public static void ApplyRotation(float angle, KRPC.Utils.Tuple<float,float,float> axis, KRPCSpaceCenter.Services.Vessel vessel = null)
{
Vessel internalVessel = vessel == null ? FlightGlobals.ActiveVessel : vessel.InternalVessel;
var axisVector = new Vector3 (axis.Item1, axis.Item2, axis.Item3).normalized;
var rotation = internalVessel.transform.rotation * Quaternion.AngleAxis (angle, axisVector);
internalVessel.SetRotation (rotation);
}
void Update(UInt32 id, KRPC.Schema.KRPC.Response response)
{
lock (accessLock) {
if (!streamData.ContainsKey (id))
throw new ArgumentException ("Stream does not exist");
if (response.HasError)
return; //TODO: do something with the error
var data = response.ReturnValue;
streamData [id] = data;
streamValues.Remove (id);
}
}
/// <summary>Method arguments docs</summary>
public void MethodArguments(int one, string two, KRPC.Utils.Tuple<int,float,string> three, Response four, TestDocumentedClass.NestedClass five)
{
}
// Calls server.Update repeatedly every 50 ms, until predicate is true
// or up to a maximum number of iterations, after which point the test fails
void UpdateUntil(KRPC.Server.IServer<byte, byte> server, BooleanPredicate predicate, int iterations = 10)
{
for (int i = 0; i < iterations; i++) {
server.Update ();
if (predicate ())
return;
System.Threading.Thread.Sleep (50);
}
Assert.Fail ();
}
public static void ApplyRotation(float angle, KRPC.Utils.Tuple<float,float,float> axis)
{
var axisVector = new Vector3 (axis.Item1, axis.Item2, axis.Item3).normalized;
var rotation = FlightGlobals.ActiveVessel.transform.rotation * Quaternion.AngleAxis (angle, axisVector);
FlightGlobals.ActiveVessel.SetRotation (rotation);
}
public static void ClearRotation(KRPC.SpaceCenter.Services.Vessel vessel = null)
{
Vessel internalVessel = vessel == null ? FlightGlobals.ActiveVessel : vessel.InternalVessel;
internalVessel.GoOnRails ();
internalVessel.SetRotation (ZeroRotation);
}
public static KRPC.Schema.KRPC.Response ProcedureSingleArgReturns (KRPC.Schema.KRPC.Response data)
{
return Service.ProcedureSingleArgReturns (data);
}
public void SetConnectionAndStartPolling(KRPC.Client.Connection connection)
{
_connection = connection;
_spaceCenter = _connection.SpaceCenter();
_shouldPoll = true;
_pollingThread = new Thread(Poll);
_pollingThread.Start();
ConnectedAndViewsVisbilityChanged();
}
public static void ProcedureSingleArgNoReturn (KRPC.Schema.KRPC.Response data)
{
Service.ProcedureSingleArgNoReturn (data);
}
public static void ProcedureThreeArgsNoReturn (KRPC.Schema.KRPC.Response x,
KRPC.Schema.KRPC.Request y, KRPC.Schema.KRPC.Response z)
{
Service.ProcedureThreeArgsNoReturn (x, y, z);
}
public static KRPC.Utils.Tuple<int,bool> EchoTuple (KRPC.Utils.Tuple<int,bool> t)
{
return Service.EchoTuple (t);
}
public static void ProcedureEnumArg (KRPC.Schema.Test.TestEnum x)
{
Service.ProcedureEnumArg (x);
}
private void UpdateLifeSupportPlots(KRPC.Client.Services.SpaceCenter.Resources resources, double MET)
{
foreach (var lifeSupportName in lifeSupportNames)
{
LifeSupportPlot.AddToSeriesIfLastXHigherThan(lifeSupportName, MET, resources.Amount(lifeSupportName) / resources.Max(lifeSupportName), 300);
}
LifeSupportPlot.InvalidatePlot();
}
private void UpdateFuelPlots(KRPC.Client.Services.SpaceCenter.Resources resources, double MET)
{
foreach (var fuelName in fuelNames)
{
FuelsPlot.AddToSeries(fuelName, MET, resources.Amount(fuelName) / resources.Max(fuelName));
}
FuelsPlot.InvalidatePlot();
}
public void Update(KRPC.Client.Services.SpaceCenter.Resources resources, double MET)
{
foreach (var name in resources.Names)
{
ResourceTuple tuple;
if (Resources.ContainsKey(name))
{
tuple = Resources[name];
}
else
{
tuple = new ResourceTuple() { Name = name };
Resources[name] = tuple;
}
tuple.Ammount = resources.Amount(name);
tuple.Maximum = resources.Max(name);
}
UpdateFuelPlots(resources, MET);
UpdateLifeSupportPlots(resources, MET);
OnPropertyChanged("Resources");
OnPropertyChanged("Fuels");
}
