bool GenomeRegionSeqStats::UpdateRegionStats(String &chr, int start, int end)
{
int ¤tIndex = genomeRegions_currentIndex[chr];
if(currentIndex<0) return(false);
if(currentIndex>=(int)genomeRegions[chr].size()){
currentIndex=-1;
contigFinishedCnt++;
return(false);
}
vector< std::pair<int, int> > ®ion = genomeRegions[chr];
if(end<region[currentIndex].first) return(false);
bool overlap = PartialUpdate(chr, start, end);
if(overlap==true) return(true);
// No overlap found and find the next overlapping region
// If found, update the stats and adjust index
// If not, adjust the index for next sequence
while(start>=region[currentIndex++].second)
{
if(currentIndex>=(int)genomeRegions[chr].size()) return(false);
if(PartialUpdate(chr, start, end)) return(true);
if(end<=region[currentIndex].first) return(false);
}
return(false);
}
// destructor
Zoomer::~Zoomer()
{
// restore event handler
if (m_PrevHandler != 0)
{
iv_seteventhandler(m_PrevHandler);
}
// restore area behind zoomer
int xframe, yframe, wframe, hframe;
GetWindowFrameRect(xframe, yframe, wframe, hframe);
DrawBitmap(xframe, yframe, m_SavedArea);
// deallocate memory which was allocated for saved area
free(m_SavedArea);
// update screen
PartialUpdate(xframe, yframe, wframe, hframe);
// notify that zoomer is about to close
if (m_CloseHandler != 0)
{
ZoomerParameters zoomerParameters = s_Strategies[m_Position]->GetZoomParameters();
m_CloseHandler(&zoomerParameters);
}
// delete strategies
for (int i = ZOOM_STRATEGY_FIRST; i <= ZOOM_STRATEGY_LAST; ++i)
{
delete s_Strategies[i];
}
m_Instance = 0;
}
static void close_zoomer()
{
DrawBitmap(dx, dy, isaves);
free(isaves);
isaves = NULL;
iv_seteventhandler(prevhandler);
SetKeyboardRate(700, 500);
PartialUpdate(dx, dy, dw + 4, dh + 4);
CloseFont(menu_arrow_font);
}
static void draw_new_zoomer(int update)
{
char buf[80];
int cw, ch;
int deltaw = 36;
iv_windowframe(dx, dy, dw, dh, BLACK, WHITE, "@Zoom", 0);
DrawBitmap(dx + 40, dy + th + 8, bm_touchzoom);
cw = bm_touchzoom->width / 6 - deltaw;
ch = bm_touchzoom->height / 5 - 48;
// invert_item(dx+40+(cw + 6)*pos + 3, dy+th+8, cw, ch);
SetFont(menu_n_font, 0);
// snprintf(buf, sizeof(buf), "%s", GetLangText("@Preview"));
// DrawTextRect(dx, dy + th + 8, dw, 1, buf, ALIGN_CENTER);
// snprintf(buf, sizeof(buf), "%s", GetLangText("@Normal_page"));
// DrawTextRect(dx, dy + th + 8 + ch + 48, dw, 1, buf, ALIGN_CENTER);
// snprintf(buf, sizeof(buf), "%s", GetLangText("@Reflow"));
// DrawTextRect(dx, dy + th + 8 + 48 + (ch + 24) * 3 + 24, dw, 1, buf, ALIGN_CENTER);
DrawTextRect(dx + 40, dy + th + 8 + ch + 24, cw + deltaw, 1, "4", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 2, dy + th + 8 + ch + 24, cw + deltaw, 1, (char*)((GetOrientation() + 1) % 4 > 2 ? "6" : "9"),
ALIGN_CENTER);
snprintf(buf, sizeof(buf), "%s", GetLangText("@Fit_width"));
// DrawTextRect(dx + 40 + (cw + deltaw) * 4 - 30, dy + th + 8 + ch + 24, cw + deltaw + 60, 1, buf, ALIGN_CENTER);
DrawTextRect(dx + 40, dy + th + 8 + (ch + 48) * 2 - 24, cw + deltaw, 1, "75%", ALIGN_CENTER);
DrawTextRect(dx + 40 + cw + deltaw, dy + th + 8 + (ch + 48) * 2 - 24, cw + deltaw, 1, "80%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 2, dy + th + 8 + (ch + 48) * 2 - 24, cw + deltaw, 1, "85%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 3, dy + th + 8 + (ch + 48) * 2 - 24, cw + deltaw, 1, "90%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 4, dy + th + 8 + (ch + 48) * 2 - 24, cw + deltaw, 1, "95%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 5, dy + th + 8 + (ch + 48) * 2 - 24, cw + deltaw, 1, "100%", ALIGN_CENTER);
DrawTextRect(dx + 40, dy + th + 8 + (ch + 48) * 3 - 24, cw + deltaw, 1, "105%", ALIGN_CENTER);
DrawTextRect(dx + 40 + cw + deltaw, dy + th + 8 + (ch + 48) * 3 - 24, cw + deltaw, 1, "120%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 2, dy + th + 8 + (ch + 48) * 3 - 24, cw + deltaw, 1, "130%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 3, dy + th + 8 + (ch + 48) * 3 - 24, cw + deltaw, 1, "140%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 4, dy + th + 8 + (ch + 48) * 3 - 24, cw + deltaw, 1, "150%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 5, dy + th + 8 + (ch + 48) * 3 - 24, cw + deltaw, 1, "170%", ALIGN_CENTER);
DrawTextRect(dx + 40, dy + th + 8 + (ch + 48) * 4 - 24, cw + deltaw, 1, "200%", ALIGN_CENTER);
DrawTextRect(dx + 40 + cw + deltaw, dy + th + 8 + (ch + 48) * 4 - 24, cw + deltaw, 1, "300%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 2, dy + th + 8 + (ch + 48) * 4 - 24, cw + deltaw, 1, "400%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 3, dy + th + 8 + (ch + 48) * 4 - 24, cw + deltaw, 1, "500%", ALIGN_CENTER);
DrawTextRect(dx + 40, dy + th + 8 + (ch + 48) * 5 - 24, cw + deltaw, 1, "150%", ALIGN_CENTER);
DrawTextRect(dx + 40 + cw + deltaw, dy + th + 8 + (ch + 48) * 5 - 24, cw + deltaw, 1, "200%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 2, dy + th + 8 + (ch + 48) * 5 - 24, cw + deltaw, 1, "300%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 3, dy + th + 8 + (ch + 48) * 5 - 24, cw + deltaw, 1, "400%", ALIGN_CENTER);
DrawTextRect(dx + 40 + (cw + deltaw) * 4, dy + th + 8 + (ch + 48) * 5 - 24, cw + deltaw, 1, "500%", ALIGN_CENTER);
if (update) PartialUpdate(dx, dy, dw + 4, dh + 4);
}
