double getSolarpanelPowerWatt(IMySolarPanel SolarPanel)
{
debug("Detail (" + SolarPanel.CustomName + ") > " + SolarPanel.DetailedInfo);
DetailedInfo DI = new DetailedInfo(SolarPanel);
return(parsePower(DI.getValue(1).getValue()));
}
private void ParseFromDetailedInfo(IMySolarPanel panel)
{
string [] lines = panel.DetailedInfo.Split(new char [] { '\r', '\n' }, StringSplitOptions.RemoveEmptyEntries);
string [] [] dictionary = new string [lines.Length] [];
string maxoutput = "";
string currentoutput = "";
for (int i = 0; i < lines.Length; i++)
{
dictionary [i] = lines [i].Split(new string [] { ": " }, StringSplitOptions.None);
switch (dictionary [i] [0])
{
case "Max Output":
maxoutput = dictionary [i] [1];
break;
case "Current Output":
currentoutput = dictionary [i] [1];
break;
}
}
MaxWatts = GetWattValue(maxoutput);
Watts = GetWattValue(currentoutput);
}
private void UpdatePower(IMySolarPanel solarPanel, RealisticSolarPanelData data = null)
{
if (solarPanel == null)
{
return;
}
if (data == null)
{
if (solarPanelData.ContainsKey(solarPanel.EntityId) == false)
{
return;
}
data = solarPanelData[solarPanel.EntityId];
}
float airDensity = data.CurrentAirDensity != null ? data.CurrentAirDensity.Value : 1f;
float modifier = 1f - (densityMultiplier * airDensity);
if (modifier < 0f)
{
modifier = 0f;
}
float currentOutput = data.OriginalMaxOutput * modifier;
//only set it if our calculated max output changed
if (currentOutput != data.CurrentMaxOutput)
{
data.CurrentMaxOutput = currentOutput;
solarPanel.SourceComp.SetMaxOutput(data.CurrentMaxOutput);
}
}
const float SOLARPANEL_MAXPOWER_SMALLGRID = 30000f / 25; // Small-grid solar-panel consist of 10x5 small-blocks, producing max 30kW total
float getSolarPanelMaximumPower(IMySolarPanel sol)
{
Vector3I s = new Vector3I(1, 1, 1);
s += sol.Max;
s -= sol.Min;
// Counting number of 'cubes' a solarpanel consist of, we use to determine its maximum power potential
return(s.Size * (sol.CubeGrid.GridSizeEnum == 0 ? SOLARPANEL_MAXPOWER_LARGEGRID : SOLARPANEL_MAXPOWER_SMALLGRID));
}
public SolarPanel(string oBlockName)
{
m_oBlock = gts.GetBlockWithName(oBlockName) as IMySolarPanel;
if (m_oBlock == null)
{
throw new Exception(oBlockName + " block not found, check name");
}
Init(m_oBlock);
}
public Program()
{
//Ищем блоки.
rotorAz = GridTerminalSystem.GetBlockWithName("[SSB-s] RotorAzimuth") as IMyMotorStator;
solar = GridTerminalSystem.GetBlockWithName("[SSB-s] Solar panel 1") as IMySolarPanel;
text = Me.GetSurface(0);
textPanel = GridTerminalSystem.GetBlockWithName("[SSB-s] LCD-Solar") as IMyTextPanel;
Runtime.UpdateFrequency = UpdateFrequency.Update1;
}
public SolarTracker(
IMySolarPanel solarPanel_,
IMyMotorStator rotorInclination_,
IMyMotorStator rotorAzimuth_,
IMyTextPanel textPanel_ = null
)
{
solarPanel = solarPanel_;
rotorAzimuth = new TrackerRotor(rotorAzimuth_);
rotorInclination = new TrackerRotor(rotorInclination_);
textPanel = textPanel_;
previousPowerOutput = solarPanel.MaxOutput;
Initialize();
}
public bool addSolar(IMySolarPanel _SPanel)
{
if (!solars.Contains(_SPanel))
{
solars.Add(_SPanel);
MaxOutput += (_SPanel.MaxOutput * MEGAWATT);
CurrentOutput += (_SPanel.CurrentOutput * MEGAWATT);
return(true);
}
else
{
return(false);
}
}
public void Main(string argument, UpdateType updateSource)
{
if (_solarPanel == null)
{
_solarPanel = (IMySolarPanel)GridTerminalSystem.GetBlockWithName("太阳能板-基准");
}
if (_motorRotorBottom == null)
{
_motorRotorBottom = (IMyMotorBase)GridTerminalSystem.GetBlockWithName("太阳能转子");
}
if (_solarPanel.MaxOutput < upSolarPanelPanelMaxOutput)
{
_motorRotorBottom.ApplyAction("Reverse");
}
upSolarPanelPanelMaxOutput = _solarPanel.MaxOutput;
}
void calcCurrentSolar()
{
if (solarList.Count > 0)
{
maxSolarPower = 0;
}
currentSolarOutput = 0;
// Echo("Solars:");
foreach (var tb in solarList)
{
IMySolarPanel r = tb as IMySolarPanel;
// Echo(r.CustomName + " Max=" + r.MaxOutput.ToString("0.000") + " c=" + r.CurrentOutput.ToString("0.000"));
maxSolarPower += r.MaxOutput;
currentSolarOutput += r.CurrentOutput;
}
}
public void Main(string argument, UpdateType updateSource)
{
IMyMotorStator rotor = GridTerminalSystem.GetBlockWithName("Solar Panel Rotor") as IMyMotorStator;
IMySolarPanel solarPanel = GridTerminalSystem.GetBlockWithName("Solar Panel Reference") as IMySolarPanel;
if (solarPanel.MaxOutput < _lastOutput)
{
rotor.TargetVelocityRPM *= -1.0f;
}
_PanelTextSurface.WriteText(String.Format(
"Last: {0}\nOutput: {1}\nRotor: {2}",
_lastOutput,
solarPanel.MaxOutput,
rotor.TargetVelocityRPM
));
_lastOutput = solarPanel.MaxOutput;
}
public static float?GetSolarPanelMaxOutput(IMySolarPanel panel)
{
var lines = panel.DetailedInfo.Split(new char[] { '\n' });
if (lines.Length == 3)
{
// Second line
var parts = lines[1].Split(new char[] { ':' });
if (parts.Length == 2)
{
// Right half
var maxOutputText = parts[1].Trim();
var match = System.Text.RegularExpressions.Regex.Match(maxOutputText, "([0-9]+(\\.[0-9]+)?) *([kM]?W)");
if (match.Success)
{
var power = float.Parse(match.Groups[1].Value);
var units = match.Groups[3].Value;
switch (units)
{
case "W":
power /= 1000000.0f;
break;
case "kW":
power /= 1000.0f;
break;
case "MW":
break;
default:
throw new Exception("Unknown power units: " + units);
}
return(power);
}
else
{
throw new Exception("Regex match fail: " + maxOutputText);
}
}
}
return(null);
}
public static float? GetSolarPanelMaxOutput(IMySolarPanel panel)
{
var lines = panel.DetailedInfo.Split(new char[] { '\n' });
if (lines.Length == 3)
{
// Second line
var parts = lines[1].Split(new char[] { ':' });
if (parts.Length == 2)
{
// Right half
var maxOutputText = parts[1].Trim();
var match = System.Text.RegularExpressions.Regex.Match(maxOutputText, "([0-9]+(\\.[0-9]+)?) *([kM]?W)");
if (match.Success)
{
var power = float.Parse(match.Groups[1].Value);
var units = match.Groups[3].Value;
switch (units)
{
case "W":
power /= 1000000.0f;
break;
case "kW":
power /= 1000.0f;
break;
case "MW":
break;
default:
throw new Exception("Unknown power units: " + units);
}
return power;
}
else throw new Exception("Regex match fail: " + maxOutputText);
}
}
return null;
}
void Main(string arg)
{
Echo(DateTime.Now.ToString("HH\\:mm\\:ss\\.fff"));
//profileStart();
_log.Clear();
_debug.Clear();
//
batMax = batCur = batIn = batOut = otherBatIn = otherBatOut = 0;
slrMax = slrCur = slrOut = slrPitchMax = slrPitchCur = 0;
uint slrPnls = 0;
uint slrPitchPnls = 0;
float tmpMax = 0;
float tmpCur = 0;
float tmpOut = 0;
int tagIdx;
//
Action <IMySolarPanel, bool> sumSolar = (IMySolarPanel slrPnl, bool useTagged) => {
slrPnls += 1;
slrMax += (tmpMax = getSolarPanelMaximumPower(slrPnl));
slrCur += (tmpCur = Watt(slrPnl.MaxOutput));
slrOut += (tmpOut = Watt(slrPnl.CurrentOutput));
if (useTagged)
{
slrPitchPnls += 1;
slrPitchMax += tmpMax;
slrPitchCur += tmpCur;
}
};
Action <IMyBatteryBlock> sumBattery = (IMyBatteryBlock btyBlk) => {
batIn += Watt(btyBlk.CurrentInput);
batOut += Watt(btyBlk.CurrentOutput);
batCur += Watt(btyBlk.CurrentStoredPower);
batMax += Watt(btyBlk.MaxStoredPower);
};
//profileStep("a2");
IMyMotorStator rtr;
IMyBatteryBlock bb;
IMySolarPanel pnl;
IMyTextPanel tp;
// Loop through the grid's block-list "only once" per program-run.
GridTerminalSystem.GetBlocksOfType <IMyTerminalBlock>(blockList, blk => {
if (blk.IsFunctional)
{
if (null != (pnl = blk as IMySolarPanel))
{
tagIdx = blk.CustomName.IndexOf(TAG_PREFIX);
if (tagIdx > -1 && NameContains(blk, TAG_SOLARPANEL_IGNORE))
{
// Ignore it
}
else if (tagIdx > -1 && NameContains(blk, TAG_SOLARPANEL_YAW))
{
solarYaws.Add(pnl);
}
else
{
sumSolar(pnl, (tagIdx > -1 && NameContains(blk, TAG_SOLARPANEL_PITCH)));
}
}
else if (null != (bb = blk as IMyBatteryBlock))
{
if (SameGrid(Me, blk))
{
sumBattery(bb);
batteries.Add(bb);
}
else
{
otherBatIn += Watt(bb.CurrentInput);
otherBatOut += Watt(bb.CurrentOutput);
}
}
else if (null != (rtr = blk as IMyMotorStator))
{
if (blk.CustomName.IndexOf(TAG_PREFIX) > -1)
{
if (NameContains(blk, TAG_ROTOR_YAW))
{
rotorYaw.Add(rtr);
}
else if (NameContains(blk, TAG_ROTOR_PITCH_LEFT))
{
rotorPitchL.Add(rtr);
}
else if (NameContains(blk, TAG_ROTOR_PITCH_RIGHT))
{
rotorPitchR.Add(rtr);
}
}
}
else if (null != (tp = blk as IMyTextPanel))
{
if (NameContains(blk, TAG_LCDPANEL_INFO))
{
lcdPanel.Add(tp);
}
else if (NameContains(blk, TAG_LCDPANEL_IMAGE))
{
lcdImage.Add(tp);
}
}
}
return(false); // Do not add any blocks to `blockList`, as we do not use it anyway.
});
//profileStep("a3");
// Simple sanity check
bool allOk = true;
if (solarYaws.Count != 1)
{
allOk = false;
Echo("ERROR: No exact '" + TAG_SOLARPANEL_YAW + "' solar-panel found!");
}
else
{
solarYaw = solarYaws[0];
}
solarYaws.Clear();
if (rotorYaw.Count <= 0)
{
allOk = false;
Echo("ERROR: No '" + TAG_ROTOR_YAW + "' rotor found!");
}
if (!allOk)
{
return;
}
if (rotorPitchL.Count <= 0 && rotorPitchR.Count <= 0)
{
//allOk = false;
Echo("WARNING: No '" + TAG_ROTOR_PITCH_LEFT + "' nor '" + TAG_ROTOR_PITCH_RIGHT + "' rotors found!");
}
memory.load(this);
if (arg == "reset")
{
Storage = "";
SetYawSpeed(0);
UpdatePitchAngle(0);
powerHistory.clear();
return;
}
// If no explicit named 'PITCH' solar-panels, then use all that was detected
if (slrPitchPnls <= 0)
{
slrPitchMax = slrMax;
slrPitchCur = slrCur;
}
//profileStep("a4");
bool hasDayLight = false;
if (slrPitchMax > 0f)
{
hasDayLight = (slrPitchCur / slrPitchMax > 0.8f);
}
if (hasDayLight != memory.getBool("hasDayLight", !hasDayLight))
{
const string ON = "OnOff_On";
const string OFF = "OnOff_Off";
GridTerminalSystem.GetBlocksOfType <IMyTerminalBlock>(blockList, blk => {
if (NameContains(blk, TAG_DAYLIGHT_ENABLE))
{
blk.ApplyAction(hasDayLight ? ON : OFF);
}
else if (NameContains(blk, TAG_DAYLIGHT_DISABLE))
{
blk.ApplyAction(!hasDayLight ? ON : OFF);
}
return(false);
});
List <IMyBlockGroup> blkGrps = new List <IMyBlockGroup>();
List <IMyTerminalBlock> blks = new List <IMyTerminalBlock>();
GridTerminalSystem.GetBlockGroups(blkGrps, x => x.Name.Contains(TAG_DAYLIGHT_ENABLE));
blkGrps.ForEach(g => {
g.GetBlocks(blks);
blks.ForEach(blk => blk.ApplyAction(hasDayLight ? ON : OFF));
});
GridTerminalSystem.GetBlockGroups(blkGrps, x => x.Name.Contains(TAG_DAYLIGHT_DISABLE));
blkGrps.ForEach(g => {
g.GetBlocks(blks);
blks.ForEach(blk => blk.ApplyAction(!hasDayLight ? ON : OFF));
});
memory.setBool("hasDayLight", hasDayLight);
}
//
float slrYawMax = getSolarPanelMaximumPower(solarYaw);
float slrYawCur = solarYaw.MaxOutput * 1000000f;
float factor = (slrYawMax > 0 ? slrYawCur / slrYawMax : 0f); // avoid division-by-zero
float yawAlignPct = (1f - factor);
float multiply = 1 + MyMath.FastSin(factor);
float yawSpeed = Math.Min(factor * multiply, 1.0f) * (YAW_ROTATE_ANTICLOCKWISE ? -1f : 1f);
Debug("YawFactor=" + factor);
Debug("YawSpeed=" + yawSpeed);
if (Math.Abs(yawSpeed) < 0.01f)
{
yawSpeed = 0;
}
SetYawSpeed(yawSpeed);
//profileStep("a5");
//
float pitchAlignPct = (slrPitchMax > 0 ? (slrPitchCur / slrPitchMax) : 1f); // avoid division-by-zero
float pitchWantedAngle = memory.getFloat("pitchWantedAngle", 0f);
// If yaw alignment less than 80% optimal, then reset pitch.
if (yawAlignPct < 0.8f)
{
pitchWantedAngle = 0f;
pitchState = 0;
}
//profileStep("a5b");
float pitchAnglePrecision = UpdatePitchAngle(MathHelper.ToRadians(pitchWantedAngle), true);
//profileStep("a6");
if (pitchAnglePrecision > 0.99f)
{
float pitchPrevAngle = pitchWantedAngle;
if (pitchAlignPct < 0.01f)
{
pitchState = 0;
pitchWantedAngle = 0f;
powerHistory.clear();
}
else if (yawAlignPct > 0.85f)
{
/*
* float newAngle = Math.Max(1f, 5f * (1f - pitchAlignPct));
* switch (pitchState++) {
* case 0: // Initiate "search"
* pitchSearchAngles.Enqueue(Math.Max(-90f, pitchWantedAngle - newAngle));
* pitchSearchAngles.Enqueue(Math.Min( 90f, pitchWantedAngle + newAngle));
* pitchWantedAngle = pitchSearchAngles.Dequeue();
* break;
* case 1:
* pitchWantedAngle = pitchSearchAngles.Dequeue();
* break;
* case 2:
* pitchWantedAngle = powerHistory.getBestAngle();
* pitchState = 0;
* break;
* }
*/
switch (pitchState++)
{
case 0: // Initiate "search"
pitchWantedAngle = powerHistory.getBestAngle();
pitchSearchAngles.Enqueue(Math.Max(-90f, pitchWantedAngle - 2f));
pitchSearchAngles.Enqueue(Math.Min(90f, pitchWantedAngle + 2f));
break;
case 1:
pitchWantedAngle = pitchSearchAngles.Dequeue();
break;
case 2:
pitchWantedAngle = pitchSearchAngles.Dequeue();
break;
case 3:
pitchWantedAngle = powerHistory.getBestAngle();
pitchSearchAngles.Enqueue(Math.Max(-90f, pitchWantedAngle - 1f));
pitchSearchAngles.Enqueue(Math.Min(90f, pitchWantedAngle + 1f));
pitchState = 1;
break;
}
}
powerHistory.append(pitchPrevAngle, slrPitchCur);
memory.setInt("pitchState", pitchState);
}
UpdatePitchAngle(MathHelper.ToRadians(pitchWantedAngle));
memory.setFloat("pitchWantedAngle", pitchWantedAngle);
Debug("pitchState=" + pitchState);
// Batteries discharge/recharge management
if (true)
{
bool allRecharging = true;
bool allDischarging = true;
batteries.ForEach(b => {
if (b.Enabled)
{
allRecharging &= b.OnlyRecharge;
allDischarging &= b.OnlyDischarge;
}
});
bool change = false;
bool doRecharge = false;
bool doDischarge = false;
if (allDischarging && slrCur > batOut)
{
change = doRecharge = true;
//} else if (allRecharging && ((slrCur - batIn)/slrCur > 0.5f)) {
}
else if (allRecharging && batIn < slrCur * 0.1f)
{
change = doDischarge = true;
}
if (change)
{
batteries.ForEach(b => {
if (b.Enabled)
{
if (doRecharge != b.OnlyRecharge)
{
b.ApplyAction("Recharge");
}
if (doDischarge != b.OnlyDischarge)
{
b.ApplyAction("Discharge");
}
}
});
}
}
//
//profileStep("a7");
memory.save(this);
//
//profileStep("a8");
Log("Batteries: " + powerAsString(batCur, 3) + "h of " + powerAsString(batMax, 3) + "h");
Log(" Grid In/Out: +" + powerAsString(batIn, 3) + " / -" + powerAsString(batOut, 3));
Log(" Other In/Out: +" + powerAsString(otherBatIn, 3) + " / -" + powerAsString(otherBatOut, 3));
Log("SolarPower: " + powerAsString(slrOut, 3) + " of " + powerAsString(slrCur, 3));
Log(" Yaw-rotation is: " + (YAW_ROTATE_ANTICLOCKWISE ? "Anti-clockwise" : "Clockwise"));
Log(" Alignment yaw : " + (yawAlignPct * 100f).ToString("N1") + "% (" + powerAsString(slrYawCur) + ")");
Log(" Alignment pitch: " + (pitchAlignPct * 100f).ToString("N1") + "% (" + powerAsString(slrPitchCur) + ")");
if (slrPitchPnls > 0)
{
Log(" Using " + slrPitchPnls + " tagged panel" + (slrPitchPnls != 1 ? "s" : "") + " for pitch alignment");
}
Log(" SolarPanels optimum max: " + powerAsString(slrMax, 3));
lcdImage.ForEach(p => {
p.ClearImagesFromSelection();
int pct = (int)(pitchAlignPct * 100);
pct = pct - (pct % 5);
p.AddImageToSelection(string.Format("Incline {0}", pct.ToString("D3")));
});
lcdImage.Clear();
//
if (debugOn)
{
Log("\n<<-- DebugInfo -->>");
Log(_debug.ToString(), false);
_debug.Clear();
}
string txt = _log.ToString();
_log.Clear();
//-- Echo is now nerfed, as it causes huge FPS-drops apparently.
//Echo(txt);
//profileStep("a9");
// Clean up
solarYaw = null;
rotorYaw.Clear();
rotorPitchL.Clear();
rotorPitchR.Clear();
batteries.Clear();
//profileStep("a0");
//txt = profileEnd();
lcdPanel.ForEach(p => p.WritePublicText(txt));
lcdPanel.Clear();
}
public SolarPanel(IMyTerminalBlock oBlock) : base(oBlock)
{
m_oBlock = (IMySolarPanel)oBlock;
}
public SolarPanel(IMySolarPanel oBlock) : base(oBlock)
{
m_oBlock = oBlock;
}
void UpdateName(IMySolarPanel solarPanel, out float oldPower) {
float __ignore;
UpdateName(solarPanel, out oldPower, out __ignore);
}
// currently unused
bool CurrentOutput(IMySolarPanel solarPanel, out float power) {
power = 0.0f;
if (solarPanel == null) throw new Exception(" CurrentOutput(IMySolarPanel, float): solarPanel is null");
int start = StartIndexCurrentOutput(solarPanel);
int end = solarPanel.DetailedInfo.Length;
string currentOutput = solarPanel.DetailedInfo.Substring(start, end - start);
bool success = float.TryParse(System.Text.RegularExpressions.Regex.Replace(currentOutput, @"[^0-9.]", ""), out power);
// power should be in kW
if (success) {
if (currentOutput.Contains(" W")) {
// W -> kW: * 0.001
power *= 0.001f;
} else if (currentOutput.Contains(" kW")) {
// kW -> kW: * 1
power *= 1.0f;
} else if (currentOutput.Contains(" MW")) {
// MW -> kW: * 1,000
power *= 1000.0f;
} else if (currentOutput.Contains(" GW")) {
// GW -> kW: * 1,000,000
power *= 1000000.0f;
} else throw new Exception(" CurrentOutput(IMySolarPanel, float): current power output is too high (" + currentOutput + ")");
}
return success;
}
public SolarController()
{
// Get all solar panels
List <IMyTerminalBlock> panels = new List <IMyTerminalBlock>();
GridTerminalSystem.GetBlocksOfType <IMySolarPanel>(panels);
// Get current and total power output
int panelCnt = 0;
float curUse = 0f; // Amount of power currently being used
float genOut = 0f; // Power output potential
float lowestOut = 0f;
for (int i = 0; i < panels.Count; i++)
{
IMySolarPanel panel = panels[i] as IMySolarPanel;
if (panel != null && panel.IsFunctional)
{
panelCnt++;
float cur = panel.CurrentOutput;
float max = panel.MaxOutput;
curUse += cur;
genOut += max;
if (lowestOut == 0f || max < lowestOut)
{
lowestOut = max;
}
}
}
// Display status
pr(String.Format("Solar Panel Count: {0}", panelCnt));
pr(String.Format("Solar Power Usage: {0:0.0}/{1:0.0} MW", curUse, genOut));
// Nothing else to do if no panels
if (panelCnt == 0)
{
return;
}
// Rotor control
IMyMotorStator rotor = (IMyMotorStator)GridTerminalSystem.GetBlockWithName("Solar Panel Rotor");
float thresh = target * maxOut;
if (lowestOut < thresh)
{
float speed = ((thresh - lowestOut) / thresh) * 1.5f;
if (speed < 0.05f)
{
speed = 0.05f;
}
rotor.SetValue("Velocity", speed);
rotor.ApplyAction("OnOff_On");
pr(String.Format("Rotor Status: On ({0:0.00} rpm)", speed));
}
else
{
rotor.ApplyAction("OnOff_Off");
pr("Rotor Status: Off");
}
}
public PowerInfo(IMySolarPanel panel) : this(0, 0)
{
ParseFromDetailedInfo(panel);
}
private void MyEntities_OnEntity(MyEntity entity, bool create)
{
if (entity == null)
{
return;
}
if (entity is IMySolarPanel)
{
IMySolarPanel solarPanel = entity as IMySolarPanel;
if (solarPanel == null || solarPanel.SourceComp == null)
{
return;
}
if (create == true)
{
//shouldn't happen, should always be new?
if (solarPanelData.ContainsKey(solarPanel.EntityId) == false)
{
solarPanelData.Add(solarPanel.EntityId, new RealisticSolarPanelData()
{
EntityId = solarPanel.EntityId,
GridEntityId = solarPanel.CubeGrid.EntityId,
CurrentAirDensity = null,
OriginalMaxOutput = 0f,
CurrentMaxOutput = 0f,
IsStatic = solarPanel.CubeGrid.IsStatic
});
}
solarPanel.SourceComp.MaxOutputChanged += SolarPanel_MaxOutputChanged;
solarPanel.CubeGrid.OnIsStaticChanged += SolarPanelGrid_OnIsStaticChanged;
}
else
{
//shouldn't happen, should always exist
if (solarPanelData.ContainsKey(solarPanel.EntityId) == true)
{
solarPanelData.Remove(solarPanel.EntityId);
}
solarPanel.SourceComp.MaxOutputChanged -= SolarPanel_MaxOutputChanged;
solarPanel.CubeGrid.OnIsStaticChanged -= SolarPanelGrid_OnIsStaticChanged;
}
if (entity is IMyTerminalBlock)
{
IMyTerminalBlock solarPanelTerminal = entity as IMyTerminalBlock;
if (solarPanelTerminal == null)
{
return;
}
if (create == true)
{
solarPanelTerminal.AppendingCustomInfo += SolarPanelTerminal_AppendingCustomInfo;
}
else
{
solarPanelTerminal.AppendingCustomInfo -= SolarPanelTerminal_AppendingCustomInfo;
}
}
}
}
public static bool MaxOutput(IMySolarPanel panel, out float power) {
power = 0.0f;
int start = panel.DetailedInfo.IndexOf(Configuration.Localization.MaxOutput);
int end = panel.DetailedInfo.IndexOf(Configuration.Localization.CurrentOutput);
if (start < 0 || end < 0 || end < start) return false;
start += Configuration.Localization.MaxOutput.Length;
string maxOutput = panel.DetailedInfo.Substring(start, end - start);
if (float.TryParse(System.Text.RegularExpressions.Regex.Replace(maxOutput, @"[^0-9.]", ""), out power)) {
float factor = 0.0f;
if (maxOutput.Contains(" W")) factor = 0.001f;
else if (maxOutput.Contains(" kW")) factor = 1.0f;
else if (maxOutput.Contains(" MW")) factor = 1000.0f;
else if (maxOutput.Contains(" GW")) factor = 1000000.0f;
else {
power = float.NaN;
return true;
}
power *= factor;
return true;
}
return false;
}
int StartIndexMaxOutput(IMySolarPanel solarPanel) {
if (solarPanel == null) throw new Exception(" StartIndexMaxOutput(IMySolarPanel): solarPanel is null");
int ret = solarPanel.DetailedInfo.IndexOf(lang_maxOutput);
if (ret < 0) throw new Exception(" StartIndexMaxOutput(IMySolarPanel): incompatible solar panel");
return ret + lang_maxOutput.Length;
}
void UpdateName(IMySolarPanel solarPanel) {
float __ignore;
UpdateName(solarPanel, out __ignore);
}
double getSolarpanelPowerWatt(IMySolarPanel SolarPanel)
{
DetailedInfo DI = new DetailedInfo(SolarPanel);
return(parsePower(DI.getValue(1).getValue()));
}
static bool CurrentOutput(IMySolarPanel solarPanel, out float power) {
if (solarPanel == null) throw new Exception(" CurrentOutput(IMySolarPanel, out float): solarPanel is null");
int start = StartIndexCurrentOutput(solarPanel);
int end = solarPanel.DetailedInfo.Length;
string currentOutput = solarPanel.DetailedInfo.Substring(start, end - start);
if (float.TryParse(System.Text.RegularExpressions.Regex.Replace(currentOutput, @"[^0-9.]", ""), out power)) {
// convert to kW
if (currentOutput.Contains(" W")) {
// W -> kW: * 0.001
power *= 0.001f;
} else if (currentOutput.Contains(" kW")) {
// kW -> kW: * 1
power *= 1f;
} else if (currentOutput.Contains(" MW")) {
// MW -> kW: * 1000
power *= 1000f;
} else if (currentOutput.Contains(" GW")) {
// GW -> kW: * 1000000
power *= 1000000f;
} else throw new Exception(" CurrentOutput(IMySolarPanel, out float): current power output is too high (" + currentOutput + ")");
return true;
}
return false;
}
void Main() {
// get a list of all blocks in the grid terminal system
List<IMyTerminalBlock> blocks = new List<IMyTerminalBlock>();
GridTerminalSystem.GetBlocks(blocks);
// initialize the reference solar panel if it hasn't been initialized yet
if (referencePanel == null) {
// search all available blocks for one containing the reference panel name
for (int i = 0; i < blocks.Count; i++) {
if (blocks[i].CustomName.Contains(referencePanelName)) {
referencePanel = blocks[i] as IMySolarPanel;
if (referencePanel != null) break;
}
}
if (referencePanel == null) throw new Exception(" Main(): failed to find solar panel with name '" + referencePanelName + "'");
}
// initialize the timer if it hasn't been initialized yet
if (timer == null) {
// search all available blocks for one containing the timer name
for (int i = 0; i < blocks.Count; i++) {
if (blocks[i].CustomName.Contains(timerName)) {
timer = blocks[i] as IMyTimerBlock;
if (timer != null)
break;
}
}
if (timer == null) throw new Exception(" Main(): failed to find timer block with name '" + timerName + "'");
}
// initialize the rotors list if no rotors have been registered yet
if (rotors.Count <= 0) {
for (int i = 0; i < rotorNames.Length; i++) {
IMyTerminalBlock rotor = GridTerminalSystem.GetBlockWithName(rotorNames[i]);
// only add rotors that actually exist and haven't been added yet
if (rotor != null && !rotors.Contains(rotor)) {
rotors.Add(rotor);
rotor.SetValue("Velocity", rotorSpeed);
ToggleOff(rotor);
}
}
if (rotors.Count <= 0) throw new Exception(" Main(): failed to find any rotors with the specified names");
}
// rotate the current rotor
float currentPower;
if (!MaxOutput(referencePanel, out currentPower)) throw new Exception(" Main(): failed to read current power output from DetailedInfo");
if (currentPower >= targetPowerOutput) {
for (int i = 0; i < rotors.Count; i++) {
ToggleOff(rotors[i]);
}
UpdateName(referencePanel);
TriggerTimerIdle();
return;
}
if (currentRotor == null) {
currentRotor = rotors[currentIndex] as IMyMotorStator;
updatedRotor = true;
}
if (currentRotor == null) throw new Exception(" Main(): block '" + rotors[currentIndex].CustomName + "' is not a rotor but was registered as rotor to use");
if (updatedRotor) {
if (!testingDirection) {
// set the best rotation direction
UpdateName(referencePanel);
ToggleOn(currentRotor);
testingDirection = true;
TriggerTimer();
return;
}
ToggleOff(currentRotor);
float oldPowerWDIHTCT;
UpdateName(referencePanel, out oldPowerWDIHTCT, out currentPower);
if (oldPowerWDIHTCT > currentPower) Reverse(currentRotor);
updatedRotor = false;
testingDirection = false;
}
// get the optimal rotation
if (!setting) {
ToggleOn(currentRotor);
setting = true;
UpdateName(referencePanel);
TriggerTimer();
return;
}
float oldPower;
UpdateName(referencePanel, out oldPower, out currentPower);
if (oldPower > currentPower) {
ToggleOff(currentRotor);
currentRotor = null;
currentIndex = (currentIndex + 1) % rotors.Count;
}
setting = false;
TriggerTimer();
}
static int StartIndexCurrentOutput(IMySolarPanel solarPanel) {
if (solarPanel == null) throw new Exception(" StartIndexCurrentOutput(IMySolarPanel): solarPanel is null");
int ret = solarPanel.DetailedInfo.IndexOf(Configuration.Localization.CurrentOutput);
if (ret < 0 || ret <= StartIndexMaxOutput(solarPanel)) throw new Exception(" StartIndexCurrentOutput(IMySolarPanel): incompatible solar panel");
return ret + Configuration.Localization.CurrentOutput.Length;
}
void Main() {
// initialize the reference solar panel
if (ReferencePanel == null) {
// get a list of all available solar panels
List<IMyTerminalBlock> solarPanels = new List<IMyTerminalBlock>();
GridTerminalSystem.GetBlocksOfType<IMySolarPanel>(solarPanels);
// search all available blocks for one containing the reference solar panel's name
for (int i = 0; i < solarPanels.Count; i++) {
IMySolarPanel solarPanel = solarPanels[i] as IMySolarPanel;
if (solarPanel != null && solarPanel.CustomName.StartsWith(Configuration.ReferencePanelName)) {
ReferencePanel = solarPanel;
if (ReferencePanel != null) break;
}
}
if (ReferencePanel == null) throw new Exception(" Main(): Failed to find solar panel with name \"" + Configuration.ReferencePanelName + "\"");
}
// initialize the timer
if (Timer == null) {
Timer = GridTerminalSystem.GetBlockWithName(Configuration.TimerName) as IMyTimerBlock;
if (Timer == null) throw new Exception(" Main(): Failed to find timer block with name \"" + Configuration.TimerName + "\"");
}
// initialize rotors list
if (Rotors.Count <= 0) {
for (int i=0; i < Configuration.RotorNames.Length; i++) {
IMyMotorStator rotor = GridTerminalSystem.GetBlockWithName(Configuration.RotorNames[i]) as IMyMotorStator;
// only add rotors that exist and haven't been added yet
if (rotor != null && !Rotors.Contains(rotor)) {
Rotors.Add(rotor);
rotor.SetValue("Velocity", Configuration.RotorSpeed);
ToggleOff(rotor);
}
}
if (Rotors.Count < Configuration.RotorNames.Length) throw new Exception(" Main(): Failed to find all rotors - found " + Rotors.Count + " rotors, " + Configuration.RotorNames.Length + " were specified");
}
// rotate the current rotor
float currentPower;
if (!MaxOutput(ReferencePanel, out currentPower)) throw new Exception(" Main(): Failed to read maximum power output from the solar panel's information");
// check if the target power output has been reached
if (currentPower >= Configuration.TargetPowerOutput) {
for (int i=0; i < Rotors.Count; i++) {
ToggleOff(Rotors[i]);
}
UpdateName(ReferencePanel);
TriggerTimerIdle();
return;
}
// update the rotor and test which direction yields the higher power output
if (CurrentRotor == null || CurrentStatus == Status.UPDATING) {
CurrentRotor = Rotors[CurrentRotorIndex];
UpdateName(ReferencePanel);
ToggleOn(CurrentRotor);
CurrentStatus = Status.TESTING;
TriggerTimer();
return;
}
// set the direction towards the higher power output
if (CurrentStatus == Status.TESTING) {
ToggleOff(CurrentRotor);
float oldPower;
UpdateName(ReferencePanel, out oldPower, out currentPower);
if (oldPower > currentPower) Reverse(CurrentRotor);
CurrentStatus = Status.ALIGNING;
}
// rotate towards maximum power output
if (CurrentStatus == Status.ALIGNING) {
ToggleOn(CurrentRotor);
UpdateName(ReferencePanel);
CurrentStatus = Status.CHECKING;
TriggerTimer();
return;
}
if (CurrentStatus == Status.CHECKING) {
float oldPower;
UpdateName(ReferencePanel, out oldPower, out currentPower);
if (oldPower > currentPower) {
ToggleOff(CurrentRotor);
CurrentStatus = Status.UPDATING;
CurrentRotorIndex = (CurrentRotorIndex + 1) % Rotors.Count;
}
TriggerTimer();
return;
}
}
static void UpdateName(IMySolarPanel solarPanel) {
float oldPower, currentPower;
UpdateName(solarPanel, out oldPower, out currentPower);
}
void UpdateName(IMySolarPanel solarPanel, out float oldPower, out float currentPower) {
oldPower = 0.0f;
if (!MaxOutput(solarPanel, out currentPower)) throw new Exception(" UpdateName(IMySolarPanel, float): failed to read current power output from DetailedInfo");
if (solarPanel == null) throw new Exception(" UpdateName(IMySolarPanel, float): solarPanel is null");
string[] array = solarPanel.CustomName.Split('~');
if (array.Length > 1) {
// old power has been set
float.TryParse(array[array.Length - 1], out oldPower);
// update current power output
string newName = "";
for (int i = 0; i < array.Length - 1; i++) {
newName += array[i];
}
newName += "~" + currentPower;
solarPanel.SetCustomName(newName);
} else {
// set current power output
solarPanel.SetCustomName(solarPanel.CustomName + " ~" + currentPower);
}
}
static void UpdateName(IMySolarPanel solarPanel, out float oldPower, out float currentPower) {
if (solarPanel == null) throw new Exception(" UpdateName(IMySolarPanel, out float, out float): solarPanel is null");
if (!MaxOutput(solarPanel, out currentPower)) throw new Exception(" UpdateName(IMySolarPanel, out float, out float): Failed to read maximum power output from the solar panel's information");
string[] array = solarPanel.CustomName.Split('~');
if (array.Length > 1) {
// old power was set
float.TryParse(array[array.Length - 1], out oldPower);
// update current power output
string newName = "";
for (int i=0; i < array.Length - 1; i++) {
newName += array[i];
}
newName += "~" + currentPower;
solarPanel.SetCustomName(newName);
return;
}
oldPower = 0.0f;
solarPanel.SetCustomName(solarPanel.CustomName + " ~" + currentPower);
}
bool FuncTest(IMySolarPanel block)
{
//Solar Panel
//Interface name: IMySolarPanel
return(true);
}