private static ColorString getWeaponStatusString(final String ws) {
Color color = null;
String string = null;
// TODO: A HashMap would be more efficient.
if (ws.equals("R")) {
color = MUColors.g;
string = " Ready";
} else if (ws.equals("*")) {
color = MUColors.hx;
string = " *****";
} else if (ws.equals("A") || ws.equals("a") || ws.equals("J")) {
color = MUColors.r;
string = "JAMMED";
} else if (ws.equals("D")) {
color = MUColors.hx;
string = "DISBLD";
} else if (ws.equals("S")) {
color = MUColors.r;
string = "SHORTD";
} else {
// FIXME: rightJust() shouldn't be in MUUnitInfo.
string = MUUnitInfo.rightJust(ws, 6, false);
}
return new ColorString(color, string);
}
public void refresh(final MUData data) {
if (!data.hudRunning) return;
final MUMyInfo mydata = data.myUnit;
elements.clear();
String s;
// Move/heat block
s =
mydata.leftJust(mydata.name, 14, true)
+ "["
+ mydata.id
+ "]"
+ " XYZ:"
+ mydata.rightJust(String.valueOf(mydata.getX()), 4, false)
+ ","
+ mydata.rightJust(String.valueOf(mydata.getY()), 4, false)
+ ","
+ mydata.rightJust(String.valueOf(mydata.getZ()), 4, false)
+ " "
+ "Heat Prod: "
+ mydata.rightJust(String.valueOf(mydata.heat), 3, false)
+ " deg C.";
addString(s, conRegular);
addBlankLine();
final NumberFormat speedFormatter = new DecimalFormat("##0.0");
s =
"Speed: "
+ mydata.rightJust(speedFormatter.format(mydata.speed), 6, false)
+ " KPH Heading:"
+ mydata.rightJust(String.valueOf(mydata.heading), 6, false)
+ " deg Heat Sinks: "
+ mydata.rightJust(String.valueOf(mydata.heatSinks), 3, false);
addString(s, conRegular);
addBlankLine();
s =
"Des.Spd:"
+ mydata.rightJust(speedFormatter.format(mydata.desiredSpeed), 6, false)
+ " KPH Des.Hdg:"
+ mydata.rightJust(String.valueOf(mydata.desiredHeading), 6, false)
+ " deg Heat Dissp: "
+ mydata.rightJust(String.valueOf(mydata.heatDissipation), 3, false)
+ " deg C.";
addString(s, conRegular);
addBlankLine();
final StringBuilder sb = new StringBuilder();
if (mydata.maxVerticalSpeed != 0) {
sb.append(
"Vrt Spd:"
+ mydata.rightJust(speedFormatter.format(mydata.verticalSpeed), 6, false)
+ " KPH "
+ "Des.VSp:"
+ mydata.rightJust(speedFormatter.format(mydata.desiredVerticalSpeed), 6, false)
+ " KPH ");
}
if (mydata.maxFuel != 0) {
sb.append(
"Fuel: "
+ mydata.rightJust(String.valueOf(mydata.fuel), 4, false)
+ "/"
+ mydata.rightJust(String.valueOf(mydata.maxFuel), 4, false)
+ " ("
+ speedFormatter.format(mydata.percentFuelLeft())
+ "%)");
}
if (sb.length() > 0) {
addString(sb.toString(), conRegular);
sb.setLength(0);
}
addBlankLine();
if (mydata.canHaveTurret()) {
s =
"Turret Hdg: "
+ mydata.rightJust(
String.valueOf((mydata.turretHeading + mydata.heading + 180) % 360), 5, false)
+ " deg";
addString(s, conRegular);
addBlankLine();
}
// Add heat scale.
// TODO: This would work better if HEAT_LEVEL_NONE were -17.
int minHeat = mydata.heatDissipation / 10;
int barHeat = mydata.heat / 10 - minHeat;
if (minHeat > MUConstants.HEAT_LEVEL_NONE) {
addString("Temp:<", conRegular);
addHeatBar(
MUColors.hx,
MUConstants.HEAT_LEVEL_LGREEN - MUConstants.HEAT_LEVEL_NONE,
MUConstants.HEAT_LEVEL_LGREEN,
barHeat); // Black portion
} else {
addString("Temp: ", conRegular);
addHeatBar(
MUColors.hx,
MUConstants.HEAT_LEVEL_LGREEN - minHeat,
MUConstants.HEAT_LEVEL_LGREEN,
barHeat); // Black portion
}
StyleConstants.setForeground(conIrregular, MUColors.hg); // Divider
addString("|", conIrregular);
addHeatBar(
MUColors.g,
MUConstants.HEAT_LEVEL_LGREEN,
MUConstants.HEAT_LEVEL_BGREEN,
barHeat); // Green portion
addHeatBar(
MUColors.hg,
MUConstants.HEAT_LEVEL_BGREEN,
MUConstants.HEAT_LEVEL_LYELLOW,
barHeat); // Bright green portion
StyleConstants.setForeground(conIrregular, MUColors.hy); // Divider
addString("|", conIrregular);
addHeatBar(
MUColors.y,
MUConstants.HEAT_LEVEL_LYELLOW,
MUConstants.HEAT_LEVEL_BYELLOW,
barHeat); // Yellow portion
addHeatBar(
MUColors.hy,
MUConstants.HEAT_LEVEL_BYELLOW,
MUConstants.HEAT_LEVEL_LRED,
barHeat); // Bright yellow portion
StyleConstants.setForeground(conIrregular, MUColors.hr); // Divider
addString("|", conIrregular);
addHeatBar(
MUColors.r,
MUConstants.HEAT_LEVEL_LRED,
MUConstants.HEAT_LEVEL_BRED,
barHeat); // Red portion
addHeatBar(
MUColors.hr,
MUConstants.HEAT_LEVEL_BRED,
MUConstants.HEAT_LEVEL_TOP,
barHeat); // Bright red portion
StyleConstants.setForeground(conIrregular, MUColors.h); // Divider
addString("|", conIrregular);
addBlankLine();
// Status flags.
if (mydata.status.length() > 0 && !mydata.status.equals("-")) {
for (final char sc : mydata.status.toCharArray()) { // loop through mydata.status
addString(getFlagName(sc));
addString(" ", conRegular);
}
} else {
// Using addBlankLine() here won't work because it
// won't render two starttag-endtag pairs in a row - it
// eats one
addString("\n", conRegular);
}
addBlankLine();
// Weapon list.
addString("------- Weapon ------- [##] Loc - Status || --- Ammo Type --- Rds", conRegular);
addBlankLine();
final MUUnitWeapon[] weapons = mydata.unitWeapons;
final MUUnitAmmo[] ammo = mydata.unitAmmo;
// TODO: Find out if we're doing something special with
// weapons.length to ensure that if we have more ammo than
// weapons, that we handle that case.
int weaponLines = (ammo.length > weapons.length) ? ammo.length : weapons.length;
for (int ii = 0; ii < weaponLines; ii++) {
// FIXME: Apparently, we just allocate a bunch of slots
// and hope it's enough.
if (weapons[ii] == null && ammo[ii] == null) break;
// Weapons column.
if (ii < weapons.length && weapons[ii] != null) {
final MUUnitWeapon weapon = weapons[ii];
final MUWeapon weapontype = MUUnitInfo.getWeapon(weapon.typeNumber);
String weapname = weapontype.name;
weapname = weapname.replaceAll("IS\\.", "");
weapname = weapname.replaceAll("Clan\\.", "");
weapname = weapname.replaceAll("CL\\.", "");
sb.setLength(0);
sb.append(" " + mydata.leftJust(weapname, 19, true));
if (weapon.fireMode.equals("-")) {
sb.append(' ');
} else {
sb.append(weapon.fireMode);
}
if (weapon.ammoType.equals("-")) {
sb.append(" ");
} else {
sb.append(weapon.ammoType);
}
sb.append(
" ["
+ mydata.rightJust(String.valueOf(weapon.number), 2, false)
+ "] "
+ mydata.rightJust(weapon.loc, 3, false)
+ " ");
addString(sb.toString(), conRegular);
// Weapon status.
addString(getWeaponStatusString(weapon.status));
} else {
// Padding for # ammo > # weapons.
addString(" ", conRegular);
}
addString(" || ", conRegular);
// Ammo column.
if (ii < ammo.length && ammo[ii] != null) {
final MUUnitAmmo thisAmmo = ammo[ii];
final MUWeapon thisWeapon = MUUnitInfo.getWeapon(thisAmmo.weaponTypeNumber);
String weapname = thisWeapon.name;
weapname = weapname.replaceAll("IS\\.", "");
weapname = weapname.replaceAll("Clan\\.", "");
weapname = weapname.replaceAll("CL\\.", "");
String mode = thisAmmo.ammoMode;
if (mode.equals("-")) mode = " ";
s = " " + mydata.leftJust(weapname, 15, false) + mode + " ";
addString(s, conRegular);
s = mydata.rightJust(String.valueOf(thisAmmo.roundsRemaining), 3, false);
StyleConstants.setForeground(
conIrregular, MUUnitInfo.colorForPercent(mydata.percentAmmoLeft(thisAmmo)));
addString(s, conIrregular);
}
// End of column.
addBlankLine();
}
final BulkStyledDocument doc = (BulkStyledDocument) statusPane.getDocument();
statusPaneWriter.reset();
doc.insertParsedString(elements.toArray(new ElementSpec[0]));
}