public void SetAtomA(Atom atom)
{
if (atom != null && atomChoices.Count > atom.GetAtomicNumber())
{
ChoiceOption choiceOption = atomChoices[atom.GetAtomicNumber() - 1];
choiceOption.SetButtonEvent(() => {
RemoveAtomA();
AudioManager.Instance.PlaySound(choiceClickSound);
});
choiceOption.SetColors(ChoiceOption.defaultPressedColor, ChoiceOption.defaultHoverColor, ChoiceOption.defaultNormalColor);
choiceOption.SetFocus(false);
}
atomA = atom;
//atomChoices[atomA.GetAtomicNumber() - 1].SetInteractable(false);
AtomInfo info = Game.Instance.gameData.FindAtomInfo(atom.GetAtomicNumber());
AtomData data = Game.Instance.gameData.FindAtomData(atom.GetAtomicNumber());
atomAText.text = info.GetAtom().GetName();
atomAImage.sprite = info.GetImage();
atomAAmo.maxValue = data.GetCurrAmo();
SetAtomAAmoText();
atomABtn.interactable = true;
}
private void CalculateInfo()
{
var info = Game.Instance.playerData.EstimateCombine(atomA, atomB, (int)atomAAmo.value, (int)atomBAmo.value);
if (info.targetAtom == null)
{
infoText.text = "That atom can not be created.";
produceButton.interactable = false;
atomResultText.text = Game.Instance.gameData.GetUknown().GetName();
return;
}
//AtomInfo atomInfo = Game.Instance.gameData.FindAtomInfo(info.targetAtom.GetAtomicNumber());
AtomData atomData = Game.Instance.gameData.FindAtomData(info.targetAtom.GetAtomicNumber());
if (!atomData.IsDiscovered())
{
atomResultText.text = Game.Instance.gameData.GetUknown().GetName();
atomResultImage.sprite = Game.Instance.gameData.GetUknownInfo().GetImage();
}
else
{
atomResultText.text = info.targetAtom.GetName();
atomResultImage.sprite = Game.Instance.gameData.FindAtomInfo(info.targetAtom.GetAtomicNumber())
.GetImage();
}
atomProduced = info.targetAtom;
infoText.text = "Max Production: " + info.amo + "\nSuccess: " + info.success * 100 + "% Stability: " + info.stability * 100 + "%"; // Max Production, Success, Stability
produceButton.interactable = info.amo > 0;
}
public static AtomData GetAtomByName(string Name)
{
string sql = "select * from AtomObjects where atom_name='" + Name + "'";
AtomData atom = GetAtomBySql(sql);
return(atom);
}
public void SetDisplay()
{
//AtomInfo info = Game.Instance.gameData.FindAtomInfo(atom.GetAtomicNumber());
AtomData data = Game.Instance.gameData.FindAtomData(atom.GetAtomicNumber());
text.text = atom.GetName() + "\n<size=80%> Atomic Number: " + atom.GetAtomicNumber() + " Curr Amo: " + data.GetCurrAmo();
}
public static void AddAtom(AtomData Atom)
{
try
{
string sql;
using (NpgsqlConnection connection = new NpgsqlConnection(strPostGISConnection))
{
connection.Open();
sql = "insert into AtomObjects (atom_guid,atom_name,CountryId,pointX,pointY)" +
"values ('" + Atom.UnitGuid + "','" +
Atom.UnitName + "'," +
0 + "," +
Atom.Location.x + "," +
Atom.Location.y +
" ) ";
using (NpgsqlCommand command = new NpgsqlCommand(sql, connection))
{
command.ExecuteNonQuery();
}
}
}
catch (Exception ex)
{
}
}
private void CheckAtomMilestone(Atom a, float amo)
{
AtomData data = Game.Instance.gameData.FindAtomData(a.GetAtomicNumber());
int currAmo = data.GetCurrAmo();
int prevAmo = currAmo - (int)amo;
if (currAmo == int.MaxValue)
{
Game.Instance.logSystem.Log(a.GetName() + ": MAX");
return;
}
bool hasSurpassed = false;
for (int i = 1000000000; i > 1; i /= 10)
{
if (CheckAtomAmo(currAmo, prevAmo, i, ref hasSurpassed))
{
Game.Instance.logSystem.Log(a.GetName() + ": " + i);
break;
}
if (hasSurpassed)
{
break;
}
}
}
private void Fill(IDictionary dict)
{
dict[1] = 1;
dict["hey"] = "ho";
dict[new AtomData("foo")] = new AtomData("bar");
dict[4] = "Yoman";
}
public void DbStoredProcedureHandler_Execute()
{
var commander = new EchoProcedureEmulator();
var test = new DbStoredProcedureHandler();
test.Database = commander.Database;
test.OperationName = commander.OperationName;
test.MetadataBuilder = commander.MetadataBuilder;
var arg1 = new AtomData("String", "The quick brown fox etc. etc.");
var arg2 = new AtomData("Integer", 123456);
var arg3 = new AtomData("Decimal", 3.14159m);
var arguments = new AtomCollectionData();
arguments.AddAtom(arg1);
arguments.AddAtom(arg2);
arguments.AddAtom(arg3);
var result = test.Execute(arguments);
var rowsets = result.RowSets.ToArray();
Assert.AreEqual(3, rowsets.Length);
Assert.AreEqual(arg1.Name, rowsets[0].Rows.First().Atoms.First().Name);
Assert.AreEqual(arg2.Name, rowsets[1].Rows.First().Atoms.First().Name);
Assert.AreEqual(arg3.Name, rowsets[2].Rows.First().Atoms.First().Name);
Assert.AreEqual(arg1.Value, rowsets[0].Rows.First().Atoms.First().Value);
Assert.AreEqual(arg2.Value, rowsets[1].Rows.First().Atoms.First().Value);
Assert.AreEqual(arg3.Value, rowsets[2].Rows.First().Atoms.First().Value);
}
protected async override void OnDrop(System.Windows.DragEventArgs e)
{
double currMapX = 0;
double currMapY = 0;
System.Windows.DataObject d = (System.Windows.DataObject)e.Data;
string[] dataFormats = d.GetFormats();
string dataText = d.GetText();
Point position = e.GetPosition(this);
GMap.NET.PointLatLng curPosition = FromLocalToLatLng((int)position.X, (int)position.Y);
currMapX = curPosition.Lng;
currMapY = curPosition.Lat;
for (int i = 0; i < dataFormats.Length; i++)
{
string dragFormat = dataFormats[i];
if (dragFormat.Contains("FormationTree") && dataText == "Actor")
{
object dragObject = d.GetData(dragFormat);
FormationTree formation = dragObject as FormationTree;
if (formation == null)
{
continue;
}
enOSMhighwayFilter highwayFilter = enOSMhighwayFilter.Undefined;
SetHighwayFilter(highwayFilter);
shPointId PointId = await clsRoadRoutingWebApi.GetNearestPointIdOnRoad("0", highwayFilter, currMapX, currMapY);
if (PointId != null)
{
shPoint pnt = PointId.point;
DeployedFormation deployFormation = new DeployedFormation();
deployFormation.x = pnt.x;
deployFormation.y = pnt.y;
deployFormation.formation = formation;
AtomData atom = await TDSClient.SAGInterface.SAGSignalR.DeployFormationFromTree(VMMainViewModel.Instance.SimulationHubProxy, deployFormation);
if (atom != null)
{
AtomDeployedEventArgs args = new AtomDeployedEventArgs();
args.atom = atom;
if (AtomDeployedEvent != null)
{
AtomDeployedEvent(this, args);
}
}
}
return;
}
}
}
private void CalculateInfo()
{
if (atomA.GetAtomicNumber() == 1) // Hydrogen can not be split
{
infoText.text = "Hydrogen can not be split";
splitBtn.interactable = false;
return;
}
PlayerData.AtomCollision info;
if (toHydrogenToggle.isOn)
{
info = new PlayerData.AtomCollision();
info.success = 1;
info.stability = 1;
Atom atom = atomA;
int amo = (int)atomAAmo.value;
do
{
var infoTemp = Game.Instance.playerData.EstimateSplit(atom, amo);
atom = infoTemp.targetAtom;
amo = infoTemp.amo;
print("Currently at: " + atom.GetName() + " " + amo);
info.targetAtom = atom;
info.amo = amo;
info.success *= infoTemp.success;
info.stability *= infoTemp.stability;
} while (atom.GetAtomicNumber() != 1);
}
else
{
int amo = atomAAmo.value < 0 ? int.MaxValue : (int)atomAAmo.value;
info = Game.Instance.playerData.EstimateSplit(atomA, amo);
}
AtomData atomData = Game.Instance.gameData.FindAtomData(info.targetAtom.GetAtomicNumber());
if (!atomData.IsDiscovered())
{
atomResultText.text = Game.Instance.gameData.GetUknown().GetName();
atomResultImage.sprite = Game.Instance.gameData.GetUknownInfo().GetImage();
}
else
{
atomResultText.text = info.targetAtom.GetName();
atomResultImage.sprite = Game.Instance.gameData.FindAtomInfo(info.targetAtom.GetAtomicNumber())
.GetImage();
}
//atomResultText.text = info.targetAtom.GetName();
infoText.text = "Max Production: " + info.amo + "\nSuccess: " + info.success * 100 + "% Stability: " + info.stability * 100 + "%"; // Max Production, Success, Stability
splitBtn.interactable = info.amo > 0;
}
public CraftResult Craft(Craftable c, int amount)
{
CraftResult result = new CraftResult();
result.atomsUsed = new List <AtomAmo>();
var atoms = c.GetAtomsForProduction();
for (int i = 0; i < atoms.Length; i++) // Find Minumum
{
var atomAmo = atoms[i];
AtomData data = Game.Instance.gameData.FindAtomData(atomAmo.atom.GetAtomicNumber());
int needed = atomAmo.amo * amount;
if (data.GetCurrAmo() < needed)
{
amount = data.GetCurrAmo() / atomAmo.amo;
}
}
for (int i = 0; i < atoms.Length; i++)
{
var atomAmo = atoms[i];
AtomData data = Game.Instance.gameData.FindAtomData(atomAmo.atom.GetAtomicNumber());
int needed = atomAmo.amo * amount;
data.Lose(needed);
AtomAmo atomUsed = new AtomAmo();
atomUsed.atom = atomAmo.atom;
atomUsed.amo = needed;
result.atomsUsed.Add(atomUsed);
}
result.amountCreated = amount;
int amoOfCraftables;
if (!craftables.TryGetValue(c, out amoOfCraftables))
{
craftables[c] = amount;
}
else
{
craftables[c] = amoOfCraftables + amount;
}
if (OnCraftableProduced != null)
{
OnCraftableProduced(c, amount);
}
return(result);
}
public AtomCollisionResult ProduceCombine(Atom a, Atom b, int aAmo, int bAmo)
{
AtomCollision info = EstimateCombine(a, b, aAmo, bAmo);
AtomCollisionResult result = new AtomCollisionResult();
result.atomsProduced = new List <AtomAmo>();
result.atomsUsed = new List <AtomAmo>();
AtomData aData = Game.Instance.gameData.FindAtomData(a.GetAtomicNumber());
AtomData bData = Game.Instance.gameData.FindAtomData(b.GetAtomicNumber());
int usedAmo = Mathf.Min(Mathf.Min(aAmo, aData.GetCurrAmo()), Mathf.Min(bAmo, bData.GetCurrAmo()));
Atom target = info.targetAtom;
int maxAmo = info.amo;
float successChance = info.success;
float stabilityChance = 1.0f;
stabilityChance = info.stability;
int produced = (int)(maxAmo * successChance);
int stabilized = (int)(produced * stabilityChance);
AtomAmo atomAmo = new AtomAmo();
atomAmo.amo = stabilized;
atomAmo.atom = target;
result.atomsProduced.Add(atomAmo);
Game.Instance.Absorb(target, stabilized);
AtomAmo atomAUsed = new AtomAmo();
atomAUsed.atom = a;
atomAUsed.amo = usedAmo;
result.atomsUsed.Add(atomAUsed);
AtomAmo atomBUsed = new AtomAmo();
atomBUsed.atom = b;
atomBUsed.amo = usedAmo;
result.atomsUsed.Add(atomBUsed);
Game.Instance.Use(a, usedAmo);
Game.Instance.Use(b, usedAmo);
if (OnAtomCombine != null)
{
OnAtomCombine(target, stabilized);
}
return(result);
}
public void ByMonth()
{
AtomData.Clear();
for (int i = 1; i <= 12; i++)
{
var data = Db.Table <DataModel>().Where(p => p.Time.Month == i);
AtomData.Add(new GraphModel {
Line = data.Max(p => p.Temp), Line2 = data.Average(p => p.Temp), Line3 = data.Min(p => p.Temp)
});
}
}
public static void CreateAtomData(Atom a)
{
AtomData aD = AtomData.CreateNewAtomData(a);
string atomDataPathName = AssetDatabase.GenerateUniqueAssetPath("Assets/Prefabs/ScriptableObjects/AtomData/" + a.GetAtomicNumber() + a.GetName() + "Data.asset");
AssetDatabase.CreateAsset(aD, atomDataPathName);
AssetDatabase.SaveAssets();
AssetDatabase.Refresh();
EditorUtility.FocusProjectWindow();
}
public bool Upgrade()
{
bool success = CanUpgrade();
if (success)
{
for (int i = 0; i < data.cost.Count; i++) // Use
{
AtomAmo atomCost = data.cost[i];
if (atomCost.atom == null)
{
continue;
}
AtomData atomData = Game.Instance.gameData.FindAtomData(data.cost[i].atom.GetAtomicNumber());
atomData.Lose(data.cost[i].amo);
}
data.level++;
data.value = valueProgression.Evaluate(data.level);
data.cost.Clear();
if (!IsMaxLevel())
{
AtomAmo amo = new AtomAmo();
for (int i = 0; i < atomProgression.Count; i++)
{
amo.amo = (int)amoProgression[i].Evaluate(data.level);
int index = (int)atomProgression[i].Evaluate(data.level);
if (index == 0)
{
amo.atom = null;
}
else
{
amo.atom = Game.Instance.gameData.FindAtom(index);
}
data.cost.Add(amo);
}
}
}
return(success);
}
public void DrawMonth(int year)
{
AtomData.Clear();
SoilData.Clear();
SoilData.Add(new PieModel {
title = "", value = 0
});
RainData.Clear();
PmData.Clear();
var data = Db.Table <DataModel>().ToList().Where(p => p.Time.Year == year);
for (int i = 1; i <= 12; i++)
{
var temp = data.Where(p => p.Time.Month == i);
if (temp.Count() > 0)
{
AtomData.Add(new GraphModel {
Line = temp.Max(p => p.Temp), Line2 = temp.Average(p => p.Temp), Line3 = temp.Min(p => p.Temp)
});
}
}
var count = data.Count();
var soil = (double)data.Count(p => p.Soil == 0) / count;
var rain = (double)data.Count(p => p.Rain == 0) / count;
var pm = (double)data.Count(p => p.Pm25 == 0) / count;
SoilData.Add(new PieModel {
title = "干燥", value = soil
});
SoilData.Add(new PieModel {
title = "湿润", value = 1 - soil
});
RainData.Add(new PieModel {
title = "有雨", value = 1 - rain
});
RainData.Add(new PieModel {
title = "无雨", value = rain
});
PmData.Add(new PieModel {
title = "超标", value = 1 - pm
});
PmData.Add(new PieModel {
title = "良好", value = pm
});
}
public AtomCollisionResult ProduceSplit(Atom a, int aAmo)
{
AtomCollision info = EstimateSplit(a, aAmo);
AtomData aData = Game.Instance.gameData.FindAtomData(a.GetAtomicNumber());
aAmo = Mathf.Min(aAmo, aData.GetCurrAmo());
AtomCollisionResult result = new AtomCollisionResult();
result.atomsProduced = new List <AtomAmo>();
result.atomsUsed = new List <AtomAmo>();
Atom target = info.targetAtom;
// Split
int produced = (int)(info.amo * info.success); // Random Loss
// Stabilize
int stabilized = (int)(produced * info.stability);
// Result
AtomAmo atomAmo = new AtomAmo();
atomAmo.amo = stabilized;
atomAmo.atom = target;
result.atomsProduced.Add(atomAmo);
Game.Instance.Absorb(target, stabilized);
// Used
AtomAmo atomAUsed = new AtomAmo();
atomAUsed.atom = a;
atomAUsed.amo = aAmo;
result.atomsUsed.Add(atomAUsed);
Game.Instance.Use(a, aAmo);
if (OnAtomSplit != null)
{
OnAtomSplit(target, stabilized);
}
return(result);
}
public void DrawHour(int year, int month, int day)
{
SoilData.Clear();
RainData.Clear();
PmData.Clear();
AtomData.Clear();
SoilData.Add(new PieModel {
title = "", value = 0
});
var list = Db.Table <DataModel>().ToList();
var data = list.Where(p => p.Time.Year == year && p.Time.Month == month && p.Time.Day == day);
for (int i = 0; i < 24; i++)
{
var temp = data.First(p => p.Time.Hour == i);
AtomData.Add(new GraphModel {
Line = temp.Temp
});
}
var count = data.Count();
var soil = (double)data.Count(p => p.Soil == 0) / count;
var rain = (double)data.Count(p => p.Rain == 0) / count;
var pm = (double)data.Count(p => p.Pm25 == 0) / count;
SoilData.Add(new PieModel {
title = "干燥", value = soil
});
SoilData.Add(new PieModel {
title = "湿润", value = 1 - soil
});
RainData.Add(new PieModel {
title = "有雨", value = 1 - rain
});
RainData.Add(new PieModel {
title = "无雨", value = rain
});
PmData.Add(new PieModel {
title = "超标", value = 1 - pm
});
PmData.Add(new PieModel {
title = "良好", value = pm
});
}
public static void CreateAtom(string name, string abbreviation, int atomicNumber)
{
Atom a = Atom.CreateNewAtom(name, abbreviation, atomicNumber);
AtomInfo aI = AtomInfo.CreateNewAtomInfo(a);
AtomData aD = AtomData.CreateNewAtomData(a);
string atomPathName = AssetDatabase.GenerateUniqueAssetPath("Assets/Prefabs/ScriptableObjects/Atom/" + a.GetAtomicNumber() + a.GetName() + ".asset");
string atomInfoPathName = AssetDatabase.GenerateUniqueAssetPath("Assets/Prefabs/ScriptableObjects/AtomInfo/" + a.GetAtomicNumber() + a.GetName() + "Info.asset");
string atomDataPathName = AssetDatabase.GenerateUniqueAssetPath("Assets/Prefabs/ScriptableObjects/AtomData/" + a.GetAtomicNumber() + a.GetName() + "Data.asset");
AssetDatabase.CreateAsset(a, atomPathName);
AssetDatabase.CreateAsset(aI, atomInfoPathName);
AssetDatabase.CreateAsset(aD, atomDataPathName);
AssetDatabase.SaveAssets();
AssetDatabase.Refresh();
EditorUtility.FocusProjectWindow();
}
public void Absorb(Atom atom, int amo)
{
if (amo == 0)
{
return;
}
AtomData data = FindAtomData(atom.GetAtomicNumber());
if (data == null)
{
return;
}
if (!data.IsDiscovered())
{
data.SetIsDiscovered(true);
if (OnAtomDiscover != null)
{
OnAtomDiscover(atom, amo);
}
if (maxAtom == null || atom.GetAtomicNumber() > maxAtom.GetAtomicNumber())
{
maxAtom = atom;
}
}
if (amo + data.GetCurrAmo() < data.GetCurrAmo())
{
amo = int.MaxValue - data.GetCurrAmo();
if (amo == 0)
{
return;
}
}
data.Gain(amo);
if (OnAtomAdd != null)
{
OnAtomAdd(atom, amo);
}
}
public void Use(Atom atom, int amo)
{
if (amo == 0)
{
return;
}
AtomData data = FindAtomData(atom.GetAtomicNumber());
if (data == null)
{
return;
}
data.Lose(amo);
if (OnAtomUse != null)
{
OnAtomUse(atom, amo);
}
}
public bool CanCraft(Craftable c)
{
int amount = 1;
var atoms = c.GetAtomsForProduction();
for (int i = 0; i < atoms.Length; i++) // Find Minumum
{
var atomAmo = atoms[i];
AtomData data = Game.Instance.gameData.FindAtomData(atomAmo.atom.GetAtomicNumber());
int needed = atomAmo.amo * amount;
if (data.GetCurrAmo() < needed)
{
amount = data.GetCurrAmo() / atomAmo.amo;
}
}
return(amount != 0);
}
private static AtomData GetAtomBySql(string sql)
{
try
{
AtomData atom = new AtomData();
using (NpgsqlConnection connection = new NpgsqlConnection(strPostGISConnection))
using (NpgsqlDataAdapter da = new NpgsqlDataAdapter(sql, connection))
{
DataSet dsPol = new DataSet();
DataTable dtPol = new DataTable();
dsPol.Reset();
da.Fill(dsPol);
dtPol = dsPol.Tables[0];
if (dtPol == null || dtPol.Rows == null || dtPol.Rows.Count == 0)
{
return(null);
}
foreach (DataRow row in dtPol.Rows)
{
atom.UnitGuid = row["atom_guid"].ToString();
atom.UnitName = row["atom_name"].ToString();
atom.Location = new DPoint();
atom.Location.x = System.Convert.ToDouble(row["pointX"]);
atom.Location.y = System.Convert.ToDouble(row["pointY"]);
}
}
return(atom);
}
catch (Exception ex)
{
}
return(null);
}
public bool CanUpgrade()
{
if (IsMaxLevel())
{
return(false);
}
for (int i = 0; i < data.cost.Count; i++) // Validation
{
AtomAmo atomCost = data.cost[i];
if (atomCost.atom == null)
{
continue;
}
AtomData atomData = Game.Instance.gameData.FindAtomData(atomCost.atom.GetAtomicNumber());
if (atomData.GetCurrAmo() < atomCost.amo)
{
return(false);
}
}
return(true);
}
public static void LoadAtoms()
{
var text = Resources.Load<TextAsset>("elements");
var l = new List<AtomData>();
var r = new StringReader(text.text);
while (r.Peek() > 0)
{
var next = r.ReadLine();
var data = next.Split(';');
var atom = new AtomData()
{
index = int.Parse(data[0]),
symbol = data[1],
name = data[2]
};
l.Add(atom);
}
Atoms = l.ToArray();
}
public static IEnumerable <AtomData> GetAllAtoms()
{
try
{
List <AtomData> atoms = new List <AtomData>();
string sql = "select * from AtomObjects";
using (NpgsqlConnection connection = new NpgsqlConnection(strPostGISConnection))
using (NpgsqlDataAdapter da = new NpgsqlDataAdapter(sql, connection))
{
DataSet ds = new DataSet();
DataTable dt = new DataTable();
ds.Reset();
da.Fill(ds);
dt = ds.Tables[0];
if (dt == null || dt.Rows == null || dt.Rows.Count == 0)
{
return(null);
}
foreach (DataRow row in dt.Rows)
{
AtomData atom = new AtomData();
atom.UnitGuid = row["atom_guid"].ToString();
atom.UnitName = row["atom_name"].ToString();
atom.Location = new DPoint();
atom.Location.x = System.Convert.ToDouble(row["pointX"]);
atom.Location.y = System.Convert.ToDouble(row["pointY"]);
atoms.Add(atom);
}
}
return(atoms);
}
catch (Exception ex)
{
}
return(null);
}
public void SetDisplay()
{
AtomInfo info = Game.Instance.gameData.FindAtomInfo(atom.GetAtomicNumber());
AtomData data = Game.Instance.gameData.FindAtomData(atom.GetAtomicNumber());
Atom display = atom;
if (!data.IsDiscovered())
{
info = Game.Instance.gameData.GetUknownInfo();
display = Game.Instance.gameData.GetUknown();
}
else if (!hasBeenDiscovered)
{
exclamationImage.gameObject.SetActive(true);
hasBeenDiscovered = true;
clickButton.onClick.RemoveAllListeners();
clickButton.onClick.AddListener(() => {
MakeOld();
ElementsPage.Instance.ClickAtom(atom);
AudioManager.Instance.PlaySound(clickSound);
});
}
// Display Stuff
atomNumber.text = display.GetAtomicNumber() == -1 ? "" : "" + display.GetAtomicNumber();
atomAbbreviationText.text = display.GetAbbreviation();
Color c = info.GetCategoryColor();
background.color = c;
c *= .6f;
c.a = 1f;
lowBackground.color = c;
}
public void Setup(Atom a)
{
atom = a;
AtomData data = Game.Instance.gameData.FindAtomData(atom.GetAtomicNumber());
AtomInfo info = Game.Instance.gameData.FindAtomInfo(atom.GetAtomicNumber());
if (!data.IsDiscovered())
{
info = Game.Instance.gameData.GetUknownInfo();
data = Game.Instance.gameData.GetUknownData();
a = Game.Instance.gameData.GetUknown();
}
// Display
nameText.text = a.GetName();
atomicNumberText.text = "Atomic Number: \n" + (a.GetAtomicNumber() == -1 ? "?" : "" + a.GetAtomicNumber());
atomImage.sprite = info.GetImage();
// Data
currAmoText.text = "Current Amo: " + data.GetCurrAmo();
passiveGainText.text = "";// "Passive Gain: " + data.GetPassiveGain(); // What to do with this???
totalCollectedText.text = "Total Atoms: " + data.GetTotalCollected();
totalUsedText.text = "Total Used: " + data.GetTotalUsed();
// Description
var size = descriptionText.GetPreferredValues(info.GetDescription(), descriptionText.rectTransform.rect.width, Mathf.Infinity);
size.x = descriptionContent.sizeDelta.x;
size.y = Mathf.Abs(size.y) + 5;
descriptionContent.sizeDelta = size;
//descriptionText.rectTransform.sizeDelta = size;
descriptionText.text = info.GetDescription();
descriptionScroll.value = 1;
typeText.text = "Type: " + info.GetCategoryString();
weightText.text = "Weight: " + (info.GetWeight() == -1 ? "???" : "" + info.GetWeight());
densityText.text = "Density: " + (info.GetDensity() == -1 ? "???" :
info.GetDensity() + " g/cm<sup>3</sup>");
// Isotope
protonsText.text = "P: " + (info.GetProtons() == -1 ? "?" : "" + info.GetProtons());
electronsText.text = "E: " + (info.GetElectrons() == -1 ? "?" : "" + info.GetElectrons());
neutronsText.text = "N: " + (info.GetNeutrons() == -1 ? "?" : "" + info.GetNeutrons());
radioactiveText.text = "Is Radioactive: " + !info.IsStable();// + " " + info.GetHalfLife() + " " + info.GetStability();
string isotopeString = "Isotopes:\n<size=80%>\t";
var isotopes = info.GetIsotopes();
if (isotopes.Length > 0)
{
isotopeString += isotopes[0] + "\n\t";
}
for (int i = 1; i < isotopes.Length /*&& i < 7*/; i++) // MAximum of 7 isotopes???
{
isotopeString += isotopes[i] + "\n\t";
}
isotopeText.text = isotopeString;
// Area
string placesString = "Places:\n";
var places = info.GetPlacesToBeFound();
if (places.Length > 0)
{
placesString += " " + places[0] + "\n";
}
for (int i = 1; i < places.Length; i++)
{
placesString += " " + places[i] + "\n";
}
placesText.text = placesString;
string originsString = "Origins:\n";
var origins = info.GetOrigins();
if (origins.Length > 0)
{
originsString += " " + origins[0] + "\n";
}
for (int i = 1; i < origins.Length; i++)
{
originsString += " " + origins[i] + "\n";
}
originsText.text = originsString;
}
public void Setup(Atom a)
{
atom = a;
AtomData data = Game.Instance.gameData.FindAtomData(atom.GetAtomicNumber());
AtomInfo info = Game.Instance.gameData.FindAtomInfo(atom.GetAtomicNumber());
if (!data.IsDiscovered())
{
info = Game.Instance.gameData.GetUknownInfo();
data = Game.Instance.gameData.GetUknownData();
a = Game.Instance.gameData.GetUknown();
}
// Color
Color c = info.GetCategoryColor();
background.color = c;
c *= .6f;
c.a = 1f;
darkBackground.color = c;
var sizeDelta = rect == null ? Vector2.zero : rect.sizeDelta;
// Name Text
{
var size = nameText.GetPreferredValues(a.GetName(), Mathf.Infinity, nameText.rectTransform.rect.height);
size.y = nameText.rectTransform.sizeDelta.y;
size.x += 15f;
if (size.x > sizeDelta.x)
{
sizeDelta.x = size.x;
}
nameText.text = a.GetName();
}
// Curr Amo Text
{
string text = "Amount:\n " + data.GetCurrAmo();
var size = currAmoText.GetPreferredValues(text, Mathf.Infinity, currAmoText.rectTransform.rect.height);
size.y = currAmoText.rectTransform.sizeDelta.y;
size.x += 15f;
if (size.x > sizeDelta.x)
{
sizeDelta.x = size.x;
}
currAmoText.text = text;
}
// Passive Gain Text
{
string text = "(+" + data.GetPassiveGain() + ")";
var size = passiveGainText.GetPreferredValues(text, Mathf.Infinity, passiveGainText.rectTransform.rect.height);
size.y = passiveGainText.rectTransform.sizeDelta.y;
size.x += 15f;
if (size.x > sizeDelta.x)
{
sizeDelta.x = size.x;
}
passiveGainText.text = text;
}
rect.sizeDelta = sizeDelta;
LateUpdate();
}
/// <summary>
/// Start with an atom and detect which ring it's part of
/// </summary>
/// <param name="startAtom">Atom of degree >= 2</param>
///
private static Ring GetRing(Atom startAtom)
{
// Only returns the first ring.
//
// Uses the Figueras algorithm
// Figueras, J, J. Chem. Inf. Comput. Sci., 1996,36, 96, 986-991
// The algorithm goes as follows:
//1. Remove node frontNode and its Source from the front of the queue.
//2. For each node m attached to frontNode, and not equal to Source:
//If path[m] is null, compute path[m] ) path[frontNode] +[m]
//and put node m(with its Source, frontNode) on the back of the queue.
//If path[m] is not null then
// 1) Compute the intersection path[frontNode]*path[m].
// 2) If the intersection is a singleton, compute the ring set path[m]+path[frontNode] and exit.
//3. Return to step 1.
//set up the data structures
Queue <AtomData> atomsSoFar; //needed for BFS
Dictionary <Atom, HashSet <Atom> > path = new Dictionary <Atom, HashSet <Atom> >();
//initialise all the paths to empty
foreach (var atom in startAtom.Parent.Atoms)
{
path[atom] = new HashSet <Atom>();
}
//set up a new queue
atomsSoFar = new Queue <AtomData>();
//set up a front node and shove it onto the queue
AtomData frontNode;
//shove the neigbours onto the queue to prime it
foreach (Atom initialAtom in startAtom.Neighbours)
{
var node = new AtomData()
{
Source = startAtom, CurrentAtom = initialAtom
};
path[initialAtom] = new HashSet <Atom>()
{
startAtom, initialAtom
};
atomsSoFar.Enqueue(node);
}
//now scan the Molecule and detect all rings
while (atomsSoFar.Any())
{
frontNode = atomsSoFar.Dequeue();
foreach (Atom m in frontNode.CurrentAtom.Neighbours)
{
if (m != frontNode.Source) //ignore an atom that we've visited
{
if ((!path.ContainsKey(m)) || (path[m].Count == 0)) //null path
{
var temp = new HashSet <Atom>();
temp.Add(m);
temp.UnionWith(path[frontNode.CurrentAtom]);
path[m] = temp; //add on the path built up so far
AtomData newItem = new AtomData()
{
Source = frontNode.CurrentAtom, CurrentAtom = m
};
atomsSoFar.Enqueue(newItem);
}
else //we've got a collision - is it a ring closure
{
HashSet <Atom> overlap = new HashSet <Atom>();
overlap.UnionWith(path[frontNode.CurrentAtom]); //clone this set
overlap.IntersectWith(path[m]);
if (overlap.Count == 1) //we've had a singleton overlap : ring closure
{
var ringAtoms = new HashSet <Atom>();
ringAtoms.UnionWith(path[m]);
ringAtoms.UnionWith(path[frontNode.CurrentAtom]);
return(new Ring(ringAtoms));
}
}
}
}
}
//no collisions therefore no rings detected
return(null);
}
private async void cmdExit_Click(object sender, RoutedEventArgs e)
{
bool isCheckOk = await CheckOk();
if (isCheckOk == false)
{
return;
}
DrawPolygonEventArgs arg = new DrawPolygonEventArgs();
arg.isCancel = false;
arg.isNew = true;
arg.PolygonName = txtRouteName.Text.Trim();
arg.PolygonPnts = m_PolygonPnts.ToArray <DPoint>();
// isOK = true;
if (EndDrawPolygonEvent != null)
{
EndDrawPolygonEvent(this, arg);
}
GeneralActivityDTO ActivityDTO = new GeneralActivityDTO();
ActivityDTO.ActivityType = enumActivity.MovementActivity;
AtomData atomdata = new AtomData();
atomdata.UnitName = txPlatformName.Text;
atomdata.Location = m_PolygonPnts[0];
ActivityDTO.StartActivityOffset = (TimeSpan)startActivity.Value;
ActivityDTO.DurationActivity = (TimeSpan)durationActivity.Value;
ActivityDTO.Speed = (int)speedUpDown.Value;
Route route = new Route();
route.RouteName = txtRouteName.Text;
route.Points = m_PolygonPnts;
ActivityDTO.RouteActivity = route;
if (refActivityDTO != null)
{
atomdata.UnitGuid = refActivityDTO.Atom.UnitGuid;
ActivityDTO.ActivityId = refActivityDTO.ActivityId;
if (ActivityDTO.RouteActivity != null)
{
ActivityDTO.RouteActivity.RouteGuid = refActivityDTO.RouteActivity.RouteGuid;
}
}
ActivityDTO.Atom = atomdata;
await SAGSignalR.SaveActivity(VMMainViewModel.Instance.SimulationHubProxy, ActivityDTO);
this.Close();
}
public MoleculeData(AtomData child, string name) : base(child, name)
{
}
public MoleculeData(AtomData child) : base(child)
{
}
public AtomData(AtomData child, string name
) : this(child)
{
this.name = name;
}
public AtomData(AtomData child)
{
this.child = child;
}
