Test case 1
1: RawStreamSequence rawStreamSequence0 = new RawStreamSequence("Reverse Corrected Scaled Chi Square");
2: Bases bases0 = new Bases(rawStreamSequence0);
3: Strand strand0 = bases0.getReverseStrand();
4: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
5: cSCSAlgorithm0.getValueCount();
Test case 2
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getReverseStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: DebugGraphics debugGraphics0 = new DebugGraphics();
5: Color[] colorArray0 = new Color[7];
6: cSCSAlgorithm0.drawLegend((Graphics) debugGraphics0, 1, 2, colorArray0);
7: assertTrue(cSCSAlgorithm0.scalingFlag());
8: assertEquals("Reverse Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
Test case 3
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getForwardStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: cSCSAlgorithm0.getAverage();
5: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
6: assertTrue(cSCSAlgorithm0.scalingFlag());
Test case 4
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getForwardStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: Float float0 = cSCSAlgorithm0.getMinimumInternal();
5: assertEquals(0.0F, (float)float0, 0.01F);
6: assertTrue(cSCSAlgorithm0.scalingFlag());
7: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
Test case 5
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getForwardStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: Float float0 = cSCSAlgorithm0.getMaximumInternal();
5: assertEquals(1000.0F, (float)float0, 0.01F);
6: assertTrue(cSCSAlgorithm0.scalingFlag());
7: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
Test case 6
1: RawStreamSequence rawStreamSequence0 = new RawStreamSequence("Reverse Corrected Scaled Chi Square");
2: Bases bases0 = new Bases(rawStreamSequence0);
3: Strand strand0 = bases0.getReverseStrand();
4: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
5: float[] floatArray0 = new float[6];
6: cSCSAlgorithm0.getValues(2, 641, floatArray0);
7: assertTrue(cSCSAlgorithm0.scalingFlag());
8: assertEquals("Reverse Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
Test case 7
1: char[] charArray0 = new char[4];
2: Short short0 = new Short((short) (-3417));
3: PartialSequence partialSequence0 = new PartialSequence(charArray0, 0, 0, short0, (Integer) null);
4: Bases bases0 = new Bases(partialSequence0);
5: Strand strand0 = bases0.getForwardStrand();
6: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
7: cSCSAlgorithm0.getValues((short) (-3417), 0, (float[]) null);
Test case 8
1: RawStreamSequence rawStreamSequence0 = new RawStreamSequence("Reverse Corrected Scaled Chi Square");
2: Bases bases0 = new Bases(rawStreamSequence0);
3: Strand strand0 = bases0.getForwardStrand();
4: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
5: float[] floatArray0 = new float[6];
6: cSCSAlgorithm0.getValues(2, 641, floatArray0);
7: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
8: assertTrue(cSCSAlgorithm0.scalingFlag());
Test case 9
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getForwardStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: Integer integer0 = cSCSAlgorithm0.getDefaultWindowSize();
5: assertNotNull(integer0);
6: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
7: assertTrue(cSCSAlgorithm0.scalingFlag());
8: assertEquals(500, (int)integer0);
Test case 10
1: char[] charArray0 = new char[4];
2: Short short0 = new Short((short) (-3417));
3: PartialSequence partialSequence0 = new PartialSequence(charArray0, 0, 0, short0, (Integer) null);
4: Bases bases0 = new Bases(partialSequence0);
5: Strand strand0 = bases0.getForwardStrand();
6: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
7: Integer integer0 = cSCSAlgorithm0.getDefaultMaxWindowSize();
8: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
9: assertTrue(cSCSAlgorithm0.scalingFlag());
10: assertNotNull(integer0);
11: assertEquals(5000, (int)integer0);
Test case 11
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getForwardStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: Integer integer0 = cSCSAlgorithm0.getDefaultMinWindowSize();
5: assertNotNull(integer0);
6: assertEquals(24, (int)integer0);
7: assertTrue(cSCSAlgorithm0.scalingFlag());
8: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
Test case 12
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getForwardStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: Integer integer0 = cSCSAlgorithm0.getDefaultStepSize(5);
5: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
6: assertNull(integer0);
7: assertTrue(cSCSAlgorithm0.scalingFlag());
Test case 13
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getForwardStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: Integer integer0 = cSCSAlgorithm0.getDefaultStepSize(1628);
5: assertTrue(cSCSAlgorithm0.scalingFlag());
6: assertEquals(24, (int)integer0);
7: assertNotNull(integer0);
8: assertEquals("Corrected Scaled Chi Square", cSCSAlgorithm0.getAlgorithmName());
Test case 14
1: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm((Strand) null);
Test case 15
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getForwardStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: float[] floatArray0 = new float[3];
5: cSCSAlgorithm0.getValues(2, 2, floatArray0);
Test case 16
1: Bases bases0 = new Bases((Sequence) null);
2: Strand strand0 = bases0.getReverseStrand();
3: CSCSAlgorithm cSCSAlgorithm0 = new CSCSAlgorithm(strand0);
4: float[] floatArray0 = new float[8];
5: cSCSAlgorithm0.getValues((-5), 811, floatArray0);
Source Code
1: No source found for uk.ac.sanger.artemis.plot.CSCSAlgorithm
EvoSuite Parameters
- TARGET_CLASS: uk.ac.sanger.artemis.plot.CSCSAlgorithm
- Size: 16
- Length: 76
- criterion: LINE;BRANCH;EXCEPTION;WEAKMUTATION;OUTPUT;METHOD;METHODNOEXCEPTION;CBRANCH
- Coverage: 0.8645732806873391
- BranchCoverage: 0.8448275862068966
- MethodCoverage: 1.0
- OutputCoverage: 0.2905405405405405
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