private void DoTriggerPressed(object sender, ControllerInteractionEventArgs e)
{
DebugLogger(e.controllerIndex, "TRIGGER", "pressed", e);
;
if (false)//leftController == null)
{
PorkChopPlot.triggerPork = true;
double time = 30d;
var thisodata = UXStateManager.GetSource().GetComponent <OrbitData>();
Vector3d r1 = thisodata.getR();
var oe2 = UXStateManager.GetTarget().GetComponent <OrbitData>().GetOE();
var tra2 = OrbitalTools.Program.anomalyAfterTime(OrbitData.parentGM, oe2, time);
oe2.tra = tra2;
Vector3d r2 = OrbitalTools.Util.oe2rd(OrbitData.parentGM, oe2);
Vector3d initVel, finalVel;
LambertSolver.Solve(r1, r2, time, OrbitData.parentGM, true, out initVel, out finalVel);
thisodata.rv[3] = initVel.x;
thisodata.rv[4] = initVel.y;
thisodata.rv[5] = initVel.z;
}
}
public void TestLambertSolver()
{
(Vector3 re, Vector3 ve) = Earth.GetComponent <VisualizeBodyRealtimeOverview>()
.Body.GetGlobalPositionAndVelocityAt(Time.time);
(Vector3 rm, Vector3 vm) = Mars.GetComponent <VisualizeBodyRealtimeOverview>()
.Body.GetGlobalPositionAndVelocityAt(Time.time + 8);
LambertSolver.Solve(
Body.GravitationalParameter,
re,
ve,
rm,
vm,
8,
0,
out Vector3 vi,
out Vector3 vf
);
Orbit orbit = Orbit.FromPositionAndVelocity(Body, re, vi, Time.time);
var body = ScriptableObject.CreateInstance <CelestialBody>();
body.SetOrbit(orbit);
GameObject orbitVisual = Instantiate(OrbitPrefab);
orbitVisual.GetComponent <VisualizeOrbit>().Body = body;
GameObject vesselVisual = Instantiate(VesselPrefab);
vesselVisual.GetComponent <VisualizeBodyRealtimeOverview>().Body = body;
}