void valueChanged (CControl* pControl)
{
if (pControl->getValue ())
{
switch (pControl->getTag ())
{
case 0:
{
CView* view = desc->createView ("ModalView", this);
if (view)
{
CFrame* frame = pControl->getFrame ();
CPoint center = frame->getViewSize ().getCenter ();
CRect viewSize = view->getViewSize ();
viewSize.offset (center.x - viewSize.getWidth () / 2, center.y - viewSize.getHeight () / 2);
view->setViewSize (viewSize);
view->setMouseableArea (viewSize);
frame->setModalView (view);
view->setAlphaValue (0.f);
view->addAnimation ("AlphaAnimation", new Animation::AlphaValueAnimation (1.f), new Animation::PowerTimingFunction (240, 2));
pControl->setValue (0);
view->forget ();
}
break;
}
case 1:
{
CView* modalView = pControl->getFrame ()->getModalView ();
modalView->addAnimation ("AlphaAnimation", new RemoveModalViewAnimation (0.f), new Animation::PowerTimingFunction (240, 0.5));
pControl->setMouseEnabled (false);
break;
}
}
}
}
void CFrameJSegmentor::DetectSemgment(const CFrame & frame)
{
if( m_RegionMap )
m_RegionMap->Release();
m_SegmentNum = m_SegmentDetector->Segment(*frame.GetImage(), &m_RegionMap);
m_FrameId = frame.Id();
}
//////////////////////////////////////////////////////////////
// GetCollisionRect
// - return the entity's bounding rectangle
/*virtual*/ RECT CEntity::GetCollisionRect( void ) const
{
CFrame* currFrame = m_pAM->GetCurrentFrame(m_pAnimInfo);
RECT rCollision = currFrame->GetCollisionRect().GetRECT();
if (m_bFlipped == true)
{
// Get the width of the collision rect before flipping
int width = (rCollision.right - rCollision.left);
// Get the offset from the anchor point to the top left of the collision rect
tVector2D offset = { (float)(rCollision.left), (float)(rCollision.top ) };
// Negate the anchor point x value
rCollision.left = (LONG)(-offset.fX);
rCollision.right = (LONG)(-offset.fX);
// Subtract the width of the collision rect
rCollision.left -= width;
}
// Add the position of the character in the world to the collision rect
rCollision.left += (int)(m_fPosX - m_pGC->GetPosX());
rCollision.right += (int)(m_fPosX - m_pGC->GetPosX());
rCollision.top += (int)(m_fPosY - m_pGC->GetPosY());
rCollision.bottom += (int)(m_fPosY - m_pGC->GetPosY());
return rCollision;
}
void Surfel::transformToWorldSpace(const CFrame& xform) {
position = xform.pointToWorldSpace(position);
geometricNormal = xform.vectorToWorldSpace(geometricNormal);
shadingNormal = xform.vectorToWorldSpace(shadingNormal);
shadingTangent1 = xform.vectorToWorldSpace(shadingTangent1);
shadingTangent2 = xform.vectorToWorldSpace(shadingTangent2);
}
/*! Application initialization function
*
* This function is called once when the
* application is started. It creates the main frame for
* the program and displays it.
* \returns true
*/
bool CApp::OnInit()
{
wxInitAllImageHandlers();
CFrame *frame = new CFrame();
frame->Show(true);
SetTopWindow(frame);
return true;
}
//-----------------------------------------------------------------------------------
void TutorialEditor::close ()
{
//-- on close we need to delete the frame object.
//-- once again we make sure that the member frame variable is set to zero before we delete it
//-- so that calls to setParameter won't crash.
CFrame* oldFrame = frame;
frame = 0;
oldFrame->forget ();
}
void CPlayerLoop::ShowMapInText(const CFrame &frame)
{
const CMap &map = frame.GetMap();
// печатаем карту
system("clear");
for (int rowNumber = 0; rowNumber < map.GetMapSizeY(); ++rowNumber)
{
for (int colNumber = 0; colNumber < map.GetMapSizeX(); ++colNumber)
{
bool antIsHere = false;
for (size_t antNumber = 0; antNumber < map.GetNumberOfAnts(); ++antNumber)
{
const CAnt &a = map.GetAnt(antNumber);
if((colNumber == a.GetAntPosX()) && (rowNumber == a.GetAntPosY()) && !a.AntIsBanned() && !a.AntIsWinner())
{
std::cout << a.GetAntName()[0];
antIsHere = true;
break;
}
else
{
continue;
}
}
if (!antIsHere)
{
std::cout << (char)map.Cell(colNumber, rowNumber);
}
}
std::cout << std::endl;
}
for (size_t antNumber = 0; antNumber < map.GetNumberOfAnts(); ++antNumber)
{
const CAnt &a = map.GetAnt(antNumber);
if (!a.AntIsBanned() && !a.AntIsWinner())
{
std::cout << "Муравей " << a.GetAntName()
<< " по профессии " << AntTypeToString(a.GetAntType()) << " "
<< AntStatusToString(a.GetAntStatus()) << "!" << std::endl
<< "Находится в клетке X = " << a.GetAntPosX() << " Y = " << a.GetAntPosY()
<< std::endl << std::flush;
}
else
{
std::cout << "Муравей " << a.GetAntName()
<< " по профессии " << AntTypeToString(a.GetAntType()) << " "
<< AntStatusToString(a.GetAntStatus()) << "!" << std::endl;
}
}
std::cout << "Доска объявлений: " << std::endl;
frame.GetBoard().PrintBoard();
std::cout << std::flush;
}
void CGmObjAnim3::CData::Update()
{
unsigned int i = m_oArrFrame.GetSize();
while( i )
{
--i;
CFrame * poFrame = m_oArrFrame[i];
poFrame->Update();
}
}
void CGmObjAnim3::CSharedData::ClearOGL()
{
unsigned int i = m_oArrFrame.GetSize();
while( i )
{
--i;
CFrame * poFrame = m_oArrFrame[i];
poFrame->ClearOGL();
}
}
HRESULT CVideoProcessor::BufferCB(double SampleTime, BYTE *pBuffer, long BufferLen)
{
if (MEDIATYPE_Video == m_mt.majortype)
{
if (MEDIASUBTYPE_YUY2 == m_mt.subtype)
{
//[ Y0 U0 Y1 V0] [ Y2 U1 Y3 V1]
VIDEOINFOHEADER* pVIH=(VIDEOINFOHEADER*)m_mt.pbFormat;
CFrame* pF = new CFrame(
pVIH->bmiHeader.biWidth,
pVIH->bmiHeader.biHeight);
struct YUY2
{
unsigned char y0, u0, y1, v0;
};
//Remember: Macropixel Y0 U0 Y1 V0 = 2 image pixel
for (int j = 0; j < pVIH->bmiHeader.biHeight; j++)
{
YUY2* pRow = (YUY2*)(pBuffer + j*pVIH->bmiHeader.biWidth * 2);
for (int i = 0; i < pVIH->bmiHeader.biWidth / 2; i++)
{
CFrame::PIXEL pixel_1, pixel_2;
//YUY2 to RGB
YUY2* MacroPixel = &pRow[i];
int C = (int)MacroPixel->y0 - 15;
int D = (int)MacroPixel->u0 - 128;
int E = (int)MacroPixel->v0 - 128;
pixel_1.r = max(0,min(255,(298 * C + 409 * E + 128) / 256));
pixel_1.g = max(0, min(255,(298 * C - 100 * D - 208 * E + 128) / 256));
pixel_1.b = max(0, min(255, (298 * C + 516 * D + 128) / 256));
C = (int)MacroPixel->y1 -16;
pixel_2.r = max(0, min(255, (298 * C + 409 * E + 128) / 256));
pixel_2.g = max(0, min(255, (298 * C - 100 * D - 208 * E + 128) / 256));
pixel_2.b = max(0, min(255, (298 * C + 516 * D + 128) / 256));
pF->GetPixel(i * 2, j) = pixel_1;
pF->GetPixel((i * 2) + 1, j) = pixel_2;
/*LummaGray.r = LummaGray.g = LummaGray.b = pRow->y0;
pF->GetPixel(i * 2, j) = LummaGray;
LummaGray.r = LummaGray.g = LummaGray.b = pRow->y1;
pF->GetPixel((i * 2)+1, j) = LummaGray;*/
//pRow++;
}
}
Push(pF);
}
}
return S_OK;
}
void PhysicsFrameSplineEditor::addControlPoint() {
if (m_spline.control.size() == 0) {
m_spline.append(CFrame());
} else if (m_spline.control.size() == 1) {
// Adding the 2nd point
CFrame f = m_spline.control.last();
f.translation += f.lookVector();
m_spline.append(f);
resizeControlPointDropDown(m_spline.control.size());
// Select the new point
setSelectedControlPointIndex(m_selectedControlPointIndex + 1);
} else {
// Adding between two points
float t0 = m_spline.time[m_selectedControlPointIndex];
float newT = t0;
float evalT = 0;
if (m_selectedControlPointIndex < m_spline.control.size() - 1) {
// Normal interval
newT = m_spline.time[m_selectedControlPointIndex + 1];
evalT = (t0 + newT) / 2;
} else if (m_spline.extrapolationMode == SplineExtrapolationMode::CYCLIC) {
// After the end on a cyclic spline
newT = m_spline.getFinalInterval() + t0;
evalT = (t0 + newT) / 2;
} else {
// After the end on a non-cyclic spline of length at least
// 2; assume that we want to step the distance of the previous
// interval
newT = evalT = 2.0f * t0 - m_spline.time[m_selectedControlPointIndex - 1];
}
const PhysicsFrame f = m_spline.evaluate(evalT);
m_spline.control.insert(m_selectedControlPointIndex + 1, f);
m_spline.time.insert(m_selectedControlPointIndex + 1, newT);
// Select the new point
resizeControlPointDropDown(m_spline.control.size());
setSelectedControlPointIndex(m_selectedControlPointIndex + 1);
// Fix the rest of the times to be offset by the inserted duration
float shift = newT - t0;
for (int i = m_selectedControlPointIndex + 1; i < m_spline.time.size(); ++i) {
m_spline.time[i] += shift;
}
}
}
HRESULT CSabOnlineSubshotDetectorImp::DetectNewSubshot(CFrame & frame)
{
m_FrameId = frame.Id();
if ( m_SubshotIdx < (m_SubshotList.Size()-1) && !m_IsInSubshot )
{
m_SubshotIdx++;
m_BgnFrameId = m_SubshotList[m_SubshotIdx].BeginFrameId();
m_EndFrameId = m_SubshotList[m_SubshotIdx].EndFrameId();
}
if ( m_FrameId <= m_BgnFrameId )
{
// We have get the next sub shot, but frame is not arrived the bgn frame of the sub shot
// Example: sub shot(bgnFrameId, endFrameId): 1 (1, 10) 2(15, 20)
// If we arrive frame 11, we have entered the subshot 2, but we need to set the flag
m_IsInSubshot = true;
}
if ( m_FrameId == m_BgnFrameId )
{
m_SubshotList[m_SubshotIdx].BeginTime(frame.BeginTime());
m_IsSubshotStart = true;
}
m_KeyframeExtractor->OnNewFrame(frame, m_IsSubshotStart);
//we get a new sub shot
if ( m_FrameId == m_EndFrameId )
{
m_IsInSubshot = false;
m_IsSubshotStart = false;
m_SubshotList[m_SubshotIdx].EndTime(frame.EndTime());
//extract the key frame for current sub shot
//add the last frame
m_KeyframeExtractor->OnNewFrame(frame, true);
CFrameList & keyframeList = m_KeyframeExtractor->OnNewSegment(m_SubshotList[m_SubshotIdx]);
int size = keyframeList.Size();
for( int i = 0; i < size; ++i )
m_SubshotList[m_SubshotIdx].AddKeyframe(keyframeList[i]);
return S_OK;
}
return S_FALSE;
}
void CScrollerView::dragval(CDrawContext *dstcon, CPoint &where)
{
CPoint ref = where;
float old = mParam->GetVal();
bool allow = false; // need to drag a bit before edit
int d;
while(1)
{
long button = dstcon->getMouseButtons();
if (!(button & kLButton))
{
break;
}
dstcon->getMouseLocation(where);
d = mVert ? ref.y-where.y : where.x-ref.x;
if(allow==false)
{
if(d<-2 || d>2)
{
allow = true;
ref = where;
}
}
else
{
mParam->SetVal(old+d, NFLG_ALL);
}
if(mFrame)
mFrame->doIdleStuff();
}
}
unsigned int CFrameJSegmentor::GetSegmentNum(const CFrame & frame)
{
if( frame.Id() != m_FrameId )
DetectSemgment(frame);
return m_SegmentNum;
}
//////////////////////////////////////////////////////////////
// GetCollisionRect
// - return the entity's bounding rectangle
RECT CEntity::GetSourceRect( void ) const
{
RECT rSource = m_pAM->GetCurrentFrame(m_pAnimInfo)->GetSourceRect().GetRECT();
CFrame* currFrame = m_pAM->GetCurrentFrame(m_pAnimInfo);
int width = rSource.right - rSource.left;
int height = rSource.bottom - rSource.top;
RECT bounding;
bounding.left = (LONG)(m_fPosX - currFrame->GetAnchorPointX() - m_pGC->GetPosX() );
bounding.top = (LONG)(m_fPosY - currFrame->GetAnchorPointY() - m_pGC->GetPosY() );
bounding.right = bounding.left + width;
bounding.bottom = bounding.top + height;
return bounding;
}
void CDisplayView::valueChanged(CDrawContext *pContext, CControl *pControl)
{
if(mParentView)
{
mParentView->notify(this,text);
mFrame->setDirty();
}
}
bool DrawTestEditor::open (void *ptr)
{
AEffGUIEditor::open (ptr);
CRect size (rect.left , rect.top, rect.right, rect.bottom);
CFrame* frame = new CFrame (size, ptr, this);
frame->setBackground (backgroundBitmap);
size.inset (8, 8);
size.top++; // the background bitmap is not correct
size.left++; // the background bitmap is not correct
// CView* testView = new PLinesView (size);
// frame->addView (testView);
setTabView (frame, size, CTabView::kPositionBottom);
tooltipSupport = new CTooltipSupport;
frame->setMouseObserver (tooltipSupport);
// last but not least set the class variable frame to our newly created frame
this->frame = frame;
return true;
}
void ParticleSurface::sortAndUploadIndices(shared_ptr<ParticleSurface> particleSurface, const Vector3& csz) {
ParticleSystem::s_sortArray.fastClear();
shared_ptr<ParticleSystem::Block> block = particleSurface->m_block;
shared_ptr<ParticleSystem> particleSystem = block->particleSystem.lock();
for (int i = 0; i < particleSystem->m_particle.size(); ++i) {
const ParticleSystem::Particle& particle = particleSystem->m_particle[i];
CFrame cframe;
particleSurface->getCoordinateFrame(cframe);
const Point3& wsPosition = particleSystem->particlesAreInWorldSpace() ?
particle.position :
cframe.pointToWorldSpace(particle.position);
const float particleCSZ = dot(wsPosition, csz);
ParticleSystem::SortProxy proxy;
proxy.index = block->startIndex + i;
proxy.z = particleCSZ;
ParticleSystem::s_sortArray.append(proxy);
}
ParticleSystem::s_sortArray.sort(SORT_DECREASING);
ParticleSystem::ParticleBuffer& pBuffer = ParticleSystem::s_particleBuffer;
bool needsReallocation = true;
if (pBuffer.indexStream.valid() &&
(pBuffer.indexStream.maxSize() >= size_t(ParticleSystem::s_sortArray.size()))) {
needsReallocation = false;
}
if (needsReallocation) {
int numToAllocate = ParticleSystem::s_sortArray.size() * 2;
shared_ptr<VertexBuffer> vb = VertexBuffer::create(sizeof(int) * numToAllocate + 8);
int ignored;
pBuffer.indexStream = IndexStream(ignored, numToAllocate, vb);
}
static Array<int> sortedIndices;
sortedIndices.fastClear();
for (const ParticleSystem::SortProxy& p : ParticleSystem::s_sortArray) {
sortedIndices.append(p.index);
}
pBuffer.indexStream.update(sortedIndices);
}
void ArticulatedModel::BoundsCallback::operator()
(ArticulatedModel::Part* part, const CFrame& worldToPartFrame,
shared_ptr<ArticulatedModel> m, const int treeDepth) {
for (int i = 0; i < m->meshArray().size(); ++i) {
Mesh* mesh = m->meshArray()[i];
if (mesh->logicalPart == part) {
const Box& b = worldToPartFrame.toWorldSpace(mesh->boxBounds);
AABox partBounds;
b.getBounds(partBounds);
bounds.merge(partBounds);
}
}
}
void operator()(ArticulatedModel::Part* part, const CFrame& worldToPartFrame, ArticulatedModel::Ref model, const int treeDepth) {
int offset = vertexArray.size();
for (int i = 0; i < part->cpuVertexArray.size(); ++i) {
vertexArray.append(worldToPartFrame.pointToObjectSpace(part->cpuVertexArray.vertex[i].position));
}
for (int m = 0; m < part->meshArray().size(); ++m) {
const ArticulatedModel::Mesh* mesh = part->meshArray()[m];
for (int i = 0; i < mesh->cpuIndexArray.size(); ++i) {
indexArray.append(mesh->cpuIndexArray[i] + offset);
}
}
}
//-----------------------------------------------------------------------------------
bool TutorialEditor::open (void* ptr)
{
//-- first we create the frame with a size of 300, 300 and set the background to white
CRect frameSize (0, 0, 300, 300);
CFrame* newFrame = new CFrame (frameSize, ptr, this);
newFrame->setBackgroundColor (kWhiteCColor);
//-- load some bitmaps we need
CBitmap* background = new CBitmap ("KnobBackground.png");
CBitmap* handle = new CBitmap ("KnobHandle.png");
CBitmap* handleHighlight = new CBitmap ("KnobHandleHighlight.png");
//-- creating a knob and adding it to the frame
CRect r (0, 0, background->getWidth (), background->getHeight ());
CKnob* knob1 = new MyKnob (r, this, kLeftVolumeParameter, background, handle, handleHighlight);
newFrame->addView (knob1);
//-- creating another knob, we are offsetting the rect, so that the knob is next to the previous knob
r.offset (background->getWidth () + 5, 0);
CKnob* knob2 = new MyKnob (r, this, kRightVolumeParameter, background, handle, handleHighlight);
newFrame->addView (knob2);
//-- forget the bitmaps
background->forget ();
handle->forget ();
//-- remember our controls so that we can sync them with the state of the effect
controls[kLeftVolumeParameter] = knob1;
controls[kRightVolumeParameter] = knob2;
//-- set the member frame to our frame
frame = newFrame;
//-- sync parameters
for (int i = 0; i < kNumParameters; i++)
setParameter (i, effect->getParameter (i));
return true;
}
void AudioDevice::simulate
(const float dt,
const float timeScaleAtListener,
const CFrame& wsListenerFrame,
const Vector3& wsListenerVelocity) {
m_listenerPosition = wsListenerFrame.translation;
if (m_engine) {
m_engine->setListenerPosition
(g3dToirrKlang(wsListenerFrame.translation),
g3dToirrKlang(wsListenerFrame.lookVector()),
g3dToirrKlang(wsListenerVelocity),
g3dToirrKlang(wsListenerFrame.upVector()));
}
m_timeScaleAtListener = timeScaleAtListener;
if (m_music) {
m_music->setPlaybackSpeed(speedAdjust(timeScaleAtListener));
if (m_music->isFinished()) {
m_music->drop();
m_music = NULL;
}
}
// Update already-playing 3D sounds
for (int s = 0; s < m_active3D.size(); ++s) {
ISound* sound = m_active3D[s];
if (sound->isFinished()) {
// End
m_active3D.fastRemove(s);
--s;
} else {
sound->setPosition(sound->getPosition() + dt * sound->getVelocity());
}
}
}
int main(){
bool done = false;
int key = 0;
int i = 0;
CFrame Cont;
CFrame B(5, 10, 50,15, true, "+-+|+-+|", &Cont);
CFrame C(5, 10, 20,5, true,C_BORDER_CHARS, &B);
Cont.draw();
for(int k=0;k<console.getRows();k+=2){
for(int m=0;m<console.getCols()-10;m+=10){
console.setPos(k, m);
i=!i;
console<<(i?"Hello":"Hi");
}
}
B.draw();
C.draw();
console.display("Press any key...", 0, 0,0);
console.pause();
while(!done){
console.display("ESC: exit, F6: Move Container, F7: Move Inner border", 0, 0,0);
key = console.getKey();
switch(key){
case ESCAPE:
done = true;
break;
case F(6):
B.move();
C.draw();
break;
case F(7):
C.move();
break;
}
}
return 0;
}
void COpenGL::DrawSplashScreen()
{
CFrame oFrame;
glEnable(GL_TEXTURE_2D);
// Set viewport
glViewport(0, 0, static_cast<int>(m_vecScreenSize.X()), static_cast<int>(m_vecScreenSize.Y()));
// Set camera
glMatrixMode(GL_PROJECTION);
glLoadIdentity();
gluPerspective(45.0f, (GLfloat)1024/(GLfloat)768, 0.1f, 25001.0f);
// Init modelview matrix
glMatrixMode(GL_MODELVIEW);
glLoadIdentity();
oFrame.init(0.0f, 0.0f, 1.0f, 1.0f, "loadscreen.png");
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
oFrame.renderQuad();
}
void Caret::show()
{
if( frame_ )
{
CDrawContext* context = frame_->createDrawContext();
context->setFrameColor( kBlackCColor );
context->setLineWidth( 1 );
CPoint p = position_;
context->moveTo( p );
p.offset( 0, height_ );
context->lineTo( p );
context->forget();
}
}
void Caret::start( CView* parent, const CPoint& pos, CCoord height )
{
parent_ = parent;
frame_ = parent_->getFrame();
ASSERT( frame_ );
HWND hwnd = (HWND)frame_->getSystemWindow();
CreateCaret( hwnd, NULL, 1, height );
setPosition( pos );
height_ = height;
ShowCaret( hwnd );
//timer_ = new CVSTGUITimer( this, 500 );
//timer_->start ();
}
void CScrollerView::SetFrame(CFrame *frame, CPoint ofs)
{
if(frame)
{
size = mSize;
size.offset(-ofs.x, -ofs.y);
// add this view to the frame
frame->addView(this);
}
else
{
// remove this view from the current frame
if(mFrame)
{
mFrame->removeView(this);
}
}
mFrame = frame;
mDisplay->SetFrame(frame,ofs,this);
}
//
// open
//
bool SDEditor::open (void *ptr)
{
// !!! always call this !!!
AEffGUIEditor::open (ptr);
//--load some bitmaps
CBitmap* hFaderBody = new CBitmap (kFaderBodyId);
CBitmap* hFaderHandle = new CBitmap (kFaderHandleId);
//--init background frame-----------------------------------------------
// We use a local CFrame object so that calls to setParameter won't call into objects which may not exist yet.
// If all GUI objects are created we assign our class member to this one. See bottom of this method.
CRect size (0, 0, hBackground->getWidth (), hBackground->getHeight ());
CFrame* lFrame = new CFrame (size, ptr, this);
lFrame->setBackground (hBackground);
//--init the faders------------------------------------------------
int minPos = kFaderY;
int maxPos = kFaderY + hFaderBody->getHeight () - hFaderHandle->getHeight () - 1;
CPoint point (0, 0);
CPoint offset (1, 0);
// fine pitch
size (kFaderX, kFaderY,
kFaderX + hFaderBody->getWidth (), kFaderY + hFaderBody->getHeight ());
finePitchFader = new CVerticalSlider (size, this, kFinePitch, minPos, maxPos, hFaderHandle, hFaderBody, point);
finePitchFader->setOffsetHandle (offset);
finePitchFader->setValue (effect->getParameter (kFinePitch));
lFrame->addView (finePitchFader);
// delay
size.offset (kFaderInc + hFaderBody->getWidth (), 0);
delayFader = new CVerticalSlider (size, this, kDelay, minPos, maxPos, hFaderHandle, hFaderBody, point);
delayFader->setOffsetHandle (offset);
delayFader->setValue (effect->getParameter (kDelay));
lFrame->addView (delayFader);
// feedback
size.offset (kFaderInc + hFaderBody->getWidth (), 0);
feedbackFader = new CVerticalSlider (size, this, kFeedback, minPos, maxPos, hFaderHandle, hFaderBody, point);
feedbackFader->setOffsetHandle (offset);
feedbackFader->setValue (effect->getParameter (kFeedback));
lFrame->addView (feedbackFader);
// Coarse pitch shift in steps
size (kSelectX, kSelectY,
kSelectX + kSelectWidth, kSelectY + kSelectHeight);
coarsePitchOption = new COptionMenu(size, this, kCoarsePitch);
coarsePitchOption->addEntry("+12");
coarsePitchOption->addEntry("+11");
coarsePitchOption->addEntry("+10");
coarsePitchOption->addEntry("+9");
coarsePitchOption->addEntry("+8");
coarsePitchOption->addEntry("+7");
coarsePitchOption->addEntry("+6");
coarsePitchOption->addEntry("+5");
coarsePitchOption->addEntry("+4");
coarsePitchOption->addEntry("+3");
coarsePitchOption->addEntry("+2");
coarsePitchOption->addEntry("+1");
coarsePitchOption->addEntry("0");
coarsePitchOption->addEntry("-1");
coarsePitchOption->addEntry("-2");
coarsePitchOption->addEntry("-3");
coarsePitchOption->addEntry("-4");
coarsePitchOption->addEntry("-5");
coarsePitchOption->addEntry("-6");
coarsePitchOption->addEntry("-7");
coarsePitchOption->addEntry("-8");
coarsePitchOption->addEntry("-9");
coarsePitchOption->addEntry("-10");
coarsePitchOption->addEntry("-11");
coarsePitchOption->addEntry("-12");
coarsePitchOption->setCurrent(ROUND((effect->getParameter(kCoarsePitch)*NUM_PITCHES)));
lFrame->addView (coarsePitchOption);
// Mix mode
size.offset( 0, kSelectInc );
mixOption = new COptionMenu(size, this, kMixMode);
mixOption->addEntry("mono");
mixOption->addEntry("wet only");
mixOption->addEntry("wet left");
mixOption->addEntry("wet right");
mixOption->addEntry("wet part left");
mixOption->addEntry("wet part right");
mixOption->addEntry("stereo");
mixOption->setCurrent((int)(effect->getParameter(kMixMode)*NUM_MIX_MODES));
lFrame->addView (mixOption);
// Note : in the constructor of a CBitmap, the number of references is set to 1.
// Then, each time the bitmap is used (for hinstance in a vertical slider), this
// number is incremented.
// As a consequence, everything happens as if the constructor by itself was adding
// a reference. That's why we need til here a call to forget ().
// You mustn't call delete here directly, because the bitmap is used by some CControls...
// These "rules" apply to the other VSTGUI objects too.
hFaderBody->forget ();
hFaderHandle->forget ();
frame = lFrame;
return true;
}
//
// open
//
bool SDEditor::open (void *ptr)
{
// !!! always call this !!!
AEffGUIEditor::open (ptr);
//--load some bitmaps
CBitmap* hFaderBody = new CBitmap (kFaderBodyId);
CBitmap* hFaderHandle = new CBitmap (kFaderHandleId);
//--init background frame-----------------------------------------------
// We use a local CFrame object so that calls to setParameter won't call into objects which may not exist yet.
// If all GUI objects are created we assign our class member to this one. See bottom of this method.
CRect size (0, 0, hBackground->getWidth (), hBackground->getHeight ());
CFrame* lFrame = new CFrame (size, ptr, this);
lFrame->setBackground (hBackground);
//--init the faders------------------------------------------------
int minPos = kFaderY;
int maxPos = kFaderY + hFaderBody->getHeight () - hFaderHandle->getHeight () - 1;
CPoint point (0, 0);
CPoint offset (1, 0);
// Rate
size (kFaderX, kFaderY,
kFaderX + hFaderBody->getWidth (), kFaderY + hFaderBody->getHeight ());
rateFader = new CVerticalSlider (size, this, kRate, minPos, maxPos, hFaderHandle, hFaderBody, point);
rateFader->setOffsetHandle (offset);
rateFader->setValue (effect->getParameter (kRate));
lFrame->addView (rateFader);
// Width
size.offset (kFaderInc + hFaderBody->getWidth (), 0);
widthFader = new CVerticalSlider (size, this, kWidth, minPos, maxPos, hFaderHandle, hFaderBody, point);
widthFader->setOffsetHandle (offset);
widthFader->setValue (effect->getParameter (kWidth));
lFrame->addView (widthFader);
// Feedback
//size.offset (kFaderInc + hFaderBody->getWidth (), 0);
//feedbackFader = new CVerticalSlider (size, this, kFeedback, minPos, maxPos, hFaderHandle, hFaderBody, point);
//feedbackFader->setOffsetHandle (offset);
//feedbackFader->setValue (effect->getParameter (kFeedback));
//lFrame->addView (feedbackFader);
// Stages
size (kSelectX, kSelectY,
kSelectX + kSelectWidth, kSelectY + kSelectHeight);
delayOption = new COptionMenu(size, this, kDelay);
delayOption->addEntry("1 ms");
delayOption->addEntry("1.2 ms");
delayOption->addEntry("2.5 ms");
delayOption->addEntry("4 ms");
delayOption->addEntry("6.3 ms");
delayOption->addEntry("10 ms");
delayOption->addEntry("12 ms");
delayOption->addEntry("25 ms");
delayOption->addEntry("40 ms");
delayOption->addEntry("63 ms");
delayOption->addEntry("100 ms");
delayOption->setCurrent(ROUND((effect->getParameter(kDelay)*NUM_DELAYS)));
lFrame->addView (delayOption);
// Mix mode
size.offset( 0, kSelectInc );
mixOption = new COptionMenu(size, this, kMixMode);
mixOption->addEntry("normal");
mixOption->addEntry("wet only");
mixOption->addEntry("wet left");
mixOption->addEntry("wet right");
mixOption->addEntry("wet left 75%");
mixOption->addEntry("wet right 75%");
mixOption->addEntry("stereo");
mixOption->setCurrent((int)(effect->getParameter(kMixMode)*NUM_MIX_MODES));
lFrame->addView (mixOption);
// Note : in the constructor of a CBitmap, the number of references is set to 1.
// Then, each time the bitmap is used (for hinstance in a vertical slider), this
// number is incremented.
// As a consequence, everything happens as if the constructor by itself was adding
// a reference. That's why we need til here a call to forget ().
// You mustn't call delete here directly, because the bitmap is used by some CControls...
// These "rules" apply to the other VSTGUI objects too.
hFaderBody->forget ();
hFaderHandle->forget ();
frame = lFrame;
return true;
}
void CScrollerView::draw(CDrawContext *dstcon)
{
CPoint cp;
CRect cr;
int x,y,w,h;
int bar = 0;
setDirty(false);
if(mParam) bar += mParam->IsBipolar() ? 0: 1;
w = mLedbmp->getWidth();
h = mLedbmp->getHeight();
switch(mType)
{
case kScTpVS:
x = size.left + mHmLeft;
y = size.top + mHmTop;
cr = CRect(x,y, x+LEDBAR_WIDTH, y+LEDBAR_HEIGHT);
cp = CPoint(bar*LEDBAR_WIDTH, (mLedbarValue/2)*LEDBAR_HEIGHT);
mLedbmp->draw(dstcon, cr, cp);
break;
case kScTpHB:
x = size.left + 1 + mHmLeft;
y = size.top - 1 + mHmTop;
cr = CRect(x,y, x+w, y+h);
int v,b;
if(bar)
{
v = 63-mLedbarValue;;
for(int l=0; l<10; l++)
{
if(mFrame)
mFrame->getBackground()->draw(dstcon, cr, CPoint(x,y));
b = v>7 ? v>16 ? 78-(v/12) : 7 : v<=0 ? 0 : v;
b *= 36;
mLedbmp->drawAlphaBlend(dstcon, cr, CPoint(0,0), b);
cr.offset(w+1,0);
v -= 6;
}
}
else
{
if(mLedbarValue < 33)
{
v = 68-mLedbarValue;
for(int l=0; l<10; l++)
{
if(mFrame)
mFrame->getBackground()->draw(dstcon, cr, CPoint(x,y));
b = l<4 ? 0 : v>7 ? v>16 ? 80-(v/6) : 7 : v<=0 ? 0 : v;
b *= 36;
mLedbmp->drawAlphaBlend(dstcon, cr, CPoint(0,0), b);
cr.offset(w+1,0);
v -= 6;
}
}
else
{
v = mLedbarValue+3;
cr.offset(9*(w+1),0);
for(int l=0; l<10; l++)
{
if(mFrame)
mFrame->getBackground()->draw(dstcon, cr, CPoint(x,y));
b = l<4 ? 0 : v>7 ? v>16 ? 80-(v/6) : 7 : v<=0 ? 0 : v;
b *= 36;
mLedbmp->drawAlphaBlend(dstcon, cr, CPoint(0,0), b);
cr.offset(-(w+1),0);
v -= 6;
}
}
}
break;
}
#if 0
mHitmap->drawAlphaBlend(dstcon, size, cp(0,0));
#endif
}