Examples of Angle

chunmap.model.elem.Angle
@author chunquedong
cranks.geom.Angle
freegressi.tableur.Tableur.Angle
gov.nasa.worldwind.geom.Angle
Represents a geometric angle. Instances of Angle are immutable. An angle can be obtained through the factory methods {@link #fromDegrees} and {@link #fromRadians}. @author Tom Gaskins @version $Id: Angle.java 1690 2013-10-24 19:42:53Z tgaskins $
graphics.common.Angle
@author Freezerburn
net.sf.myway.base.db.Angle
@version $Revision: 1.4 $ @author Andreas Beckers
org.apache.sis.measure.Angle
An angle in decimal degrees. An angle is the amount of rotation needed to bring one line or plane into coincidence with another, generally measured in degrees, sexagesimal degrees or grads. {@section Formatting angles}The recommended way to format angles is to instantiate an {@link AngleFormat} once, then toreuse it many times. As a convenience, {@code Angle} objects can also be formatted by the{@code "%s"} conversion specifier of {@link Formatter}, but this is less efficient for this class. @author Martin Desruisseaux (MPO, IRD, Geomatys) @since 0.3 (derived from geotk-1.0) @version 0.3 @module @see Latitude @see Longitude @see AngleFormat
org.geotools.measure.Angle
An angle in degrees. An angle is the amount of rotation needed to bring one line or plane into coincidence with another, generally measured in degrees, sexagesimal degrees or grads. @since 2.0 @source $URL$ @version $Id$ @author Martin Desruisseaux (PMO, IRD) @see Latitude @see Longitude @see AngleFormat

Examples of cranks.geom.Angle

                  (new Line(selectedSide.getStart(), newSide.getEnd()));
        Line line2 = (orientation)?
                  (new Line(selectedSide.getEnd(), newSide.getEnd())):
                  (new Line(selectedSide.getEnd(), newSide.getStart()));
        Point centreOfRotation;
        Angle angleOfRotation;
        if (line1.getLength() < Point.LEAST_COUNT) {
          centreOfRotation = new Point(line1.getStart().getX(),line1.getStart().getY());
          angleOfRotation = (new Line(centreOfRotation, line2.getEnd())).getSlope().
                    sub((new Line(centreOfRotation, line2.getStart())).getSlope());
        }
        else if (line2.getLength() < Point.LEAST_COUNT) {
          centreOfRotation = new Point(line2.getStart().getX(),line2.getStart().getY());
          angleOfRotation = (new Line(centreOfRotation, line1.getEnd())).getSlope().
                    sub((new Line(centreOfRotation, line1.getStart())).getSlope());
        }
        else {
          Line perpLine1 = new Line(line1.midPoint(),line1.getSlope().
                              add(new Angle(Math.PI/2)),1);
          Line perpLine2 = new Line(line2.midPoint(),line2.getSlope().
                              add(new Angle(Math.PI/2)),1);
          if (perpLine1.canIntersect(perpLine2)) {
            centreOfRotation = perpLine1.intersect(perpLine2)[0];
            angleOfRotation = (new Line(centreOfRotation, line1.getEnd())).getSlope().
                    sub((new Line(centreOfRotation, line1.getStart())).getSlope());
          }
          else {
            Point translation = new Point(
                      line1.getEnd().getX() - line1.getStart().getX(),
                      line1.getEnd().getY() - line1.getStart().getY());
            ptOppSelSide.move(translation, new Angle(0), new Point());
            Triangle newTriangle = new Triangle(ptOppSelSide, newSide);
            newTriangle.addToObjects(objects);
            clearAndHide();
            step.setOutputs(new Object[]{ptOppSelSide, newTriangle.getSides()[1],
                        newTriangle.getSides()[2], newTriangle});

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Examples of cranks.geom.Angle

      }
    }
    String fixedLink = (String)cFixedLink.getSelectedItem();
    int fixed = Integer.parseInt(fixedLink.substring(fixedLink.length()-1));
    double ternaryLength = 0;
    Angle ternaryAngle = new Angle();
    if (rbTernary.isSelected()) {
      Triangle ternaryLink = (Triangle)cTernaryLink.getSelectedItem();
      Line link3 = (fixed > 2)?(lines[(fixed-1)-2]):(lines[(fixed-1)+2]);
      if (!(link3.getAssocObjects().contains(ternaryLink))) {
        JOptionPane.showMessageDialog(this, "Ternary link is not connected to "+

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Examples of cranks.geom.Angle

  }


  private Angle getAngle(Line line1, Line line2) {
    double angleBetweenLines = line1.getSlope().sub(line2.getSlope()).getAngle();
    angleBetweenLines = Math.abs(angleBetweenLines - Math.PI);
    return new Angle(angleBetweenLines);
  }

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Examples of cranks.geom.Angle

  }


  public void updateSettings() {
    int angularIncrement = ((Integer)ftfAngularIncrement.getValue()).intValue();
    mechanism.setAnimationDelay(sAnimationDelay.getValue());
    mechanism.setIncrement(new Angle(Math.toRadians(angularIncrement)));
    if (oldAngularIncrement != angularIncrement)
      mechanism.initialize();
    oldAngularIncrement = angularIncrement;
    int zoom = ((Integer)ftfZoom.getValue()).intValue();
    mfInstance.setZoom((double)zoom/100);

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Examples of cranks.geom.Angle

  public void doConstruction(ConstructionStep step) {
    if (step.getConstructionType() == MOVE) {
      GeometricalObject o = (GeometricalObject)step.getInputs()[0];
      Point translation = new Point(((Double)step.getInputs()[1]).doubleValue(),
                                    ((Double)step.getInputs()[2]).doubleValue());
      Angle rotation = new Angle(((Double)step.getInputs()[3]).doubleValue());
      Point fixedPoint = (Point)step.getInputs()[4];
      if (fixedPoint.getAssocObjects().contains(o)) {
        fixedPoint = new Point(fixedPoint.getX(), fixedPoint.getY());
        fixedPoint.move(translation, new Angle(0), new Point());
        step.getInputs()[4] = fixedPoint;
      }
      o.move(translation, rotation, fixedPoint);
      clearAndHide();
      step.setOutputs(new Object[]{o});

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Examples of cranks.geom.Angle

  public void undoConstruction(ConstructionStep step) {
    if (step.getConstructionType() == MOVE) {
      GeometricalObject o = (GeometricalObject)step.getInputs()[0];
      Point translation = new Point(((Double)step.getInputs()[1]).doubleValue(),
                                    ((Double)step.getInputs()[2]).doubleValue());
      Angle rotation = new Angle(((Double)step.getInputs()[3]).doubleValue());
      Point fixedPoint = (Point)step.getInputs()[4];
      rotation = rotation.mul(-1);
      translation = new Point(translation.getX()*(-1), translation.getY()*(-1));
      o.move(new Point(), rotation, fixedPoint);
      o.move(translation, new Angle(0), fixedPoint);
    }
    else
      System.err.println("Bad construction type");
  }

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Examples of freegressi.tableur.Tableur.Angle

    }


  }


  public void notifySheetsAngleChanged(Angle newAngle, boolean undoable){
    Angle oldAngle = angle;
    angle = newAngle;
    for (Tableur sheet : sheetList){
      sheet.notifyAngleChanged(newAngle);
    }
    fireSheetsAngleChanged(oldAngle, newAngle, undoable);

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Examples of gov.nasa.worldwind.geom.Angle

 */
public class GfrLatLon
{
   static public LatLon s_getMiddle(LatLon llnA, LatLon llnB)
   {
      Angle angAzimuth = LatLon.greatCircleAzimuth(llnA, llnB);
      Angle angAngle = LatLon.greatCircleDistance(llnA, llnB);


      return LatLon.greatCircleEndPosition(llnA, angAzimuth, angAngle.divide(2));
   }

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Examples of gov.nasa.worldwind.geom.Angle

    * @param oldPosition Previous position of shape
    * @param newPosition New position for shape
    */
   protected void moveToPosition(Position oldPosition, Position newPosition)
   {
      Angle distanceAngle = LatLon.greatCircleDistance(oldPosition, newPosition);
      Angle azimuthAngle = LatLon.greatCircleAzimuth(oldPosition, newPosition);
      measureTool.moveMeasureShape(azimuthAngle, distanceAngle);
      measureTool.firePropertyChange(GfrEditorObjShpSegWiseTool.EVENT_POSITION_REPLACE, oldPosition, newPosition);
   }

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Examples of gov.nasa.worldwind.geom.Angle

   }


   protected LatLon computeControlPointLocation(String control, Globe globe, Angle heading, LatLon center,
           double width, double height)
   {
      Angle azimuth = this.computeControlPointAzimuth(control, width, height);
      Angle pathLength = this.computeControlPointPathLength(control, width, height, globe.getRadiusAt(center));


      if (control.equals(CENTER))
      {
         return center;
      }

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