EXPORT_C TInt CAknNoteWrapper::ExecuteLD(TInt aResId, const TDesC& aPrompt)
{
TAknNoteResData resData = ReadResDataAndPrepareL(aResId);
SetTextL(aPrompt);
if (iTimeoutInMicroseconds == -1)
{
SetTimeout(resData.iTimeout);
}
if (iTone == STATIC_CAST(TTone,-1))
{
SetTone(resData.iTone);
}
return RunLD();
}
void BattleAnimation::DrawAt(int x, int y) {
if (IsDone()) {
return;
}
if (!GetVisible()) {
return;
}
const RPG::AnimationFrame& anim_frame = animation.frames[frame];
std::vector<RPG::AnimationCellData>::const_iterator it;
for (it = anim_frame.cells.begin(); it != anim_frame.cells.end(); ++it) {
const RPG::AnimationCellData& cell = *it;
if (!cell.valid) {
// Skip unused cells (they are created by deleting cells in the
// animation editor, resulting in gaps)
continue;
}
SetX(cell.x + x);
SetY(cell.y + y);
int sx = cell.cell_id % 5;
int sy = cell.cell_id / 5;
int size = large ? 128 : 96;
SetSrcRect(Rect(sx * size, sy * size, size, size));
SetOx(size / 2);
SetOy(size / 2);
SetTone(Tone(cell.tone_red * 128 / 100,
cell.tone_green * 128 / 100,
cell.tone_blue * 128 / 100,
cell.tone_gray * 128 / 100));
SetOpacity(255 * (100 - cell.transparency) / 100);
SetZoomX(cell.zoom / 100.0);
SetZoomY(cell.zoom / 100.0);
Sprite::Draw();
}
if (anim_frame.cells.empty()) {
// Draw an empty sprite when no cell is available in the animation
SetSrcRect(Rect(0, 0, 0, 0));
Sprite::Draw();
}
}
void
VarioSynthesiser::SetVario(unsigned sample_rate, fixed vario)
{
mutex.lock();
const int ivario = Clamp((int)(vario * 100), min_vario, max_vario);
if (dead_band_enabled && InDeadBand(ivario)) {
/* inside the "dead band" */
UnsafeSetSilence();
mutex.unlock();
return;
}
/* update the ToneSynthesiser base class */
SetTone(sample_rate, VarioToFrequency(ivario));
if (ivario > 0) {
/* while climbing, the vario sound gets interrupted by silence
periodically */
const unsigned period_ms = sample_rate
* (min_period_ms + (max_vario - ivario)
* (max_period_ms - min_period_ms) / max_vario)
/ 1000;
silence_count = period_ms / 3;
audible_count = period_ms - silence_count;
/* preserve the old "_remaining" values as much as possible, to
avoid chopping off the previous tone */
if (audible_remaining > audible_count)
audible_remaining = audible_count;
if (silence_remaining > silence_count)
silence_remaining = silence_count;
} else {
/* continuous tone while sinking */
audible_count = 1;
silence_count = 0;
}
mutex.unlock();
}
static int dvbfe_set_tone(struct dvb_frontend *fe, fe_sec_tone_mode_t arg)
{
DECLARE_DEV;
DBG_fCDVBFE("calling \n");
return SetTone(p->context, arg);
}
