void ScaleDraw::setScale(const ScaleDiv &s)
{
d_scldiv = s;
setDblRange(d_scldiv.lBound(),d_scldiv.hBound(),d_scldiv.logScale());
}
DiMap::DiMap(int i1, int i2, double d1, double d2, bool logarithmic)
{
d_log = logarithmic;
setIntRange(i1,i2);
setDblRange(d1, d2);
}
//------------------------------------------------------------
//
//.F ScaleDraw::setScale (1)
// Adjust the range of the scale
//
//.u Syntax
//.f void ScaleDraw::setScale(double x1, double x2, double step, int logscale)
//
//.u Parameters
//.p double x1 -- value at the left/low endpoint of the scale
// double x2 -- value at the right/high endpoint of the scale
// double step -- step size (default : 0.0)
// int logscale -- logarithmic scale (default : 0)
//
//.u Description
// If step == 0.0, the step width is calculated automatically
// dependent on the maximal number of scale ticks.
//
//------------------------------------------------------------
void ScaleDraw::setScale(double x1, double x2, int maxMajIntv,
int maxMinIntv, double step, int logscale)
{
d_scldiv.rebuild( x1, x2, maxMajIntv, maxMinIntv, logscale, step, false );
setDblRange( d_scldiv.lBound(), d_scldiv.hBound(), d_scldiv.logScale());
}
