bool VisualViewport::magnifyScaleAroundAnchor(float magnifyDelta, const FloatPoint& anchor)
{
const float oldPageScale = scale();
const float newPageScale = frameHost().chromeClient().clampPageScaleFactorToLimits(
magnifyDelta * oldPageScale);
if (newPageScale == oldPageScale)
return false;
if (!mainFrame() || !mainFrame()->view())
return false;
// Keep the center-of-pinch anchor in a stable position over the course
// of the magnify.
FloatPoint anchorAtOldScale = anchor.scaledBy(1.f / oldPageScale);
FloatPoint anchorAtNewScale = anchor.scaledBy(1.f / newPageScale);
FloatSize anchorDelta = anchorAtOldScale - anchorAtNewScale;
// First try to use the anchor's delta to scroll the FrameView.
FloatSize anchorDeltaUnusedByScroll = anchorDelta;
if (!frameHost().settings().invertViewportScrollOrder()) {
FrameView* view = mainFrame()->view();
DoublePoint oldPosition = view->scrollPositionDouble();
view->scrollBy(DoubleSize(anchorDelta.width(), anchorDelta.height()), UserScroll);
DoublePoint newPosition = view->scrollPositionDouble();
anchorDeltaUnusedByScroll -= toFloatSize(newPosition - oldPosition);
}
// Manually bubble any remaining anchor delta up to the visual viewport.
FloatPoint newLocation(location() + anchorDeltaUnusedByScroll);
setScaleAndLocation(newPageScale, newLocation);
return true;
}
void BulletCharacterObject::postTick(const Time& t) {
LocationInfo& locinfo = mParent->info(mID);
btTransform worldTrans = mGhostObject->getWorldTransform();
btVector3 pos = worldTrans.getOrigin();
TimedMotionVector3f newLocation(t, MotionVector3f(Vector3f(pos.x(), pos.y(), pos.z()), locinfo.props.location().velocity()));
btQuaternion rot = worldTrans.getRotation();
TimedMotionQuaternion newOrientation(
t,
MotionQuaternion(
Quaternion(rot.x(), rot.y(), rot.z(), rot.w()),
locinfo.props.orientation().velocity()
)
);
// Only update and report a change if it's big enough. This allows us to
// stop sending updates if the object ends up essentially still.
float32 pos_diff = (mParent->location(mID).position(t)-newLocation.position(t)).lengthSquared();
// This test is easy, but also conservative...
float32 angle1, angle2;
Vector3f axis1, axis2;
mParent->orientation(mID).position(t).toAngleAxis(angle1, axis1);
newOrientation.position(t).toAngleAxis(angle2, axis2);
// FIXME what should this really be? This approach doesn't seem to really
// work because we sometimes get 0 vectors and the constants seem odd...
bool orient_changed =
(axis1.dot(axis2) < 0.9) || (fabs(angle1-angle2) > 3.14159/180);
if (pos_diff > 0.001 || orient_changed) {
mParent->setLocation(mID, newLocation);
mParent->setOrientation(mID, newOrientation);
mParent->addUpdate(mID);
}
}
std::shared_ptr<HeightMap> HeightGrid::map(int latitude, int longitude) {
auto findCoordinate = [](int current, int newPoint) -> int {
return newPoint > current ? newPoint - 1 : newPoint;
};
std::shared_ptr<Grid> grid = std::atomic_load_explicit(&grid_, std::memory_order_consume);
auto heightMap = getMap(grid, latitude, longitude);
if (!heightMap) {
auto& location = grid->first;
Point2D<int> newLocation(findCoordinate(location.x(), longitude),
findCoordinate(location.y(), latitude));
auto newGrid = std::make_shared<Grid>(newLocation, Grid::second_type());
auto& newData = newGrid->second;
for (int row = 0; row < newData.size(); row++) {
for (int col = 0; col < newData[row].size(); col++)
newData[row][col] = getMap(grid, newLocation.y() + row, newLocation.x() + col);
}
heightMap = createMap(latitude, longitude);
newData[latitude - newLocation.y()][longitude - newLocation.x()] = heightMap;
std::atomic_store_explicit(&grid_, std::move(newGrid), std::memory_order_release);
}
return heightMap;
}
bool VisualViewport::magnifyScaleAroundAnchor(float magnifyDelta,
const FloatPoint& anchor) {
const float oldPageScale = scale();
const float newPageScale =
frameHost().chromeClient().clampPageScaleFactorToLimits(magnifyDelta *
oldPageScale);
if (newPageScale == oldPageScale)
return false;
if (!mainFrame() || !mainFrame()->view())
return false;
// Keep the center-of-pinch anchor in a stable position over the course
// of the magnify.
FloatPoint anchorAtOldScale = anchor.scaledBy(1.f / oldPageScale);
FloatPoint anchorAtNewScale = anchor.scaledBy(1.f / newPageScale);
FloatSize anchorDelta = anchorAtOldScale - anchorAtNewScale;
// First try to use the anchor's delta to scroll the FrameView.
FloatSize anchorDeltaUnusedByScroll = anchorDelta;
// Manually bubble any remaining anchor delta up to the visual viewport.
FloatPoint newLocation(FloatPoint(getScrollOffset()) +
anchorDeltaUnusedByScroll);
setScaleAndLocation(newPageScale, newLocation);
return true;
}
void BulletRigidBodyObject::updateObjectFromBullet(const btTransform& worldTrans) {
assert(mFixed == false);
LocationInfo& locinfo = mParent->info(mID);
btVector3 pos = worldTrans.getOrigin();
btVector3 vel = mObjRigidBody->getLinearVelocity();
TimedMotionVector3f newLocation(mParent->context()->simTime(), MotionVector3f(Vector3f(pos.x(), pos.y(), pos.z()), Vector3f(vel.x(), vel.y(), vel.z())));
mParent->setLocation(mID, newLocation);
BULLETLOG(insane, "Updating " << mID << " to velocity " << vel.x() << " " << vel.y() << " " << vel.z());
btQuaternion rot = worldTrans.getRotation();
btVector3 angvel = mObjRigidBody->getAngularVelocity();
Vector3f angvel_siri(angvel.x(), angvel.y(), angvel.z());
float angvel_angle = angvel_siri.normalizeThis();
TimedMotionQuaternion newOrientation(
mParent->context()->simTime(),
MotionQuaternion(
Quaternion(rot.x(), rot.y(), rot.z(), rot.w()),
Quaternion(angvel_siri, angvel_angle)
)
);
mParent->setOrientation(mID, newOrientation);
mParent->addUpdate(mID);
}
int main(void) {
int i, j;
int found_src, found_dest;
char src_name[MAXNAME + 1];
char dest_name[MAXNAME + 1];
int distance;
while (scanf("%s to %s = %d", src_name, dest_name, &distance) != EOF) {
found_src = found_dest = 0;
min_distance += distance;
for (i = 0; i < size; i++) {
if (!strcmp(src_name, locations[i].name)) {
found_src = 1;
break;
}
}
for (j = 0; j < size; j++) {
if (!strcmp(dest_name, locations[j].name)) {
found_dest = 1;
break;
}
}
if (!found_src) {
i = newLocation(src_name);
}
if (!found_dest) {
j = newLocation(dest_name);
}
addConnection(&locations[i], &locations[j], distance);
}
for(i = 0; i < size; i++)
tryPath(locations + i, 0, 0);
printf("Minimum path: %d\n", min_distance);
printPath(min_path, size);
printf("Maximum path: %d\n", max_distance);
printPath(max_path, size);
return 0;
}
void AbstractPiece::Move(int incCol, int incRow, int incDep) {
VoxelLocation newLocation(location);
newLocation.col += incCol;
newLocation.row += incRow;
newLocation.dep += incDep;
location = newLocation;
}
void LayoutRect::uniteEvenIfEmpty(const LayoutRect& other) {
LayoutPoint newLocation(std::min(x(), other.x()), std::min(y(), other.y()));
LayoutPoint newMaxPoint(std::max(maxX(), other.maxX()),
std::max(maxY(), other.maxY()));
m_location = newLocation;
m_size = newMaxPoint - newLocation;
}
void LayoutRect::intersect(const LayoutRect& other)
{
LayoutPoint newLocation(std::max(x(), other.x()), std::max(y(), other.y()));
LayoutPoint newMaxPoint(std::min(maxX(), other.maxX()), std::min(maxY(), other.maxY()));
// Return a clean empty rectangle for non-intersecting cases.
if (newLocation.x() >= newMaxPoint.x() || newLocation.y() >= newMaxPoint.y()) {
newLocation = LayoutPoint(0, 0);
newMaxPoint = LayoutPoint(0, 0);
}
m_location = newLocation;
m_size = newMaxPoint - newLocation;
}
bool LayoutRect::inclusiveIntersect(const LayoutRect& other) {
LayoutPoint newLocation(std::max(x(), other.x()), std::max(y(), other.y()));
LayoutPoint newMaxPoint(std::min(maxX(), other.maxX()),
std::min(maxY(), other.maxY()));
if (newLocation.x() > newMaxPoint.x() || newLocation.y() > newMaxPoint.y()) {
*this = LayoutRect();
return false;
}
m_location = newLocation;
m_size = newMaxPoint - newLocation;
return true;
}
//! Pick a random place on the screen to move the dialog. This is supposed to work on multiple monitors
//! but I've only been able to test it with two.
void PoppyUpper::moveItSomewhere()
{
// get the desktop object so we can get geometry to figure out where this will land
QDesktopWidget *theDesktop = QApplication::desktop();
// Pick from any number of screens!
unsigned int screens = theDesktop->screenCount();
unsigned int whichScreen = Randoid::getRand(0, screens - 1); // screens start at zero
const QRect screenGeometry = theDesktop->availableGeometry(whichScreen);
const QRect dialogGeometry = this->geometry();
bool positioned = false;
//! Pick a random point on the screen
QRect newRect;
Randoid screenRandThingX(screenGeometry.topLeft().x(), screenGeometry.topRight().x());
Randoid screenRandThingY(screenGeometry.topLeft().y(), screenGeometry.bottomLeft().y());
//! \todo This loop can probably be eliminated and replaced with some calculation that would choose random coordinates
//! such that the dialog doesn't get clipped by an edge of the screen
do
{
// pick a point on the screen... this will be the top left point
QPoint newLocation(screenRandThingX.getRand(),
screenRandThingY.getRand());
qDebug() << "newLocation " << newLocation;
// Now figure out the bottom right point for the new QRect
QPoint bottomRight(newLocation.x() + dialogGeometry.width() - 1,
newLocation.y() + dialogGeometry.height() - 1);
// Now create a QRect that represents the dialog at this position
newRect = QRect(newLocation, bottomRight);
qDebug() << "newRect " << newRect;
// Now, if this new rectangle is completely contained within the screen geometry, we're done!
positioned = screenGeometry.contains(newRect, true);
// If not, we try again
} while (!positioned);
qDebug() << "Old location: " << dialogGeometry;
qDebug() << "New location: " << newRect;
setGeometry(newRect);
}
void LayoutRect::uniteIfNonZero(const LayoutRect& other)
{
// Handle empty special cases first.
if (!other.width() && !other.height())
return;
if (!width() && !height()) {
*this = other;
return;
}
LayoutPoint newLocation(std::min(x(), other.x()), std::min(y(), other.y()));
LayoutPoint newMaxPoint(std::max(maxX(), other.maxX()), std::max(maxY(), other.maxY()));
m_location = newLocation;
m_size = newMaxPoint - newLocation;
}
void LayoutRect::unite(const LayoutRect& other)
{
// Handle empty special cases first.
if (other.isEmpty())
return;
if (isEmpty()) {
*this = other;
return;
}
LayoutPoint newLocation(std::min(x(), other.x()), std::min(y(), other.y()));
LayoutPoint newMaxPoint(std::max(maxX(), other.maxX()), std::max(maxY(), other.maxY()));
m_location = newLocation;
m_size = newMaxPoint - newLocation;
}
void PropertyTreeViewer::import()
{
QString filePath = QFileDialog::getOpenFileName();
QFileInfo fileInfo(filePath);
if(!fileInfo.exists())
return;
QString fileName = fileInfo.fileName();
QString newLocation(m_loader->projectDir() + "/" + fileName);
if(QFileInfo(newLocation).exists())
{
// TODO AM add check. Some dialog or smth like that.
}
QFile::copy(filePath, newLocation);
auto rSide = m_loader->getOrCreateRightSide(m_leftSideTreeId, fileName);
addOneRSide(rSide->id());
}
int PicInputHandler::HandleMouseEvent(int x, int y, const sf::Mouse::Button btn, const sf::Event::EventType event) {
sf::Vector2f mousePos = app->convertCoords(sf::Vector2i(x, y));
sf::Vector2i newLocation(
(mousePos.x - game->PixOffsetX()) / game->CellLength(),
(mousePos.y - game->PixOffsetY()) / game->CellLength());
int op = OP_NONE;
/* only handle mouse events in game board area */
if (!game->IsInBounds(newLocation)) {
return OP_NONE;
}
switch (event) {
case sf::Event::MouseButtonPressed:
if (btn == sf::Mouse::Left) {
op = (game->GetStateAt(newLocation) == BOARD_CLEAN) ? OP_FORCE_HIT : OP_FORCE_HIT2CLEAR;
} else if (btn == sf::Mouse::Right) {
op = (game->GetStateAt(newLocation) == BOARD_CLEAN) ? OP_FORCE_MARK : OP_FORCE_MARK2CLEAR;
}
dragHelper.begin(newLocation, btn, op);
break;
case sf::Event::MouseMoved:
if (btn == sf::Mouse::Left || btn == sf::Mouse::Right) { /* only run drag logic if a mousebutton is pressed, otherwise only set location */
newLocation = dragHelper.update(newLocation);
if (dragHelper.nothingTobeDone()) {
return OP_NONE;
}
}
break;
default:
break;
}
game->TrySetLocation(newLocation);
if (btn == sf::Mouse::Left || btn == sf::Mouse::Right) {
return dragHelper.getOperation();
}
return OP_NONE;
}
/**
* moveToPoint function, is called by the json service functions and the old deprecated service functions.
*
* @param x destination x-coordinate
* @param y destination y-coordinate
* @param z destination z-coordinate
* @param maxAcceleration maximum acceleration
*
* @return false if the path is illegal, true if the motion is executed succesfully.
**/
bool stewartGoughNodeNamespace::StewartGoughNode::moveToPoint(rexos_stewart_gough::StewartGoughLocation to, double maxAcceleration){
if(maxAcceleration > 20){
maxAcceleration = 20;
}
REXOS_INFO_STREAM("moveTo rotation: " << to.rotationX << " " << to.rotationY << " " << to.rotationZ << std::endl);
rexos_stewart_gough::StewartGoughLocation oldLocation(stewartGough->getEffectorLocation());
rexos_stewart_gough::StewartGoughLocation newLocation(to);
try {
stewartGough->moveTo(newLocation, maxAcceleration);
return true;
} catch(std::out_of_range& ex){
REXOS_INFO_STREAM(ex.what());
return false;
}
}
// -----------------------------------------------------------------------------
// CLandmarksEditDialog::SaveFormDataL
//
// (other items were commented in a header).
// -----------------------------------------------------------------------------
//
TBool CLandmarksEditDialog::SaveFormDataL()
{
CEikEdwin* editor = NULL;
// Fetch name
TBuf<KPosLmMaxTextFieldLength> name;
editor = static_cast <CEikEdwin*> (Control(ELandmarkNameField));
editor->GetText(name);
// Fetch description
HBufC* descBuf = HBufC::NewLC(KPosLmMaxDescriptionLength);
TPtr desc = descBuf->Des();
editor = static_cast <CEikEdwin*> (Control(ELandmarkDescField));
editor->GetText(desc);
// Fetch existing location
TLocality existingLocation;
TBool locationExists =
(iLandmark->GetPosition(existingLocation) == KErrNone);
TRealX floatFieldValue;
// Fetch Latitude
TReal latitude = existingLocation.Latitude();
if (iIsRealValueEdited[ELatitudeEditor] || !locationExists)
{
FetchFloatL(floatFieldValue, ELandmarkLatitudeField,
R_LMREFAPP_LATITUDE_ERROR);
floatFieldValue.GetTReal(latitude);
}
// Fetch Longitude
TReal longitude = existingLocation.Longitude();
if (iIsRealValueEdited[ELongitudeEditor] || !locationExists)
{
FetchFloatL(floatFieldValue, ELandmarkLongitudeField,
R_LMREFAPP_LONGITUDE_ERROR);
floatFieldValue.GetTReal(longitude);
}
// Fetch Altitude
TReal32 altitude = existingLocation.Altitude();
if (iIsRealValueEdited[EAltitudeEditor] || !locationExists)
{
FetchFloatL(floatFieldValue, ELandmarkAltitudeField,
R_LMREFAPP_ALTITUDE_ERROR);
floatFieldValue.GetTReal(altitude);
}
// Fetch horizontal accuracy
TReal32 horAcc = existingLocation.HorizontalAccuracy();
if (iIsRealValueEdited[EHorizontalAccEditor] || !locationExists)
{
FetchFloatL(floatFieldValue, ELandmarkHorAccField,
R_LMREFAPP_HOR_ACC_ERROR);
floatFieldValue.GetTReal(horAcc);
}
// Fetch vertical accuracy
TReal32 verAcc = existingLocation.VerticalAccuracy();
if (iIsRealValueEdited[EVerticalAccEditor] || !locationExists)
{
FetchFloatL(floatFieldValue, ELandmarkVerAccField,
R_LMREFAPP_VER_ACC_ERROR);
floatFieldValue.GetTReal(verAcc);
}
// Fetch Coverage Radius
TReal32 radius;
TInt radiusExists = (iLandmark->GetCoverageRadius(radius) == KErrNone);
if (iIsRealValueEdited[ERadiusEditor] || !radiusExists)
{
FetchFloatL(floatFieldValue, ELandmarkRadiusField,
R_LMREFAPP_RADIUS_ERROR);
floatFieldValue.GetTReal(radius);
}
// Fetch street
TBuf<KPosLmMaxTextFieldLength> street;
editor =
static_cast <CEikEdwin*> (Control(ELandmarkStreetField));
editor->GetText(street);
// Fetch postal code
TBuf<KPosLmMaxTextFieldLength> postalCode;
editor =
static_cast <CEikEdwin*> (Control(ELandmarkPostalField));
editor->GetText(postalCode);
// Fetch city
TBuf<KPosLmMaxTextFieldLength> city;
editor = static_cast <CEikEdwin*> (Control(ELandmarkCityField));
editor->GetText(city);
// Fetch country
TBuf<KPosLmMaxTextFieldLength> country;
editor =
static_cast <CEikEdwin*> (Control(ELandmarkCountryField));
editor->GetText(country);
// Update category
iLandmark->RemoveLandmarkAttributes(CPosLandmark::ECategoryInfo);
for (TInt i = 0; i < iCategoryIds.Count(); i++)
{
iLandmark->AddCategoryL(iCategoryIds[i]);
}
// Check that at least some data is entered
if (!name.Length() && !desc.Length() &&
!street.Length() && !city.Length() &&
!country.Length() && !postalCode.Length() &&
!iCategoryIds.Count() &&
Math::IsNaN(latitude) && Math::IsNaN(longitude) &&
Math::IsNaN(altitude) && Math::IsNaN(radius) &&
Math::IsNaN(horAcc) && Math::IsNaN(verAcc))
{
NotifyErrorToUserL(R_LMREFAPP_EMPTY_LANDMARK);
}
// Update name
iLandmark->SetLandmarkNameL(name);
// Update description
iLandmark->SetLandmarkDescriptionL(desc);
CleanupStack::PopAndDestroy(descBuf);
// Update coverage radius
if (!Math::IsNaN(radius) && radius < 0)
{
NotifyErrorToUserL(R_LMREFAPP_RADIUS_ERROR);
}
iLandmark->SetCoverageRadius(radius);
// Update street
iLandmark->SetPositionFieldL(EPositionFieldStreet, street);
// Update postal code
iLandmark->SetPositionFieldL(EPositionFieldPostalCode, postalCode);
// Update city
iLandmark->SetPositionFieldL(EPositionFieldCity, city);
// Update country
iLandmark->SetPositionFieldL(EPositionFieldCountry, country);
// Update location. There are some rules specified by TLocality and
// TCoordinate how to update a location. These rules are taken into
// account below when validating the location data.
if (Math::IsNaN(latitude) && Math::IsNaN(longitude))
{
// If lat long are undefined, then alt and hAcc
// must be undefined
if (!Math::IsNaN(horAcc))
{
NotifyErrorToUserL(R_LMREFAPP_HACC_LAT_LONG_ERROR);
}
else if (!Math::IsNaN(altitude))
{
NotifyErrorToUserL(R_LMREFAPP_ALT_LAT_LONG_ERROR);
}
else if (!Math::IsNaN(verAcc))
{
NotifyErrorToUserL(R_LMREFAPP_VACC_ALT_ERROR);
}
else
{
// None position fields are set, Remove position info.
iLandmark->RemoveLandmarkAttributes(CPosLandmark::EPosition);
}
}
else if (!Math::IsNaN(latitude) && !Math::IsNaN(longitude))
{
// If lat long are defined, hAcc must be positive if defined
if (!Math::IsNaN(horAcc) && horAcc < 0)
{
NotifyErrorToUserL(R_LMREFAPP_HOR_ACC_ERROR);
}
// if altitude is undefined, then vertical accuracy
// must be undefined
if (Math::IsNaN(altitude) && !Math::IsNaN(verAcc))
{
NotifyErrorToUserL(R_LMREFAPP_VACC_ALT_ERROR);
}
// vertical accuracy must be positive if defined
if (!Math::IsNaN(verAcc) && verAcc < 0)
{
NotifyErrorToUserL(R_LMREFAPP_VER_ACC_ERROR);
}
// We are allowed to set the new locality
TCoordinate coordinate(latitude, longitude, altitude);
TLocality newLocation(coordinate, horAcc, verAcc);
iLandmark->SetPositionL(newLocation);
}
else
{
// Inform user that no valid lat/long has been entered
NotifyErrorToUserL(R_LMREFAPP_LAT_LONG_ERROR);
}
iEdited = ETrue;
return ETrue;
}
bool PlayerCharacterEntity::goToNearestEmptyTile(int fromX, int fromY)
{
// set an immediate GO_TO instruction if a suitable empty tile is found
set<coord> searched;
list<coord> toSearch;
toSearch.push_front(coord(fromX, fromY));
while (!toSearch.empty())
{
// get head of toSearch
coord currentLocation = toSearch.front();
toSearch.pop_front();
// is this an empty tile we want?
if (!staticEntityAtLocation(currentLocation.first, currentLocation.second))
{
// it is, set GO_TO instruction and be happy
AIInstruction * ins = new AIInstruction(AIInstruction::GO_TO,
0, getType(), currentLocation.first, currentLocation.second);
m_insList.push_front(ins);
return true;
}
else
{
// there is a static entity here, add valid adjoining tiles to toSearch list
searched.insert(currentLocation);
Map * staticMap = Map::getInstance();
for (int i = 0; i < 4; ++i)
{
int x, y;
x = currentLocation.first;
y = currentLocation.second;
switch (i)
{
case 0:
x++;
break;
case 1:
x--;
break;
case 2:
y++;
break;
case 3:
y--;
break;
}
if (staticMap->staticTileAt(x, y) == Map::EMPTY)
{
coord newLocation(x, y);
// check searched set
if (searched.find(newLocation) == searched.end())
{
toSearch.push_back(newLocation);
}
}
} // end for 0..3
} // end else static entry found
} // end while toSearch not-empty
return false;
}
/******************************************************************************
* Class LInfoWindow :: LInfoWindow - Constructor for the information window *
* given an employee. *
* *
* Define yourself as an IFrameWindow *
* Create title *
* Create notebook *
* Create help window *
* Store pointer to container object *
* Store query flag *
******************************************************************************/
LInfoWindow::LInfoWindow ( unsigned long windowId,
IWindow* parent, IWindow* owner,
IPoint bottomLeft,
LCnrObject* object,
LEmployeeData& employee,
bool isQuery )
:IFrameWindow ( windowId, parent, owner, IRectangle(),
classDefaultStyle |
dialogBackground |
dialogBorder ),
title ( this ),
notebook ( this, this, employee, isQuery ),
help ( ID_HELP_TABLE3, this ),
pObject ( object ),
isAQuery ( isQuery )
{
/*-----------------------------------------------------------------------------
| If this window was launched from a cnr object, |
| - set as open |
| - increment usage count |
-----------------------------------------------------------------------------*/
if ( pObject )
{
pObject->setOpen();
pObject->incrementUsage();
}
/*-----------------------------------------------------------------------------
| Attempt to load the help file |
-----------------------------------------------------------------------------*/
try
{
help.addLibraries( "lanchelp.hlp" );
help.setTitle( STR_HELP_TITLE );
}
catch( ... )
{}
/*-----------------------------------------------------------------------------
| Handle command events for this frame window |
-----------------------------------------------------------------------------*/
ICommandHandler::handleEventsFor( this );
/*-----------------------------------------------------------------------------
| Determine the title for this frame window |
-----------------------------------------------------------------------------*/
if ( isQuery )
title.setTitleText( STR_MAIN_TITLE, STR_QUERY_INFO_WINDOW );
else if ( ! employee.employeeNumber().length() )
title.setTitleText( STR_MAIN_TITLE, STR_NEW_INFO_WINDOW );
else
title.setTitleText( IApplication::current().userResourceLibrary().
loadString( STR_MAIN_TITLE ),
IString( employee.lastName() +
", " + employee.firstName() ) );
/*-----------------------------------------------------------------------------
| Set the frame's icon |
| Set the frame's client to be the notebook |
-----------------------------------------------------------------------------*/
setIcon( ID_ICON_PERSON4 );
setClient( ¬ebook );
/*-----------------------------------------------------------------------------
| Resize the window based on the minimum size of the notebook |
-----------------------------------------------------------------------------*/
moveSizeToClient( IRectangle( bottomLeft,
notebook.minimumSize() ) );
/*-----------------------------------------------------------------------------
| Move the frame window to the best location for the display size |
| Set the focus to the frame |
| Show the frame |
-----------------------------------------------------------------------------*/
IPoint
newLocation( LFrameWindow::bestFit( this ) );
moveTo( newLocation );
if ( ( ! newLocation.x() ) || ( !newLocation.y() ) )
maximize();
setFocus().show();
}
/******************************************************************************
* Class LInfoWindow :: LInfoWindow - Constructor for the information window *
* given a query string. *
* *
* Define yourself as an IFrameWindow *
* Create title *
* Create notebook *
* Create help window *
* Store pointer to container object *
* Store query flag *
******************************************************************************/
LInfoWindow::LInfoWindow ( unsigned long windowId,
IWindow* parent, IWindow* owner,
IPoint bottomLeft,
LMainCnr* cnr,
LCnrObject* object,
IString queryName )
:IFrameWindow ( windowId, parent, owner, IRectangle(),
classDefaultStyle |
dialogBackground |
dialogBorder ),
title ( this ),
notebook ( this, this, cnr, queryName ),
help ( ID_HELP_TABLE3, this ),
pObject ( object ),
isAQuery ( true )
{
/*-----------------------------------------------------------------------------
| If this window was launched from a valid cnr object, |
| - set as open |
| - increment usage count |
-----------------------------------------------------------------------------*/
if ( pObject )
{
pObject->setOpen();
pObject->incrementUsage();
}
/*-----------------------------------------------------------------------------
| Attempt to load the help file |
-----------------------------------------------------------------------------*/
try
{
help.addLibraries( "lanchelp.hlp" );
help.setTitle( STR_HELP_TITLE );
}
catch( ... )
{}
/*-----------------------------------------------------------------------------
| Handle command events for this frame window |
-----------------------------------------------------------------------------*/
ICommandHandler::handleEventsFor( this );
/*-----------------------------------------------------------------------------
| Set the title of this frame window to indicate a query |
-----------------------------------------------------------------------------*/
title.setTitleText( STR_MAIN_TITLE, STR_QUERY_INFO_WINDOW );
/*-----------------------------------------------------------------------------
| Set the frame's icon |
| Set the frame's client to be the notebook |
-----------------------------------------------------------------------------*/
setIcon( ID_ICON_PERSON4 );
setClient( ¬ebook );
/*-----------------------------------------------------------------------------
| Resize the window based on the minimum size of the notebook |
-----------------------------------------------------------------------------*/
moveSizeToClient( IRectangle( bottomLeft,
notebook.minimumSize() ) );
/*-----------------------------------------------------------------------------
| Move the frame window to the best location for the display size |
| Set the focus to the frame |
| Show the frame |
-----------------------------------------------------------------------------*/
IPoint
newLocation( LFrameWindow::bestFit( this ) );
moveTo( newLocation );
if ( ( !newLocation.x() ) || ( ! newLocation.y() ) )
maximize();
setFocus().show();
}
/*
Updates computer model
Uses estimated distance travled, angle, to calculate where robot is
*/
void updateModel(double phi) {
globalLoc = newLocation(globalLoc, estDisTraveled, phi);
}
bool PlayerCharacterEntity::goNumTilesAway(int numToMove)
{
// set an immediate GO_TO instruction if a suitable tile is found
set<coord> searched;
list<pair<int,coord> > toSearch;
toSearch.push_front(pair<int, coord>(0, coord(getTileX(), getTileY())));
while (!toSearch.empty())
{
// get head of toSearch
pair<int, coord> currentLocation = toSearch.front();
toSearch.pop_front();
// is this the tile we want?
if (currentLocation.first >= numToMove)
{
// it is, set GO_TO instruction and be happy
AIInstruction * ins = new AIInstruction(AIInstruction::GO_TO,
0, getType(), currentLocation.second.first, currentLocation.second.second);
m_insList.push_front(ins);
return true;
}
else
{
// add valid adjoining tiles to toSearch list
searched.insert(currentLocation.second);
Map * staticMap = Map::getInstance();
AIGameView * view = AIGameView::getInstance();
for (int i = 0; i < 4; ++i)
{
int x, y;
x = currentLocation.second.first;
y = currentLocation.second.second;
switch (i)
{
case 0:
x++;
break;
case 1:
x--;
break;
case 2:
y++;
break;
case 3:
y--;
break;
}
if (staticMap->staticTileAt(x, y) == Map::EMPTY)
{
// check for hostile mines
bool badMineFound = false;
vector<EntityInfo> info = view->getEntityInfoAtLocation(x, y);
vector<EntityInfo>::iterator it;
for (it = info.begin(); it != info.end(); ++it)
{
if (it->type == MINE && it->team != getTeam())
{
badMineFound = true;
break;
}
}
if (badMineFound)
{
continue;
}
coord newCoord(x, y);
pair<int, coord> newLocation(currentLocation.first + 1, newCoord);
// check searched set
if (searched.find(newCoord) == searched.end())
{
toSearch.push_back(newLocation);
}
}
} // end for 0..3
} // end else static entry found
} // end while toSearch not-empty
return false;
}
int Caller::loadEntries( const std::string path)
{
std::string nextLine;
std::string key;
std::string chr;
std::string refBase;
int readDepth;
int pos;
// Open the sample file
std::ifstream inputFile( path.c_str());
if( !inputFile.is_open())
{
perror( "Error opening input readcount file");
exit( 1);
}
// For each line in the sample file (which will correspond to a genomic location)
while( std::getline( inputFile, nextLine))
{
// Split the line into tokens separated by whitespace (for columns, since this is a tab delimited file)
std::istringstream strStream( nextLine);
std::istream_iterator<std::string> begin( strStream), end;
std::vector<std::string> stringTokens( begin, end);
// Get all main fields
chr = stringTokens[0];
pos = atoi( stringTokens[1].c_str());
refBase = stringTokens[2];
refBase[0] = toupper( refBase[0]);
readDepth = atoi( stringTokens[3].c_str());
// Generate the key, (chr:pos)
key = stringTokens[0] + ":" + stringTokens[1];
if( key == "")
{
std::cout << "Empty key" << std::endl;
}
// Create the base ReadcountEntry object
ReadcountEntry nextReadcountEntry( refBase, readDepth);
// Get all subfields for each allele, the 5th column (stringTokens[4]) is garbage due to a bug with the bam-readcount program, ignore it
for( int i = 5; i < stringTokens.size(); i++)
{
std::vector<std::string> nextSubTokens = Common::split( stringTokens[i], ":", true);
// Create the Allele objects and add them to the current ReadcountEntry object
std::string base = nextSubTokens[0];
int count = atoi( nextSubTokens[1].c_str());
double avgMappingQuality = atof( nextSubTokens[2].c_str());
double avgBaseQuality = atof( nextSubTokens[3].c_str());
double avgSEMappingQuality = atof( nextSubTokens[4].c_str());
int numPlusStrand = atoi( nextSubTokens[5].c_str());
int numMinusStrand = atoi( nextSubTokens[6].c_str());
double avgPosAsFraction = atof( nextSubTokens[7].c_str());
double avgNumMismatchesAsFraction = atof( nextSubTokens[8].c_str());
double avgSumMismatchQualities = atof( nextSubTokens[9].c_str());
int numQ2ContainingReads = atoi( nextSubTokens[10].c_str());
double avgDistanceToQ2StartInQ2Reads = atof( nextSubTokens[11].c_str());
double avgClippedLength = atof( nextSubTokens[12].c_str());
double avgDistanceToEffective3pEnd = atof( nextSubTokens[13].c_str());
bool variant = false;
if( base != refBase)
{
variant = true;
}
double percentage;
if( readDepth != 0)
{
percentage = ( double) count / ( double) readDepth * 100;
}
else
{
percentage = 0;
}
Allele nextAllele( base, count, avgMappingQuality, avgBaseQuality, avgSEMappingQuality, numPlusStrand, numMinusStrand,
avgPosAsFraction, avgNumMismatchesAsFraction, avgSumMismatchQualities, numQ2ContainingReads,
avgDistanceToQ2StartInQ2Reads, avgClippedLength, avgDistanceToEffective3pEnd, percentage, variant);
nextReadcountEntry.addAllele( nextAllele);
}
// Now, the ReadcountEntry object is filled, so we can create the Sample object
nextReadcountEntry.setMostFreqVariantAllele();
Sample nextSample( path, nextReadcountEntry);
// Finally, add the Sample object to the Location object,
// Check if the Location object with the current key exists in the hash table
std::unordered_map<std::string, Location>::iterator iter = locationTable.find( key);
if( iter == locationTable.end())
{
// If it does not exist, create the Location object
Location newLocation( chr, pos);
// Add the new Sample to the Location object
newLocation.addSample( nextSample);
// Insert the new key-Location pair to the hash table
std::pair<std::string, Location> newKeyPair( key, newLocation);
locationTable.insert( newKeyPair);
}
else
{
bool sampleExists = false;
std::vector<Sample> samples = ( iter->second).getSamples();
for( int j = 0; j < samples.size(); j++)
{
if( samples[j].getSampleName() == nextSample.getSampleName())
{
sampleExists = true;
}
}
if( !sampleExists)
{
( iter->second).addSample( nextSample);
}
}
}
// Check if the file was read correctly
if( inputFile.bad())
{
perror( "Error reading input readcount file");
}
// Close the input sample file
inputFile.close();
}
PRBool nsEudoraWin32::GetMailboxNameHierarchy( const nsACString& pEudoraLocation, const char* pEudoraFilePath, nsCString& nameHierarchy)
{
if (pEudoraLocation.IsEmpty() || !pEudoraFilePath || !*pEudoraFilePath)
return PR_FALSE;
nsresult rv;
nsCOMPtr <nsILocalFile> descMap = do_CreateInstance(NS_LOCAL_FILE_CONTRACTID);
rv = descMap->InitWithNativePath(pEudoraLocation);
NS_ENSURE_SUCCESS(rv, PR_FALSE);
rv = descMap->AppendNative(NS_LITERAL_CSTRING("descmap.pce"));
NS_ENSURE_SUCCESS(rv, PR_FALSE);
nsCOMPtr <nsIInputStream> inputStream;
rv = NS_NewLocalFileInputStream(getter_AddRefs(inputStream), descMap);
NS_ENSURE_SUCCESS(rv, PR_FALSE);
nsCOMPtr<nsILineInputStream> lineStream(do_QueryInterface(inputStream, &rv));
NS_ENSURE_SUCCESS(rv, PR_FALSE);
PRInt32 pathLength;
const char* backslash = strchr(pEudoraFilePath, '\\');
if (backslash)
pathLength = backslash - pEudoraFilePath;
else
pathLength = strlen(pEudoraFilePath);
PRBool more = PR_TRUE;
nsCAutoString buf;
while (more)
{
rv = lineStream->ReadLine(buf, &more);
NS_ENSURE_SUCCESS(rv, PR_FALSE);
PRInt32 iNameEnd = buf.FindChar(',');
if (iNameEnd < 0)
continue;
const nsACString& name = Substring(buf, 0, iNameEnd);
PRInt32 iPathEnd = buf.FindChar(',', iNameEnd + 1);
if (iPathEnd < 0)
continue;
const nsACString& path = Substring(buf, iNameEnd + 1, iPathEnd - iNameEnd - 1);
const char type = buf[iPathEnd + 1];
if (strnicmp(path.BeginReading(), pEudoraFilePath, pathLength) == 0 && path.Length() == pathLength)
{
nameHierarchy += "\\";
nameHierarchy += name;
if (pEudoraFilePath[pathLength] == 0)
return PR_TRUE;
if (type != 'F')
{
// Something went wrong. We've matched a mailbox, but the
// hierarchical name says we've got more folders to traverse.
return PR_FALSE;
}
nsCString newLocation(pEudoraLocation);
newLocation += '\\';
newLocation += path;
return GetMailboxNameHierarchy(newLocation, pEudoraFilePath + pathLength + 1, nameHierarchy);
}
}
return PR_FALSE;
}
