private void showValues2D(CoordinateAxis2D axis2D) {
Formatter f = new Formatter();
if (axis2D.isInterval()) {
ArrayDouble.D2 coords = axis2D.getCoordValuesArray();
ArrayDouble.D3 bounds = axis2D.getCoordBoundsArray();
if (bounds == null) {
infoTA.appendLine("No bounds for interval " + axis2D.getFullName());
return;
}
IndexIterator coordIter = coords.getIndexIterator();
IndexIterator boundsIter = bounds.getIndexIterator();
while (coordIter.hasNext()) {
double coordValue = coordIter.getDoubleNext();
if (!boundsIter.hasNext()) break;
double bounds1 = boundsIter.getDoubleNext();
if (!boundsIter.hasNext()) break;
double bounds2 = boundsIter.getDoubleNext();
f.format("%f (%f,%f) = %f%n", coordValue, bounds1, bounds2, bounds2 - bounds1);
}
} else {
ArrayDouble.D2 coords = axis2D.getCoordValuesArray();
IndexIterator coordIter = coords.getIndexIterator();
while (coordIter.hasNext()) {
double coordValue = coordIter.getDoubleNext();
f.format("%f%n", coordValue);
}
}
infoTA.appendLine(f.toString());
}
/**
* Make height from the given data. <br>
* height(x,y,z) = eta(x,y) + ( eta(x,y) + depth([n],x,y) ) * S(x,y,z)
*
* <p>where, S(x,y,z) = (depth_c*s(z) + (depth([n],x,y) * C(z)) / (depth_c + depth([n],x,y)) /
*
* @param eta eta Array
* @param s s Array
* @param depth depth Array
* @param c c Array
* @param depth_c value of depth_c
* @return height data
*/
private ArrayDouble.D3 makeHeight(Array eta, Array s, Array depth, Array c, double depth_c) {
int nz = (int) s.getSize();
Index sIndex = s.getIndex();
Index cIndex = c.getIndex();
int[] shape2D = eta.getShape();
int ny = shape2D[0];
int nx = shape2D[1];
Index etaIndex = eta.getIndex();
Index depthIndex = depth.getIndex();
ArrayDouble.D3 height = new ArrayDouble.D3(nz, ny, nx);
for (int z = 0; z < nz; z++) {
double sz = s.getDouble(sIndex.set(z));
double cz = c.getDouble(cIndex.set(z));
double term1 = depth_c * sz;
for (int y = 0; y < ny; y++) {
for (int x = 0; x < nx; x++) {
double fac1 = depth.getDouble(depthIndex.set(y, x));
double term2 = fac1 * cz;
double Sterm = (term1 + term2) / (depth_c + fac1);
double term3 = eta.getDouble(etaIndex.set(y, x));
double term4 = (term3 + fac1) * Sterm;
double hterm = term3 + term4;
height.set(z, y, x, hterm);
}
}
}
return height;
}
private void showDates2D(CoordinateAxis2D axis2D, CalendarDateUnit cdu) {
Formatter f = new Formatter();
if (axis2D.isInterval()) {
ArrayDouble.D2 coords = axis2D.getCoordValuesArray();
ArrayDouble.D3 bounds = axis2D.getCoordBoundsArray();
if (bounds == null) {
infoTA.appendLine("No bounds for interval " + axis2D.getFullName());
return;
}
IndexIterator coordIter = coords.getIndexIterator();
IndexIterator boundsIter = bounds.getIndexIterator();
while (coordIter.hasNext()) {
double coordValue = coordIter.getDoubleNext();
if (!boundsIter.hasNext()) break;
double bounds1 = boundsIter.getDoubleNext();
if (!boundsIter.hasNext()) break;
double bounds2 = boundsIter.getDoubleNext();
f.format(
"%s (%s,%s)%n",
makeCalendarDateStringOrMissing(cdu, coordValue),
makeCalendarDateStringOrMissing(cdu, bounds1),
makeCalendarDateStringOrMissing(cdu, bounds2));
}
} else {
ArrayDouble.D2 coords = axis2D.getCoordValuesArray();
IndexIterator coordIter = coords.getIndexIterator();
while (coordIter.hasNext()) {
double coordValue = coordIter.getDoubleNext();
f.format("%s%n", makeCalendarDateStringOrMissing(cdu, coordValue));
}
}
infoTA.appendLine(f.toString());
}
