public void AddSystem(HSystem system)
{
_systems.Add(system.ID, system);
system.HostSector = this;
}
private void TableAddSystem(HSystem system)
{
dgvSurvey.Columns["dgvSurveyColumnZone"].Visible = _columnVisability["dgvSurveyColumnZone"] && !_optionSystemWide;
dgvSurvey.Columns["dgvSurveyColumnDiameter"].Visible = _columnVisability["dgvSurveyColumnDiameter"] && !_optionSystemWide;
dgvSurvey.Columns["dgvSurveyColumnBodyType"].Visible = _columnVisability["dgvSurveyColumnBodyType"] && !_optionSystemWide;
if (_optionSystemWide)
{ // SystemWide mode
dgvSurvey.Rows.Add();
DataGridViewRow row = dgvSurvey.Rows[dgvSurvey.RowCount - 1];
row.Cells["dgvSurveyColumnGalaxy"].Value = system.HostSector.HostGalaxy;
row.Cells["dgvSurveyColumnSector"].Value = system.HostSector;
row.Cells["dgvSurveyColumnSystem"].Value = system;
row.Cells["dgvSurveyColumnWorld"].Value = system.CelestialBodies.Values.Count(x => x.Type != CelestialBodyType.Star && x.Type != CelestialBodyType.Ring) + " worlds (" + system.HabitbleCount() + " habitable)";
row.Cells["dgvSurveyColumnOrbit"].Value = system.CelestialBodies.Values.Count(x => x.Type == CelestialBodyType.Star) + " Stars";
row.Cells["dgvSurveyColumnCoordinates"].Value = system.Coord;
foreach (Resource resource in system.BestResources().Values)
{
TableAddResourceRow(row, resource);
}
}
else
{ // Normal HazeronScouter mode
foreach (CelestialBody planet in system.CelestialBodies.Values)
{
foreach (Zone zone in planet.ResourceZones)
{
dgvSurvey.Rows.Add();
DataGridViewRow row = dgvSurvey.Rows[dgvSurvey.RowCount - 1];
row.Cells["dgvSurveyColumnGalaxy"].Value = system.HostSector.HostGalaxy;
row.Cells["dgvSurveyColumnSector"].Value = system.HostSector;
row.Cells["dgvSurveyColumnSystem"].Value = system;
row.Cells["dgvSurveyColumnWorld"].Value = planet;
row.Cells["dgvSurveyColumnZone"].Value = zone;
switch (planet.Orbit)
{
case CelestialBodyOrbit.Inferno:
row.Cells["dgvSurveyColumnOrbit"].Value = "Inferno";
break;
case CelestialBodyOrbit.Inner:
row.Cells["dgvSurveyColumnOrbit"].Value = "Inner";
break;
case CelestialBodyOrbit.Habitable:
row.Cells["dgvSurveyColumnOrbit"].Value = "Habitable";
break;
case CelestialBodyOrbit.Outer:
row.Cells["dgvSurveyColumnOrbit"].Value = "Outer";
break;
case CelestialBodyOrbit.Frigid:
row.Cells["dgvSurveyColumnOrbit"].Value = "Frigid";
break;
}
row.Cells["dgvSurveyColumnCoordinates"].Value = system.Coord;
switch (planet.Type)
{
case CelestialBodyType.Star:
row.Cells["dgvSurveyColumnBodyType"].Value = "Star";
break;
case CelestialBodyType.NeutronStar:
row.Cells["dgvSurveyColumnBodyType"].Value = "Neutron Star";
break;
case CelestialBodyType.BlackHole:
row.Cells["dgvSurveyColumnBodyType"].Value = "Black Holes";
break;
case CelestialBodyType.Planet:
row.Cells["dgvSurveyColumnBodyType"].Value = "Planet";
break;
case CelestialBodyType.Moon:
row.Cells["dgvSurveyColumnBodyType"].Value = "Moon";
break;
case CelestialBodyType.GasGiant:
row.Cells["dgvSurveyColumnBodyType"].Value = "Gas Giant";
break;
case CelestialBodyType.Titan:
row.Cells["dgvSurveyColumnBodyType"].Value = "Titan";
break;
case CelestialBodyType.Ring:
row.Cells["dgvSurveyColumnBodyType"].Value = "Ring";
break;
case CelestialBodyType.Planetoid:
row.Cells["dgvSurveyColumnBodyType"].Value = "Planetoid";
break;
case CelestialBodyType.RingworldArc:
row.Cells["dgvSurveyColumnBodyType"].Value = "Ringworld Arc";
break;
}
if (planet.Diameter > 0 && planet.Type != CelestialBodyType.Ring)
{
row.Cells["dgvSurveyColumnDiameter"].Value = planet.Diameter;
}
foreach (Resource resource in zone.Resources.Values)
{
TableAddResourceRow(row, resource);
}
}
}
}
}
public bool Equals(HSystem system)
{
return(_id == system.ID);
}
private void StarMapSearch()
{
toolStripStatusLabel1.Text = "Searching star map...";
List <HSystem> selectedSystems = new List <HSystem>();
// Selection of center
if (rabSelectionDropdown.Checked) // Dropdown search
{
if (cobSelectionSector.SelectedIndex > 0) // Selected sector
{
if (cobSelectionSystem.SelectedIndex > 0) // Selected system
{
HSystem system = (cobSelectionSystem.SelectedItem as HSystem);
selectedSystems.Add(system);
coord = system.Coord;
}
else // All systems in sector
{
Sector sector = (cobSelectionSector.SelectedItem as Sector);
selectedSystems.AddRange(sector.Systems.Values);
coord = sector.Coord;
}
}
else // All sectors in galaxy
{
Galaxy galaxy = (cobSelectionGalaxy.SelectedItem as Galaxy);
foreach (Sector sector in galaxy.Sectors.Values)
{
selectedSystems.AddRange(sector.Systems.Values);
}
coord = new Coordinate();
}
}
else if (rabSelectionCoordinate.Checked) // Coordinate search
{
if (!_errorCoordinate)
{
string[] coordinateArray = tbxSelectionCoordinate.Text.Split(new string[] { ", ", " ", "," }, StringSplitOptions.RemoveEmptyEntries);
coord = new Coordinate(
Double.Parse(coordinateArray[0], System.Globalization.NumberStyles.Number, Hazeron.NumberFormat),
Double.Parse(coordinateArray[1], System.Globalization.NumberStyles.Number, Hazeron.NumberFormat),
Double.Parse(coordinateArray[2], System.Globalization.NumberStyles.Number, Hazeron.NumberFormat));
HSystem system = _systems.Values.SingleOrDefault(x => x.Coord.Equals(coord));
if (system == null)
{
IEnumerable <Sector> sectors = _sectors.Values.Where(x => x.Coord.Distance(coord) < 10);
foreach (Sector sector in sectors)
{
selectedSystems.AddRange(sector.Systems.Values.Where(x => x.Coord.Distance(coord) < 0.5));
}
}
}
else
{
MessageBox.Show(this, "The entered coordinate is not valid. Pleaese check it for errors or use another selection type.", "Invalid Coordinate", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
}
else // Error?
{
throw new Exception("No selection type selected!?");
}
// Filters for surounding systmes
if (rabFilterRange.Checked && nudFilterRange.Value > 0) // Range filter
{
foreach (Sector sector in _sectors.Values)
{
double dist = coord.Distance(sector.Coord);
if (dist <= (double)nudFilterRange.Value + 15)
{
foreach (HSystem system in sector.Systems.Values)
{
if (!selectedSystems.Contains(system))
{
dist = coord.Distance(system.Coord);
if (dist <= (double)nudFilterRange.Value)
{
selectedSystems.Add(system);
}
}
}
}
}
}
else if (rabFilterWormhole.Checked && nudFilterWormhole.Value > 0) // Wormhole filter
{
if (selectedSystems.Count == 0)
{
MessageBox.Show(this, "The entered coordinate did not yield a system." + Environment.NewLine + "If no system is at or very close to the coordinate, then it is impossible to filter with wormhole jumps.", "No System at Coordinate", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
else if (rabSelectionDropdown.Checked && cobSelectionSector.SelectedIndex == 0)
{
// If all sectors are selected, don't bother with this.
}
else
{
List <HSystem> nextWormholeReach = selectedSystems.ToList();
for (int i = 0; i < nudFilterWormhole.Value; i++)
{
List <HSystem> currentWormholeReach = nextWormholeReach.ToList();
nextWormholeReach.Clear();
foreach (HSystem system in currentWormholeReach)
{
foreach (HSystem destinationSystem in system.WormholeLinks)
{
if (!selectedSystems.Contains(destinationSystem))
{
nextWormholeReach.Add(destinationSystem);
selectedSystems.Add(destinationSystem);
}
}
}
}
}
}
// Initialize all selected systems that aren't already initialized.
_hStarMap.InitializeSystems(selectedSystems.Where(x => !x.Initialized).ToList());
toolStripProgressBar1.Value = 0;
toolStripProgressBar1.Step = 1;
toolStripProgressBar1.Maximum = selectedSystems.Count;
toolStripProgressBar1.Visible = true;
// Clear and fill the table.
TableClear();
foreach (HSystem system in selectedSystems)
{
TableAddSystem(system);
toolStripProgressBar1.PerformStep();
}
toolStripProgressBar1.Visible = false;
dgvSurvey.AutoResizeColumns(DataGridViewAutoSizeColumnsMode.AllCellsExceptHeader);
toolStripStatusLabel1.Text = selectedSystems.Count + " systems found resulting in " + dgvSurvey.Rows.Count + " entries";
}
