public static void WriteCgoObject
(string pypath
, string objname
, CgoElements cgoelems
)
{
List <string> lines = new List <string>();
lines.Add("obj = [");
foreach (var cgoline in cgoelems.lines)
{
lines.Add(" " + cgoline);
}
lines.Add("]");
lines.Add("cmd.load_cgo(obj,\"" + objname + "\")");
HFile.AppendAllLines(pypath, lines);
}
public static void WriteResult(string pdbid, List <Pdb.Atom>[] ensemble, List <Trans3[]> trajtrans, string pathroot)
{
List <Pdb.Atom> atoms = ensemble[0];
int size = ensemble[0].Count;
double bfactor0_min = double.PositiveInfinity;
double bfactor0_max = double.NegativeInfinity;
double anisou_eigvalthres = 0.00001 * 0.00001;
{
Trans3[] trans = trajtrans.First();
List <Vector>[] lensemble = new List <Vector> [ensemble.Length];
for (int i = 0; i < ensemble.Length; i++)
{
lensemble[i] = new List <Vector>(trans[i].GetTransformed(ensemble[i].ListCoord()));
}
Vector[] coords = new Vector[size];
Anisou[] anisous = new Anisou[size];
double[] bfactors = new double[size];
DetermineMeanConf(lensemble, coords);
DetermineThrmlFluc(lensemble, coords, anisous, bfactors, anisou_eigvalthres);
List <double>[] bfactorss = new List <double> [ensemble.Length];
for (int i = 0; i < bfactorss.Length; i++)
{
bfactorss[i] = new List <double>(bfactors);
}
List <int> idxCa = atoms.IndexOfAtoms(atoms.SelectByName("CA"));
bfactor0_min = bfactors.HSelectByIndex(idxCa).HMinNth(idxCa.Count / 10);
bfactor0_max = bfactors.HSelectByIndex(idxCa).HMaxNth(idxCa.Count / 10);
Pdb.ToFile(pathroot + "ensemble.000.pdb", atoms, lensemble, bfactorss);
Pdb.ToFile(pathroot + "ensemble.000.anisou.1.pdb", atoms, coords, anisous: anisous.GetUs(1), bfactors: bfactors, append: false);
Pdb.ToFile(pathroot + "ensemble.000.anisou.10.pdb", atoms, coords, anisous: anisous.GetUs(10), bfactors: bfactors, append: false);
Pdb.ToFile(pathroot + "ensemble.000.anisou.100.pdb", atoms, coords, anisous: anisous.GetUs(100), bfactors: bfactors, append: false);
Pdb.ToFile(pathroot + "ensemble.000.anisou.1000.pdb", atoms, coords, anisous: anisous.GetUs(1000), bfactors: bfactors, append: false);
Pdb.ToFile(pathroot + "ensemble.000.anisou.10000.pdb", atoms, coords, anisous: anisous.GetUs(10000), bfactors: bfactors, append: false);
}
int iter = trajtrans.Count - 1;
double bfactorn_min = double.PositiveInfinity;
double bfactorn_max = double.NegativeInfinity;
{
Trans3[] trans = new Trans3[ensemble.Length];
for (int j = 0; j < trans.Length; j++)
{
trans[j] = Trans3.UnitTrans;
}
for (int i = 0; i < trajtrans.Count; i++)
{
for (int j = 0; j < trans.Length; j++)
{
trans[j] = Trans3.AppendTrans(trans[j], trajtrans[i][j]);
}
}
List <Vector>[] lensemble = new List <Vector> [ensemble.Length];
for (int i = 0; i < ensemble.Length; i++)
{
lensemble[i] = new List <Vector>(trans[i].GetTransformed(ensemble[i].ListCoord()));
}
Vector[] coords = new Vector[size];
Anisou[] anisous = new Anisou[size];
double[] bfactors = new double[size];
DetermineMeanConf(lensemble, coords);
DetermineThrmlFluc(lensemble, coords, anisous, bfactors, anisou_eigvalthres);
List <double>[] bfactorss = new List <double> [ensemble.Length];
for (int i = 0; i < bfactorss.Length; i++)
{
bfactorss[i] = new List <double>(bfactors);
}
List <int> idxCa = atoms.IndexOfAtoms(atoms.SelectByName("CA"));
bfactorn_min = bfactors.HSelectByIndex(idxCa).HMinNth(idxCa.Count / 10);
bfactorn_max = bfactors.HSelectByIndex(idxCa).HMaxNth(idxCa.Count / 10);
Pdb.ToFile((pathroot + "ensemble.{finl}.pdb").Replace("{finl}", iter.ToString("000")), atoms, lensemble, bfactorss);
Pdb.ToFile((pathroot + "ensemble.{finl}.anisou.1.pdb").Replace("{finl}", iter.ToString("000")), atoms, coords, anisous: anisous.GetUs(1), bfactors: bfactors, append: false);
Pdb.ToFile((pathroot + "ensemble.{finl}.anisou.10.pdb").Replace("{finl}", iter.ToString("000")), atoms, coords, anisous: anisous.GetUs(10), bfactors: bfactors, append: false);
Pdb.ToFile((pathroot + "ensemble.{finl}.anisou.100.pdb").Replace("{finl}", iter.ToString("000")), atoms, coords, anisous: anisous.GetUs(100), bfactors: bfactors, append: false);
Pdb.ToFile((pathroot + "ensemble.{finl}.anisou.1000.pdb").Replace("{finl}", iter.ToString("000")), atoms, coords, anisous: anisous.GetUs(1000), bfactors: bfactors, append: false);
Pdb.ToFile((pathroot + "ensemble.{finl}.anisou.10000.pdb").Replace("{finl}", iter.ToString("000")), atoms, coords, anisous: anisous.GetUs(10000), bfactors: bfactors, append: false);
}
{
string[] lines = new string[] { @"load ensemble.{init}.pdb, {init}.align"
, @"load ensemble.{init}.anisou.10.pdb, {init}.anisou.10"
, @"load ensemble.{init}.anisou.100.pdb, {init}.anisou.100"
, @"load ensemble.{init}.anisou.1000.pdb, {init}.anisou.1000"
, @"load ensemble.{init}.anisou.10000.pdb, {init}.anisou.10000"
, @"load ensemble.{finl}.pdb, {finl}.align"
, @"load ensemble.{finl}.anisou.10.pdb, {finl}.anisou.10"
, @"load ensemble.{finl}.anisou.100.pdb, {finl}.anisou.100"
, @"load ensemble.{finl}.anisou.1000.pdb, {finl}.anisou.1000"
, @"load ensemble.{finl}.anisou.10000.pdb, {finl}.anisou.10000"
, @"load ..\theseus\{pdbid}_theseus_sup.pdb, theseus"
, @"align theseus, {finl}.align"
, @"orient {finl}.align"
, @"zoom {finl}.align"
, @""
, @"select sele, name ca and ({init}.anisou.* or {finl}.anisou.*)"
, @"hide everything"
, @"show ellipsoids, sele"
, @"delete sele"
, @""
, @"cartoon loop"
, @"set cartoon_loop_radius, 0.1"
, @"set all_states"
, @"show cartoon, {init}.align or {finl}.align"
, @"show cartoon, theseus"
, @"disable all"
, @""
, @"spectrum b, rainbow, minimum={bfactor-min}, maximum={bfactor-max}"
, @"spectrum b, rainbow, minimum=0, maximum=50"
, @"show line"
, @"enable {init}.align; png ..\{pdbid}-{init}-line.png; disable {init}.align;"
, @"enable {finl}.align; png ..\{pdbid}-{finl}-line.png; disable {finl}.align;"
, @"hide line"
, @"enable {init}.align; png ..\{pdbid}-{init}.png; disable {init}.align;"
, @"enable {finl}.align; png ..\{pdbid}-{finl}.png; disable {finl}.align;"
, @"enable theseus; png ..\{pdbid}-theseus.png; disable theseus;"
, @"enable {init}.align"
, @"enable {finl}.align"
, @"enable theseus" };
lines = lines.HReplace("{init}", "000");
lines = lines.HReplace("{finl}", iter.ToString("000"));
lines = lines.HReplace("{pdbid}", pdbid);
lines = lines.HReplace("{bfactor-min}", bfactorn_min.ToString());
lines = lines.HReplace("{bfactor-max}", bfactorn_max.ToString());
string pmlpath = pathroot + "align.pml";
HFile.WriteAllLines(pmlpath, lines);
{
HFile.AppendAllLines(pmlpath, "quit");
string curdirectory = System.Environment.CurrentDirectory;
string pmldirectory = pmlpath.Substring(0, pmlpath.LastIndexOf('\\') + 1);
System.Environment.CurrentDirectory = pmldirectory;
System.Diagnostics.ProcessStartInfo pymolStartInfo = new System.Diagnostics.ProcessStartInfo(@"C:\Program Files (x86)\PyMOL\PyMOL\PymolWin.exe ", "\"" + pmlpath + "\"");
pymolStartInfo.WindowStyle = System.Diagnostics.ProcessWindowStyle.Minimized;
System.Diagnostics.Process pymol = System.Diagnostics.Process.Start(pymolStartInfo);
//pymol.win
pymol.WaitForExit();
System.Environment.CurrentDirectory = curdirectory;
HFile.WriteAllLines(pmlpath, lines);
}
{
List <string> lines_notheseus = new List <string>();
for (int i = 0; i < lines.Length; i++)
{
if (lines[i].Contains("theseus") == false)
{
lines_notheseus.Add(lines[i]);
}
}
HFile.WriteAllLines(pathroot + "align.notheseus.pml", lines);
}
}
}
