/*
* Set the docked status of the ship
*/
public void SetDocked(bool docked)
{
if (!this.docked && docked)
{
this.energyLevel = 100;
ComsChatter("Commander Scot reports reports, 'Docking is complete, Captain.'");
}
if (this.docked && !docked)
{
ComsChatter("Lt Sulu reports, 'We're clear for maneuvering, Captain.'");
}
DamageControl.Docked(docked);
Impulse.Docked(docked);
LRS.Docked(docked);
Phasers.Docked(docked);
Probes.Docked(docked);
Shields.Docked(docked);
SRS.Docked(docked);
Torpedoes.Docked(docked);
Warp.Docked(docked);
this.docked = docked;
}
// Use this for initialization
void Start()
{
playerName = GameObject.Find("PlayerName").GetComponent <InputField>();
playerEmail = GameObject.Find("PlayerEmail").GetComponent <InputField>();
submitButton = GameObject.Find("SubmitButton").GetComponent <Button>();
lrsScript = FindObjectOfType <LRS>();
if (!submittedPlayerInfo)
{
Cursor.lockState = CursorLockMode.None;
Cursor.visible = true;
}
}
/// <summary>
/// Validates Linear Reference System Objects (against NETWORK_DEFINITION)
/// </summary>
/// <param name="lrsObject">Object to validate</param>
/// <param name="strError">If Error is found, returns error</param>
/// <returns>True if valid object. False if error found.</returns>
public static bool ValidateLinear(LRSObject lrsObject, out String strError)
{
strError = "";
if (m_listLRS == null)
{
LoadLRS();
}
LRSObject lrsFind = LRS.Find(delegate(LRSObject lrs) { return(lrs.Route == lrsObject.Route && lrs.Direction == lrsObject.Direction); });
if (lrsFind == null)
{
strError = "\tWarning:" + lrsObject.Route + " " + lrsObject.BeginStation.ToString() + "-" + lrsObject.EndStation.ToString() + "(" + lrsObject.Direction + ") ROUTE/DIRECTION not defined in NETWORK_DEFINITION. This data row will be ignored at Rollup.";
return(false);
}
//Check if BEGIN_STATION less that END_STATION
if (lrsObject.BeginStation > lrsObject.EndStation)
{
strError = strError = "\tWarning:" + lrsObject.Route + " " + lrsObject.BeginStation.ToString() + "-" + lrsObject.EndStation.ToString() + "(" + lrsObject.Direction + ") END_STATION is greater than BEGIN_STATION. This data row will be ignored at Rollup.";
return(false);
}
if (lrsFind.EndStation < lrsObject.BeginStation)
{
strError = strError = "\tWarning:" + lrsObject.Route + " " + lrsObject.BeginStation.ToString() + "-" + lrsObject.EndStation.ToString() + "(" + lrsObject.Direction + ") ROUTES END_STATION is less than data BEGIN_STATION. This data row will be ignored at Rollup.";
return(false);
}
if (lrsFind.BeginStation > lrsObject.BeginStation)
{
strError = strError = "\tWarning:" + lrsObject.Route + " " + lrsObject.BeginStation.ToString() + "-" + lrsObject.EndStation.ToString() + "(" + lrsObject.Direction + ") ROUTES BEGIN_STATION is greater than data BEGIN_STATION. Some data from this row may be ignored at Rollup.";
return(false);
}
if (lrsFind.EndStation < lrsObject.BeginStation)
{
strError = strError = "\tWarning:" + lrsObject.Route + " " + lrsObject.BeginStation.ToString() + "-" + lrsObject.EndStation.ToString() + "(" + lrsObject.Direction + ") ROUTES END_STATION is less than data BEGIN_STATION. This data row will be ignored at Rollup.";
return(false);
}
if (lrsFind.EndStation < lrsObject.EndStation)
{
strError = strError = "\tWarning:" + lrsObject.Route + " " + lrsObject.BeginStation.ToString() + "-" + lrsObject.EndStation.ToString() + "(" + lrsObject.Direction + ") ROUTES END_STATION is less than data END_STATION. Some data from this row may be ignored at Rollup.";
return(false);
}
return(true);//Valid LRS object
}
/*
* Routine to set everything up for a new game
*/
public void NewGame(int gridSize)
{
WriteToLog.write("---- Game Start ----");
// initialize the other classes
GameBoard.NewGame(gridSize);
GameMap.NewGame();
SRS.NewGame();
LRS.NewGame();
Warp.NewGame();
Torpedoes.NewGame();
Phasers.NewGame();
Shields.NewGame();
Impulse.NewGame();
DamageControl.NewGame();
StarBases.NewGame();
Probes.NewGame();
ComsClear();
// Register starbases
for (int i = 0; i < GameBoard.GetSize() * GameBoard.GetSize(); i++)
{
if (GameBoard.GetGameBoard(i) > 99)
{
// Register this starbase
StarBases.AddStarbase(i);
WriteToLog.write("Added starbase to loc " + i.ToString());
}
}
// locate the enterprise and play the game
GameBoard.RandomEnterpriseLocation();
WriteToLog.write("Enteprise is in sector " + GameBoard.GetLocation());
SRS.Execute();
SetCondition();
}
private void SetConditionExecute()
{
WriteToLog.write("SetCondition - starDate=" + GameBoard.CurrentStarDate() + " energy=" + this.energyLevel);
// set the alert level
if (GameBoard.GetGameBoard() % 100 / 10 > 0)
{
this.alertLevel = REDALERT;
}
else
{
//energy <15% or or shields up is yellow alert
if (this.energyLevel < 15 || Shields.AreUp())
{
this.alertLevel = YELLOWALERT;
}
else
{
this.alertLevel = GREENALERT;
}
}
Debug("Alert Level = " + alertLevel);
// update the form
this.Dispatcher.BeginInvoke((Action)(() =>
{
Debug("Updating Status");
switch (this.alertLevel)
{
case REDALERT:
lblAlert.Content = "RED";
break;
case YELLOWALERT:
this.lblAlert.Content = "YELLOW";
break;
default:
this.lblAlert.Content = "GREEN";
break;
}
// update labels - the updatecontent method sends
// the info to the log file when in debug mode
UpdateContent(lblStarDate, String.Format("{0:0.0} ({1:0.0})", this.GameBoard.CurrentStarDate(), GameBoard.TimeLeft()));
UpdateContent(lblEnergy, String.Format("{0:0.0}%", this.energyLevel));
UpdateContent(lblKlingons, GameBoard.getKlingonCount().ToString());
lblImpulse.Content = Impulse.HealthPercent() + "%";
lblWarp.Content = Warp.HealthPercent() + "%";
lblPhasers.Content = Phasers.HealthPercent() + "%";
lblTorpedoes.Content = Torpedoes.HealthPercent() + "%";
lblTorpedoCount.Content = "(" + Torpedoes.getCurrentCount() + " Remaining)";
lblShields.Content = Shields.HealthPercent() + "%";
lblLRS.Content = LRS.HealthPercent() + "%";
lblShieldPowerRemaining.Content = Shields.levelPercent() + "%";
string[] loc = GameBoard.GetLocationInfo();
lblQuadrant.Content = loc[0];
lblSector.Content = loc[1];
}));
// set button colors
Debug("Set buttons");
this.Dispatcher.BeginInvoke((Action)(() =>
{
// update button background
btnImpulse.Background = ((Impulse.IsHealthy() ? LTGREEN : REDISH));
btnWarp.Background = ((Warp.IsHealthy() ? LTGREEN : REDISH));
btnTorpedoes.Background = ((Torpedoes.IsHealthy() ? (Torpedoes.getCurrentCount() > 2 ? LTGREEN : LTYELLOW) : REDISH));
btnPhasers.Background = ((Phasers.IsHealthy() ? LTGREEN : REDISH));
btnLRS.Background = ((LRS.IsHealthy() ? GREENISH : REDISH));
btnRepairs.Background = (DamageControl.HealthPercent() > 50 ? GREENISH : (DamageControl.IsHealthy() ? LTYELLOW : REDISH));
btnDivert.Background = (Shields.levelPercent() > 80 ? GREENISH : (Shields.levelPercent() < 40 ? REDISH : LTYELLOW));
btnDivert.IsEnabled = !IsDocked();
btnShields.IsEnabled = !IsDocked();
if (this.alertLevel == REDALERT)
{
if (Shields.HealthPercent() > 60)
{
btnShields.Background = (Shields.AreUp() ? GREENISH : REDISH);
}
else
{
btnShields.Background = ((Shields.IsHealthy() && Shields.AreUp() ? LTYELLOW : REDISH));
}
}
else
{
if (Shields.HealthPercent() > 30)
{
btnShields.Background = (Shields.AreUp() ? GREENISH : LTGREEN);
}
else
{
btnShields.Background = ((Shields.IsHealthy() ? (Shields.AreUp() ? LTGREEN : LTYELLOW) : REDISH));
}
}
}));
// are we docked?
Debug("Docked");
SetDocked(SRS.AreWeDocked());
// look for starbase updates
Debug("Starbases");
StarBases.Execute();
// execute damage control and LRS updates
Debug("DC");
DamageControl.Execute();
// update the Long range sensors
Debug("LRS");
LRS.Execute();
Debug("Exiting setcondition");
}
internal override object run()
{
//check if multiple cameras are active
//This variable checks for cameras in the scene if it is aready set then there is multiple cameras in the scene if
//at the end of this is still -1 then there aren't any both cases we would return an error
int camera = -1;
for (int x = 0; x < URS.Count; x++)
{
if (URS[x] is FCamera)
{
if (((FCamera)URS[x]).active)
{
if (camera == -1)
{
camera = x;
Fuzzy3D.activeCamera = (FCamera)URS[camera];
}
else
{
//Throwing an error that I found in an example of how to use throw as I am rather new to it
throw new IndexOutOfRangeException();
}
}
}
}
if (camera == -1)
{
throw new IndexOutOfRangeException();
}
Vector3 cam = ((FCamera)URS[camera]).position;
double camRot = ((FCamera)URS[camera]).Rotation;
//Looping through the URS to set to the LRS
//Console.WriteLine("Before Translation: " + URS.Count);
List <FSceneMember> MRS = new List <FSceneMember>();
for (int y = 0; y < URS.Count; y++)
{
if (URS[y] is FPolygon)
{
Vector3[] prev = ((FPolygon)URS[y]).verticies;
Vector3[] next = { Vector3.Subtract(prev[0], cam), Vector3.Subtract(prev[1], cam), Vector3.Subtract(prev[2], cam) };
MRS.Add(new FPolygon(next, ((FPolygon)URS[y]).color, ((FPolygon)URS[y]).surfaceNormal));
continue;
}
if (URS[y] is FCamera)
{
//Console.WriteLine("WHat the f**k!");
Vector3 prev = ((FCamera)URS[y]).position;
MRS.Add(new FCamera(Vector3.Subtract(prev, cam), ((FCamera)URS[y]).FOV));
continue;
}
throw new Exception("Transformer does not currently handle Lightsources!");
}
// Do the same but for rotation.
// Note that this must occur after translation; It is dependent on it.
for (int y = 0; y < MRS.Count; y++)
{
if (MRS[y] is FPolygon)
{
Vector3[] prev = ((FPolygon)MRS[y]).verticies;
Vector3[] next = { Rotate2D(prev[0], camRot), Rotate2D(prev[1], camRot), Rotate2D(prev[2], camRot) };
// Now we check about surface normal
if (((FPolygon)MRS[y]).surfaceNormal == new Vector3(0, 0, 0))
{
LRS.Add(new FPolygon(next, ((FPolygon)MRS[y]).color));
}
else
{
FPolygon poly = new FPolygon(next, ((FPolygon)MRS[y]).color, ((FPolygon)MRS[y]).surfaceNormal);
Console.WriteLine("Y: " + y + " Vector: " + poly.surfaceNormal.X + ", " + poly.surfaceNormal.Y + ", " + poly.surfaceNormal.Z + " Angle: " + Math.Abs(Math.Acos(poly.surfaceNormal.X)));
if (Math.Abs(Math.Acos(poly.surfaceNormal.X)) > Math.PI / 2 & !Double.IsNaN(Math.Abs(Math.Acos(poly.surfaceNormal.X))))
{
LRS.Add(poly);
}
}
continue;
}
if (MRS[y] is FCamera)
{
Vector3 prev = ((FCamera)MRS[y]).position;
LRS.Add(new FCamera(Rotate2D(prev, camRot), ((FCamera)MRS[y]).FOV));
continue;
}
throw new Exception("Transformer does not currently handle: " + URS[y].GetType());
}
//Console.WriteLine("After Rotation: " + LRS.Count);
return(base.run());
}