@Test
public void test9680_WhichHasAOneThousanthFraction() throws Exception {
String TEST_REACH_CLIENT_ID = "9680";
Long TEST_REACH_SYSTEM_ID = 9680L;
Long ONLY_REACH_UPSTREAM_OF_TEST_REACH_ID = 9681L;
// Create terminal reaches and put in cache
List<String> targetList = new ArrayList<String>();
targetList.add(TEST_REACH_CLIENT_ID);
TerminalReaches targets = new TerminalReaches(TEST_MODEL_ID, targetList);
ConfiguredCache.TerminalReaches.put(targets.getId(), targets);
// Load predict data and model incremental areas - used for comparison
PredictData pd = SharedApplication.getInstance().getPredictData(TEST_MODEL_ID);
DataTable incrementalReachAreas =
SharedApplication.getInstance()
.getCatchmentAreas(new UnitAreaRequest(TEST_MODEL_ID, AreaType.INCREMENTAL));
// Stats on the test reach
int testReachRowNumber = pd.getRowForReachID(TEST_REACH_SYSTEM_ID);
Double testReachFrac = pd.getTopo().getDouble(testReachRowNumber, PredictData.TOPO_FRAC_COL);
Double testReachFractionedWatershedArea =
new CalcFractionedWatershedArea(
new FractionedWatershedAreaRequest(
new ReachID(TEST_MODEL_ID, TEST_REACH_SYSTEM_ID)))
.run();
Double testReachUnfractionedWatershedArea =
new CalcFractionedWatershedArea(
new FractionedWatershedAreaRequest(
new ReachID(TEST_MODEL_ID, TEST_REACH_SYSTEM_ID), false, false, true))
.run();
Double testReachIncrementalArea = incrementalReachAreas.getDouble(testReachRowNumber, 1);
// load stats on the only reach immediately upstream of the test reach
Double upstreamReachFractionedWatershedArea =
new CalcFractionedWatershedArea(
new FractionedWatershedAreaRequest(
new ReachID(TEST_MODEL_ID, ONLY_REACH_UPSTREAM_OF_TEST_REACH_ID)))
.run();
// Test the assumptions about the basic (non-table form) of the area data
assertTrue(
Math.abs(testReachFractionedWatershedArea - testReachUnfractionedWatershedArea)
> 1d); // These should be different values
assertTrue(Math.abs(testReachFractionedWatershedArea - testReachIncrementalArea) > 1d);
assertEquals(
testReachFrac * upstreamReachFractionedWatershedArea + testReachIncrementalArea,
testReachFractionedWatershedArea,
.0001d);
// Do the same calculation via the Table version of the action
CalcFractionedWatershedAreaTable action = new CalcFractionedWatershedAreaTable(targets.getId());
ColumnData data = action.run();
assertEquals(testReachFractionedWatershedArea, data.getDouble(testReachRowNumber), .0001d);
}
@Test
public void testTargetWith4UpstreamReaches() throws Exception {
Long TEST_ROW_SYSTEM_ID = 9687L;
String TEST_ROW_CLIENT_ID = "9687";
List<String> targetList = new ArrayList<String>();
targetList.add(TEST_ROW_CLIENT_ID);
TerminalReaches targets = new TerminalReaches(TEST_MODEL_ID, targetList);
ConfiguredCache.TerminalReaches.put(targets.getId(), targets);
PredictData pd = SharedApplication.getInstance().getPredictData(TEST_MODEL_ID);
Double watershedArea =
new CalcFractionedWatershedArea(
new FractionedWatershedAreaRequest(new ReachID(TEST_MODEL_ID, TEST_ROW_SYSTEM_ID)))
.run();
int rowCount = pd.getTopo().getRowCount();
int rowNumber = pd.getRowForReachID(TEST_ROW_SYSTEM_ID);
CalcFractionedWatershedAreaTable action = new CalcFractionedWatershedAreaTable(targets.getId());
ColumnData data = action.run();
assertEquals(rowCount, data.getRowCount().intValue());
assertNotNull(data.getDouble(rowNumber));
for (int row = 0; row < rowCount; row++) {
if (row == rowNumber) {
assertEquals(
"Row " + row + " should be " + watershedArea,
watershedArea,
data.getDouble(row),
.000000001d);
} else {
assertNull("Row " + row + " should be null", data.getDouble(row));
}
}
}