When the GraphType property is set to 110 (gauge chart), this property selects the gauge's background style.
DATA TYPE:
integer
RANGE:
0...11
DEFAULT:
1
SYNTAX:
void setGaugeBackgroundStyle (int newValue); int getGaugeBackgroundStyle()
EXAMPLE:
setGraphType(110); setGaugeBackgroundStyle(5); setDisplay(getFrame(), false);
setGaugeBackgroundStyle(2); setDisplay(getFrame(), false);
When the GraphType property is set to 110 (gauge chart), this property defines how gauge bands are drawn.
DATA TYPE:
boolean
RANGE:
true / false; true = Draw in descending order, false = Draw in ascending order
DEFAULT:
false
SYNTAX:
void setGaugeDescending(boolean newValue); boolean getGaugeDescending();
When the GraphType property is set to 110 (gauge chart), this property enables (true) / disables (false) the GaugeBackgroundStyle property.
DATA TYPE:
boolean
RANGE:
true = Do not use GaugeBackgroundStyle, false = Use GaugeBackgroundStyle
DEFAULT:
false
SYNTAX:
void setGaugeIgnoreBackgroundStyle(boolean newValue); boolean getIgnoreBackgroundStyle();
When the GraphType property is set to 110 (gauge chart), this property controls automatic calculation of the number of major grid steps. When automatic calculation is disabled (false), Y1MajorGridStep defines the number of major grid steps.
DATA TYPE:
boolean
RANGE:
true = automatically calculate, false = Use major grid steps set by Y1MajorGridStep
DEFAULT:
false
SYNTAX:
void setGaugeMajorAutoStep(boolean newValue); boolean getGaugeMajorAutoStep();
EXAMPLE:
setGraphType(110); setGaugeMajorAutoStep(false); setDisplay(getFrame(), false); setY1MajorGridStep(5.0);
When the GraphType property is set to 110 (gauge chart), this property defines the relative length of major tick marks.
DATA TYPE:
double
RANGE:
0.0...0.5
DEFAULT:
0.1
SYNTAX:
void setGaugeMajorTickRelativeTickLength (int newValue); int getGaugeMajorTickRelativeTickLength()
EXAMPLE:
setGraphType(110); setGaugeBackgroundStyle(3); setDisplay(getFrame(), false); setGaugeMajorTickRelativeTickLength(0.2);
setGaugeBackgroundStyle(3); setDisplay(getFrame(), false); setGaugeMajorTickRelativeTickLength(0.4);
When the GraphType property is set to 110 (gauge chart), this property controls automatic calculation of the number of minor grid steps. When automatic calculation is disabled (false), Y1MinorGridStep defines the number of minor grid steps.
DATA TYPE:
boolean
RANGE:
true / false; true = automatically calculate the number of major grid steps, false = Use the number of minor grid steps set by the Y1MinorGridStep property
DEFAULT:
false
SYNTAX:
void setGaugeMinorAutoStep(boolean newValue); boolean getGaugeMinorAutoStep();
When the GraphType property is set to 110 (gauge chart), this property defines the relative length of minor tick marks.
DATA TYPE:
double
RANGE:
0.0...0.5
DEFAULT:
0.1
SYNTAX:
setGaugeMinorTickRelativeTickLength(double newValue); double getGaugeMinorTickRelativeTickLength()
EXAMPLE:
setGraphType(110); setGaugeBackgroundStyle(6); setDisplay(getFrame(), false); setGaugeMinorTickRelativeTickLength(0.4);
When the GraphType property is set to 110 (gauge chart), this property selects the gauge's needle style.
DATA TYPE:
integer
RANGE:
0...5
DEFAULT:
2
SYNTAX:
setGaugeNeedleStyle (int newValue); int getGaugeNeedleStyle()
EXAMPLE:
setGraphType(110); setGaugeBackgroundStyle(7); setDisplay(getFrame(), false); setGaugeNeedleStyle(0);
setGaugeBackgroundStyle(7); setDisplay(getFrame(), false); setGaugeNeedleStyle(1);
When the GraphType property is set to 110 (gauge chart), this property defines the inner radius of the gauge bands and lables relative to the gauge's outer background. Smaller numbers place the inner radius closer to the center of the gauge.
DATA TYPE:
double
RANGE:
0.0...0.9
DEFAULT:
0.6
SYNTAX:
void setGaugeRelativeInnerRadius(double newValue); double getGaugeRelativeInnerRadius()
EXAMPLE:
setGraphType(110); setGaugeBackgroundStyle(6); setDisplay(getFrame(), false); setGaugeRelativeInnerRadius(0.4);
setGaugeBackgroundStyle(6); setDisplay(getFrame(), false); setGaugeRelativeInnerRadius(0.9);
When the GraphType property is set to 110 (gauge chart), this property selects the relative thickness of the gauge bands.
DATA TYPE:
double
RANGE:
0.0...0.7
DEFAULT:
0.1
SYNTAX:
void setGaugeRelativeThickness(double newValue); double getGaugeRelativeThickness()
EXAMPLE:
setGraphType(110); setGaugeRelativeThickness(0.15);
When the GraphType property is set to 110 (gauge chart), this property selects the gauge's start angle.
DATA TYPE:
double
RANGE:
0...359
DEFAULT:
220
SYNTAX:
void setGaugeStartAngle(double newValue); double getGaugeStartAngle()
When the GraphType property is set to 110 (gauge chart), this property selects the gauge's stop angle.
DATA TYPE:
integer
RANGE:
0...359
DEFAULT:
320
SYNTAX:
void setGaugeStopAngle (int newValue); int getGaugeStopAngle()