/// <summary>
/// Will calculate a sample alias from a given parent id and parent alias.
/// </summary>
/// <param name="parentID"></param>
/// <param name="parentAlias"></param>
/// <returns></returns>
public string CalculateMineralAlias(string parentID, string parentAlias)
{
//Querying with Linq
List <object> MineralTableRaw = dAccess.ReadTable(mineralModel.GetType(), null);
IEnumerable <Mineral> mineralTable = MineralTableRaw.Cast <Mineral>(); //Cast to proper list type
IEnumerable <string> mineralParentEarth = from e in mineralTable where e.MineralParentID == parentID orderby e.MineralIDName descending select e.MineralIDName;
int newID = 1; //Incrementing step
string newAlias = string.Empty;
string finaleMineralString = parentAlias;
//Detect last sample number and add 1 to it.
if (mineralParentEarth.Count() > 0 && mineralParentEarth.ElementAt(0) != null)
{
string lastAlias = mineralParentEarth.ToList()[0].ToString(); //Select first element since the list has been sorted in descending order
string lastNumberString = lastAlias.Substring(lastAlias.Length - 2); //Sample only has two digits id in the alias
newID = Convert.ToInt16(lastNumberString) + newID;
//Find a non existing name
bool breaker = true;
while (breaker)
{
//Padd current ID with 0 if needed
if (newID < 10)
{
newAlias = "0" + newID;
}
else
{
newAlias = newID.ToString();
}
finaleMineralString = parentAlias + newAlias;
//Find existing
IEnumerable <Mineral> existingSamples = from s in mineralTable where s.MineralParentID == parentID && s.MineralIDName == finaleMineralString select s;
if (existingSamples.Count() == 0 || existingSamples == null)
{
breaker = false;
}
newID++;
}
}
else
{
finaleMineralString = parentAlias + "0" + newID;
}
return(finaleMineralString);
}
private void OnTriggerStay2D(Collider2D other)
{
if (_clawstate == ClawState.Spinning || _clawstate == ClawState.Firing)
{
// break walls
Tilemap map = other.GetComponentInParent <Tilemap>();
if (map != null)
{
Vector3 drillTip = other.ClosestPoint(_hitbox.bounds.center);
//Vector3Int cell = Vector3Int.RoundToInt(drillTip);
// new Vector3(_hitbox.bounds.center.x, _hitbox.bounds.max.y, _hitbox.bounds.center.z);
if (_drillTimeout > drill_timeout)
{
_drillTimeout = 0.0;
Vector3Int tilePos = map.WorldToCell(drillTip);
TileBase tile = map.GetTile(tilePos);
if (tile == true && tile != undrillable_tile)
{
_audioSourceDig.Play();
//_pathfinding.Scan();
//_pathfinding.ScanAsync();
//_pathfinding.UpdateGraphs(_pathfinding.graph);
//Pathfinding.AstarPathEditor.MenuScan();
map.GetComponentInParent <DestroyTile>().KillTile(tilePos, drillTip);
}
}
else if (_particleTimeout > particle_freq)
{
_particleTimeout = 0.0;
map.GetComponentInParent <DestroyTile>().ParticleDrop(drillTip);
_audioSourceDig.Play();
}
}
// harvest minerals
Mineral min = other.GetComponent <Mineral>();
if (min != null && min.GetType() == typeof(Mineral))
{
_audioSourceDig.Play();
inventory.mineral_count += min.getValue();
// particle system will play then destroy object
other.GetComponent <BoxCollider2D>().enabled = false;
other.GetComponent <ParticleSystem>().Play();
other.GetComponent <SpriteRenderer>().enabled = false;
// in the meantime, destroy the mineral so we can't double-mine it
Destroy(min);
}
}
}
/// <summary>
/// Draws tiles based on their mapped bitmap
/// </summary>
public void DrawWorldBitmaps()
{
int size = Escapade.GetWorld().Size;
for (int x = 0; x < Escapade.GetWorld().Width; x++)
{
for (int y = 0; y < Escapade.GetWorld().Height; y++)
{
if (Escapade.GetWorld().Map [x, y].Type == TileType.Rock)
{
SwinGame.DrawBitmap(_maskmap [Escapade.GetWorld().Map [x, y].Mask], x * size, y * size);
Mineral m = Escapade.GetWorld().Map [x, y].Mineral;
if (m != null)
{
string mineralBitmap = "overlay_" + m.GetType().ToString().ToLower().Split('.').Last();
SwinGame.DrawBitmap(_bitmaps [mineralBitmap], x * size, y * size);
}
}
}
}
}
public void CalculateResidual(string newMode = "")
{
// Language localization using Resource.resw
var loadLocalization = Windows.ApplicationModel.Resources.ResourceLoader.GetForCurrentView();
string Prefix = loadLocalization.GetString("MineralDialogResidualPrefix");
string MiddleFix = loadLocalization.GetString("MineralDialogResidualMiddlefix");
string Suffix = loadLocalization.GetString("MineralDialogResidualSuffix");
List <object> mineralTableRaw = accessData.ReadTable(mineralModel.GetType(), null);
IEnumerable <Mineral> mineralTable = mineralTableRaw.Cast <Mineral>(); //Cast to proper list type
//Get a list of related mineral from selected earthmat
string parentID = existingDataDetailMineral.ParentID;
//Find proper parent id (request could come from a mineral or an earthmat selection)
if (existingDataDetailMineral.ParentTableName == Dictionaries.DatabaseLiterals.TableStation)
{
parentID = existingDataDetailMineral.GenericID;
}
IEnumerable <Mineral> mineralParentEarth = from e in mineralTable where e.MineralParentID == parentID select e;
if (_mineralResidualModes.Count == 0 && (mineralParentEarth.Count() != 0 || mineralParentEarth != null))
{
foreach (Mineral mns in mineralParentEarth)
{
_minerals.Add(mns.MineralName);
int currentPercentage = 0;
bool currentModeParsed = int.TryParse(mns.MineralMode, out currentPercentage);
if (currentModeParsed)
{
if (mns.MineralID == existingDataDetailMineral.GenericID)
{
if (newMode != string.Empty)
{
currentModeParsed = int.TryParse(newMode, out currentPercentage);
}
if (currentModeParsed)
{
_mineralResidualModes[mns.MineralID] = currentPercentage;
}
}
else
{
if (currentModeParsed)
{
_mineralResidualModes[mns.MineralID] = currentPercentage;
}
}
}
}
if (_mineralResidualModes.Count() == 0)
{
int currentPercentage = 0;
bool currentModeParsed = int.TryParse(newMode, out currentPercentage);
_mineralResidualModes[existingDataDetailMineral.GenericID] = currentPercentage;
}
}
else
{
int currentPercentage = 0;
bool currentModeParsed = int.TryParse(newMode, out currentPercentage);
_mineralResidualModes[existingDataDetailMineral.GenericID] = currentPercentage;
}
//Calculate total percentage
int _mineralResidualMode = 0;
foreach (KeyValuePair <string, int> modes in _mineralResidualModes)
{
_mineralResidualMode = _mineralResidualMode + modes.Value;
}
_mineralResidualText = Prefix + _mineralResidualMode.ToString() + MiddleFix + _mineralResidualModes.Count().ToString() + Suffix;
RaisePropertyChanged("MineralResidualText");
}