public override object VisitChain([NotNull] smilesParser.ChainContext context) { foreach (IParseTree tree in context.children) { if (typeof(smilesParser.ChainContext).IsAssignableFrom(tree.GetType())) { VisitChain((smilesParser.ChainContext)tree); } else if (typeof(smilesParser.Branched_atomContext).IsAssignableFrom(tree.GetType())) { VisitBranched_atom((smilesParser.Branched_atomContext)tree); } else if (typeof(smilesParser.BondContext).IsAssignableFrom(tree.GetType())) { nextBond = (BondType)VisitBond((smilesParser.BondContext)tree); } else if (typeof(smilesParser.DotContext).IsAssignableFrom(tree.GetType())) { nextBond = (BondType)VisitDot((smilesParser.DotContext)tree); } else { nextBond = BondType.Any; } } return(null); }
public Bond(Node thisNode, Node thatNode, BondType t, Orientation o) { Node1 = thisNode; Node2 = thatNode; Type = t; Orientation = o; }
public Bond AddBond(Atom atom, BondType type, BondStereo stereo, BondTopology topology, BondReactingCenterStatus rcStatus) { Bond b = new Bond(this, atom, type, BondStereo.NotStereoOrUseXYZ, BondTopology.Either, BondReactingCenterStatus.notACenter); this.BondedAtoms.Add(b); return(b); }
public void Align(uint[] instanceIds, ChainType chainType, Vex.Point target, List <Bond> addedBonds, List <Bond> previousBonds) { BondAttachment bt = chainType.GetAttachment(); BondType bondType = chainType.IsAligned() ? BondType.Anchor : BondType.Spring; Bond b; Bond prev = null; for (int i = 0; i < instanceIds.Length - 1; i++) { uint id = instanceIds[i]; if (chainType.IsDistributed()) { if (i > 0) { RemoveCollidingBond(id, bt, previousBonds, BondType.Anchor); } if (i < instanceIds.Length - 1) { BondAttachment btOpp = chainType.GetOppositeAttachment(); RemoveCollidingBond(id, btOpp, previousBonds, BondType.Anchor); } } else { RemoveCollidingBond(id, bt, previousBonds, BondType.Anchor); } b = new Bond(id, bt, bondType); b.ChainType = chainType; b.TargetLocation = target; AddBond(b); addedBonds.Add(b); b.Previous = prev; if (prev != null) { prev.Next = b; } prev = b; } int lastIndex = instanceIds.Length - 1; uint lastId = instanceIds[lastIndex]; RemoveCollidingBond(lastId, bt, previousBonds, BondType.Anchor); b = new Bond(lastId, bt, bondType); b.ChainType = chainType; b.TargetLocation = target; AddBond(b); addedBonds.Add(b); b.Previous = prev; prev.Next = b; }
public BondLine(PointF p0, PointF p1, BondType bondType, BondAttachment attachment) { this.bondType = bondType; this.attachment = attachment; this.p0 = p0; this.p1 = p1; offset = Point.Empty; GetOffset(p0, p1); }
public Bond(Atom parent, Atom connectedAtom, BondType type, BondStereo stereo, BondTopology topology, BondReactingCenterStatus rcStatus) { ParentAtom = parent; ConnectedAtom = connectedAtom; BondType = type; DrawType = type; Stereo = stereo; Topology = topology; ReactingCenter = rcStatus; BondLength = 0; // parent.CovalentRadius + connectedAtom.CovalentRadius; }
/// <summary>从本地加载氨基酸数据 </summary> public static async Task LoadDataAsync() { if (loaded) { throw new PolymerModelException("PolymerModel has been loaded"); } string aminoacidData = await IOUtil.ReadInStreamingAssetsAsync(string.Empty, "Aminoacid.csv"); AminoacidDt = CSVHelper.ReadCSVStr(aminoacidData); string connectionData = await IOUtil.ReadInStreamingAssetsAsync(string.Empty, "Connection.csv"); ConnectionDt = CSVHelper.ReadCSVStr(connectionData); //将Connection数据表转化为字典,有助于后续的数据查找 Dictionary <string, List <DataRow> > connectionDic = new Dictionary <string, List <DataRow> >(); foreach (DataRow connectionDataRow in ConnectionDt.Rows) { string type = connectionDataRow["Type"].ToString(); if (!connectionDic.ContainsKey(type)) { connectionDic.Add(type, new List <DataRow>()); } connectionDic[type].Add(connectionDataRow); } //遍历氨基酸数据表 + connectionDic 一起构建氨基酸数据结构 foreach (DataRow aminoacidDataRow in AminoacidDt.Rows) { string type = aminoacidDataRow["Type"].ToString(); AminoacidType aminoacidType = (AminoacidType)Enum.Parse(typeof(AminoacidType), type); string chinese = aminoacidDataRow["Chinese"].ToString(); bool isStandard = aminoacidDataRow["IsStandard"].ToString() == "1"; string[] atomNames = aminoacidDataRow["Atoms"].ToString().Trim('[', ']').Split(' '); Dictionary <KeyValuePair <string, string>, BondType> connection = new Dictionary <KeyValuePair <string, string>, BondType>(); if (connectionDic.ContainsKey(type)) { //若该残基包含键 foreach (DataRow connectionDataRow in connectionDic[type]) { string firstAtom = connectionDataRow["First"].ToString(); string secondAtom = connectionDataRow["Second"].ToString(); BondType bondType = (BondType)Enum.Parse(typeof(BondType), connectionDataRow["BondType"].ToString()); connection.Add(new KeyValuePair <string, string>(firstAtom, secondAtom), bondType); } } Aminoacid aminoacid = new Aminoacid(aminoacidType, chinese, isStandard, atomNames, connection); Aminoacid.Aminoacids.Add(aminoacid.Type, aminoacid); } loaded = true; }
public Bond(float x1 = 0, float y1 = 0, float x2 = 0, float y2 = 0, float thickness = 1.5f, SKColor?colour = null, BondType typeOfBond = BondType.Single, BondStyle subtype = BondStyle.Plain, int anchorID1 = -1, int anchorID2 = -1) { DiagramID = Program.DForm.CurrentDiagram.NextFreeID(); X1 = x1; Y1 = y1; X2 = x2; Y2 = y2; Thickness = thickness; Colour = (colour == null) ? DefaultColour : colour.Value; TypeOfBond = typeOfBond; BondSubtype = subtype; AnchorID1 = anchorID1; AnchorID2 = anchorID2; }
private static HandleIcon GetHandleIcon(BondType bt, TransformKind tk) { HandleIcon result; switch (bt) { case BondType.Handle: result = (tk == Enums.TransformKind.Scale) ? HandleIcon.Handle : HandleIcon.Rotate; break; case BondType.Join: result = HandleIcon.Join; break; case BondType.Anchor: result = HandleIcon.Anchor; break; case BondType.Lock: result = HandleIcon.Lock; break; case BondType.Pin: result = HandleIcon.Pin; break; case BondType.Spring: result = HandleIcon.Spring; break; default: result = HandleIcon.Handle; break; } return(result); }
public void GetBondTypesFromXML() { string path = "Assets/Resources/Data/Bonds.xml"; bondTypesDict = new Dictionary <string, BondType> (); XDocument bondsX = FileIO.ReadXML(path); XElement atomsX = bondsX.Element("elements"); string atomElement; string otherElement; string a0El; string a1El; foreach (XElement atomEl in atomsX.Elements("atom")) { atomElement = atomEl.Attribute("element").Value; foreach (XElement otherEl in atomEl.Elements("other")) { otherElement = otherEl.Attribute("element").Value; BondType bondType = new BondType(); XElement singleEl = otherEl.Element("single"); if (singleEl != null) { bondType.singleThresh = float.Parse(singleEl.Value); } XElement aromaticEl = otherEl.Element("aromatic"); if (aromaticEl != null) { bondType.aromaticThresh = float.Parse(aromaticEl.Value); } XElement doubleEl = otherEl.Element("double"); if (doubleEl != null) { bondType.doubleThresh = float.Parse(doubleEl.Value); } XElement tripleEl = otherEl.Element("triple"); if (tripleEl != null) { bondType.tripleThresh = float.Parse(tripleEl.Value); } a0El = string.Compare(atomElement, otherElement) > 0 ? atomElement : otherElement; a1El = string.Compare(atomElement, otherElement) > 0 ? otherElement : atomElement; string key = string.Format("{0}-{1}", a0El, a1El); if (bondTypesDict.ContainsKey(key)) { Debug.LogErrorFormat("Duplicate exists in XML file: {0} ({1})", path, key); } else { bondTypesDict.Add(key, bondType); } } } }
public Bond(BondType type) { Id = Guid.NewGuid(); Type = type; isPriceAvailable = false; }
public static void DoBond(BondType bondType, Reactor reactor, bool forRed) { foreach (PotentialBond potentialBond in GetPotentialBonds(reactor, bondType)) { Molecule molecule1 = reactor.moleculeList.getMoleculeAtCoords(potentialBond.coords); Molecule molecule2 = reactor.moleculeList.getMoleculeAtCoords(potentialBond.getCoordsOfOtherBonder()); if (molecule1 != null && molecule2 != null) { MoleculeDefinition resultMolecule = molecule1.GetTransformedDefinition(Vector2i.NULL); if (bondType == BondType.Plus) { if (molecule1 != molecule2) { resultMolecule.CopyAtomsAndBonds(molecule2.GetTransformedDefinition(Vector2i.NULL)); } BondCount numBonds = (BondCount)1; // Math.Min(atom.bondCount(potentialBond).Value + 1, 3) // aka increase bonds by 1 but not more than 3 if (resultMolecule.GetBondCount(potentialBond).HasValue) { numBonds = (BondCount)Math.Min((int)(resultMolecule.GetBondCount(potentialBond).Value + 1), 3); } if (resultMolecule.SetBondCountWithMaxBondsCheck(potentialBond, numBonds)) { reactor.moleculeList.Remove(molecule1); if (molecule1 != molecule2) { reactor.moleculeList.Remove(molecule2); } reactor.moleculeList.Add(new Molecule(resultMolecule, reactor)); reactor.AddBondEffect((potentialBond.coords + potentialBond.getCoordsOfOtherBonder()) * 0.5f, BondEffectStyle.Plus, forRed); } else { reactor.AddBondEffect((potentialBond.coords + potentialBond.getCoordsOfOtherBonder()) * 0.5f, BondEffectStyle.MaxBonds, forRed); // The next line is the only change in this method, and should fix the telekinesis bug. // If both waldos hold the same molecule and we allow execution to continue to the next foreach, // the following would happen: // 1. The pull vectors of the molecule are cleared. // 2. The red waldo adds itself to the molecule's pull vectors in GrabDrop(). // 3. The pull vectors of the molecule are cleared _again_, removing the red waldo. // 4. The blue waldo adds itself to the molecule's pull vectors in GrabDrop(). // The end result is that the game thinks only blue is holding the molecule, triggering the telekinesis bug. // It's safe to skip this foreach since hitting max bonds means no molecule was changed and the current pull vectors are still OK. continue; } } // bondType != BondType.Plus else if (molecule1 == molecule2 && resultMolecule.GetBondCount(potentialBond).HasValue) { reactor.moleculeList.Remove(molecule1); int newBondCount = (int)(resultMolecule.GetBondCount(potentialBond).Value - 1); if (newBondCount < 1) { foreach (MoleculeDefinition newMolecule in MoleculeDefinition.BreakBond(resultMolecule, potentialBond)) { reactor.moleculeList.Add(new Molecule(newMolecule, reactor)); } } else { resultMolecule.SetBondCount(potentialBond, new BondCount?((BondCount)newBondCount)); reactor.moleculeList.Add(new Molecule(resultMolecule, reactor)); } reactor.AddBondEffect((potentialBond.coords + potentialBond.getCoordsOfOtherBonder()) * 0.5f, BondEffectStyle.Minus, forRed); } else { continue; } foreach (Waldo waldo in reactor.waldos.Values) { if (waldo.molecule != null) { waldo.molecule.WaldoPullVectors.Clear(); waldo.molecule = null; waldo.GrabDrop(); } } } } if (isBonderFeatureCache == null) { isBonderFeatureCache = new Func <ReactorMember, bool>(IsBonderFeature); } foreach (BonderFeature bonderFeature in reactor.GetMembers().Where(isBonderFeatureCache).Cast <BonderFeature>()) { bonderFeature.Activate(forRed); } }
public static LinkedList <PotentialBond> GetPotentialBonds(Reactor reactor, BondType bondType) { return(null); }
public BondInstruction(Reactor reactor, BondType bondType) { }
/// <summary>根据DisplayMode创建整个蛋白质模型 </summary> public void CreateProtein(Protein protein, DisplayMode displayMode) { Vector3 initPos = Vector3.zero; //若之前已创建Protein 则继承原来的位置 否则在摄像机的前2米初始化 if (proteinDisplayerGo != null) { initPos = proteinDisplayerGo.transform.position; } else { Camera mainCamera = Camera.main; initPos = mainCamera.transform.position + oriOffsetToMainCamera.z * mainCamera.transform.forward + oriOffsetToMainCamera.y * mainCamera.transform.up + oriOffsetToMainCamera.x * mainCamera.transform.right; } proteinDisplayerGo = Instantiate(proteinTemplatePrefeb, Displayer3DRoot.transform, true); proteinDisplayerGo.name = protein.ID; proteinDisplayerGo.GetComponent <ProteinDisplayer>().Protein = protein; foreach (var chainKvp in protein.Chains) { Chain chain = chainKvp.Value; GameObject chainDisplayerGo = new GameObject(chain.ID, typeof(ChainDisplayer)); chainDisplayerGo.GetComponent <ChainDisplayer>().Chain = chain; chainDisplayerGo.transform.SetParent(proteinDisplayerGo.transform); //创建每个原子模型 foreach (var aminoacidKvp in chain.SeqAminoacids) { AminoacidInProtein aminoacidInProtein = aminoacidKvp.Value; //GameObject aminoacidDisplayerGo = new GameObject(aminoacidInProtein.ResidueSeq.ToString(), typeof(AminoacidDisplayer)); GameObject aminoacidDisplayerGo = Instantiate <GameObject>(residueTemplatePrefeb, chainDisplayerGo.transform); aminoacidDisplayerGo.name = aminoacidInProtein.ResidueSeq.ToString(); AminoacidDisplayer aminoacidDisplayer = aminoacidDisplayerGo.GetComponent <AminoacidDisplayer>(); aminoacidDisplayer.AminoacidInProtein = aminoacidInProtein; //棍状模型不显示原子球 if (displayMode != DisplayMode.Sticks) { foreach (var atomKvp in aminoacidInProtein.AtomInAminoacidSerial) { AtomInAminoacid atomInAminoacid = atomKvp.Key; GameObject atomDisplayerGoPrefeb = GetAtomPrefeb(atomInAminoacid.Aminoacid.Type); switch (displayMode) { case DisplayMode.Spacefill: atomDisplayerGoPrefeb.transform.localScale = new Vector3(AtomFillSize, AtomFillSize, AtomFillSize); break; case DisplayMode.BallStick: atomDisplayerGoPrefeb.transform.localScale = new Vector3(AtomBallStickSize, AtomBallStickSize, AtomBallStickSize); break; default: throw new System.Exception(string.Format("Unhandled displayMode: {0}", displayMode)); } GameObject atomDisplayerGo = Instantiate(atomDisplayerGoPrefeb, aminoacidDisplayerGo.transform, false); atomDisplayerGo.name = atomInAminoacid.Name; atomDisplayerGo.transform.localPosition = (aminoacidInProtein.AtomInAminoacidPos[atomInAminoacid] - protein.CenterPos) * BallStickPosScale; AtomDisplayer atomDisplayer = atomDisplayerGo.GetComponent <AtomDisplayer>(); atomDisplayer.AtomInAminoacid = atomInAminoacid; atomDisplayer.AminoacidInProtein = aminoacidInProtein; } } //创建每个键的模型 if (displayMode == DisplayMode.BallStick || displayMode == DisplayMode.Sticks) { AminoacidInProtein lastAminoacidInProtein = null; //若在该链存在上一序列号的残基 则构造一个该残基的N连通上一残基的C形成的肽键 if (aminoacidInProtein.Chain.SeqAminoacids.TryGetValue(aminoacidInProtein.ResidueSeq - 1, out lastAminoacidInProtein)) { //两个Bond 两个颜色 string name1 = string.Format("{0}-{1}-Peptidebond", lastAminoacidInProtein.ResidueSeq, aminoacidInProtein.ResidueSeq); string name2 = string.Format("{0}-{1}-Peptidebond", aminoacidInProtein.ResidueSeq, lastAminoacidInProtein.ResidueSeq); Vector3 pos1 = (lastAminoacidInProtein.AtomInAminoacidPos[lastAminoacidInProtein.Aminoacid["C"]] - protein.CenterPos) * BallStickPosScale; Vector3 pos3 = (aminoacidInProtein.AtomInAminoacidPos[aminoacidInProtein.Aminoacid["N"]] - protein.CenterPos) * BallStickPosScale; Vector3 pos2 = (pos1 + pos3) / 2; BondType bondType = BondType.Single; Transform parent = aminoacidDisplayerGo.transform; AminoacidType aminoacidType1 = lastAminoacidInProtein.Aminoacid.Type; AminoacidType aminoacidType2 = aminoacidInProtein.Aminoacid.Type; GenerateBondGameObject(name1, pos1, pos2, bondType, parent, aminoacidType1, displayMode); GenerateBondGameObject(name2, pos2, pos3, bondType, parent, aminoacidType2, displayMode); } //氨基酸内的化学键(从本地Aminoacid数据中获取的连接关系) foreach (var connection in aminoacidInProtein.Aminoacid.Connections) { string name = string.Format("{0}-{1}-bond", connection.Key.Key.Name, connection.Key.Value.Name); Vector3 pos1 = Vector3.zero; Vector3 pos2 = Vector3.zero; //若读取的pdb文件中的某残基中没有连接关系中的某个原子 说明源pdb文件出现数据遗漏 try { pos1 = (aminoacidInProtein.AtomInAminoacidPos[connection.Key.Key] - protein.CenterPos) * BallStickPosScale; pos2 = (aminoacidInProtein.AtomInAminoacidPos[connection.Key.Value] - protein.CenterPos) * BallStickPosScale; } catch (KeyNotFoundException ex) { //Debug.LogWarning(string.Format("The aminoacidInProtein: {0} is not complete, the atom in connection: {1}-{2} is losed", aminoacidInProtein, connection.Key.Key.Name, connection.Key.Value.Name)); continue; } BondType bondType = connection.Value; Transform parent = aminoacidDisplayerGo.transform; AminoacidType aminoacidType = aminoacidInProtein.Aminoacid.Type; GenerateBondGameObject(name, pos1, pos2, bondType, parent, aminoacidType, displayMode); } } //若合并Mesh 在Residue的mesh合并渲染 所有子物体不渲染 if (conbineMesh) { MeshFilter residueMeshFilter = aminoacidDisplayerGo.AddComponent <MeshFilter>(); MeshRenderer residueMeshRenderer = aminoacidDisplayerGo.AddComponent <MeshRenderer>(); residueMeshFilter.sharedMesh = aminoacidDisplayerGo.transform.CombineChildsMesh(); residueMeshRenderer.sharedMaterial = GetMaterial(aminoacidInProtein.Aminoacid.Type); MeshRenderer[] childMeshRenderers = aminoacidDisplayerGo.GetComponentsInChildren <MeshRenderer>(); foreach (var renderer in childMeshRenderers) { renderer.enabled = false; } residueMeshRenderer.enabled = true; aminoacidDisplayer.Normal = GetMaterial(aminoacidInProtein.Aminoacid.Type); aminoacidDisplayer.HighLight = GetHighlightMaterial(aminoacidInProtein.Aminoacid.Type); } } } proteinDisplayerGo.transform.localScale = new Vector3(0.2f, 0.2f, 0.2f); //缩放0.2倍 proteinDisplayerGo.transform.position = initPos; }
//static Molecule ReadMoleFile(string filename) //{ // using (var reader = new System.IO.StreamReader(filename)) // { // string s = reader.ReadToEnd(); // if (s.Contains("V2000")) return MoleFileReader.ParseMoleFile2(s); // if (s.Contains("V3000")) throw new Exception("Version 3000 Mol file is currently not supported."); // throw new Exception("Mol file type not recognized. It is does not contain a version number."); // } //} static Molecule ParseMoleFile2(string moleFile) { Molecule molecule = new Molecule(); //atoms.Clear(); //cycles.Clear(); //fusedRings.Clear(); int numAtoms = 0; int numBonds = 0; // This information is contained in the header (first 3 lines) of the mol file. It is currently not being used, but code has been created for // future use. string name = string.Empty; string program = string.Empty; string user = string.Empty; //// used to test Line 2 reading below. //string MM = string.Empty; //string DD = string.Empty; //string YY = string.Empty; //string HH = string.Empty; //string mm = string.Empty; int MM = 1; int DD = 1; int YY = 0; int HH = 0; int mm = 0; string dimensionalCodes = string.Empty; //// used to test Line 2 reading below. //string scalingFactor1 = string.Empty; int scalingFactor1 = 0; //// used to test Line 2 reading below. //string scalingFactor2 = string.Empty; double scalingFactor2 = 0; // used to test Line 2 reading below. string energy = string.Empty; string registryNumber = string.Empty; string comments = string.Empty; string[] lines = moleFile.Split('\n'); // Line 1 contains the compound name. It can not be longer than 80 characters, and is allowed to be empty. // The length of the line is not relevant in how this is read, so it is not checked. name = lines[0]; //// used to test Line 2 reading below. //lines[1] = "IIPPPPPPPPMMDDYYHHmmddSSssssssssssEEEEEEEEEEEERRRRRR"; // Line 2 is optional. Skip this if it is not there. if (lines[1] != string.Empty) { // Line format: IIPPPPPPPPMMDDYYHHmmddSSssssssssssEEEEEEEEEEEERRRRRR // A2<--A8--><---A10-->A2I2<--F10.5-><---F12.5--><-I6-> //User's first and last initials (l), program name (P), date/time (M/D/Y,H:m), //dimensional codes (d), scaling factors (S, s), energy (E) if modeling program input, //internal registry number (R) if input through MDL form. if (lines[1].Length > 2) { user = lines[1].Substring(0, 2); // II } if (lines[1].Length > 10) { program = lines[1].Substring(2, 8); // PPPPPPPP } if (lines[1].Length > 20) { //// used to test Line 2 reading below. //MM = lines[1].Substring(10, 2); // MMDDYYHHmm //DD = lines[1].Substring(12, 2); // MMDDYYHHmm //YY = lines[1].Substring(14, 2); // MMDDYYHHmm //HH = lines[1].Substring(16, 2); // MMDDYYHHmm //mm = lines[1].Substring(18, 2); // MMDDYYHHmm MM = Convert.ToInt32(lines[1].Substring(10, 2)); // MMDDYYHHmm DD = Convert.ToInt32(lines[1].Substring(12, 2)); // MMDDYYHHmm YY = Convert.ToInt32(lines[1].Substring(14, 2)); // MMDDYYHHmm HH = Convert.ToInt32(lines[1].Substring(16, 2)); // MMDDYYHHmm mm = Convert.ToInt32(lines[1].Substring(18, 2)); // MMDDYYHHmm } if (lines[1].Length > 22) { dimensionalCodes = lines[1].Substring(20, 2); // dd } //// used to test Line 2 reading below. // if (lines[1].Length > 24) scalingFactor1 = lines[1].Substring(22, 2); //SS if (lines[1].Length > 24) { scalingFactor1 = Convert.ToInt32(lines[1].Substring(22, 2)); //SS } //// used to test Line 2 reading below. // if (lines[1].Length > 34) scalingFactor2 = lines[1].Substring(24, 10); //ss if (lines[1].Length > 34) { scalingFactor2 = Convert.ToDouble(lines[1].Substring(24, 10)); //ss } if (lines[1].Length > 46) { energy = lines[1].Substring(34, 12); //EEEEEEEEEEEE } if (lines[1].Length == 52) { registryNumber = lines[1].Substring(46, 6); //RRRRRR } } comments = lines[2]; // Counts Line // aaabbblllfffcccsssxxxrrrpppiiimmmvvvvvv numAtoms = Convert.ToInt32(lines[3].Substring(0, 3)); numBonds = Convert.ToInt32(lines[3].Substring(3, 3)); int atomLists = Convert.ToInt32(lines[3].Substring(6, 3)); //int fObsolete = Convert.ToInt32(lines[3].Substring(9, 3)); bool chiral = false; if (Convert.ToInt32(lines[3].Substring(12, 3)) == 1) { chiral = true; } int sText = Convert.ToInt32(lines[3].Substring(15, 3)); //int xObsolete = Convert.ToInt32(lines[3].Substring(18, 3)); //int rObsolete = Convert.ToInt32(lines[3].Substring(21, 3)); //int pObsolete = Convert.ToInt32(lines[3].Substring(24, 3)); //int iObsolete = Convert.ToInt32(lines[3].Substring(27, 3)); int properties = Convert.ToInt32(lines[3].Substring(30, 3)); string version = lines[3].Substring(33, 6); for (int i = 0; i < numAtoms; i++) { Atom a = new ChemInfo.Atom(lines[4 + i].Substring(31, 3).Trim()); molecule.AddAtom(a); // xxxxx.xxxxyyyyy.yyyyzzzzz.zzzz aaaddcccssshhhbbbvvvHHHrrriiimmmnnneee //a.x = Convert.ToDouble(lines[4 + i].Substring(0, 10)); //a.y = Convert.ToDouble(lines[4 + i].Substring(10, 10)); //a.z = Convert.ToDouble(lines[4 + i].Substring(20, 10)); string text = lines[4 + i].Substring(34, 2); a.MassDiff = Convert.ToInt32(lines[4 + i].Substring(34, 2)); a.Charge = Convert.ToInt32(lines[4 + i].Substring(36, 3)); a.StereoParity = Convert.ToInt32(lines[4 + i].Substring(39, 3)); a.HydrogenCount = Convert.ToInt32(lines[4 + i].Substring(42, 3)); a.StereoCareBox = Convert.ToInt32(lines[4 + i].Substring(45, 3)); //a.Valence = Convert.ToInt32(lines[4 + i].Substring(48, 3)); // string H0 = lines[4 + i].Substring(51, 3); // a.HO = Convert.ToInt32(lines[4 + i].Substring(51, 3)); a.RNotUsed = lines[4 + i].Substring(54, 3); a.INotUsed = lines[4 + i].Substring(57, 3); a.AtomMapping = Convert.ToInt32(lines[4 + i].Substring(60, 3)); a.InversionRetension = Convert.ToInt32(lines[4 + i].Substring(63, 3)); a.ExactChange = Convert.ToInt32(lines[4 + i].Substring(66, 3)); } for (int i = 0; i < numBonds; i++) { //Bond b = new Bond(); // 111222tttsssxxxrrrccc string line = lines[4 + numAtoms + i]; int firstAtom = Convert.ToInt32(lines[4 + numAtoms + i].Substring(0, 3)); int secondAtom = Convert.ToInt32(lines[4 + numAtoms + i].Substring(3, 3)); BondType bondType = (BondType)Convert.ToInt32(lines[4 + numAtoms + i].Substring(6, 3)); BondStereo bondStereo = (BondStereo)Convert.ToInt32(lines[4 + numAtoms + i].Substring(9, 3)); string xNotUsed = lines[4 + numAtoms + i].Substring(12, 3); BondTopology bondTopology = (BondTopology)Convert.ToInt32(lines[4 + numAtoms + i].Substring(15, 3)); int rc = Convert.ToInt32(lines[4 + numAtoms + i].Substring(18, 3)); BondReactingCenterStatus reactingCenter = BondReactingCenterStatus.Unmarked; if (rc == 13) { reactingCenter = BondReactingCenterStatus.bondMadeOrBroken | BondReactingCenterStatus.bondOrderChanges | BondReactingCenterStatus.aCenter; } else if (rc == 12) { reactingCenter = BondReactingCenterStatus.bondMadeOrBroken | BondReactingCenterStatus.bondOrderChanges; } else if (rc == 9) { reactingCenter = BondReactingCenterStatus.bondOrderChanges | BondReactingCenterStatus.aCenter; } else if (rc == 5) { reactingCenter = BondReactingCenterStatus.bondMadeOrBroken | BondReactingCenterStatus.aCenter; } else { reactingCenter = (BondReactingCenterStatus)rc; } molecule.AddBond(molecule.Atoms[firstAtom - 1], molecule.Atoms[secondAtom - 1], bondType, bondStereo, bondTopology, reactingCenter); } molecule.FindRings(); return(molecule); }
public Bond(uint sourceInstanceId, BondAttachment sourceAttachment, BondType bondType) { this.sourceInstanceId = sourceInstanceId; this.sourceAttachment = sourceAttachment; this.bondType = bondType; }
private bool RemoveCollidingBond(uint instanceId, BondAttachment attachment, List <Bond> previousBonds, BondType newBondType) { bool result = true; if (!attachment.IsGuide() && bonds.ContainsKey(instanceId)) { Bond cb = null; foreach (Bond b in bonds[instanceId]) { cb = b.GetCollidingBond(attachment); if (cb != null) { break; } } if (cb != null) { bool oldIsFlow = cb.ChainType != ChainType.None; bool newIsLock = newBondType == BondType.Lock; // locks can't break flow bonds if (oldIsFlow && newIsLock) { result = false; } else { RemoveBond(cb); previousBonds.Add(cb); } } } return(result); }
//这里的position是真正坐标而不是pdb文件中读取的坐标 /// <summary>创建键</summary> private GameObject GenerateBondGameObject(string name, Vector3 pos1, Vector3 pos2, BondType bondType, Transform parent, AminoacidType aminoacidType, DisplayMode displayMode) { GameObject bondGo = null; Material material = GetMaterial(aminoacidType); Material hightLightMaterial = GetHighlightMaterial(aminoacidType); float bondLength = (pos1 - pos2).magnitude; //键长 Vector3 bondDirection = (pos1 - pos2).normalized; //键方向 //Sticks模式只创建单键 if (bondType == BondType.Single || displayMode == DisplayMode.Sticks) { bondGo = Instantiate(SingleBondPrefeb, parent, false); } else if (bondType == BondType.Double) { bondGo = Instantiate(DoubleBondPrefeb, parent, false); } else { throw new System.Exception("Unhandled bondType :" + bondType); } BondDisplayer bondDisplayer = bondGo.GetComponent <BondDisplayer>(); bondDisplayer.BondType = bondType; bondDisplayer.normal = material; bondDisplayer.highLight = hightLightMaterial; bondGo.name = name; foreach (Transform child in bondGo.transform) { child.GetComponent <Renderer>().material = material; } bondGo.transform.localPosition = (pos1 + pos2) / 2; bondGo.transform.localScale = new Vector3(0.01f, 0.01f, bondLength / 2); Vector3 targetPos = Vector3.Cross(bondDirection, Vector3.up) + (pos1 + pos2) / 2; bondGo.transform.LookAt(pos1); return(bondGo); }
public void ShowProtein(Protein protein) { GameObject proteinDisplayerGo = new GameObject(protein.ID, typeof(ProteinDisplayer)); proteinDisplayerGo.GetComponent <ProteinDisplayer>().Protein = protein; Displayer3DRoot.transform.localPosition = Vector3.zero; Displayer3DRoot.transform.localRotation = Quaternion.identity; Displayer3DRoot.transform.localScale = new Vector3(1, 1, 1); proteinDisplayerGo.transform.SetParent(Displayer3DRoot.transform); foreach (var chainKvp in protein.Chains) { Chain chain = chainKvp.Value; GameObject chainDisplayerGo = new GameObject(chain.ID, typeof(ChainDisplayer)); chainDisplayerGo.GetComponent <ChainDisplayer>().Chain = chain; chainDisplayerGo.transform.SetParent(proteinDisplayerGo.transform); //创建每个原子模型 foreach (var aminoacidKvp in chain.SeqAminoacids) { AminoacidInProtein aminoacidInProtein = aminoacidKvp.Value; GameObject aminoacidDisplayerGo = new GameObject(aminoacidInProtein.ResidueSeq.ToString(), typeof(AminoacidDisplayer)); aminoacidDisplayerGo.GetComponent <AminoacidDisplayer>().AminoacidInProtein = aminoacidInProtein; aminoacidDisplayerGo.transform.SetParent(chainDisplayerGo.transform); foreach (var atomKvp in aminoacidInProtein.AtomInAminoacidSerial) { AtomInAminoacid atomInAminoacid = atomKvp.Key; GameObject atomDisplayerGoPrefeb = GetAtomPrefeb(atomInAminoacid.Aminoacid.Type); switch (displayMode) { case DisplayMode.Spacefill: atomDisplayerGoPrefeb.transform.localScale = new Vector3(AtomFillSize, AtomFillSize, AtomFillSize); break; case DisplayMode.BallStick: atomDisplayerGoPrefeb.transform.localScale = new Vector3(AtomBallStickSize, AtomBallStickSize, AtomBallStickSize); break; case DisplayMode.Stick: atomDisplayerGoPrefeb.transform.localScale = new Vector3(AtomStickSize, AtomStickSize, AtomStickSize); break; default: throw new System.Exception(string.Format("Unhandled displayMode: {0}", displayMode)); } GameObject atomDisplayerGo = Instantiate(atomDisplayerGoPrefeb, aminoacidDisplayerGo.transform, false); atomDisplayerGo.name = atomInAminoacid.Name; atomDisplayerGo.transform.localPosition = (aminoacidInProtein.AtomInAminoacidPos[atomInAminoacid] - protein.CenterPos) * BallStickPosScale; AtomDisplayer atomDisplayer = atomDisplayerGo.GetComponent <AtomDisplayer>(); atomDisplayer.AtomInAminoacid = atomInAminoacid; atomDisplayer.AminoacidInProtein = aminoacidInProtein; } //创建每个键的模型 if (displayMode == DisplayMode.BallStick || displayMode == DisplayMode.Stick) { AminoacidInProtein lastAminoacidInProtein = null; //若在该链存在上一序列号的残基 则构造一个该残基的N连通上一残基的C形成的肽键 if (aminoacidInProtein.Chain.SeqAminoacids.TryGetValue(aminoacidInProtein.ResidueSeq - 1, out lastAminoacidInProtein)) { //两个Bond 两个颜色 string name1 = string.Format("{0}-{1}-Peptidebond", lastAminoacidInProtein.ResidueSeq, aminoacidInProtein.ResidueSeq); string name2 = string.Format("{0}-{1}-Peptidebond", aminoacidInProtein.ResidueSeq, lastAminoacidInProtein.ResidueSeq); Vector3 pos1 = (lastAminoacidInProtein.AtomInAminoacidPos[lastAminoacidInProtein.Aminoacid["C"]] - protein.CenterPos) * BallStickPosScale; Vector3 pos3 = (aminoacidInProtein.AtomInAminoacidPos[aminoacidInProtein.Aminoacid["N"]] - protein.CenterPos) * BallStickPosScale; Vector3 pos2 = (pos1 + pos3) / 2; BondType bondType = BondType.Single; Transform parent = aminoacidDisplayerGo.transform; AminoacidType aminoacidType1 = lastAminoacidInProtein.Aminoacid.Type; AminoacidType aminoacidType2 = aminoacidInProtein.Aminoacid.Type; GenerateBondGameObject(name1, pos1, pos2, bondType, parent, aminoacidType1); GenerateBondGameObject(name2, pos2, pos3, bondType, parent, aminoacidType2); } //氨基酸内的化学键(从本地Aminoacid数据中获取的连接关系) foreach (var connection in aminoacidInProtein.Aminoacid.Connections) { string name = string.Format("{0}-{1}-bond", connection.Key.Key.Name, connection.Key.Value.Name); Vector3 pos1 = Vector3.zero; Vector3 pos2 = Vector3.zero; //若读取的pdb文件中的某残基中没有连接关系中的某个原子 说明源pdb文件出现数据遗漏 try { pos1 = (aminoacidInProtein.AtomInAminoacidPos[connection.Key.Key] - protein.CenterPos) * BallStickPosScale; pos2 = (aminoacidInProtein.AtomInAminoacidPos[connection.Key.Value] - protein.CenterPos) * BallStickPosScale; } catch (KeyNotFoundException) { //Debug.LogWarning(string.Format("The aminoacidInProtein: {0} is not complete, the atom in connection: {1}-{2} is losed", aminoacidInProtein, connection.Key.Key.Name, connection.Key.Value.Name)); continue; } BondType bondType = connection.Value; Transform parent = aminoacidDisplayerGo.transform; AminoacidType aminoacidType = aminoacidInProtein.Aminoacid.Type; GenerateBondGameObject(name, pos1, pos2, bondType, parent, aminoacidType); } } } } }
public Bond(uint sourceInstanceId, BondAttachment sourceAttachment, BondType bondType) { this.sourceInstanceId = sourceInstanceId; this.sourceAttachment = sourceAttachment; this.bondType = bondType; }
public Bond(Node thisNode, Node thatNode, BondType t) { Node1 = thisNode; Node2 = thatNode; Type = t; }
//public override object VisitBracket_atom(smilesParser.Bracket_atomContext context) //{ // string symbol = string.Empty; // Chirality ch = Chirality.UNSPECIFIED; // int isotope = 0; // int hCount = 0; // int charge = 0; // int atomClass = 0; // foreach (IParseTree tree in context.children) // { // if (typeof(smilesParser.SymbolContext).IsAssignableFrom(tree.GetType())) // { // symbol = (string)VisitSymbol((smilesParser.SymbolContext)tree); // } // if (typeof(smilesParser.ChiralContext).IsAssignableFrom(tree.GetType())) // { // ch = (Chirality)VisitChiral((smilesParser.ChiralContext)tree); // } // if (typeof(smilesParser.IsotopeContext).IsAssignableFrom(tree.GetType())) // { // isotope = (int)VisitIsotope((smilesParser.IsotopeContext)tree); // } // if (typeof(smilesParser.HcountContext).IsAssignableFrom(tree.GetType())) // { // hCount = (int)VisitHcount((smilesParser.HcountContext)tree); // } // if (typeof(smilesParser.ChargeContext).IsAssignableFrom(tree.GetType())) // { // charge = (int)VisitCharge((smilesParser.ChargeContext)tree); // } // if (typeof(smilesParser.AtomclassContext).IsAssignableFrom(tree.GetType())) // { // atomClass = (int)VisitAtomclass((smilesParser.AtomclassContext)tree); // } // } // return new Atom(symbol, AtomType.NONE, isotope, ch, hCount, charge, atomClass); //} public override object VisitBranch([NotNull] smilesParser.BranchContext context) { if (context.ChildCount == 3) { if (typeof(smilesParser.ChainContext).IsAssignableFrom(context.GetChild(1).GetType())) { return(VisitChain((smilesParser.ChainContext)context.GetChild(1))); } return(VisitBranch((smilesParser.BranchContext)context.GetChild(1))); } if (typeof(smilesParser.BondContext).IsAssignableFrom(context.GetChild(1).GetType())) { if (context.GetChild(1).GetText() == "\\") { if (string.IsNullOrEmpty(cisTrans)) { cisTrans = "/"; } else { if (context.GetText() == cisTrans) { if (((doubleBonds.Count - 1) % 2) == 0) { foreach (Bond b in doubleBonds) { b.Stereo = BondStereo.cis; } } } else { if (((doubleBonds.Count - 1) % 2) == 0) { foreach (Bond b in doubleBonds) { b.Stereo = BondStereo.trans; } } } cisTrans = string.Empty; doubleBonds.Clear(); } } else if (context.GetChild(1).GetText() == "/") { if (string.IsNullOrEmpty(cisTrans)) { cisTrans = "\\"; } else { if (context.GetText() == cisTrans) { if (((doubleBonds.Count - 1) % 2) == 0) { foreach (Bond b in doubleBonds) { b.Stereo = BondStereo.cis; } } } else { if (((doubleBonds.Count - 1) % 2) == 0) { foreach (Bond b in doubleBonds) { b.Stereo = BondStereo.trans; } } } cisTrans = string.Empty; doubleBonds.Clear(); } } else { nextBond = (BondType)VisitBond((smilesParser.BondContext)context.GetChild(1)); } return(VisitChain((smilesParser.ChainContext)context.GetChild(2))); } nextBond = (BondType)VisitDot((smilesParser.DotContext)context.GetChild(1)); return(VisitChain((smilesParser.ChainContext)context.GetChild(2))); }
public override object VisitBranched_atom([NotNull] smilesParser.Branched_atomContext context) { foreach (IParseTree tree in context.children) { if (typeof(smilesParser.AtomContext).IsAssignableFrom(tree.GetType())) { Atom current = (Atom)VisitAtom((smilesParser.AtomContext)tree); if (current.Element != ELEMENTS.H) { retVal.AddAtom(current); if (addExplicitHToNext) { current.ExplicitHydrogens++; addExplicitHToNext = false; } if (last != null) { if (last.AtomType == AtomType.AROMATIC && current.AtomType == AtomType.AROMATIC) { nextBond = BondType.Aromatic; } } Bond b = retVal.AddBond(last, current, nextBond, BondStereo.NotStereoOrUseXYZ, BondTopology.Either, BondReactingCenterStatus.Unmarked); if (!string.IsNullOrEmpty(cisTrans) && nextBond == BondType.Double) { doubleBonds.Add(b); } nextBond = BondType.Single; last = current; } else { if (last != null) { last.ExplicitHydrogens++; } else { addExplicitHToNext = true; } } } else if (typeof(smilesParser.RingbondContext).IsAssignableFrom(tree.GetType())) { int ring = (int)VisitRingbond((smilesParser.RingbondContext)tree); if (ringAtoms.ContainsKey(ring)) { BondType nextType = (BondType)ringbonds[ring]; if (nextType != BondType.Single && (nextBond == BondType.Single || nextBond == nextType)) { nextBond = nextType; } Bond b = retVal.AddBond(last, (Atom)ringAtoms[ring], nextBond, BondStereo.NotStereoOrUseXYZ, BondTopology.Either, BondReactingCenterStatus.Unmarked); if (!string.IsNullOrEmpty(cisTrans) && nextBond == BondType.Double) { doubleBonds.Add(b); } nextBond = BondType.Single; ringAtoms.Remove(ring); ringbonds.Remove(ring); } else { ringAtoms.Add(ring, last); ringbonds.Add(ring, nextBond); nextBond = BondType.Single; } } else if (typeof(smilesParser.BranchContext).IsAssignableFrom(tree.GetType())) { Atom temp = last; VisitBranch((smilesParser.BranchContext)tree); last = temp; } else if (typeof(smilesParser.BondContext).IsAssignableFrom(tree.GetType())) { nextBond = (BondType)VisitBond((smilesParser.BondContext)context.GetChild(1)); } else { throw new System.InvalidOperationException("uhoh"); } } return(null); }
} // End of Awake(). public void Update() { Vector3 vectorAtoB = nodeB.transform.position - nodeA.transform.position; dirAtoB = vectorAtoB.normalized; float bondLength = vectorAtoB.magnitude; // The following billboards the bond graphic with the camera. Quaternion bondDirection = Quaternion.LookRotation(nodeB.transform.position - nodeA.transform.position); bondBillboard.rotation = bondDirection; bondBillboard.position = nodeA.transform.position + (vectorAtoB * 0.5f); bondBillboard.rotation *= Quaternion.AngleAxis(90, Vector3.up); Vector3 camRelativePos = bondBillboard.InverseTransformPoint(Camera.main.transform.position); float arcBillboardAngle = Mathf.Atan2(camRelativePos.z, camRelativePos.y) * Mathf.Rad2Deg; bondBillboard.rotation *= Quaternion.AngleAxis(arcBillboardAngle + 90, Vector3.right); Vector3 bondBillboardScale = new Vector3(bondLength * signalLink, bondWidth, 1f); bondBillboard.localScale = bondBillboardScale; // DEBUG - attraction is a constant. float attraction = 12.0f; nodeA.rigidbody.AddForce(vectorAtoB.normalized * attraction); nodeB.rigidbody.AddForce(-vectorAtoB.normalized * attraction); // Determine calorie transfer. float calorieTransferStrength = attraction * 0.03f; float calorieTransfer = (nodeB.calories - nodeA.calories) * calorieTransferStrength; nodeA.caloriesDelta += calorieTransfer; nodeB.caloriesDelta += -calorieTransfer; // Different effects based on bond type. if ((nodeA.nodeType == NodeType.sense) && (nodeB.nodeType == NodeType.control) || (nodeB.nodeType == NodeType.sense) && (nodeA.nodeType == NodeType.control)) { // Signal Bond // Sense -> Control bondType = BondType.signal; bondBillboard.renderer.material = GameManager.graphics.signalBondMat; if (nodeA.nodeType == NodeType.sense) { signalLink = 1; if (nodeA.signal > nodeB.synapse) { nodeB.synapse = nodeA.signal; } } else { signalLink = -1; if (nodeB.signal > nodeA.synapse) { nodeA.synapse = nodeB.signal; } } } else if ((nodeA.nodeType == NodeType.control) && (nodeB.nodeType == NodeType.muscle) || (nodeB.nodeType == NodeType.control) && (nodeA.nodeType == NodeType.muscle)) { // Synapse bond // Control -> Muscle bondType = BondType.synapse; bondBillboard.renderer.material = GameManager.graphics.synapseBondMat; if (nodeA.nodeType == NodeType.control) { signalLink = 1; if (nodeA.synapse > nodeB.thrust) { nodeB.thrust = nodeA.synapse; } nodeB.thrust = Mathf.Clamp(nodeB.thrust, 0.1f, Mathf.Infinity); nodeB.rigidbody.AddForce(-vectorAtoB * 10f * nodeB.thrust); } else { signalLink = -1; if (nodeB.synapse > nodeA.thrust) { nodeA.thrust = nodeB.synapse; } nodeA.thrust = Mathf.Clamp(nodeA.thrust, 0.1f, Mathf.Infinity); nodeA.rigidbody.AddForce(vectorAtoB * 10f * nodeA.thrust); } } else if ((nodeA.nodeType == NodeType.control) && (nodeB.nodeType == NodeType.control)) { // Synapse propogation bond // Control <-> Control bondType = BondType.synapsePropogate; bondBillboard.renderer.material = GameManager.graphics.synapsePropBondMat; if (nodeA.synapse > nodeB.synapse) { nodeB.synapse = nodeA.synapse; } else { nodeA.synapse = nodeB.synapse; } } else if ((nodeA.nodeType == NodeType.muscle) && (nodeB.nodeType == NodeType.muscle)) { // Muscle propogation bond // Muscle <-> Muscle bondType = BondType.thrustPropogate; bondBillboard.renderer.material = GameManager.graphics.thrustPropBondMat; if (nodeA.thrust > nodeB.thrust) { nodeB.thrust = nodeA.thrust; } else { nodeA.thrust = nodeB.thrust; } } else { // Not a functional bond. bondBillboard.renderer.material = GameManager.graphics.uselessBondMat; bondType = BondType.useless; } } // End of Update().