public void Update()
{
if (!KerbalHealthGeneralSettings.Instance.modEnabled)
{
if (reportWindow != null)
{
reportWindow.Dismiss();
}
return;
}
if ((reportWindow != null) && dirty)
{
if (gridContents == null)
{
Core.Log("gridContents is null.", LogLevel.Error);
return;
}
// # of tracked kerbals has changed => close & reopen the window
if (gridContents.Count != (ShipConstruction.ShipManifest.CrewCount + 1) * colNum)
{
Core.Log("Kerbals' number has changed. Recreating the Health Report window.", LogLevel.Important);
UndisplayData();
DisplayData();
}
// Fill the Health Report's grid with kerbals' health data
int i = 0;
KerbalHealthStatus khs = null;
HealthModifierSet.VesselCache.Clear();
List <ModuleKerbalHealth> trainingParts = Core.GetTrainingCapableParts(EditorLogic.SortedShipList);
foreach (ProtoCrewMember pcm in ShipConstruction.ShipManifest.GetAllCrew(false).Where(pcm => pcm != null))
{
khs = Core.KerbalHealthList[pcm]?.Clone();
if (khs == null)
{
Core.Log("Could not create a clone of KerbalHealthStatus for " + pcm.name + ". It is " + ((Core.KerbalHealthList[pcm] == null) ? "not " : "") + "found in KerbalHealthList, which contains " + Core.KerbalHealthList.Count + " records.", LogLevel.Error);
i++;
continue;
}
gridContents[(i + 1) * colNum].SetOptionText(khs.FullName);
khs.HP = khs.MaxHP;
// Making this call here, so that GetBalanceHP doesn't have to:
double changePerDay = khs.HealthChangePerDay();
double balanceHP = khs.GetBalanceHP();
string s = balanceHP > 0
? "-> " + balanceHP.ToString("F0") + " HP (" + (balanceHP / khs.MaxHP * 100).ToString("F0") + "%)"
: Localizer.Format("#KH_ER_HealthPerDay", changePerDay.ToString("F1")); // + " HP/day"
gridContents[(i + 1) * colNum + 1].SetOptionText(s);
s = balanceHP > khs.NextConditionHP()
? "—"
: ((khs.LastRecuperation > khs.LastDecay) ? "> " : "") + Core.ParseUT(khs.TimeToNextCondition(), false, 100);
gridContents[(i + 1) * colNum + 2].SetOptionText(s);
gridContents[(i + 1) * colNum + 3].SetOptionText(KerbalHealthFactorsSettings.Instance.TrainingEnabled ? Core.ParseUT(TrainingTime(khs, trainingParts), false, 100) : "N/A");
i++;
}
spaceLbl.SetOptionText("<color=\"white\">" + khs.VesselModifiers.Space.ToString("F1") + "</color>");
recupLbl.SetOptionText("<color=\"white\">" + khs.VesselModifiers.Recuperation.ToString("F1") + "%</color>");
shieldingLbl.SetOptionText("<color=\"white\">" + khs.VesselModifiers.Shielding.ToString("F1") + "</color>");
exposureLbl.SetOptionText("<color=\"white\">" + khs.LastExposure.ToString("P1") + "</color>");
shelterExposureLbl.SetOptionText("<color=\"white\">" + khs.VesselModifiers.ShelterExposure.ToString("P1") + "</color>");
dirty = false;
}
}
/// <summary>
/// Displays actual values in Health Monitor
/// </summary>
public void Update()
{
if (!Core.ModEnabled)
{
if (monitorWindow != null)
{
monitorWindow.Dismiss();
}
return;
}
if ((monitorWindow == null) || !dirty)
{
return;
}
if (gridContents == null)
{
Core.Log("KerbalHealthScenario.gridContents is null.", Core.LogLevel.Error);
return;
}
if (selectedKHS == null) // Showing list of all kerbals
{
if (crewChanged)
{
Core.KerbalHealthList.RegisterKerbals();
if ((page >= PageCount) || (Core.KerbalHealthList.Count == LinesPerPage + 1))
{
Invalidate();
}
crewChanged = false;
}
// Fill the Health Monitor's grid with kerbals' health data
for (int i = 0; i < LineCount; i++)
{
List <KerbalHealthStatus> kerbals = new List <KerbalHealth.KerbalHealthStatus>(Core.KerbalHealthList.Values);
KerbalHealthStatus khs = kerbals[FirstLine + i];
bool frozen = khs.HasCondition("Frozen");
double ch = khs.LastChangeTotal;
gridContents[(i + 1) * colNumMain].SetOptionText(khs.Name);
gridContents[(i + 1) * colNumMain + 1].SetOptionText(khs.ConditionString);
gridContents[(i + 1) * colNumMain + 2].SetOptionText((100 * khs.Health).ToString("F2") + "% (" + khs.HP.ToString("F2") + ")");
gridContents[(i + 1) * colNumMain + 3].SetOptionText((frozen || (khs.Health >= 1)) ? "—" : (((ch > 0) ? "+" : "") + ch.ToString("F2")));
double b = khs.GetBalanceHP();
string s = "";
if (frozen || (b > khs.NextConditionHP()))
{
s = "—";
}
else
{
s = ((b > 0) ? "> " : "") + Core.ParseUT(khs.TimeToNextCondition(), true, 100);
}
gridContents[(i + 1) * colNumMain + 4].SetOptionText(s);
gridContents[(i + 1) * colNumMain + 5].SetOptionText(khs.Dose.ToString("N0") + (khs.Radiation != 0 ? " (+" + khs.Radiation.ToString("N0") + "/day)" : ""));
}
}
else // Showing details for one particular kerbal
{
ProtoCrewMember pcm = selectedKHS.PCM;
bool frozen = selectedKHS.HasCondition("Frozen");
gridContents[1].SetOptionText(selectedKHS.Name);
gridContents[3].SetOptionText(pcm.experienceLevel.ToString());
string s = "";
foreach (Quirk q in selectedKHS.Quirks)
{
if (q.IsVisible)
{
s += ((s != "") ? ", " : "") + q.Title;
}
}
if (s == "")
{
s = "None";
}
gridContents[5].SetOptionText(s);
gridContents[7].SetOptionText(pcm.rosterStatus.ToString());
gridContents[9].SetOptionText(selectedKHS.MaxHP.ToString("F2"));
gridContents[11].SetOptionText(selectedKHS.HP.ToString("F2") + " (" + selectedKHS.Health.ToString("P2") + ")");
gridContents[13].SetOptionText(frozen ? "—" : selectedKHS.LastChangeTotal.ToString("F2"));
int i = 15;
if (Core.IsKerbalLoaded(selectedKHS.PCM) && !frozen)
{
foreach (HealthFactor f in Core.Factors)
{
gridContents[i].SetOptionText(selectedKHS.Factors.ContainsKey(f.Name) ? selectedKHS.Factors[f.Name].ToString("F2") : "N/A");
i += 2;
}
}
gridContents[i].SetOptionText(frozen ? "N/A" : selectedKHS.LastRecuperation.ToString("F1") + "% (" + selectedKHS.MarginalChange.ToString("F2") + " HP/day)");
gridContents[i + 2].SetOptionText(selectedKHS.ConditionString);
gridContents[i + 4].SetOptionText(selectedKHS.Exposure.ToString("P2"));
gridContents[i + 6].SetOptionText(selectedKHS.Radiation.ToString("N2") + "/day");
gridContents[i + 8].SetOptionText(selectedKHS.Dose.ToString("N2"));
gridContents[i + 10].SetOptionText((1 - selectedKHS.RadiationMaxHPModifier).ToString("P2"));
}
dirty = false;
}
public void Update()
{
if (!Core.ModEnabled)
{
if (reportWindow != null)
{
reportWindow.Dismiss();
}
return;
}
if ((reportWindow != null) && dirty)
{
if (gridContents == null)
{
Core.Log("gridContents is null.", Core.LogLevel.Error);
return;
}
if (gridContents.Count != (ShipConstruction.ShipManifest.CrewCount + 1) * colNum) // # of tracked kerbals has changed => close & reopen the window
{
Core.Log("Kerbals' number has changed. Recreating the Health Report window.", Core.LogLevel.Important);
UndisplayData();
DisplayData();
}
// Fill the Health Report's grid with kerbals' health data
int i = 0;
KerbalHealthStatus khs = null;
VesselHealthInfo.Cache.Clear();
foreach (ProtoCrewMember pcm in ShipConstruction.ShipManifest.GetAllCrew(false))
{
if (pcm == null)
{
continue;
}
gridContents[(i + 1) * colNum].SetOptionText(pcm.name);
khs = Core.KerbalHealthList?.Find(pcm)?.Clone();
if (khs == null)
{
Core.Log("Could not create a clone of KerbalHealthStatus for " + pcm.name + ". It is " + ((Core.KerbalHealthList?.Find(pcm) == null) ? "not " : "") + "found in KerbalHealthList, which contains " + Core.KerbalHealthList.Count + " records.", Core.LogLevel.Error);
i++;
continue;
}
khs.HP = khs.MaxHP;
double ch = khs.HealthChangePerDay();
double b = khs.GetBalanceHP();
string s = "";
if (b > 0)
{
s = "-> " + b.ToString("F0") + " HP (" + (b / khs.MaxHP * 100).ToString("F0") + "%)";
}
else
{
s = ch.ToString("F1") + " HP/day";
}
gridContents[(i + 1) * colNum + 1].SetOptionText(s);
if (b > khs.NextConditionHP())
{
s = "—";
}
else
{
s = ((khs.LastRecuperation > khs.LastDecay) ? "> " : "") + Core.ParseUT(khs.TimeToNextCondition());
}
gridContents[(i + 1) * colNum + 2].SetOptionText(s);
i++;
}
spaceLbl.SetOptionText(khs.VesselHealthInfo.Space.ToString("F1"));
recupLbl.SetOptionText(khs.VesselHealthInfo.Recuperation.ToString("F1") + "%");
shieldingLbl.SetOptionText(khs.VesselHealthInfo.Shielding.ToString("F1"));
exposureLbl.SetOptionText(khs.Exposure.ToString("P1"));
dirty = false;
}
}
/// <summary>
/// Displays actual values in Health Monitor
/// </summary>
public void Update()
{
if (!Core.ModEnabled)
{
if (monitorWindow != null)
{
monitorWindow.Dismiss();
}
return;
}
if ((monitorWindow == null) || !dirty)
{
return;
}
if (gridContents == null)
{
Core.Log("KerbalHealthScenario.gridContents is null.", Core.LogLevel.Error);
monitorWindow.Dismiss();
return;
}
if (selectedKHS == null) // Showing list of all kerbals
{
if (crewChanged)
{
Core.KerbalHealthList.RegisterKerbals();
Invalidate();
crewChanged = false;
}
Core.Log(kerbals.Count + " kerbals in Health Monitor list.");
// Fill the Health Monitor's grid with kerbals' health data
for (int i = 0; i < LineCount; i++)
{
KerbalHealthStatus khs = kerbals.Values[FirstLine + i];
bool healthFrozen = khs.IsFrozen || khs.IsDecontaminating;
double ch = khs.LastChangeTotal;
double b = khs.GetBalanceHP();
string formatTag = "", formatUntag = "";
string s = "";
if (healthFrozen || ((b - khs.NextConditionHP()) * ch <= 0))
{
s = "—";
}
else
{
s = Core.ParseUT(khs.TimeToNextCondition(), true, 100);
if (ch < 0)
{
if (khs.TimeToNextCondition() < KSPUtil.dateTimeFormatter.Day)
{
formatTag = "<color=\"red\">";
}
else
{
formatTag = "<color=\"orange\">";
}
formatUntag = "</color>";
}
}
gridContents[(i + 1) * colNumMain].SetOptionText(formatTag + khs.Name + formatUntag);
gridContents[(i + 1) * colNumMain + 1].SetOptionText(formatTag + khs.LocationString + formatUntag);
gridContents[(i + 1) * colNumMain + 2].SetOptionText(formatTag + khs.ConditionString + formatUntag);
gridContents[(i + 1) * colNumMain + 3].SetOptionText(formatTag + (100 * khs.Health).ToString("F2") + "% (" + khs.HP.ToString("F2") + ")" + formatUntag);
gridContents[(i + 1) * colNumMain + 4].SetOptionText(formatTag + ((healthFrozen || (khs.Health >= 1)) ? "—" : (((ch > 0) ? "+" : "") + ch.ToString("F2"))) + formatUntag);
gridContents[(i + 1) * colNumMain + 5].SetOptionText(formatTag + s + formatUntag);
gridContents[(i + 1) * colNumMain + 6].SetOptionText(formatTag + Core.PrefixFormat(khs.Dose, 5) + (khs.Radiation != 0 ? " (" + Core.PrefixFormat(khs.Radiation, 4, true) + "/day)" : "") + formatUntag);
}
}
else // Showing details for one particular kerbal
{
ProtoCrewMember pcm = selectedKHS.PCM;
if (pcm == null)
{
selectedKHS = null;
Invalidate();
}
bool healthFrozen = selectedKHS.IsFrozen || selectedKHS.IsDecontaminating;
gridContents[1].SetOptionText("<color=\"white\">" + selectedKHS.Name + "</color>");
gridContents[3].SetOptionText("<color=\"white\">" + pcm.experienceLevel + "</color>");
gridContents[5].SetOptionText("<color=\"white\">" + selectedKHS.ConditionString + "</color>");
string s = "";
foreach (Quirk q in selectedKHS.Quirks)
{
if (q.IsVisible)
{
s += ((s != "") ? ", " : "") + q.Title;
}
}
if (s == "")
{
s = "None";
}
gridContents[7].SetOptionText("<color=\"white\">" + s + "</color>");
gridContents[9].SetOptionText("<color=\"white\">" + selectedKHS.MaxHP.ToString("F2") + "</color>");
gridContents[11].SetOptionText("<color=\"white\">" + selectedKHS.HP.ToString("F2") + " (" + selectedKHS.Health.ToString("P2") + ")" + "</color>");
gridContents[13].SetOptionText("<color=\"white\">" + (healthFrozen ? "—" : selectedKHS.LastChangeTotal.ToString("F2")) + "</color>");
int i = 15;
if (Core.IsKerbalLoaded(selectedKHS.PCM) && !healthFrozen)
{
foreach (HealthFactor f in Core.Factors)
{
gridContents[i].SetOptionText("<color=\"white\">" + (selectedKHS.Factors.ContainsKey(f.Name) ? selectedKHS.Factors[f.Name].ToString("F2") : "N/A") + "</color>");
i += 2;
}
}
gridContents[i].SetOptionText("<color=\"white\">" + (healthFrozen ? "N/A" : (selectedKHS.LastRecuperation.ToString("F1") + "%" + (selectedKHS.LastDecay != 0 ? ("/ " + (-selectedKHS.LastDecay).ToString("F1") + "%") : "") + " (" + selectedKHS.MarginalChange.ToString("F2") + " HP)")) + "</color>");
gridContents[i + 2].SetOptionText("<color=\"white\">" + selectedKHS.LastExposure.ToString("P2") + "</color>");
gridContents[i + 4].SetOptionText("<color=\"white\">" + selectedKHS.Radiation.ToString("N0") + "/day</color>");
gridContents[i + 6].children[0].SetOptionText("<color=\"white\">" + selectedKHS.Dose.ToString("N0") + "</color>");
gridContents[i + 8].SetOptionText("<color=\"white\">" + (1 - selectedKHS.RadiationMaxHPModifier).ToString("P2") + "</color>");
}
dirty = false;
}