24#include <QGraphicsPolygonItem>
25#include <QGraphicsView>
37 double lengthCutoffIn,
41 double directionalFactorExponentIn,
42 double directionalReflectionDampingIn,
109 while (k < 3000000) {
123 for (
size_t sample = 0; sample <
energy.size(); sample++) {
130 if (
energy.empty())
return 0;
131 if (param < 0) param = 0;
132 if (param > 1) param = 1;
139 return klow < 0 ? 0 : klow;
144 return khigh > 1 ? 1 : khigh;
165 setTransformationAnchor(QGraphicsView::NoAnchor);
166 setResizeAnchor(QGraphicsView::NoAnchor);
188 QLineEdit::focusOutEvent(e);
235 void resize(
const int width,
const int height);
virtual void resizeEvent(QResizeEvent *event)
void resizeSignal(int width, int height)
virtual void focusOutEvent(QFocusEvent *e)
DeepWaterLineEdit(QWidget *parent=0)
SeDeepWater< double > T_CURVE
void windSpeedChanged(double val)
void tileSizeChanged(double val)
QGraphicsPolygonItem * _curvePoly
void setParams(const SeDeepWaterParams ¶msIn)
void lengthCutoffChanged(double val)
void resize(const int width, const int height)
void resolutionChanged(int val)
void sharpenChanged(double val)
void emitDeepWaterChanged()
void amplitudeChanged(double val)
void directionalFactorExponentChanged(double val)
void directionalReflectionDampingChanged(double val)
void windAngleChanged(double val)
QGraphicsRectItem * _gridRect
void flowDirectionChanged(QString val)
QGraphicsRectItem * _baseRect
void lengthCutoffChanged()
void directionalFactorExponentChanged()
void amplitudeChangedSignal(double val)
void flowDirectionChanged()
void windAngleChangedSignal(double val)
DeepWaterLineEdit * _resolutionEdit
void flowDirectionChangedSignal(QString val)
void directionalReflectionDampingChanged()
DeepWaterLineEdit * _directionalReflectionDampingEdit
void directionalFactorExponentChangedSignal(double val)
void tileSizeChangedSignal(double val)
void lengthCutoffChangedSignal(double val)
DeepWaterLineEdit * _sharpenEdit
DeepWaterLineEdit * _tileSizeEdit
DeepWaterLineEdit * _lengthCutoffEdit
void directionalReflectionDampingChangedSignal(double val)
void windSpeedChangedSignal(double val)
DeepWaterLineEdit * _windSpeedEdit
void setParams(const SeDeepWaterParams ¶ms)
DeepWaterLineEdit * _windAngleEdit
void resolutionChangedSignal(int val)
void sharpenChangedSignal(double val)
DeepWaterLineEdit * _directionalFactorExponentEdit
DeepWaterLineEdit * _amplitudeEdit
DeepWaterLineEdit * _flowDirectionEdit
SeExpr2::Vec3d flowDirection
SeDeepWaterParams(int resolutionIn, double tileSizeIn, double lengthCutoffIn, double amplitudeIn, double windAngleIn, double windSpeedIn, double directionalFactorExponentIn, double directionalReflectionDampingIn, const SeExpr2::Vec3d &flowDirectionIn, double sharpenIn, double timeIn, double filterWidthIn)
double directionalFactorExponent
double directionalReflectionDamping
T fromIndex(const T index)
T powerLaw(const T x, const SeDeepWaterParams ¶ms)
T getValue(double param) const
Evaluates curve and returns full value.
void setParams(const SeDeepWaterParams ¶msIn)
</pre >< h3 > A simple variable reference</h3 > This is not a very interesting subclass of expression until we add some additional variables Variables on some applications may be very dynamic In this we only need x
< br > pow($a, 0.5)+ $b< br >< br ></div > External variables can also be overridden by local assignment.  
This is the same as the prman cellnoise function< br ></div >< br > float< b > float y< br > float< b > float float z
The result is computed int int< br >< div style="margin-left: 40px;"> Picks values randomly between loRange and hiRange based on supplied index(which is automatically hashed).