29 : m_name ( bin_to_color.m_name ),
30 m_dv ( bin_to_color.m_dv ),
31 m_vmin ( bin_to_color.m_vmin )
69 const std::vector < double > &
virtual bool isUserDefined() const
Returns true if object can be user defined.
std::vector< double > m_control_points
A set of control points that might be used for the value to color transform.
hippodraw::BinToColor class interface
BinToColor(const char *name)
The constructor.
double length() const
Returns the length of the range object.
The base class for the value to the color transformation.
virtual void setControlPoints(const std::vector< double > &points)
Set the value of the control points.
double m_dv
The distance of the expected values, i.e.
double low() const
Returns the minimum of the range object.
virtual bool acceptChangeColor() const
Returns true if object can accept changing color,i.e.
const std::string & name() const
Returns the name of the value to color transform.
const std::vector< double > & getControlPoints() const
Returns a list of control points.
void setRange(const Range &r)
Sets the range of the values passed.
double m_vmin
The minimum value expected.
virtual bool hasControlPoints() const
Returns true if class has control points by which the value to color transform can be varied...
Range getRange() const
Get the Range of expected values.
Expresses a range of values.
std::string m_name
The name of this value transform.
virtual ~BinToColor()
The destructor.