void DrawSystem() // draw last_sn, last_he
{
dataGridViewScangrid.Rows.Clear();
if (last_he == null)
{
SetControlText("No Scan");
return;
}
StarScan.SystemNode last_sn = discoveryform.history.starscan.FindSystem(last_he.System, true);
SetControlText("No Scan");
if (last_sn != null)
{
List <StarScan.ScanNode> all_nodes = last_sn.Bodies.ToList();// flatten tree of scan nodes to prepare for listing
foreach (StarScan.ScanNode sn in all_nodes)
{
if (sn.ScanData != null && sn.ScanData.BodyName != null)
{
StringBuilder bdClass = new StringBuilder();
StringBuilder bdDist = new StringBuilder();
StringBuilder bdDetails = new StringBuilder();
if (sn.ScanData.PlanetClass != null)
{
bdClass.Append(sn.ScanData.PlanetClass);
}
if (sn.ScanData.StarTypeText != null)
{
bdClass.Append(sn.ScanData.StarTypeText);
}
if (sn.level >= 2 && sn.type == StarScan.ScanNodeType.body)
{
bdClass.Append(" Moon");
}
if (sn.ScanData.IsStar && sn.ScanData.BodyName.EndsWith(" A"))
{
bdDist.AppendFormat("Main Star");
}
else if (sn.ScanData.nSemiMajorAxis.HasValue)
{
if (sn.ScanData.IsStar || sn.ScanData.nSemiMajorAxis.Value > JournalScan.oneAU_m / 10)
{
bdDist.AppendFormat("{0:0.00}AU ({1:0.00}ls)", (sn.ScanData.nSemiMajorAxis.Value / JournalScan.oneAU_m), sn.ScanData.nSemiMajorAxis.Value / JournalScan.oneLS_m);
}
else
{
bdDist.AppendFormat("{0}km", (sn.ScanData.nSemiMajorAxis.Value / 1000).ToString("N1"));
}
}
// display stars and stellar bodies mass
if (sn.ScanData.IsStar && sn.ScanData.nStellarMass.HasValue)
{
bdDetails.Append("Mass: " + sn.ScanData.nStellarMass.Value.ToString("N2") + ", ");
}
// habitable zone for stars - do not display for black holes.
if (sn.ScanData.HabitableZoneInner != null && sn.ScanData.HabitableZoneOuter != null && sn.ScanData.StarTypeID != EDStar.H)
{
bdDetails.AppendFormat("Habitable Zone: {0}-{1}AU ({2}). ", (sn.ScanData.HabitableZoneInner.Value / JournalScan.oneAU_LS).ToString("N2"), (sn.ScanData.HabitableZoneOuter.Value / JournalScan.oneAU_LS).ToString("N2"), sn.ScanData.GetHabZoneStringLs());
}
// tell us that a bodie is landable, and shows its gravity
if (sn.ScanData.IsLandable == true)
{
string Gg = "";
if (sn.ScanData.nSurfaceGravity.HasValue)
{
double?g = sn.ScanData.nSurfaceGravity / JournalScan.oneGee_m_s2;
Gg = " (G: " + g.Value.ToString("N1") + ")";
}
bdDetails.Append("Landable" + Gg + ". ");
}
// append the terraformable state to the planet class
if (sn.ScanData.Terraformable == true)
{
bdDetails.Append("Terraformable. ");
}
// tell us that there is some volcanic activity
if (sn.ScanData.Volcanism != null)
{
bdDetails.Append("Volcanism. ");
}
// have some ring?
if (sn.ScanData.HasRings && sn.ScanData.IsStar == false)
{
if (sn.ScanData.Rings.Count() > 1)
{
bdDetails.Append("Has " + sn.ScanData.Rings.Count() + " rings: ");
}
else
{
bdDetails.Append("Has 1 ring: ");
}
for (int i = 0; i < sn.ScanData.Rings.Length; i++)
{
string RingName = sn.ScanData.Rings[i].Name;
bdDetails.Append(JournalScan.StarPlanetRing.DisplayStringFromRingClass(sn.ScanData.Rings[i].RingClass) + " ");
bdDetails.Append((sn.ScanData.Rings[i].InnerRad / JournalScan.oneLS_m).ToString("N2") + "ls to " + (sn.ScanData.Rings[i].OuterRad / JournalScan.oneLS_m).ToString("N2") + "ls. ");
}
}
// print the main atmospheric composition
if (sn.ScanData.Atmosphere != null && sn.ScanData.Atmosphere != "None")
{
bdDetails.Append(sn.ScanData.Atmosphere + ". ");
}
// materials
if (sn.ScanData.HasMaterials)
{
string ret = "";
foreach (KeyValuePair <string, double> mat in sn.ScanData.Materials)
{
MaterialCommodityData mc = MaterialCommodityData.GetCachedMaterial(mat.Key);
if (mc != null && MaterialCommodityData.IsJumponium(mc.name))
{
ret = ret.AppendPrePad(mc.name, ", ");
}
}
if (ret.Length > 0)
{
bdDetails.Append("\n" + "This body contains: " + ret);
}
}
int value = sn.ScanData.EstimatedValue;
bdDetails.Append("\nValue " + value.ToString("N0"));
//if ( sn.ScanData.EDSMDiscoveryCommander != null) // not doing this, could be an option..
// bdDetails.Append("\n" + "Discovered by: " + sn.ScanData.EDSMDiscoveryCommander + " on " + sn.ScanData.EDSMDiscoveryUTC.ToStringYearFirst());
Image img = null;
if (sn.ScanData.IsStar == true)
{
img = sn.ScanData.GetStarTypeImage(); // if is a star, use the Star image
}
else
{
img = sn.ScanData.GetPlanetClassImage(); // use the correct image in case of planets and moons
}
dataGridViewScangrid.Rows.Add(new object[] { null, sn.ScanData.BodyName, bdClass, bdDist, bdDetails });
DataGridViewRow cur = dataGridViewScangrid.Rows[dataGridViewScangrid.Rows.Count - 1];
cur.Tag = img;
cur.Cells[4].Tag = cur.Cells[0].ToolTipText = cur.Cells[1].ToolTipText = cur.Cells[2].ToolTipText = cur.Cells[3].ToolTipText = cur.Cells[4].ToolTipText =
sn.ScanData.DisplayString(historicmatlist: last_he.MaterialCommodity, currentmatlist: discoveryform.history.GetLast?.MaterialCommodity);
}
}
// display total scan values
SetControlText("Scan Summary for " + last_sn.system.Name + ". " + BuildScanValue(last_sn));
}
}
