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  1. Project Clover database Thu Nov 28 2024 11:45:30 GMT
  2. Package mc_view

File PDBChainTest.java

 

Code metrics

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Classes

Class Line # Actions
PDBChainTest 46 228 15
1.0100%
 

Contributing tests

This file is covered by 12 tests. .

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1    /*
2    * Jalview - A Sequence Alignment Editor and Viewer ($$Version-Rel$$)
3    * Copyright (C) $$Year-Rel$$ The Jalview Authors
4    *
5    * This file is part of Jalview.
6    *
7    * Jalview is free software: you can redistribute it and/or
8    * modify it under the terms of the GNU General Public License
9    * as published by the Free Software Foundation, either version 3
10    * of the License, or (at your option) any later version.
11    *
12    * Jalview is distributed in the hope that it will be useful, but
13    * WITHOUT ANY WARRANTY; without even the implied warranty
14    * of MERCHANTABILITY or FITNESS FOR A PARTICULAR
15    * PURPOSE. See the GNU General Public License for more details.
16    *
17    * You should have received a copy of the GNU General Public License
18    * along with Jalview. If not, see <http://www.gnu.org/licenses/>.
19    * The Jalview Authors are detailed in the 'AUTHORS' file.
20    */
21    package mc_view;
22   
23    import static org.testng.AssertJUnit.assertEquals;
24    import static org.testng.AssertJUnit.assertFalse;
25    import static org.testng.AssertJUnit.assertSame;
26    import static org.testng.AssertJUnit.assertTrue;
27   
28    import jalview.analysis.AlignSeq;
29    import jalview.datamodel.AlignmentAnnotation;
30    import jalview.datamodel.Sequence;
31    import jalview.datamodel.SequenceFeature;
32    import jalview.datamodel.SequenceI;
33    import jalview.gui.JvOptionPane;
34    import jalview.schemes.ColourSchemeI;
35    import jalview.schemes.TaylorColourScheme;
36    import jalview.structure.StructureImportSettings;
37   
38    import java.awt.Color;
39    import java.util.List;
40    import java.util.Vector;
41   
42    import org.testng.annotations.BeforeClass;
43    import org.testng.annotations.BeforeMethod;
44    import org.testng.annotations.Test;
45   
 
46    public class PDBChainTest
47    {
48   
 
49  1 toggle @BeforeClass(alwaysRun = true)
50    public void setUpJvOptionPane()
51    {
52  1 JvOptionPane.setInteractiveMode(false);
53  1 JvOptionPane.setMockResponse(JvOptionPane.CANCEL_OPTION);
54    }
55   
56    PDBChain c;
57   
58    final Atom a1 = new Atom(1f, 2f, 3f);
59   
60    final Atom a2 = new Atom(5f, 6f, 4f);
61   
62    final Atom a3 = new Atom(2f, 5f, 6f);
63   
64    final Atom a4 = new Atom(2f, 1f, 7f);
65   
 
66  12 toggle @BeforeMethod(alwaysRun = true)
67    public void setUp()
68    {
69  12 System.out.println("setup");
70  12 StructureImportSettings.setShowSeqFeatures(true);
71  12 c = new PDBChain("1GAQ", "A");
72    }
73   
 
74  1 toggle @Test(groups = { "Functional" })
75    public void testGetNewlineString()
76    {
77  1 assertEquals(System.lineSeparator(), c.getNewlineString());
78  1 c.setNewlineString("gaga");
79  1 assertEquals("gaga", c.getNewlineString());
80    }
81   
 
82  1 toggle @Test(groups = { "Functional" })
83    public void testPrint()
84    {
85  1 c.offset = 7;
86   
87  1 a1.resName = "GLY";
88  1 a1.resNumber = 23;
89  1 a2.resName = "GLU";
90  1 a2.resNumber = 34;
91  1 a3.resName = "ASP";
92  1 a3.resNumber = 41;
93   
94  1 Vector<Bond> v = new Vector<>();
95  1 v.add(new Bond(a1, a2));
96  1 v.add(new Bond(a2, a3));
97  1 v.add(new Bond(a3, a1));
98  1 c.bonds = v;
99   
100  1 String printed = c.print();
101  1 String nl = System.lineSeparator();
102  1 assertEquals("GLY 23 7" + nl + "GLU 34 7" + nl + "ASP 41 7" + nl,
103    printed);
104    }
105   
106    /**
107    * Test the method that constructs a Bond between two atoms and adds it to the
108    * chain's list of bonds
109    */
 
110  1 toggle @Test(groups = { "Functional" })
111    public void testMakeBond()
112    {
113    /*
114    * Add a bond from a1 to a2
115    */
116  1 c.makeBond(a1, a2);
117  1 assertEquals(1, c.bonds.size());
118  1 Bond b1 = c.bonds.get(0);
119  1 assertSame(a1, b1.at1);
120  1 assertSame(a2, b1.at2);
121  1 assertEquals(1f, b1.start[0], 0.0001f);
122  1 assertEquals(2f, b1.start[1], 0.0001f);
123  1 assertEquals(3f, b1.start[2], 0.0001f);
124  1 assertEquals(5f, b1.end[0], 0.0001f);
125  1 assertEquals(6f, b1.end[1], 0.0001f);
126  1 assertEquals(4f, b1.end[2], 0.0001f);
127   
128    /*
129    * Add another bond from a2 to a1
130    */
131  1 c.makeBond(a2, a1);
132  1 assertEquals(2, c.bonds.size());
133  1 assertSame(b1, c.bonds.get(0));
134  1 Bond b2 = c.bonds.get(1);
135  1 assertSame(a2, b2.at1);
136  1 assertSame(a1, b2.at2);
137  1 assertEquals(5f, b2.start[0], 0.0001f);
138  1 assertEquals(6f, b2.start[1], 0.0001f);
139  1 assertEquals(4f, b2.start[2], 0.0001f);
140  1 assertEquals(1f, b2.end[0], 0.0001f);
141  1 assertEquals(2f, b2.end[1], 0.0001f);
142  1 assertEquals(3f, b2.end[2], 0.0001f);
143    }
144   
 
145  1 toggle @Test(groups = { "Functional" })
146    public void testSetChainColours_colour()
147    {
148  1 c.makeBond(a1, a2);
149  1 c.makeBond(a2, a3);
150  1 c.setChainColours(Color.PINK);
151  1 assertEquals(2, c.bonds.size());
152  1 assertEquals(Color.PINK, c.bonds.get(0).startCol);
153  1 assertEquals(Color.PINK, c.bonds.get(0).endCol);
154  1 assertEquals(Color.PINK, c.bonds.get(1).startCol);
155  1 assertEquals(Color.PINK, c.bonds.get(1).endCol);
156    }
157   
158    /**
159    * Test setting bond start/end colours based on a colour scheme i.e. colour by
160    * residue
161    */
 
162  1 toggle @Test(groups = { "Functional" })
163    public void testSetChainColours_colourScheme()
164    {
165  1 Color alaColour = new Color(204, 255, 0);
166  1 Color glyColour = new Color(255, 153, 0);
167  1 a1.resName = "ALA";
168  1 a2.resName = "GLY";
169  1 a3.resName = "XXX"; // no colour defined
170  1 c.makeBond(a1, a2);
171  1 c.makeBond(a2, a1);
172  1 c.makeBond(a2, a3);
173  1 ColourSchemeI cs = new TaylorColourScheme();
174  1 c.setChainColours(cs);
175    // bond a1 to a2
176  1 Bond b = c.bonds.get(0);
177  1 assertEquals(alaColour, b.startCol);
178  1 assertEquals(glyColour, b.endCol);
179    // bond a2 to a1
180  1 b = c.bonds.get(1);
181  1 assertEquals(glyColour, b.startCol);
182  1 assertEquals(alaColour, b.endCol);
183    // bond a2 to a3 - no colour found for a3
184    // exception handling defaults to gray
185  1 b = c.bonds.get(2);
186  1 assertEquals(Color.gray, b.startCol);
187  1 assertEquals(Color.gray, b.endCol);
188    }
189   
 
190  1 toggle @Test(groups = { "Functional" })
191    public void testGetChargeColour()
192    {
193  1 assertEquals(Color.red, PDBChain.getChargeColour("ASP"));
194  1 assertEquals(Color.red, PDBChain.getChargeColour("GLU"));
195  1 assertEquals(Color.blue, PDBChain.getChargeColour("LYS"));
196  1 assertEquals(Color.blue, PDBChain.getChargeColour("ARG"));
197  1 assertEquals(Color.yellow, PDBChain.getChargeColour("CYS"));
198  1 assertEquals(Color.lightGray, PDBChain.getChargeColour("ALA"));
199  1 assertEquals(Color.lightGray, PDBChain.getChargeColour(null));
200    }
201   
202    /**
203    * Test the method that sets bond start/end colours by residue charge property
204    */
 
205  1 toggle @Test(groups = { "Functional" })
206    public void testSetChargeColours()
207    {
208  1 a1.resName = "ASP"; // red
209  1 a2.resName = "LYS"; // blue
210  1 a3.resName = "CYS"; // yellow
211  1 a4.resName = "ALA"; // no colour (light gray)
212  1 c.makeBond(a1, a2);
213  1 c.makeBond(a2, a3);
214  1 c.makeBond(a3, a4);
215  1 c.setChargeColours();
216  1 assertEquals(3, c.bonds.size());
217    // bond a1 to a2
218  1 Bond b = c.bonds.get(0);
219  1 assertEquals(Color.red, b.startCol);
220  1 assertEquals(Color.blue, b.endCol);
221    // bond a2 to a3
222  1 b = c.bonds.get(1);
223  1 assertEquals(Color.blue, b.startCol);
224  1 assertEquals(Color.yellow, b.endCol);
225    // bond a3 to a4
226  1 b = c.bonds.get(2);
227  1 assertEquals(Color.yellow, b.startCol);
228  1 assertEquals(Color.lightGray, b.endCol);
229    }
230   
231    /**
232    * Test the method that converts the raw list of atoms to a list of residues
233    */
 
234  1 toggle @Test(groups = { "Functional" })
235    public void testMakeResidueList_noAnnotation()
236    {
237  1 Vector<Atom> atoms = new Vector<>();
238  1 c.atoms = atoms;
239  1 c.isNa = true;
240  1 atoms.add(makeAtom(4, "N", "MET"));
241  1 atoms.add(makeAtom(4, "CA", "MET"));
242  1 atoms.add(makeAtom(4, "C", "MET"));
243  1 atoms.add(makeAtom(5, "O", "LYS"));
244  1 atoms.add(makeAtom(5, "N", "LYS"));
245  1 atoms.add(makeAtom(5, "CA", "LYS"));
246  1 atoms.add(makeAtom(6, "O", "LEU"));
247  1 atoms.add(makeAtom(6, "N", "LEU"));
248  1 atoms.add(makeAtom(6, "CA", "LEU"));
249   
250  1 c.makeResidueList(false);
251   
252    /*
253    * check sequence constructed
254    */
255  1 assertEquals("MKL", c.sequence.getSequenceAsString());
256  1 assertFalse(c.isNa);
257  1 assertEquals(3, c.residues.size());
258   
259    /*
260    * check sequence features
261    */
262  1 List<SequenceFeature> sfs = c.sequence.getSequenceFeatures();
263  1 assertEquals(3, sfs.size());
264  1 assertEquals("RESNUM", sfs.get(0).type);
265  1 assertEquals("MET:4 1gaqA", sfs.get(0).description);
266  1 assertEquals(4, sfs.get(0).begin);
267  1 assertEquals(4, sfs.get(0).end);
268  1 assertEquals("RESNUM", sfs.get(0).type);
269  1 assertEquals("LYS:5 1gaqA", sfs.get(1).description);
270  1 assertEquals(5, sfs.get(1).begin);
271  1 assertEquals(5, sfs.get(1).end);
272  1 assertEquals("LEU:6 1gaqA", sfs.get(2).description);
273  1 assertEquals(6, sfs.get(2).begin);
274  1 assertEquals(6, sfs.get(2).end);
275    }
276   
 
277  36 toggle private Atom makeAtom(int resnum, String name, String resname)
278    {
279  36 Atom a = new Atom(1f, 2f, 3f);
280  36 a.resNumber = resnum;
281  36 a.resNumIns = String.valueOf(resnum);
282  36 a.name = name;
283  36 a.resName = resname;
284  36 a.chain = "A";
285  36 return a;
286    }
287   
288    /**
289    * Test the method that converts the raw list of atoms to a list of residues,
290    * including parsing of tempFactor to an alignment annotation
291    */
 
292  1 toggle @Test(groups = { "Functional" })
293    public void testMakeResidueList_withTempFactor()
294    {
295  1 Vector<Atom> atoms = new Vector<>();
296  1 c.atoms = atoms;
297  1 atoms.add(makeAtom(4, "N", "MET"));
298  1 atoms.get(atoms.size() - 1).tfactor = 1f;
299  1 atoms.add(makeAtom(4, "CA", "MET"));
300  1 atoms.get(atoms.size() - 1).tfactor = 2f;
301  1 atoms.add(makeAtom(4, "C", "MET"));
302  1 atoms.get(atoms.size() - 1).tfactor = 3f;
303  1 atoms.add(makeAtom(5, "O", "LYS"));
304  1 atoms.get(atoms.size() - 1).tfactor = 7f;
305  1 atoms.add(makeAtom(5, "N", "LYS"));
306  1 atoms.get(atoms.size() - 1).tfactor = 8f;
307  1 atoms.add(makeAtom(5, "CA", "LYS"));
308  1 atoms.get(atoms.size() - 1).tfactor = 9f;
309  1 atoms.add(makeAtom(6, "O", "LEU"));
310  1 atoms.get(atoms.size() - 1).tfactor = -4f;
311  1 atoms.add(makeAtom(6, "N", "LEU"));
312  1 atoms.get(atoms.size() - 1).tfactor = 5f;
313  1 atoms.add(makeAtom(6, "CA", "LEU"));
314  1 atoms.get(atoms.size() - 1).tfactor = 6f;
315   
316    /*
317    * make residues including temp factor annotation
318    */
319  1 c.makeResidueList(true);
320   
321    /*
322    * Verify annotations; note the tempFactor is read from the first atom in
323    * each residue i.e. we expect values 1, 7, -4 for the residues
324    */
325  1 AlignmentAnnotation[] ann = c.sequence.getAnnotation();
326  1 assertEquals(1, ann.length);
327  1 assertEquals("Temperature Factor", ann[0].label);
328  1 assertEquals("Temperature Factor for 1gaqA", ann[0].description);
329  1 assertSame(c.sequence, ann[0].sequenceRef);
330  1 assertEquals(AlignmentAnnotation.LINE_GRAPH, ann[0].graph);
331  1 assertEquals(-4f, ann[0].graphMin, 0.001f);
332  1 assertEquals(7f, ann[0].graphMax, 0.001f);
333  1 assertEquals(3, ann[0].annotations.length);
334  1 assertEquals(1f, ann[0].annotations[0].value, 0.001f);
335  1 assertEquals(7f, ann[0].annotations[1].value, 0.001f);
336  1 assertEquals(-4f, ann[0].annotations[2].value, 0.001f);
337    }
338   
339    /**
340    * Test the method that constructs bonds between successive residues' CA or P
341    * atoms
342    */
 
343  1 toggle @Test(groups = { "Functional" })
344    public void testMakeCaBondList()
345    {
346  1 c.isNa = true;
347  1 Vector<Atom> atoms = new Vector<>();
348  1 c.atoms = atoms;
349  1 atoms.add(makeAtom(4, "N", "MET"));
350  1 atoms.add(makeAtom(4, "CA", "MET"));
351  1 atoms.add(makeAtom(5, "CA", "ASP"));
352  1 atoms.add(makeAtom(5, "O", "ASP"));
353  1 atoms.add(makeAtom(6, "CA", "GLY"));
354  1 atoms.add(makeAtom(6, "N", "GLY"));
355   
356    // have to make residue list first!
357  1 c.makeResidueList(false);
358  1 assertFalse(c.isNa);
359  1 c.isNa = true;
360   
361  1 c.makeCaBondList();
362  1 assertEquals(2, c.bonds.size());
363  1 Bond b = c.bonds.get(0);
364  1 assertSame(c.atoms.get(1), b.at1);
365  1 assertSame(c.atoms.get(2), b.at2);
366  1 b = c.bonds.get(1);
367  1 assertSame(c.atoms.get(2), b.at1);
368  1 assertSame(c.atoms.get(4), b.at2);
369   
370    // isNa flag is _not_ reset by this method!
371  1 assertTrue(c.isNa);
372    }
373   
 
374  1 toggle @Test(groups = { "Functional" })
375    public void testMakeCaBondList_nucleotide()
376    {
377  1 c.isNa = false;
378  1 Vector<Atom> atoms = new Vector<>();
379  1 c.atoms = atoms;
380  1 atoms.add(makeAtom(4, "N", "G"));
381  1 atoms.add(makeAtom(4, "P", "G"));
382  1 atoms.add(makeAtom(5, "P", "C"));
383  1 atoms.add(makeAtom(5, "O", "C"));
384  1 atoms.add(makeAtom(6, "P", "T"));
385  1 atoms.add(makeAtom(6, "N", "T"));
386   
387    // have to make residue list first!
388  1 c.makeResidueList(false);
389  1 assertEquals("GCT", c.sequence.getSequenceAsString());
390   
391  1 c.makeCaBondList();
392  1 assertEquals(2, c.bonds.size());
393  1 Bond b = c.bonds.get(0);
394  1 assertSame(c.atoms.get(1), b.at1);
395  1 assertSame(c.atoms.get(2), b.at2);
396  1 b = c.bonds.get(1);
397  1 assertSame(c.atoms.get(2), b.at1);
398  1 assertSame(c.atoms.get(4), b.at2);
399   
400  1 assertTrue(c.isNa);
401    }
402   
403    /**
404    * Test the method that updates atoms with their alignment positions
405    */
 
406  1 toggle @Test(groups = { "Functional" })
407    public void testMakeExactMapping()
408    {
409  1 Vector<Atom> atoms = new Vector<>();
410  1 c.atoms = atoms;
411  1 atoms.add(makeAtom(4, "N", "MET"));
412  1 atoms.add(makeAtom(4, "CA", "MET"));
413  1 atoms.add(makeAtom(5, "CA", "ASP"));
414  1 atoms.add(makeAtom(5, "O", "ASP"));
415  1 atoms.add(makeAtom(6, "CA", "GLY"));
416  1 atoms.add(makeAtom(6, "N", "GLY"));
417  1 c.makeResidueList(false);
418  1 assertEquals("MDG", c.sequence.getSequenceAsString());
419  1 SequenceI s1 = new Sequence("Seq1", "MDG");
420  1 SequenceI s2 = new Sequence("Seq2", "MDG");
421  1 AlignSeq alignSeq = AlignSeq.doGlobalNWAlignment(s1, s2, AlignSeq.PEP);
422  1 SequenceI seq3 = new Sequence("Seq3", "--M-DG");
423  1 c.makeExactMapping(alignSeq, seq3);
424   
425  1 int pos = 0;
426  1 for (Residue res : c.residues)
427    {
428  3 for (Atom a : res.atoms)
429    {
430  6 assertEquals(pos, a.alignmentMapping);
431    }
432  3 pos++;
433    }
434    }
435    }
  • Report generated by OpenClover v 4.4.1 on Thu Nov 28 2024 11:53:04 GMT using coverage data from Thu Nov 28 2024 11:52:49 GMT.
  • OpenClover is free and open-source software.