public void newUnit(int senderID, MapLocation location, String robotType) {
if (RobotType.valueOf(robotType).isBuilding()) {
if (sensing.knownAlliedTowerLocations == null) sensing.senseAlliedTowerLocations();
if (!sensing.knownAlliedTowerLocations.containsKey(senderID)) {
sensing.knownAlliedTowerLocations.put(new Integer(senderID), location);
sensing.knownAlliedTowerIDs.put(location.getX() + "," + location.getY(), senderID);
}
}
}
public String toString(String comp) {
RobotType rt;
try {
rt = RobotType.valueOf(comp);
} catch (IllegalArgumentException e) {
return null;
}
StringBuilder builder = new StringBuilder();
try {
append(builder, "Level", rt.level.name());
append(builder, "Max Energon", String.format("%1.0f", rt.maxEnergon));
append(builder, "Max Flux", String.format("%1.0f", rt.maxFlux));
if (rt.spawnCost > 0) append(builder, "Spawn Cost", String.format("%1.0f", rt.spawnCost));
if (rt.moveDelayOrthogonal > 0) {
append(builder, "Move Delay Orthogonal", String.format("%d", rt.moveDelayOrthogonal));
append(builder, "Move Delay Diagonal", String.format("%d", rt.moveDelayDiagonal));
// display cost for archons even though it's zero
append(builder, "Move Cost", String.format("%1.1f", rt.moveCost));
}
if (rt.sensorAngle > 0) {
append(builder, "Sensor Radius Squared", String.format("%d", rt.sensorRadiusSquared));
append(builder, "Sensor Angle", String.format("%1.0f", rt.sensorAngle));
}
if (rt.canAttackAir || rt.canAttackGround) {
append(
builder, "Min Attack Radius Squared", String.format("%d", rt.attackRadiusMinSquared));
append(
builder, "Max Attack Radius Squared", String.format("%d", rt.attackRadiusMaxSquared));
append(builder, "Attack Angle", String.format("%1.0f", rt.attackAngle));
append(builder, "Attack Power", String.format("%1.1f", rt.attackPower));
append(builder, "Attack Delay", String.format("%d", rt.attackDelay));
String attacks;
if (rt.canAttackAir && rt.canAttackGround) attacks = "Air, Ground";
else if (rt.canAttackAir) attacks = "Air";
else attacks = "Ground";
append(builder, "Attacks", attacks);
}
} catch (Exception e) {
e.printStackTrace();
}
return builder.toString();
}
public RInfoShort(MapLocation l, int e, String t) {
location = l;
energon = (double) e;
type = RobotType.valueOf(t);
}
