src/test/java/ucar/geoapi/NetcdfProjectionTest.java
@Test
    public void testConsistency() throws TransformException {
        createMercatorProjection();
        verifyInDomain(new double[] {-180, -80}, // Minimal ordinate values to test.
                       new double[] {+180, +80}, // Maximal ordinate values to test.
                       new int[]    { 360, 160}, // Number of points to test.
                       new Random(216919106));
    }
/**
     * Tests the consistency of various {@code transform} methods. This method runs the
     * {@link #verifyInDomain(double[], double[], int[], Random)} test method using a
     * simple {@link Mercator} implementation.
     *
     * @throws TransformException should never happen.
     */
Tests the consistency of various  transform methods. This method runs the
#verifyInDomain(double[], double[], int[], Random) test method using a
simple  Mercator implementation.

@throws TransformException should never happen.
Tests the consistency of various transform methods . This method runs the #verifyInDomain ( double [] double [] int [] Random ) test method using a simple Mercator implementation . @throws TransformException should never happen .
@Test
    public void testConsistency() throws TransformException {
        createMercatorProjection();
        verifyInDomain(new double[] {-180, -80}, 
                       new double[] {+180, +80}, 
                       new int[]    { 360, 160}, 
                       new Random(216919106));
    }
@ Test public void testConsistency ( ) throws TransformException { createMercatorProjection ( ) ; verifyInDomain ( new double [ ] { - 180 , - 80 } , new double [ ] { + 180 , + 80 } , new int [ ] { 360 , 160 } , new Random ( 216919106 ) ) ; }
Tests the consistency of various {@code transform} methods.
Tests the consistency of various { @code transform } methods .
// Minimal ordinate values to test. // Maximal ordinate values to test. // Number of points to test.