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Update AirPlane.java

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praktimarc
2024-05-03 00:01:09 +02:00
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parent 6aeebfc21b
commit 7adc3d54a8
1 changed files with 99 additions and 59 deletions
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150
src/main/java/kst4contest/model/AirPlane.java
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@@ -1,67 +1,107 @@
package kst4contest.model;
package kst4contest.locatorUtils;
public class AirPlane {
public class DirectionUtils {
String apCallSign, apSizeCategory;
String potencialDescriptionAsWord;
/**
* Checks wheter a sked-sender writes to a sked-receiver and is in my direction due he beams to this receiver
*
* @param myLocator
* @param locatorOfSkedSender
* @param locatorOfSekdReceiver
* @param maxRangeKm
* @param hisAntennaBeamWidth
* @return
*/
public static boolean isInAngleAndRange(String myLocator, String locatorOfSkedSender, String locatorOfSekdReceiver, double maxRangeKm, double hisAntennaBeamWidth) {
public String getPotencialDescriptionAsWord() {
if (this.getPotential() <=50) {
return "small AP";
} else if (this.getPotential() <=75 && this.getPotential() > 50) {
return "big AP";
} else if (this.getPotential() > 75) {
return "very big AP";
}
Location myLocation = new Location(myLocator);
Location skedSenderLocation = new Location(locatorOfSkedSender);
Location skedReceiverLocation = new Location(locatorOfSekdReceiver);
double distanceFromMeToLocSender = new Location(myLocator).getDistanceKm(new Location(locatorOfSkedSender));
// Check if distance exceeds my setted maximum range
if (distanceFromMeToLocSender > maxRangeKm) {
System.out.println("too far, " + distanceFromMeToLocSender + " km");
return false;
}
//check bearing of sender to receiver
double bearingOfSekdSenderToSkedReceiver = skedSenderLocation.getBearing(skedReceiverLocation);
// System.out.println("skedTX -> skedTX deg: " + bearingOfSekdSenderToSkedReceiver);
double bearingOfSekdSenderToMe = skedSenderLocation.getBearing(myLocation);
// System.out.println("skedTX -> me deg: " + bearingOfSekdSenderToMe);
/**
* simple mech works
*/
// if (bearingOfSekdSenderToMe >= bearingOfSekdSenderToSkedReceiver) {
// if (bearingOfSekdSenderToMe-bearingOfSekdSenderToSkedReceiver <= hisAntennaBeamWidth/2){
// System.out.println(bearingOfSekdSenderToMe-bearingOfSekdSenderToSkedReceiver + " <= " + hisAntennaBeamWidth);
// return true;
// }
// } else if ((bearingOfSekdSenderToMe <= bearingOfSekdSenderToSkedReceiver)) {
// if (bearingOfSekdSenderToSkedReceiver-bearingOfSekdSenderToMe <= hisAntennaBeamWidth/2){
// return true;
// }
// } else return false;
/**
* simple mech end
*/
if (DirectionUtils.isAngleInRange(bearingOfSekdSenderToSkedReceiver, bearingOfSekdSenderToMe, hisAntennaBeamWidth)) {
//I may should get "/2" because of 50% of the 3dB opening angle if txer is directed to sender exactly
// System.out.println("------------> isinangleandrange!");
return true;
} else {
// System.out.println("not in angle and reach");
return false;
}
}
return potencialDescriptionAsWord;
}
/**
* Tests, if the angle (from me to) other station is in the range of the
* angle (qtf) in degrees where my antenna points to.
*
* @param toForeignAngle [degrees]
* @param mySelectedQTFAngle [degrees]
* @param antennaBeamwidth [degrees]
* @return
*/
public static boolean isAngleInRange(double toForeignAngle,
double mySelectedQTFAngle, double antennaBeamwidth) {
public void setPotencialDescriptionAsWord(String potencialDescriptionAsWord) {
this.potencialDescriptionAsWord = potencialDescriptionAsWord;
}
double beamwidth = antennaBeamwidth / 2; // half left, half right
int distanceKm, potential, arrivingDurationMinutes;
public String getApCallSign() {
return apCallSign;
}
public void setApCallSign(String apCallSign) {
this.apCallSign = apCallSign;
}
public String getApSizeCategory() {
return apSizeCategory;
}
public void setApSizeCategory(String apSizeCategory) {
this.apSizeCategory = apSizeCategory;
}
public int getDistanceKm() {
return distanceKm;
}
public void setDistanceKm(int distanceKm) {
this.distanceKm = distanceKm;
}
public int getPotential() {
return potential;
}
public void setPotential(int potential) {
this.potential = potential;
}
public int getArrivingDurationMinutes() {
return arrivingDurationMinutes;
}
public void setArrivingDurationMinutes(int arrivingDurationMinutes) {
this.arrivingDurationMinutes = arrivingDurationMinutes;
}
double startAngle = mySelectedQTFAngle - beamwidth;
double endAngle = mySelectedQTFAngle + beamwidth;
@Override
public String toString() {
// Normalize angles to be between 0 and 360 degrees
toForeignAngle = normalizeAngle(toForeignAngle);
startAngle = normalizeAngle(startAngle);
endAngle = normalizeAngle(endAngle);
String toStringString = "\n";
// Check if the range wraps around 360 degrees
if (startAngle <= endAngle) {
return toForeignAngle >= startAngle && toForeignAngle <= endAngle;
} else {
// Range wraps around 360 degrees, so check if angle is within the
// range or outside the range
return toForeignAngle >= startAngle || toForeignAngle <= endAngle;
}
}
toStringString += this.apCallSign + ", category: " + this.apSizeCategory + ", distance: " + this.getDistanceKm() + ", potential: " + this.potential + ", distance: " + this.getDistanceKm() + ", duration " + this.arrivingDurationMinutes + "" ;
return toStringString;
}
private static double normalizeAngle(double angle) {
if (angle < 0) {
angle += 360;
}
if (angle >= 360) {
angle -= 360;
}
return angle;
}
}