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{
INT TextTickIdx(-1), MinorCnt( m_AxisX->GetMinorTick() || m_AxisX->GetDisplayMinorGrid() ? (INT)m_AxisX->GetMinorTickSpace() : 0 );
std::vector<std::pair<RectF,INT>>::iterator SLRit = SavedLabelRects.begin();
std::vector<std::pair<SizeF,SizeF>>::iterator STSit = SavedTextSizes.begin();
if(SLRit != SavedLabelRects.end())
TextTickIdx = NotEmptyIdxs[SLRit->second];
BOOL ShowCatLines(m_AxisX->GetShowCategoryLines());
std::map<REAL, PointF> CatPts;
if(ShowCatLines)
{
// берём все возможные по всей длине оси
REAL CatOff(0);
if(m_AxisXPlacement == CAXP_ONTICK)
CatOff = CalcScaleIntervalW/2.0f;
INT CatLnsCnt = (m_AxisXPlacement == CAXP_ONTICK) ? PointsCount : PointsCount + 1;
for(INT i(0);i < CatLnsCnt;i++)
{
PointF Pt;
REAL SecCoord;
switch(Position)
{
case AA_TOP:
case AA_BOTTOM:
SecCoord = AxisXSelfRect.X + CatOff + i*CalcScaleIntervalW;
Pt.X = SecCoord;
break;
case AA_LEFT:
case AA_RIGHT:
SecCoord = AxisXSelfRect.Y + CatOff + i*CalcScaleIntervalW;
Pt.Y = SecCoord;
break;
}
CatPts.insert(std::make_pair(SecCoord, Pt));
}
}
PointF TickOff(0,0);
BOOL TicksBetweenCategories(m_AxisX->GetTicksBetweenCategories());
if(TicksBetweenCategories)
{
switch(Position)
{
case AA_TOP:
case AA_BOTTOM:
TickOff.X = ReversedAxisX ? -CalcScaleIntervalW*0.5f : CalcScaleIntervalW*0.5f;
break;
case AA_LEFT:
case AA_RIGHT:
TickOff.Y = ReversedAxisX ? CalcScaleIntervalW*0.5f : -CalcScaleIntervalW*0.5f;
break;
}
}
std::vector<CDgmAxisTickTextDrawCacheItem>& AxisXTickCache = m_AxisX->GetDrawTickTextCache();
long TickInterval = IsDateAxis ? m_AxisX->GetDateAxisSettings()->GetMajorTickUnitInterval() : m_AxisX->GetTickMarksInterval();
if(TickInterval < 1)
TickInterval = 1;
INT TickStartAt = (m_AxisXPlacement == CAXP_ONTICK && !TicksBetweenCategories ? 0 : 1);
DATE DateMajorTickStartAt = m_AxisX->GetDateAxisSettings()->GetMajorTickStartAt();
INT CategoryMajorTickStartAt = m_Owner->GetCategoryFromDate(DateMajorTickStartAt) - 1;
if (CategoryMajorTickStartAt < 0)
{
CategoryMajorTickStartAt = 0;
}
CDgmDateAxisUnit MinorLabelTickUnits(DAU_AUTO);
if(IsDateAxis)
{
CDgmDateAxisSettings* ds = m_AxisX->GetDateAxisSettings();
MinorLabelTickUnits = ds->GetMinorTickUnit();
if(MinorLabelTickUnits == DAU_AUTO)
MinorLabelTickUnits = m_CalculatedDateAxisAutoMajorTickUnit;
MinorCnt = ds->GetMinorTickUnitInterval();
if(MinorCnt < 1)
MinorCnt = 1;
}
INT _k(0);
for (INT i(0), Cnt(Names.size());i < Cnt;i++)
{
CDgmAxisTickTextDrawCacheItem CacheItem;
BYTE nShow(0);
CacheItem.TickDrawPoint = Names[i].first + TickOff;
CacheItem.SetTextVisible(i == TextTickIdx);
if(i == TextTickIdx) // метка с текстом
{
CacheItem.TextDrawCenter = Names[i].first; // именно тик, т.к. одная координата у них общая, а вторая
// координата тика, ректа и центра после будет
// скорректирована по оси Х, из-за того, что ее
// размер и положение изменятся
CacheItem.PointIdx = Names[i].second.second;
if(CacheItem.PointIdx < 0)
CacheItem.TextValue = Names[i].second.first->m_text.GetPlainText();
CacheItem.TextDrawSize = SLRit->first;
CacheItem.FontSize = FontHeight;
CacheItem.m_sizefDrawBounds = STSit->first;
CacheItem.m_sizefTextBounds = STSit->second;
if (CacheItem.TextDrawCenter.X + CacheItem.TextDrawSize.Width * 0.5f > Max)
{
CacheItem.TextDrawCenter.X = Max - CacheItem.TextDrawSize.Width * 0.5f;
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