//***************************************************************************
void Kwave::BitrateWidget::sliderChanged(int value)
{
int index = nearestIndex(value);
spinbox->setValue(m_rates[index]);
emit valueChanged(value);
}
void GLWidget::setDATModelVector(QVector< QVector<float> > data_vector, float max, float maxy){
QVector< QVector<float> > calculated_points = QVector< QVector<float> >();
int i = 0;
while(i < data_vector.size()){
calculated_points.push_back(QVector<float>());
i++;
}
float value_of_a_point = 2.0/data_vector[0].size();
float step_x = (max*value_of_a_point);
i = 0;
while(i < data_vector.size()){
int j = 0;
float current_x = -1;
while(j < data_vector[i].size()){
int index = nearestIndex(current_x, data_vector[i]);
calculated_points[i].push_back( ((data_vector[i][index]/max)*2) - 1);
calculated_points[i+1].push_back( (data_vector[i + 1][index]/max) - 1);
current_x = current_x + step_x;
j++;
}
i = i + 2;
}
points = calculated_points;
max_y = maxy;
max_x = max;
shouldpaint = true;
isDAT = true;
paintGL();
updateGL();
}
double RouteInfo::speedAt(const QDateTime& p_time)
{
int idx = nearestIndex(p_time);
if(idx > 1 && idx < m_trackpts.count())
{
double distance = trackDistance(idx-1, idx);
int time = m_trackpts[idx-1].time.secsTo(m_trackpts[idx].time);
return distance/time*3600;
}
return 0;
}
TrackPoint RouteInfo::nearestPoint(const QDateTime& p_time)
{
int idx = nearestIndex(p_time);
if(idx > 0 &&
idx < m_trackpts.count() &&
abs(p_time.secsTo(m_trackpts.at(idx).time)) < 60)
{
return m_trackpts.at(idx);
}
return TrackPoint();
}
/**
* Map a range of palette indices to another range
*
* @param start Start of original range
* @param length Span of original range
* @param newStart Start of new range
* @param newLength Span of new range
*/
void Font::mapPalette (int start, int length, int newStart, int newLength) {
//SDL_Color palette[256];
int count;
//memset(paletteF,((length+start) * newLength / length) + newStart,256);
for (count = start; count < length+start; count++){
unsigned char rgb=(count * newLength / length) + newStart;
paletteF[count] = nearestIndex(rgb,rgb,rgb,video.currentPalette,256);
}
for (count = 0; count < nCharacters; count++){
//SDL_SetPalette(characters[count], SDL_LOGPAL, palette, start, length);
//characters[count].start=start;
//characters[count].length=length;
//characters[count].flags|=miniS_useMap;
}
return;
}
double RouteInfo::trackDistance()
{
return trackDistance(nearestIndex(startTime()), m_trackpts.count());
}
int Kwave::BitrateWidget::value()
{
int value = slider->value();
int index = nearestIndex(value);
return m_rates[index];
}
//***************************************************************************
void Kwave::BitrateWidget::snapInSlider()
{
int value = slider->value();
int index = nearestIndex(value);
slider->setValue(m_rates[index]); // snap in
}
