.x + vD.y*vPushVector.y) < 0.0f)
vPushVector = vPushVector * -1;
cVector3f vPos;
vPos.x = aRect.x;
vPos.y = aRect.y;
//reverse the latest push, maybe pos here instead?
if(lCollision)
{
vPos -= vLastPushVector;
}
vPos += vPushVector;
aRect.x = vPos.x;
aRect.y = vPos.y;
SetCollideMesh(pCollMesh, aRect);
CollideRect = aRect;
lCollision |= eFlagBit_0;
vLastPushVector = vPushVector;
}
}
hplDelete(pTileIt);
}
}
iGridMap2DIt* pBodyIt = mpWorld->GetGridMapBodies()->GetRectIterator(CollideRect);
while(pBodyIt->HasNext())
{
cBody2D* pBody = static_cast<cBody2D*>(pBodyIt->Next());
if(pBody->IsActive() && pBody->GetCollideType() & alCollideFlags)
{
if(cMath::BoxCollision(CollideRect, pBody->GetBoundingBox()))
{
if(Collide(pCollMesh,pBody->GetCollisionMesh(), vPushVector))
{
if(apData)apData->mlstBodies.push_back(pBody);
lCollision |= pBody->GetCollideType();
/*Perhaps fix the push vector here?*/
}
}
}
}
hplDelete(pBodyIt);
/// Do some stuff when colliding
if(lCollision)
{
if(apData) apData->mvPushVec = vPushVector;
}
hplDelete(pCollMesh);
return lCollision;
}
void cBillboard::LoadXMLProperties(const tString asFile)
{
tString sNewFile = cString::SetFileExt(asFile,"bnt");
tString sPath = mpFileSearcher->GetFilePath(sNewFile);
if(sPath != "")
{
TiXmlDocument *pDoc = hplNew( TiXmlDocument, (sPath.c_str()) );
if(pDoc->LoadFile())
{
TiXmlElement *pRootElem = pDoc->RootElement();
TiXmlElement *pMainElem = pRootElem->FirstChildElement("MAIN");
if(pMainElem!=NULL)
{
mType = ToType(pMainElem->Attribute("Type"));
tString sMaterial = cString::ToString(pMainElem->Attribute("Material"),"");
bool bUsesOffset = cString::ToBool(pMainElem->Attribute("UseOffset"),false);
if(bUsesOffset==false) mfForwardOffset =0;
/////////////////
//Halo stuff
bool bIsHalo = cString::ToBool(pMainElem->Attribute("IsHalo"),false);
SetIsHalo(bIsHalo);
if(bIsHalo)
{
bool bHaloSourceIsParent = cString::ToBool(pMainElem->Attribute("HaloSourceIsParent"),false);
SetHaloSourceIsParent(bHaloSourceIsParent);
if(bHaloSourceIsParent == false)
{
tString sSizeVec = cString::ToString(pMainElem->Attribute("HaloSourceSize"),"1 1 1");
tFloatVec vSizeValues;
cString::GetFloatVec(sSizeVec,vSizeValues,NULL);
SetHaloSourceSize(cVector3f(vSizeValues[0],vSizeValues[1],vSizeValues[2]));
}
}
/////////////////
//Load material
iMaterial *pMat = mpMaterialManager->CreateMaterial(sMaterial);
if(pMat)
{
SetMaterial(pMat);
}
else
{
Error("Couldn't load material '%s' in billboard file '%s'",
sMaterial.c_str(), sNewFile.c_str());
}
}
else
{
Error("Cannot find main element in %s\n",sNewFile.c_str());
}
}
else
{
Error("Couldn't load file '%s'\n",sNewFile.c_str());
}
hplDelete(pDoc);
}
else
{
Error("Couldn't find file '%s'\n",sNewFile.c_str());
}
}
cCollideShapeNewton::cCollideShapeNewton(eCollideShapeType aType, const cVector3f &avSize,
cMatrixf* apOffsetMtx, NewtonWorld* apNewtonWorld,
iPhysicsWorld *apWorld)
: iCollideShape(apWorld)
{
mpNewtonCollision = NULL;
mpNewtonWorld = apNewtonWorld;
mvSize = avSize;
mType = aType;
mfVolume = 0;
float *pMtx = NULL;
cMatrixf mtxTranspose;
if(apOffsetMtx)
{
m_mtxOffset = *apOffsetMtx;
mtxTranspose = m_mtxOffset.GetTranspose();
pMtx = &(mtxTranspose.m[0][0]);
}
else
m_mtxOffset = cMatrixf::Identity;
////////////////////////////////////////////
// Create Newton collision
switch(aType)
{
case eCollideShapeType_Null: mpNewtonCollision = NewtonCreateNull(apNewtonWorld); break;
case eCollideShapeType_Box: mpNewtonCollision = NewtonCreateBox(apNewtonWorld,
mvSize.x, mvSize.y, mvSize.z,
pMtx); break;
case eCollideShapeType_Sphere: mpNewtonCollision = NewtonCreateSphere(apNewtonWorld,
mvSize.x, mvSize.y, mvSize.z,
pMtx); break;
case eCollideShapeType_Cylinder: mpNewtonCollision = NewtonCreateCylinder(apNewtonWorld,
mvSize.x, mvSize.y,
pMtx); break;
case eCollideShapeType_Capsule: mpNewtonCollision = NewtonCreateCapsule(apNewtonWorld,
mvSize.x, mvSize.y,
pMtx); break;
}
////////////////////////////////////////////
// Calculate Bounding volume and volume.
if(mType == eCollideShapeType_Box)
{
mBoundingVolume.SetSize(mvSize);
mfVolume = mvSize.x * mvSize.y *mvSize.z;
}
else if(mType == eCollideShapeType_Sphere)
{
mBoundingVolume.SetSize(mvSize*2);
mfVolume = (4.0f / 3.0f) * kPif * (mvSize.x*mvSize.x*mvSize.x);
}
else if(mType == eCollideShapeType_Cylinder ||
mType == eCollideShapeType_Capsule)
{
mBoundingVolume.SetSize(cVector3f(mvSize.y,mvSize.x*2,mvSize.x*2));
//Not gonna be correct for capsule...
if(mType == eCollideShapeType_Cylinder)
mfVolume = kPif * (mvSize.x*mvSize.x)*mvSize.y;
else
{
//Height of the cylinder part.
float fCylHeight = mvSize.y - (mvSize.x*2);
mfVolume =0;
//The volume of the cylinder part.
if(fCylHeight>0)
mfVolume += kPif * (mvSize.x*mvSize.x)*fCylHeight;
//The volume of the sphere part.
mfVolume += (4.0f / 3.0f) * kPif * (mvSize.x*mvSize.x*mvSize.x);
}
}
mBoundingVolume.SetTransform(m_mtxOffset);
}
void cBox::Build() // without mesh
{
unsigned int numVertices = 24;
unsigned int numIndices = 36;
mpSolidVertexBuffer->Clear();
mpSolidVertexBuffer->ReserveVertices(numVertices);
mpSolidVertexBuffer->ReserveIndices(numIndices);
tVertexVec rect;
rect.resize(4);
float minX = 0;
float minY = 0;
float minZ = 0;
float maxX = mWidth;
float maxY = mHeight;
float maxZ = mLength;
// plane XY
rect[0] = cVertex( cVector3f(minX,minY,minZ), cVector3f(0,0,-1), mColor );
rect[1] = cVertex( cVector3f(minX,maxY,minZ), cVector3f(0,0,-1), mColor );
rect[2] = cVertex( cVector3f(maxX,maxY,minZ), cVector3f(0,0,-1), mColor );
rect[3] = cVertex( cVector3f(maxX,minY,minZ), cVector3f(0,0,-1), mColor );
AddTriangle(rect[0], rect[1], rect[2]);
AddTriangle(rect[0], rect[2], rect[3]);
rect[0] = cVertex( cVector3f(minX,minY,maxZ), cVector3f(0,0,1), mColor );
rect[1] = cVertex( cVector3f(maxX,minY,maxZ), cVector3f(0,0,1), mColor );
rect[2] = cVertex( cVector3f(maxX,maxY,maxZ), cVector3f(0,0,1), mColor );
rect[3] = cVertex( cVector3f(minX,maxY,maxZ), cVector3f(0,0,1), mColor );
AddTriangle(rect[0], rect[1], rect[2]);
AddTriangle(rect[0], rect[2], rect[3]);
// plane YZ
rect[0] = cVertex( cVector3f(minX,minY,minZ), cVector3f(-1,0,0), mColor );
rect[1] = cVertex( cVector3f(minX,minY,maxZ), cVector3f(-1,0,0), mColor );
rect[2] = cVertex( cVector3f(minX,maxY,maxZ), cVector3f(-1,0,0), mColor );
rect[3] = cVertex( cVector3f(minX,maxY,minZ), cVector3f(-1,0,0), mColor );
AddTriangle(rect[0], rect[1], rect[2]);
AddTriangle(rect[0], rect[2], rect[3]);
rect[0] = cVertex( cVector3f(maxX,minY,minZ), cVector3f(1,0,0), mColor );
rect[1] = cVertex( cVector3f(maxX,maxY,minZ), cVector3f(1,0,0), mColor );
rect[2] = cVertex( cVector3f(maxX,maxY,maxZ), cVector3f(1,0,0), mColor );
rect[3] = cVertex( cVector3f(maxX,minY,maxZ), cVector3f(1,0,0), mColor );
AddTriangle(rect[0], rect[1], rect[2]);
AddTriangle(rect[0], rect[2], rect[3]);
// plane XZ
rect[0] = cVertex( cVector3f(minX,minY,minZ), cVector3f(0,-1,0), mColor );
rect[1] = cVertex( cVector3f(maxX,minY,minZ), cVector3f(0,-1,0), mColor );
rect[2] = cVertex( cVector3f(maxX,minY,maxZ), cVector3f(0,-1,0), mColor );
rect[3] = cVertex( cVector3f(minX,minY,maxZ), cVector3f(0,-1,0), mColor );
AddTriangle(rect[0], rect[1], rect[2]);
AddTriangle(rect[0], rect[2], rect[3]);
rect[0] = cVertex( cVector3f(minX,maxY,minZ), cVector3f(0,1,0), mColor );
rect[1] = cVertex( cVector3f(minX,maxY,maxZ), cVector3f(0,1,0), mColor );
rect[2] = cVertex( cVector3f(maxX,maxY,maxZ), cVector3f(0,1,0), mColor );
rect[3] = cVertex( cVector3f(maxX,maxY,minZ), cVector3f(0,1,0), mColor );
AddTriangle(rect[0], rect[1], rect[2]);
AddTriangle(rect[0], rect[2], rect[3]);
unsigned int ind = 0;
for (int i = 0; i < (int)numIndices; i++)
mpSolidVertexBuffer->AddIndex(ind++);
rect.clear();
// bounding volume
mBoundingVolume.SetSize( cVector3f(0,0,0), cVector3f(mWidth,mHeight,mLength) );
mvSize.x = mWidth;
mvSize.y = mHeight;
mvSize.z = mLength;
}
cVector3f cPhysicsJointBallNewton::GetVelocity()
{
return cVector3f(0,0,0);
}
cShadowVolumeBV* cBoundingVolume::GetShadowVolume(const cVector3f& avLightPos,
float afLightRange,bool abForceUpdate)
{
if(cMath::PointBVCollision(avLightPos, *this)) return NULL;
if(!abForceUpdate && !mbShadowPlanesNeedUpdate) return &mShadowVolume;
//Set size 0.
mShadowVolume.mvPoints.resize(0);
//Get the corners.
cVector3f vMax = GetMax();
cVector3f vMin = GetMin();
cVector3f vCorners[8];
vCorners[0] = cVector3f(vMax.x,vMax.y,vMax.z);
vCorners[1] = cVector3f(vMax.x,vMax.y,vMin.z);
vCorners[2] = cVector3f(vMax.x,vMin.y,vMax.z);
vCorners[3] = cVector3f(vMax.x,vMin.y,vMin.z);
vCorners[4] = cVector3f(vMin.x,vMax.y,vMax.z);
vCorners[5] = cVector3f(vMin.x,vMax.y,vMin.z);
vCorners[6] = cVector3f(vMin.x,vMin.y,vMax.z);
vCorners[7] = cVector3f(vMin.x,vMin.y,vMin.z);
/////////////////////////////////////////////////////////////////////
//Iterate the faces and check which ones are facing the light.
int lNearPoint =-1;
mShadowVolume.mlPlaneCount=0;
for(int face=0; face< 6; face++)
{
gvFaces[face].facingLight = cMath::Vector3Dot(gvFaces[face].normal,
vCorners[kvFacePoints[face]] - avLightPos)<0;
//Get a point for the near plane. (any edge point will do)
if(gvFaces[face].facingLight)
{
mShadowVolume.mvPlanes[mShadowVolume.mlPlaneCount] = cPlanef(
gvFaces[face].normal*-1.0f,vCorners[kvFacePoints[face]]);
mShadowVolume.mlPlaneCount++;
}
}
mShadowVolume.mlCapPlanes = mShadowVolume.mlPlaneCount;
//The direction a point is pushed away in
cVector3f vDir;
//The length to push the shadow points.
float fPushLength = afLightRange*kSqrt2f;
//////////////////////////////////////////////////////////
//Iterate the edges and build quads from the silhouette
for(int edge=0; edge< 12;edge++)
{
const cTriEdge& Edge = kvBVEdges[edge];
cTriangleData &Face1 = gvFaces[Edge.tri1];
cTriangleData &Face2 = gvFaces[Edge.tri2];
if((Face1.facingLight && !Face2.facingLight) || (Face2.facingLight && !Face1.facingLight))
{
if(Face1.facingLight)
{
mShadowVolume.mvPoints.push_back(vCorners[Edge.point1]);
mShadowVolume.mvPoints.push_back(vCorners[Edge.point2]);
vDir = (vCorners[Edge.point2]-avLightPos); vDir.Normalise();
mShadowVolume.mvPoints.push_back(vCorners[Edge.point2] + vDir*fPushLength);
vDir = (vCorners[Edge.point1]-avLightPos); vDir.Normalise();
mShadowVolume.mvPoints.push_back(vCorners[Edge.point1] + vDir*fPushLength);
}
else
{
mShadowVolume.mvPoints.push_back(vCorners[Edge.point2]);
mShadowVolume.mvPoints.push_back(vCorners[Edge.point1]);
vDir = (vCorners[Edge.point1]-avLightPos); vDir.Normalise();
mShadowVolume.mvPoints.push_back(vCorners[Edge.point1] + vDir*fPushLength);
vDir = (vCorners[Edge.point2]-avLightPos); vDir.Normalise();
mShadowVolume.mvPoints.push_back(vCorners[Edge.point2] + vDir*fPushLength);
}
}
}
/////////////////////////////////////
//Create the side planes:
for(int i=0; i< (int)mShadowVolume.mvPoints.size(); i+=4)
{
//Normal should point inwards
cVector3f vNormal = cMath::Vector3Cross(
mShadowVolume.mvPoints[i+1] - mShadowVolume.mvPoints[i+0],
mShadowVolume.mvPoints[i+2] - mShadowVolume.mvPoints[i+0]);
mShadowVolume.mvPlanes[mShadowVolume.mlPlaneCount].FromNormalPoint(vNormal,
mShadowVolume.mvPoints[i+0]);
mShadowVolume.mvPlanes[mShadowVolume.mlPlaneCount].Normalise();
mShadowVolume.mlPlaneCount++;
}
return &mShadowVolume;
}
void cSolid::Scale(float aTimes)
{
mObjectCamera.Scale( cVector3f(aTimes,aTimes,aTimes) );
}
bool cWidgetWindow::OnMouseMove(cGuiMessageData &aData)
{
if(mbMoving) SetGlobalPosition(mvRelMousePos + cVector3f(aData.mvPos.x, aData.mvPos.y,0));
return true;
}
void cWorld3D::SetUpData()
{
mpPortalContainer->Compile();
tSectorMap *pSectorMap = mpPortalContainer->GetSectorMap();
//////////////////////////////////////////////
// Get world size by getting sector BV
if(pSectorMap->size()>0)
{
tSectorMapIt SectorIt = pSectorMap->begin();
cSector *pSector = SectorIt->second;
cVector3f vMin = pSector->GetBV()->GetMin();
cVector3f vMax = pSector->GetBV()->GetMax();
++SectorIt;
for(; SectorIt != pSectorMap->end(); ++SectorIt)
{
pSector = SectorIt->second;
cVector3f vLocalMin = pSector->GetBV()->GetMin();
cVector3f vLocalMax = pSector->GetBV()->GetMax();
CheckMinMaxUpdate(vMin,vMax,vLocalMin,vLocalMax);
}
//Log("World Min: (%s) Max: (%s)\n",vMin.ToString().c_str(), vMax.ToString().c_str());
//Create a 10 m border around the world aswell:
vMin = vMin - cVector3f(10,10,10);
vMax = vMax + cVector3f(10,10,10);
if(mpPhysicsWorld) mpPhysicsWorld->SetWorldSize(vMin, vMax);
}
//////////////////////////////////////////////
// Get world size by getting global objects BV
else
{
cVector3f vMin = cVector3f(10000,10000,100000);
cVector3f vMax =cVector3f(-10000,-10000,-100000);
//Dynamic
tRenderableSet *pRenSet = mpPortalContainer->GetGlobalDynamicObjectSet();
tRenderableSetIt DynIt = pRenSet->begin();
for(;DynIt != pRenSet->end();++DynIt)
{
iRenderable *pObject = *DynIt;
cVector3f vLocalMin = pObject->GetBoundingVolume()->GetMin();
cVector3f vLocalMax = pObject->GetBoundingVolume()->GetMax();
CheckMinMaxUpdate(vMin,vMax,vLocalMin,vLocalMax);
}
//Static
tRenderableList *pRenList = mpPortalContainer->GetGlobalStaticObjectList();
tRenderableListIt StaticIt = pRenList->begin();
for(;StaticIt != pRenList->end();++StaticIt)
{
iRenderable *pObject = *StaticIt;
cVector3f vLocalMin = pObject->GetBoundingVolume()->GetMin();
cVector3f vLocalMax = pObject->GetBoundingVolume()->GetMax();
CheckMinMaxUpdate(vMin,vMax,vLocalMin,vLocalMax);
}
vMin = vMin - cVector3f(10,10,10);
vMax = vMax + cVector3f(10,10,10);
if(mpPhysicsWorld) mpPhysicsWorld->SetWorldSize(vMin, vMax);
}
}
iSoundChannel* cSoundHandler::PlayStream(const tString& asFileName,bool abLoop,float afVolume,bool ab3D, eSoundDest aEffectType)
{
if(asFileName == "")return NULL;
iSoundData* pData = mpResources->GetSoundManager()->CreateSoundData(asFileName,true,abLoop);
if(pData==NULL)
{
Error("Couldn't load stream '%s'\n",asFileName.c_str());
return false;
}
iSoundChannel *pSound = pData->CreateChannel(256);
if(!pSound)
{
Error("Can't create sound channel for '%s'\n",asFileName.c_str());
return NULL;
}
//If it is silent do everything as normal except stop the sound at start.
if(mbSilent)
{
//pSound->SetLooping(false);
pSound->Stop();
}
else
{
pSound->Play();
}
pSound->SetId(mlIdCount);
pSound->Set3D(ab3D);
cSoundEntry Entry;
Entry.mpSound = pSound;
Entry.mfNormalVolume = afVolume;
Entry.msName = asFileName;
Entry.mfNormalSpeed = 1.0f;
Entry.mfBlockFadeDest = 1;
Entry.mfBlockFadeSpeed = 1;
Entry.mfBlockMul = 1;
Entry.mbFirstTime = true;
Entry.mbStream = true;
Entry.mEffectType = aEffectType;
/////////////////////////
//Setup position
pSound->SetPositionRelative(true);
pSound->SetRelPosition(cVector3f(0,0,1));
cVector3f vPos = cMath::MatrixMul( mpLowLevelSound->GetListenerMatrix(),
pSound->GetRelPosition() );
pSound->SetPosition(vPos);
mlstGuiSounds.push_back(Entry);
mlIdCount++;
return pSound;
}
void cGameSwingDoor::BreakAction()
{
if(mvBodies.empty()) return;
iPhysicsBody *pDynBody = NULL;
iPhysicsBody *pStaticBody = NULL;
for(size_t i=0; i < mvBodies.size();++i)
{
if(mvBodies[i]->GetMass()!=0) pDynBody = mvBodies[i];
if(mvBodies[i]->GetMass()==0) pStaticBody = mvBodies[i];
}
if(pDynBody==NULL && pStaticBody==NULL) return;
//////////////////
//Script
if(mvCallbackScripts[eGameEntityScriptType_OnBreak])
{
tString sCommand = GetScriptCommand(eGameEntityScriptType_OnBreak);
mpInit->RunScriptCommand(sCommand);
}
cWorld3D *pWorld = mpInit->mpGame->GetScene()->GetWorld3D();
//////////////////
//Check if player os holding object
if( (mpInit->mpPlayer->GetState()==ePlayerState_Grab ||
mpInit->mpPlayer->GetState()==ePlayerState_Move ||
mpInit->mpPlayer->GetState()==ePlayerState_Push)
&&
(mpInit->mpPlayer->GetPushBody() == pDynBody ||
mpInit->mpPlayer->GetPushBody() == pStaticBody))
{
mpInit->mpPlayer->ChangeState(ePlayerState_Normal);
}
cBoundingVolume *pBV = mpMeshEntity->GetBoundingVolume();
//////////////////
//Particle System
if(msBreakPS!="")
{
cParticleSystem3D *pPS = pWorld->CreateParticleSystem("Break",msBreakPS,cVector3f(1,1,1),
pDynBody->GetWorldMatrix());
}
//////////////////
//Entity
if(msBreakEntity != "")
{
iEntity3D * pEntity = pWorld->CreateEntity(mpMeshEntity->GetName() + "_broken",
pDynBody->GetWorldMatrix(),
msBreakEntity, true);
if(pEntity)
{
iGameEntity *pGameEntity = mpInit->mpMapHandler->GetLatestEntity();
cVector3f vImpulse = mvLastImpulse * 2;// / (float)pGameEntity->GetBodyNum();
for(int i=0; i< pGameEntity->GetBodyNum(); ++i)
{
//Add the object velocity
iPhysicsBody *pNewBody = pGameEntity->GetBody(i);
if(pNewBody->GetMass()==0 && pStaticBody)
{
pNewBody->SetMatrix(pStaticBody->GetWorldMatrix());
}
//pNewBody->SetLinearVelocity(pBody->GetLinearVelocity());
pNewBody->AddImpulse(vImpulse);
}
}
}
mpInit->mpGame->ResetLogicTimer();
}
