void CheckForSpecialLCD(IBlock blk, ILcd lcd)
{
if (mTankLCDs.Contains(lcd))
{
return; //already in use
}
if (mFarmLCDs.Contains(lcd))
{
return; //already in use
}
Dictionary <string, string> vars = new Dictionary <string, string>();
ParseVars(blk.CustomName, vars);
if (vars.ContainsKey("$Tnk"))
{
//all the stuff from stats
mTankLCDs.Add(lcd);
mDeviceBlocks.Add(lcd, blk);
}
else if (vars.ContainsKey("$Frm"))
{
//number of plots
//energy used by grow lights
//growth data on individual plots
mFarmLCDs.Add(lcd);
mDeviceBlocks.Add(lcd, blk);
}
}
void CheckCustomNames(ILcd lcd, out int columnWidth)
{
//check name for variables
columnWidth = -1;
if (mDeviceBlocks.ContainsKey(lcd))
{
Dictionary <string, string> vars = new Dictionary <string, string>();
ParseVars(mDeviceBlocks[lcd].CustomName, vars);
if (vars.ContainsKey("$Fnt"))
{
int fontSize;
if (Int32.TryParse(vars["$Fnt"], out fontSize))
{
lcd.SetFontSize(fontSize);
}
}
if (vars.ContainsKey("$CW"))
{
if (Int32.TryParse(vars["$CW"], out columnWidth))
{
}
}
}
}
private static void UpdateBallPosition(ILcd lcd, Ball b)
{
b.Position = new PointF(b.Position.X + b.Direction.X, b.Position.Y + b.Direction.Y);
if (b.Position.X < 0)
{
b.Position = new PointF(0, b.Position.Y);
b.Direction = new PointF(-b.Direction.X, b.Direction.Y);
}
if (b.Position.Y < 0)
{
b.Position = new PointF(b.Position.X, 0);
b.Direction = new PointF(b.Direction.X, -b.Direction.Y);
}
if (b.Position.X + b.Size.Width >= lcd.Width)
{
b.Position = new PointF(lcd.Width - b.Size.Width - 1, b.Position.Y);
b.Direction = new PointF(-b.Direction.X, b.Direction.Y);
}
if (b.Position.Y + b.Size.Height >= lcd.Height)
{
b.Position = new PointF(b.Position.X, lcd.Height - b.Size.Height - 1);
b.Direction = new PointF(b.Direction.X, -b.Direction.Y);
}
}
void NukeLCD(List <ILcd> lcds, ILcd toNuke)
{
if (lcds.Contains(toNuke))
{
lcds.Remove(toNuke);
mDevicePositions.Remove(toNuke);
mDeviceBlocks.Remove(toNuke);
}
}
public override void InitInterface <T>(T inf)
{
if (typeof(T) == typeof(ILcd))
{
lcd = (ILcd)inf;
}
else
{
base.InitInterface(inf);
}
}
void ConfirmStillThere(List <ILcd> lcds, List <IDevice> toNuke)
{
foreach (ILcd lcd in lcds)
{
//check lcd
ILcd lcdCheck = mStruct.GetDevice <ILcd>(mDevicePositions[lcd]);
if (lcd != lcdCheck)
{
toNuke.Add(lcd);
}
}
}
void ConfirmStillThere(Dictionary <IContainer, ILcd> dict, List <IDevice> toNuke)
{
foreach (KeyValuePair <IContainer, ILcd> clcd in dict)
{
//check container
IContainer cn = mStruct.GetDevice <IContainer>(mDevicePositions[clcd.Key]);
if (cn != clcd.Key)
{
toNuke.Add(clcd.Key);
}
//check lcd
ILcd lcd = mStruct.GetDevice <ILcd>(mDevicePositions[clcd.Value]);
if (lcd != clcd.Value)
{
toNuke.Add(clcd.Value);
}
}
}
/// <summary>
/// Examines an IEntity instance to see if any feature will be interested in it.
/// </summary>
/// <param name="entity">The IEntity instance to be examined.</param>
private void ProcessEntity(IEntity entity)
{
if (entity == null)
{
return;
}
EntityTokenizer entityTokens = null;
// Process structure data of the entity.
IStructure structure = entity.Structure;
if (structure != null)
{
//DarkCity.LogDebug($"Processing structure {structure.Entity.Name}");
if (EmpyrionExtension.LiveLcd &&
((EmpyrionExtension.Application.Mode == ApplicationMode.PlayfieldServer) || (EmpyrionExtension.Application.Mode == ApplicationMode.SinglePlayer)))
{
// Process LCD devices.
IDevicePosList list = structure.GetDevices(DeviceTypeName.LCD);
if (list != null)
{
for (int i = 0; i < list.Count; i++)
{
Eleon.Modding.VectorInt3 position = list.GetAt(i);
ILcd lcd = structure.GetDevice <ILcd>(position);
if (lcd != null)
{
// Prep structure tokens if not available yet.
if (entityTokens == null)
{
entityTokens = new EntityTokenizer(entity);
}
// Hand off ILcd device to any potentially interested processors.
LiveLcd.Process(structure, lcd, position, entityTokens, this.PlayfieldTokens);
}
}
}
}
}
}
void NukeLCD(Dictionary <IContainer, ILcd> dict, ILcd toNuke)
{
IContainer found = null;
foreach (KeyValuePair <IContainer, ILcd> clcd in dict)
{
if (clcd.Value == toNuke)
{
found = clcd.Key;
break;
}
}
if (found != null)
{
dict.Remove(found);
mDevicePositions.Remove(toNuke);
mDevicePositions.Remove(found);
mDeviceBlocks.Remove(toNuke);
mDeviceBlocks.Remove(found);
}
}
public static void SetupLcd(Display_HD44780 display)
{
Lcd = new GadgeteerLcd(display);
}
void OnBatteryTimer(object sender, ElapsedEventArgs eea)
{
foreach (KeyValuePair <int, IStructure> str in mStructs)
{
if (!str.Value.IsReady)
{
continue;
}
if (!str.Value.IsPowered)
{
continue;
}
if (str.Value.FuelTank != null)
{
mAPI.Log("Fuel tank capacity: " + str.Value.FuelTank.Capacity +
", Content: " + str.Value.FuelTank.Content);
}
//located the battery through a prevous 3d search of
//the volume of the test base (offset by 128)
IDevice bat = str.Value.GetDevice <IDevice>(-5, 129, -1);
if (bat == null)
{
mAPI.Log("Bat null");
}
else
{
mAPI.Log("Got device: " + bat);
}
BlockSearch(str.Value);
IDevicePosList idpl = str.Value.GetDevices("AmmoCntr");
for (int i = 0; i < idpl.Count; i++)
{
VectorInt3 pos = idpl.GetAt(i);
mAPI.Log("Device at pos: " + pos);
IContainer con = str.Value.GetDevice <IContainer>(pos);
mAPI.Log("Ammo container has " + con.VolumeCapacity + " volume.");
}
idpl = str.Value.GetDevices("Container");
for (int i = 0; i < idpl.Count; i++)
{
VectorInt3 pos = idpl.GetAt(i);
mAPI.Log("Device at pos: " + pos);
IContainer con = str.Value.GetDevice <IContainer>(pos);
mAPI.Log("Container has " + con.VolumeCapacity + " volume.");
}
idpl = str.Value.GetDevices("Fridge");
for (int i = 0; i < idpl.Count; i++)
{
VectorInt3 pos = idpl.GetAt(i);
mAPI.Log("Device at pos: " + pos);
IContainer con = str.Value.GetDevice <IContainer>(pos);
mAPI.Log("Fridge has " + con.VolumeCapacity + " volume.");
}
idpl = str.Value.GetDevices("LCD");
for (int i = 0; i < idpl.Count; i++)
{
VectorInt3 pos = idpl.GetAt(i);
mAPI.Log("Device at pos: " + pos);
ILcd lcd = str.Value.GetDevice <ILcd>(pos);
mAPI.Log("LCD says: " + lcd.GetText());
}
idpl = str.Value.GetDevices("Light");
for (int i = 0; i < idpl.Count; i++)
{
VectorInt3 pos = idpl.GetAt(i);
mAPI.Log("Device at pos: " + pos);
ILight lt = str.Value.GetDevice <ILight>(pos);
mAPI.Log("Light has range: " + lt.GetRange());
}
idpl = str.Value.GetDevices("Portal");
for (int i = 0; i < idpl.Count; i++)
{
VectorInt3 pos = idpl.GetAt(i);
mAPI.Log("Device at pos: " + pos);
IPortal door = str.Value.GetDevice <IPortal>(pos);
mAPI.Log("Door is a door");
}
}
}
//normally called when a block is deleted
void CheckAssociatedLCDs(IModApi api)
{
List <IDevice> toNuke = new List <IDevice>();
//check ammo
ConfirmStillThere(mAmmoLCD, toNuke);
//check container
ConfirmStillThere(mContainerLCD, toNuke);
//check fridge
ConfirmStillThere(mFridgeLCD, toNuke);
//check harvest
ConfirmStillThere(mHarvestLCD, toNuke);
//check tanks
ConfirmStillThere(mTankLCDs, toNuke);
//check farm
ConfirmStillThere(mFarmLCDs, toNuke);
if (toNuke.Count <= 0)
{
return;
}
api.Log("CheckAssociatedLCDs found " + toNuke.Count + " nuked items...");
for (int i = 0; i < toNuke.Count; i++)
{
if (toNuke[i] is ILcd)
{
ILcd lcd = toNuke[i] as ILcd;
NukeLCD(mAmmoLCD, lcd);
NukeLCD(mContainerLCD, lcd);
NukeLCD(mFridgeLCD, lcd);
NukeLCD(mHarvestLCD, lcd);
NukeLCD(mTankLCDs, lcd);
NukeLCD(mFarmLCDs, lcd);
}
else if (toNuke[i] is IContainer)
{
IContainer con = toNuke[i] as IContainer;
ILcd lcd = null;
if (mAmmoLCD.ContainsKey(con))
{
lcd = mAmmoLCD[con];
mAmmoLCD.Remove(con);
}
if (mContainerLCD.ContainsKey(con))
{
lcd = mContainerLCD[con];
mContainerLCD.Remove(con);
}
if (mFridgeLCD.ContainsKey(con))
{
lcd = mFridgeLCD[con];
mFridgeLCD.Remove(con);
}
if (mHarvestLCD.ContainsKey(con))
{
lcd = mHarvestLCD[con];
mHarvestLCD.Remove(con);
}
//make sure if one device is gone
//to remove the associated stuff as well
if (lcd != null)
{
mDevicePositions.Remove(lcd);
mDeviceBlocks.Remove(lcd);
mDevicePositions.Remove(con);
mDeviceBlocks.Remove(con);
}
}
}
}
void CheckLCD(IModApi api, IDevicePosList ammo, IDevicePosList container,
IDevicePosList fridge, IDevicePosList harvest, float blockScanDist)
{
IDevicePosList idpl = mStruct.GetDevices("LCD");
for (int i = 0; i < idpl.Count; i++)
{
VectorInt3 pos = idpl.GetAt(i);
ILcd lcd = mStruct.GetDevice <ILcd>(pos);
if (mAmmoLCD.ContainsValue(lcd))
{
continue; //already in use
}
if (mContainerLCD.ContainsValue(lcd))
{
continue; //already in use
}
if (mFridgeLCD.ContainsValue(lcd))
{
continue; //already in use
}
if (mHarvestLCD.ContainsValue(lcd))
{
continue; //already in use
}
api.Log("Unattached LCD Device at pos: " + pos);
//find the closest device within BlockScanDistance
float blockDist = blockScanDist;
float bestDist = float.MaxValue;
VectorInt3 bestPos = new VectorInt3(-1, -1, -1);
int bestType = -1;
IDevice assoc = null;
for (int j = 0; j < ammo.Count; j++)
{
VectorInt3 pos2 = ammo.GetAt(j);
float dist = VecDistance(pos, pos2);
if (dist < blockDist && dist < bestDist)
{
assoc = mStruct.GetDevice <IContainer>(pos2);
bestDist = dist;
bestType = 0;
bestPos = pos2;
}
}
for (int j = 0; j < container.Count; j++)
{
VectorInt3 pos2 = container.GetAt(j);
float dist = VecDistance(pos, pos2);
if (dist < blockDist && dist < bestDist)
{
assoc = mStruct.GetDevice <IContainer>(pos2);
bestDist = dist;
bestType = 1;
bestPos = pos2;
}
}
for (int j = 0; j < fridge.Count; j++)
{
VectorInt3 pos2 = fridge.GetAt(j);
float dist = VecDistance(pos, pos2);
if (dist < blockDist && dist < bestDist)
{
assoc = mStruct.GetDevice <IContainer>(pos2);
bestDist = dist;
bestType = 2;
bestPos = pos2;
}
}
for (int j = 0; j < harvest.Count; j++)
{
VectorInt3 pos2 = harvest.GetAt(j);
float dist = VecDistance(pos, pos2);
if (dist < blockDist && dist < bestDist)
{
assoc = mStruct.GetDevice <IContainer>(pos2);
bestDist = dist;
bestType = 3;
bestPos = pos2;
}
}
IBlock lcdBlock = mStruct.GetBlock(pos);
if (assoc == null)
{
api.Log("Null Assoc");
//maybe since this isn't near a device
//it can be used for fuel or something
CheckForSpecialLCD(lcdBlock, lcd);
continue;
}
if (!mDevicePositions.ContainsKey(lcd))
{
mDevicePositions.Add(lcd, pos);
}
if (!mDevicePositions.ContainsKey(assoc))
{
mDevicePositions.Add(assoc, bestPos);
}
IBlock devBlock = mStruct.GetBlock(bestPos);
if (lcdBlock == null)
{
api.Log("Null block for lcd!");
}
else
{
if (mDeviceBlocks.ContainsKey(lcd))
{
api.Log("BadCleanup! Device blocks already has lcd: " + lcd + "!!");
}
else
{
mDeviceBlocks.Add(lcd, lcdBlock);
}
}
if (devBlock == null)
{
api.Log("Null block for device!");
}
else
{
if (mDeviceBlocks.ContainsKey(assoc))
{
api.Log("BadCleanup! Device blocks already has assoc: " + assoc + "!!");
}
else
{
mDeviceBlocks.Add(assoc, devBlock);
}
}
if (bestType == 0)
{
api.Log("Ammo Assoc");
mAmmoLCD.Add(assoc as IContainer, lcd);
}
else if (bestType == 1)
{
api.Log("Con Assoc");
mContainerLCD.Add(assoc as IContainer, lcd);
}
else if (bestType == 2)
{
api.Log("Fridge Assoc");
mFridgeLCD.Add(assoc as IContainer, lcd);
}
else if (bestType == 3)
{
api.Log("Harv Assoc");
mHarvestLCD.Add(assoc as IContainer, lcd);
}
}
}
/// <summary>
/// Examines an ILcd device to see if it contains LiveLCD code. ILcd devices without code are ignored.
/// </summary>
/// <param name="structure">The IStructure instance that the ILcd device resides in.</param>
/// <param name="source">The ILcd device to be processed for LiveLCD code.</param>
/// <param name="position">VectorInt3 containing the position of the ILcd device within the structure.</param>
/// <param name="tokens">Token collection representing data from the parent structure.</param>
public static void Process(IStructure structure, ILcd source, VectorInt3 position, Tokenizer tokens, PlayfieldTokenizer playfieldTokens)
{
try
{
// Confirm that LCD has been marked as a LiveLCD.
StringReader config = new StringReader(source.GetText());
string header = config.ReadLine();
if ((header == null) || (header.Trim() != liveLcdPhrase))
{
return;
}
//DarkCity.LogDebug($"Processing LiveLCD in {structure.Entity.Name} ({structure.Entity.Id}) @ {position}.");
List <ILcd> targets = new List <ILcd>();
// Process source LCD configuration.
string line = config.ReadLine();
while (line != null)
{
// If the format phrase is found then configuration has finished.
line = line.Trim();
if (line == formatPhrase)
{
break;
}
// Split the configuration line into a key/value pair.
string[] kvp = line.Split(kvpSeparator, 2);
if (kvp.Length == 2)
{
string key = kvp[0].Trim().ToLower();
string value = kvp[1].Trim();
switch (key)
{
// Gives the custom name of the LCD device that will display the results of formatted string from this LCD.
case "target":
ILcd target = structure.GetDevice <ILcd>(value);
if (target == null)
{
Log.Debug($"Could not find LiveLCD target {value}.");
}
else
{
//DarkCity.LogDebug($"Found LiveLCD target {value}.");
targets.Add(target);
}
break;
// Ignore unknown config directives.
default: Log.Debug($"Encountered unknown key {key}; Ignoring."); break;
}
}
line = config.ReadLine();
}
// Validate configuration.
if (targets.Count < 1)
{
Log.Debug("Live LCD did not specify a target LCD or it could not be found.");
return;
}
// Read the rest of the source LCD text as a string format specifier and apply it to the target LCDs.
string data = tokens.Tokenize(config.ReadToEnd());
if (playfieldTokens != null)
{
playfieldTokens.UpdateWithPosition(structure.Entity.Position);
playfieldTokens.UpdateWithFaction(structure.Entity.Faction.Id);
data = playfieldTokens.Tokenize(data);
}
foreach (ILcd target in targets)
{
target?.SetText(data);
}
}
catch (Exception ex)
{
Log.Warn($"Failed to process LCD due to exception ({ex.GetType()}) : {ex.Message}");
}
}
public static void SetupLcd(Display_HD44780 display)
{
Lcd = new GadgeteerLcd(display);
}
