public void updateLayouts(float Azi, float zAngle, Location l) {
/*
if(l.hasAccuracy()) this.gpsIcon.disconnect();
else gpsIcon.update(l.getAccuracy());
*/
if (Azi != -1) {
// Process the accelerometor stuff
// Manages mobile orientation
float leftArm = Azi - (xAngleWidth / 2);
float rightArm = Azi + (xAngleWidth / 2);
if (leftArm < 0) leftArm = leftArm + 360;
if (rightArm > 360) rightArm = rightArm - 360;
if (this.curLeftArm == -1) this.curLeftArm = leftArm;
if (this.curRightArm == -1) this.curRightArm = rightArm;
if (!(aChanger(curLeftArm, leftArm, (float) 0.05))) leftArm = this.curLeftArm;
else this.curLeftArm = leftArm;
if (!(aChanger(this.curRightArm, rightArm, (float) 0.05))) rightArm = this.curRightArm;
else this.curRightArm = rightArm;
if (leftArm < 0) leftArm = leftArm + 360;
if (rightArm > 360) rightArm = rightArm - 360;
// gere l'orientation du mobile en hauteur
float upperArm = zAngle + (yAngleWidth / 2);
float lowerArm = zAngle - (yAngleWidth / 2);
if (this.curUpperArm == -1) this.curUpperArm = upperArm;
if (this.curLowerArm == -1) this.curLowerArm = lowerArm;
if (!(aChanger(this.curUpperArm, upperArm, (float) 0.05))) upperArm = this.curUpperArm;
else this.curUpperArm = upperArm;
if (!(aChanger(this.curLowerArm, lowerArm, (float) 0.05))) lowerArm = this.curLowerArm;
else this.curLowerArm = lowerArm;
Enumeration<ARSphericalView> e = getArViews().elements();
if (getArViews().size() == 0) return;
while (e.hasMoreElements()) {
// If we have a location, and the view has one, update it's data
try {
ARSphericalView view = e.nextElement();
// ------------
if (view.isVisible()) {
if (l != null && view.getLocation() != null) {
float old_azi = view.getAzimuth();
float old_incli = view.getInclination();
float new_incli;
if (aChanger(old_azi, l.bearingTo(view.getLocation()), (float) 0.05)) {
view.setAzimuth((l.bearingTo(view.getLocation())) - 90);
}
if (view.getAzimuth() < 0) view.setAzimuth(360 + view.getAzimuth());
if (l.hasAltitude() && view.getLocation().hasAltitude()) {
new_incli =
(float)
Math.atan(
((view.getLocation().getAltitude() - l.getAltitude())
/ l.distanceTo(view.getLocation())));
if (aChanger(old_incli, new_incli, (float) 0.05)) view.setInclination(new_incli);
}
}
}
// if(!isVisibleX(leftArm, rightArm, view.azimuth))
// {
// view.visible = false;
// continue;
// }
// if(!isVisibleY(lowerArm, upperArm, view.inclination))
// {
// view.visible = false;
// continue;
// }
// view.setVisible(true);
int tmp_x = (int) calcXvalue(leftArm, rightArm, view.getAzimuth());
int tmp_y = (int) calcYvalue(lowerArm, upperArm, view.getInclination());
if (view instanceof MagnitudePOI) {
view.layout(
(int) (((MagnitudePOI) view).getShiftX() + tmp_x),
(int) (((MagnitudePOI) view).getShiftY() + tmp_y),
(int)
((((MagnitudePOI) view).getShiftX())
+ tmp_x
+ ((MagnitudePOI) view).getViewWidth()),
(int)
(((MagnitudePOI) view).getShiftY()
+ tmp_y
+ ((MagnitudePOI) view).getViewHeight()));
} else view.layout(tmp_x, tmp_y, tmp_x, tmp_y);
} catch (Exception x) {
Log.e("ArLayout", x.getMessage());
}
}
}
// 37.763557,-122.410719
}
