@Override
public <G, D, L> void importParameters(
ParameterHelper helper, DataDocument<G, D, L> document, D dictionary) {
final Set<String> keys = document.keySetOfDictionary(dictionary);
if (keys.contains("intensityDeviation"))
setIntensityDeviation(document.getDoubleFromDictionary(dictionary, "intensityDeviation"));
if (keys.contains("medianNoiseIntensity"))
setMedianNoiseIntensity(document.getDoubleFromDictionary(dictionary, "medianNoiseIntensity"));
if (keys.contains("formulaConstraints"))
setFormulaConstraints(
(FormulaConstraints)
helper.unwrap(
document, document.getFromDictionary(dictionary, "formulaConstraints")));
if (keys.contains("allowedMassDeviation"))
allowedMassDeviation =
Deviation.fromString(
document.getStringFromDictionary(dictionary, "allowedMassDeviation"));
if (keys.contains("standardMs1MassDeviation"))
standardMs1MassDeviation =
Deviation.fromString(
document.getStringFromDictionary(dictionary, "standardMs1MassDeviation"));
if (keys.contains("standardMs2MassDeviation"))
standardMs2MassDeviation =
Deviation.fromString(
document.getStringFromDictionary(dictionary, "standardMs2MassDeviation"));
if (keys.contains("standardMassDifferenceDeviation"))
standardMassDifferenceDeviation =
Deviation.fromString(
document.getStringFromDictionary(dictionary, "standardMassDifferenceDeviation"));
}
/**
* @param center the current center of the board
* @param radius the current radius of the board
* @return the calculated point
*/
public Point calculatePoint(Point center, int radius) {
int angle;
/*
* bullseye special treatment
*/
if (baseNumber == 25) {
angle = 45;
} else {
angle = HitAreaConstants.getAngle(baseNumber);
}
double targetDistance;
switch (multiplier) {
case 3:
targetDistance = radius * 0.5;
break;
case 2:
targetDistance = radius * 0.82;
break;
default:
if (outerRing) {
targetDistance = radius * 0.65;
} else {
targetDistance = radius * 0.35;
}
break;
}
/*
* bullseye special treatment
*/
if (baseNumber == 25) {
if (multiplier == 2) {
targetDistance = radius * 0.01;
} else {
targetDistance = radius * 0.05;
}
}
/*
* apply deviation
*/
if (deviation != null) {
targetDistance = targetDistance * deviation.getDistanceFactor();
angle += deviation.getAngleDelta();
}
double deltaX = targetDistance * Math.cos(Math.toRadians(angle));
double deltaY = targetDistance * Math.sin(Math.toRadians(angle));
logger.info("Delta x: {}, Delta y: {}", deltaX, deltaY);
double x = center.x + deltaX;
double y = center.y - deltaY;
return new Point((int) x, (int) y);
}
