public void Calculate()
{
if (navigator.controls.showPreview)
{
// Destroy existing lines
if (segments != null)
{
foreach (var segment in segments)
{
if (segment.line != null)
{
UnityEngine.Object.Destroy(segment.line);
}
}
}
// New segments array
segments = new PreviewSegment[navigator.controls.ncontrols];
// Beginning time
double UT0 = navigator.controls.UT0;
Orbit orbitInitial = navigator.vessel.orbit;
// Initial mass per segment
double m0i = navigator.vessel.GetTotalMass();
// Calculate each segment
for (var i = 0; i < segments.Length; i++)
{
// End time
double UTf = UT0 + navigator.controls.controls[i].duration;
// Calculate segment
segments[i] = new PreviewSegment(navigator, orbitInitial, UT0, UTf, navigator.controls.controls[i], navigator.controls.controls[i].color, m0i);
// Update initial mass for next segment
m0i = segments[i].m1;
// Update initial time
UT0 = UTf;
// Update initial orbit
orbitInitial = segments[i].orbitf;
}
// Final time of trajectory
this.UTf = UT0;
// Draw one complete final orbit
// Destroy existing line
if (linef != null)
{
UnityEngine.Object.Destroy(linef);
}
// Create linerenderer & object
var objf = new GameObject("Final orbit");
linef = objf.AddComponent <LineRenderer>();
linef.useWorldSpace = false;
objf.layer = 10; // Map
linef.material = MapView.fetch.orbitLinesMaterial;
linef.SetColors(navigator.controls.colorFinal, navigator.controls.colorFinal);
linef.SetVertexCount(361);
// 3D points to use in linef
linefPoints = new Vector3d[361];
// Final orbit of trajectory
orbitf = orbitInitial;
// Period of final orbit
double TPf = orbitf.period;
// Populate points
for (var i = 0; i <= 360; i++)
{
double UTi = this.UTf + i * TPf / 360;
// Relative orbitf position
Vector3d rRelOrbitf = orbitf.getRelativePositionAtUT(UTi).xzy;
// Absolute position
linefPoints[i] = rRelOrbitf;
}
// Target line
CalculateTargetLine();
}
}
public void Calculate()
{
if (navigator.controls.showPreview) {
// Destroy existing lines
if (segments != null) {
foreach(var segment in segments) {
if (segment.line != null) {
UnityEngine.Object.Destroy(segment.line);
}
}
}
// New segments array
segments = new PreviewSegment[navigator.controls.ncontrols];
// Beginning time
double UT0 = navigator.controls.UT0;
Orbit orbitInitial = navigator.vessel.orbit;
// Initial mass per segment
double m0i = navigator.vessel.GetTotalMass();
// Calculate each segment
for (var i = 0; i < segments.Length; i++) {
// End time
double UTf = UT0 + navigator.controls.controls[i].duration;
// Calculate segment
segments[i] = new PreviewSegment(navigator, orbitInitial, UT0, UTf, navigator.controls.controls[i], navigator.controls.controls[i].color, m0i);
// Update initial mass for next segment
m0i = segments[i].m1;
// Update initial time
UT0 = UTf;
// Update initial orbit
orbitInitial = segments[i].orbitf;
}
// Final time of trajectory
this.UTf = UT0;
// Draw one complete final orbit
// Destroy existing line
if (linef != null) {
UnityEngine.Object.Destroy(linef);
}
// Create linerenderer & object
var objf = new GameObject("Final orbit");
linef = objf.AddComponent<LineRenderer>();
linef.useWorldSpace = false;
objf.layer = 10; // Map
linef.material = MapView.fetch.orbitLinesMaterial;
linef.SetColors(navigator.controls.colorFinal, navigator.controls.colorFinal);
linef.SetVertexCount(361);
// 3D points to use in linef
linefPoints = new Vector3d[361];
// Final orbit of trajectory
orbitf = orbitInitial;
// Period of final orbit
double TPf = orbitf.period;
// Populate points
for(var i = 0; i <= 360; i++) {
double UTi = this.UTf + i * TPf / 360;
// Relative orbitf position
Vector3d rRelOrbitf = orbitf.getRelativePositionAtUT(UTi).xzy;
// Absolute position
linefPoints[i] = rRelOrbitf;
}
// Target line
CalculateTargetLine();
}
}
