public override void updateLocalElements(object sender, EventArgs e)
{
// Re-usable data variable for graph data
List <List <KeyValuePair <double, double?> > > data = new List <List <KeyValuePair <double, double?> > >();
List <Plot.Type> types = new List <Plot.Type>();
if (form.form.connected && form.form.krpc.CurrentGameScene == GameScene.Flight)
{
currentStage = screenStreams.GetData(DataType.control_currentStage);
MET = screenStreams.GetData(DataType.vessel_MET);
parts = screenStreams.GetData(DataType.vessel_parts);
vesselReferenceFrame = screenStreams.GetData(DataType.vessel_referenceFrame);
bool force = false;
if (currentStage != oldStage)
{
force = true;
screenStreams.setStage(currentStage);
Console.WriteLine(DateTime.Now.ToString() + "." + DateTime.Now.Millisecond.ToString() + " NEW STAGE: " + currentStage.ToString());
}
getStageSupplies(force);
if (LiquidFuelMax == 0)
{
// TRY TO WALK TROUGH THE STAGES UNTIL FUEL IS FOUND OR STAGES RUN OUT
for (int s = currentStage - 1; s >= 0; s--)
{
screenStreams.setStage(s);
Console.WriteLine(DateTime.Now.ToString() + "." + DateTime.Now.Millisecond.ToString() + " SET STREAM STAGE: " + s.ToString());
getStageSupplies(true);
if (LiquidFuelMax != 0)
{
oldStage = currentStage;
break;
}
}
}
TotLiquidFuelMax = screenStreams.GetData(DataType.resource_total_max_liquidFuel);
TotLiquidFuelAmount = screenStreams.GetData(DataType.resource_total_amount_liquidFuel);
TotOxidizerMax = screenStreams.GetData(DataType.resource_total_max_oxidizer);
TotOxidizerAmount = screenStreams.GetData(DataType.resource_total_amount_oxidizer);
TotMonoPropellantMax = screenStreams.GetData(DataType.resource_total_max_monoPropellant);
TotMonoPropellantAmount = screenStreams.GetData(DataType.resource_total_amount_monoPropellant);
mass = screenStreams.GetData(DataType.vessel_mass);
screenLabels[2].Text = "LT: " + Helper.timeString(DateTime.Now.TimeOfDay.TotalSeconds);
screenLabels[3].Text = "MET: " + Helper.timeString(MET, 3); // 0 RPC
/**
* Engines
**/
// Get parts in current stage
screenLabels[6].Text = "STAGE: " + currentStage.ToString(); // 0 RPC
bool foundEngine = false;
double multiplier = 91;
double maxDev = 0;
double stageCurThr = 0;
double stageMaxThr = 0;
int n = 0;
if (parts != null)
{
// CLEAR OLD ENGINES
foreach (EngineIndicator ei in screenEngines)
{
ei.display(false);
}
for (int i = currentStage; i >= 0; i--)
{
IList <Part> stageParts = parts.InStage(i);
foreach (Part part in stageParts)
{
Engine eng = part.Engine;
if (eng != null)
{
foundEngine = true;
Tuple <double, double, double> pos = part.Position(vesselReferenceFrame);
double left = pos.Item1;
double top = pos.Item3;
double devX = Math.Abs(left);
if (devX > maxDev)
{
maxDev = devX;
}
double devY = Math.Abs(top);
if (devY > maxDev)
{
maxDev = devY;
}
if (screenEngines.Count < (n + 1))
{
screenEngines.Add(null);
screenEngines[n] = Helper.CreateEngine(0, 0, (n + 1).ToString(), eng.MaxVacuumThrust);
}
screenEngines[n].display(true);
screenEngines[n].setThrust(eng.MaxVacuumThrust);
screenEngines[n].offsetX = left;
screenEngines[n].offsetY = top;
if (eng.Thrust > 0)
{
screenEngines[n].setStatus(true);
}
else
{
screenEngines[n].setStatus(false);
}
// Engine data
screenLabels[41 + n].Text = Helper.prtlen((n + 1).ToString(), 4, Helper.Align.RIGHT) + ":"
+ "" + Helper.prtlen(Helper.toFixed(eng.Thrust / 1000, 1), 7, Helper.Align.RIGHT)
+ " " + Helper.prtlen(Helper.toFixed(eng.MaxThrust / 1000, 1), 7, Helper.Align.RIGHT)
+ " " + Helper.prtlen(Helper.toFixed(eng.VacuumSpecificImpulse, 1), 5, Helper.Align.RIGHT);
stageCurThr += eng.Thrust;
stageMaxThr += eng.MaxThrust;
n++;
}
}
if (foundEngine)
{
int engNum = n;
// TOTAL THUST AND STUFF
screenLabels[41 + n].Text = "─────────────────────────────────";
n++;
screenLabels[41 + n].Text = " TOT:"
+ "" + Helper.prtlen(Helper.toFixed(stageCurThr / 1000, 1), 7, Helper.Align.RIGHT)
+ " " + Helper.prtlen(Helper.toFixed(stageMaxThr / 1000, 1), 7, Helper.Align.RIGHT);
n++;
// CLEAR OUT OLD LABLED
while (n < 20)
{
screenLabels[41 + n].Text = "";
n++;
}
int maxSpread = 96;
multiplier = maxSpread / maxDev;
if (engNum == 1)
{
multiplier = 0;
}
// CENTER POINT
int centerX = 184;
int centerY = 214;
// position indicators
for (int j = 0; j < engNum; j++)
{
int x = (int)Math.Round(centerX + (screenEngines[j].offsetX * multiplier));
int y = (int)Math.Round(centerY + (screenEngines[j].offsetY * multiplier));
screenEngines[j].setCenterPoint(x, y);
}
break;
}
}
}
// Disable other engineIndicators
while (n < screenEngines.Count)
{
screenEngines[n].Dispose();
screenEngines.RemoveAt(n);
screenLabels[41 + n].Text = "";
n++;
}
screenEngines.TrimExcess();
// Weight and TWR
double weight = mass / 1000;
double TWRc = (stageCurThr / 1000) / (weight * 9.81);
double TWRm = (stageMaxThr / 1000) / (weight * 9.81);;
screenLabels[62].Text = " MASS: " + Helper.prtlen(Helper.toFixed(weight, 1), 5, Helper.Align.RIGHT) + "t";
screenLabels[64].Text = " TWR: " + Helper.prtlen(Helper.toFixed(TWRc, 2), 4, Helper.Align.RIGHT)
+ " " + Helper.prtlen(Helper.toFixed(TWRm, 2), 4, Helper.Align.RIGHT);
// Supplies
double mF = LiquidFuelMax;
double cF = LiquidFuelAmount;
double mO = OxidizerMax;
double cO = OxidizerAmount;
double mM = MonoPropellantMax;
double cM = MonoPropellantAmount;
screenLabels[70].Text = " LF LO MP";
screenLabels[71].Text = "STAGE:"
+ Helper.prtlen(Math.Round(cF).ToString(), 7, Helper.Align.RIGHT)
+ Helper.prtlen(Math.Round(cO).ToString(), 7, Helper.Align.RIGHT)
+ Helper.prtlen(Helper.toFixed(cM, 2), 7, Helper.Align.RIGHT);
screenLabels[72].Text = " %:"
+ Helper.prtlen(Math.Round((cF / mF) * 100).ToString(), 7, Helper.Align.RIGHT)
+ Helper.prtlen(Math.Round((cO / mO) * 100).ToString(), 7, Helper.Align.RIGHT)
+ Helper.prtlen(Math.Round((cM / mM) * 100).ToString(), 7, Helper.Align.RIGHT);
mF = TotLiquidFuelMax;
cF = TotLiquidFuelAmount;
mO = TotOxidizerMax;
cO = TotOxidizerAmount;
mM = TotMonoPropellantMax;
cM = TotMonoPropellantAmount;
screenLabels[74].Text = " TOT:"
+ Helper.prtlen(Math.Round(cF).ToString(), 7, Helper.Align.RIGHT)
+ Helper.prtlen(Math.Round(cO).ToString(), 7, Helper.Align.RIGHT)
+ Helper.prtlen(Helper.toFixed(cM, 2), 7, Helper.Align.RIGHT);
screenLabels[75].Text = " %:"
+ Helper.prtlen(Math.Round((cF / mF) * 100).ToString(), 7, Helper.Align.RIGHT)
+ Helper.prtlen(Math.Round((cO / mO) * 100).ToString(), 7, Helper.Align.RIGHT)
+ Helper.prtlen(Math.Round((cM / mM) * 100).ToString(), 7, Helper.Align.RIGHT);
// Delta V
// TOTO: Maybe buttonifize this, so the calculations are not done every refresh.
updateDeltaVStats(currentStage, parts);
}
}
