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Merge "Issue #2703 Fix GFE time matching in iscMode." into development

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This commit is contained in:
Nate Jensen 2014-02-28 09:53:27 -06:00 • committed by Gerrit Code Review
commit 98a0fa5670
3 changed files with 326 additions and 344 deletions
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16
cave/com.raytheon.viz.gfe/src/com/raytheon/viz/gfe/core/GFEMapRenderableDisplay.java
View file

@ -49,9 +49,10 @@ import com.raytheon.viz.gfe.rsc.GFEResource;
* <pre>
*
* SOFTWARE HISTORY
* Date Ticket# Engineer Description
* ------------ ---------- ----------- --------------------------
* Feb 19, 2009 chammack Initial creation
* Date Ticket# Engineer Description
* ------------- -------- ----------- --------------------------
* Feb 19, 2009 chammack Initial creation
* Jan 23, 2014 2703 bsteffen Always get resource time from descriptor.
*
* </pre>
*
@ -117,11 +118,9 @@ public class GFEMapRenderableDisplay extends PlainMapRenderableDisplay
@Override
protected PaintProperties calcPaintDataTime(PaintProperties paintProps,
AbstractVizResource<?, ?> rsc) {
if (dataMgr != null) {
// Get time for resource from FramesInfo
paintProps.setDataTime(paintProps.getFramesInfo()
.getTimeForResource(rsc));
}
// Get time for resource from FramesInfo
paintProps.setDataTime(paintProps.getFramesInfo().getTimeForResource(
rsc));
GFEPaintProperties gfeProps = new GFEPaintProperties(paintProps);
if (qvTime != null) {
@ -184,4 +183,5 @@ public class GFEMapRenderableDisplay extends PlainMapRenderableDisplay
public void spatialEditorTimeChanged(Date date) {
this.refresh();
}
}

31
cave/com.raytheon.viz.gfe/src/com/raytheon/viz/gfe/core/GFETimeMatcher.java
View file

@ -63,7 +63,7 @@ import com.raytheon.viz.gfe.rsc.GFEResource;
* ------------- -------- ----------- --------------------------
* Nov 14, 2012 mschenke Initial creation
* Feb 26, 2013 1708 randerso Fixed double notification for time change
* Jan 23, 2014 2703 bsteffen Add JAXB Annotations.
* Jan 23, 2014 2703 bsteffen Add JAXB Annotations, fix iscMode.
*
*
* </pre>
@ -108,6 +108,7 @@ public class GFETimeMatcher extends AbstractTimeMatcher {
if (resource instanceof GFEResource) {
GFEResource rsc = (GFEResource) resource;
Parm parm = rsc.getParm();
Parm iscParm = getIscParm(parm);
DataTime[] rscTimes = new DataTime[descriptorTimes.length];
for (int i = 0; i < descriptorTimes.length; ++i) {
IGridData overlapping = parm.overlappingGrid(descriptorTimes[i]
@ -116,7 +117,16 @@ public class GFETimeMatcher extends AbstractTimeMatcher {
TimeRange tr = overlapping.getGridTime();
rscTimes[i] = new DataTime(tr.getStart().getTime(),
new TimeRange(tr.getStart(), tr.getEnd()));
} else if (iscParm != null) {
overlapping = iscParm.overlappingGrid(descriptorTimes[i]
.getRefTime());
if (overlapping != null) {
TimeRange tr = overlapping.getGridTime();
rscTimes[i] = new DataTime(tr.getStart().getTime(),
new TimeRange(tr.getStart(), tr.getEnd()));
}
}
}
if (timeMap != null) {
timeMap.put(rsc, rscTimes);
@ -134,8 +144,17 @@ public class GFETimeMatcher extends AbstractTimeMatcher {
List<Parm> parms = new ArrayList<Parm>(rscs.size());
for (GFEResource rsc : rscs) {
if (rsc.getProperties().isVisible()) {
parms.add(rsc.getParm());
Parm parm = rsc.getParm();
parms.add(parm);
Parm iscParm = getIscParm(parm);
if (iscParm != null) {
parms.add(iscParm);
}
tmbResources.add(rsc);
DataManager dataManager = parm.getDataManager();
if (dataManager.getParmManager().iscMode()) {
parms.add(dataManager.getIscDataAccess().getISCParm(parm));
}
}
}
@ -287,4 +306,12 @@ public class GFETimeMatcher extends AbstractTimeMatcher {
}
return new ArrayList<Date>(dateSet);
}
private static Parm getIscParm(Parm parm) {
DataManager dataManager = parm.getDataManager();
if (dataManager.getParmManager().iscMode()) {
return dataManager.getIscDataAccess().getISCParm(parm);
}
return null;
}
}

623
cave/com.raytheon.viz.gfe/src/com/raytheon/viz/gfe/rsc/GFEResource.java
View file

@ -154,7 +154,7 @@ import com.vividsolutions.jts.geom.Envelope;
*
* SOFTWARE HISTORY
*
* Date Ticket# Engineer Description
* Date Ticket# Engineer Description
* ------------- -------- ----------- --------------------------
* Mar 01, 2008 chammack Initial Creation.
* Aug 20, 2008 dglazesk Update for the ColorMap interface change
@ -166,7 +166,9 @@ import com.vividsolutions.jts.geom.Envelope;
* Sep 23, 2013 2363 bsteffen Add more vector configuration options.
* Oct 31, 2013 2508 randerso Change to use DiscreteGridSlice.getKeys()
* Dec 11, 2013 2621 randerso Removed conditional from getParm so it never returns null
* Jan 23, 2014 2703 bsteffen Allow construction using a resourceData.
* Jan 23, 2014 2703 bsteffen Allow construction using a resourceData,
* paint using the time in paintProps and
* remove dead code in paintInternal
*
* </pre>
*
@ -488,15 +490,9 @@ public class GFEResource extends
PaintProperties paintProps) throws VizException {
GFEPaintProperties myPaintProps = (GFEPaintProperties) paintProps;
this.curTime = myPaintProps.getDataTime();
// TODO: Time matching changes for Hazard Services broke display of ISC
// grids when in ISC mode with no Fcst grid present. This fixes the
// issue for now but will need to be resolved for Hazard Services
// this.curTime = myPaintProps.getDataTime();
this.curTime = new DataTime(this.dataManager.getSpatialDisplayManager()
.getSpatialEditorTime());
// No data to be displayed here
if (curTime == null) {
return;
}
@ -519,11 +515,6 @@ public class GFEResource extends
this.lastGraphicsTarget = target;
// No data to be displayed here
if (this.curTime == null) {
return;
}
IGridData[] gd = this.parm.getGridInventory(this.curTime
.getValidPeriod());
@ -554,369 +545,333 @@ public class GFEResource extends
.setRenderingOrder(renderingOrder);
descriptor.getResourceList().sort();
if (gd != null) {
IGridSlice gs = null;
if (dataManager.getParmManager().iscMode() && (gd.length == 0)) {
GridParmInfo gpi = this.parm.getGridInfo();
GridType gridType = gpi.getGridType();
IGridSlice gs = null;
if (dataManager.getParmManager().iscMode() && (gd.length == 0)) {
GridParmInfo gpi = this.parm.getGridInfo();
GridType gridType = gpi.getGridType();
IGrid2D dummyGrid = null;
switch (gridType) {
case SCALAR:
dummyGrid = new Grid2DFloat(gpi.getGridLoc().getNx(),
gpi.getGridLoc().getNy(), Float.NaN);
gs = new ScalarGridSlice(this.curTime.getValidPeriod(),
gpi, new GridDataHistory[] {},
(Grid2DFloat) dummyGrid);
break;
case VECTOR:
dummyGrid = new Grid2DFloat(gpi.getGridLoc().getNx(),
gpi.getGridLoc().getNy(), Float.NaN);
gs = new VectorGridSlice(this.curTime.getValidPeriod(),
gpi, new GridDataHistory[] {},
(Grid2DFloat) dummyGrid,
(Grid2DFloat) dummyGrid);
break;
case WEATHER:
dummyGrid = new Grid2DByte(gpi.getGridLoc().getNx(),
gpi.getGridLoc().getNy());
gs = new WeatherGridSlice(
this.curTime.getValidPeriod(), gpi,
new GridDataHistory[] {},
(Grid2DByte) dummyGrid, new WeatherKey[] {});
break;
case DISCRETE:
dummyGrid = new Grid2DByte(gpi.getGridLoc().getNx(),
gpi.getGridLoc().getNy());
gs = new DiscreteGridSlice(
this.curTime.getValidPeriod(), gpi,
new GridDataHistory[] {},
(Grid2DByte) dummyGrid, new DiscreteKey[] {});
break;
default:
return;
}
} else if (gd.length == 0) {
IGrid2D dummyGrid = null;
switch (gridType) {
case SCALAR:
dummyGrid = new Grid2DFloat(gpi.getGridLoc().getNx(), gpi
.getGridLoc().getNy(), Float.NaN);
gs = new ScalarGridSlice(this.curTime.getValidPeriod(),
gpi, new GridDataHistory[] {},
(Grid2DFloat) dummyGrid);
break;
case VECTOR:
dummyGrid = new Grid2DFloat(gpi.getGridLoc().getNx(), gpi
.getGridLoc().getNy(), Float.NaN);
gs = new VectorGridSlice(this.curTime.getValidPeriod(),
gpi, new GridDataHistory[] {},
(Grid2DFloat) dummyGrid, (Grid2DFloat) dummyGrid);
break;
case WEATHER:
dummyGrid = new Grid2DByte(gpi.getGridLoc().getNx(), gpi
.getGridLoc().getNy());
gs = new WeatherGridSlice(this.curTime.getValidPeriod(),
gpi, new GridDataHistory[] {},
(Grid2DByte) dummyGrid, new WeatherKey[] {});
break;
case DISCRETE:
dummyGrid = new Grid2DByte(gpi.getGridLoc().getNx(), gpi
.getGridLoc().getNy());
gs = new DiscreteGridSlice(this.curTime.getValidPeriod(),
gpi, new GridDataHistory[] {},
(Grid2DByte) dummyGrid, new DiscreteKey[] {});
break;
default:
return;
} else {
gs = gd[0].getGridSlice();
}
} else {
gs = gd[0].getGridSlice();
}
if ((gs instanceof VectorGridSlice)
|| (gs instanceof ScalarGridSlice)) {
if (this.gridDisplay != null) {
this.gridDisplay.dispose();
}
if ((gs instanceof VectorGridSlice)
|| (gs instanceof ScalarGridSlice)) {
if (this.gridDisplay != null) {
this.gridDisplay.dispose();
}
if (this.contourDisplay != null) {
this.contourDisplay.dispose();
}
this.gridDisplay = null;
this.contourDisplay = null;
if (this.contourDisplay != null) {
this.contourDisplay.dispose();
}
if (gs instanceof VectorGridSlice) {
VectorGridSlice vectorSlice = (VectorGridSlice) gs;
Grid2DBit mask = parm.getDisplayAttributes()
.getDisplayMask();
this.gridDisplay = null;
this.contourDisplay = null;
}
if (dataManager.getParmManager().iscMode() || iscParm) {
vectorSlice = new VectorGridSlice();
mask = dataManager.getIscDataAccess().getCompositeGrid(
new GridID(this.parm, this.dataManager
.getSpatialDisplayManager()
.getSpatialEditorTime()), true,
vectorSlice);
if (gs instanceof VectorGridSlice) {
VectorGridSlice vectorSlice = (VectorGridSlice) gs;
Grid2DBit mask = parm.getDisplayAttributes().getDisplayMask();
if (dataManager.getParmManager().iscMode() || iscParm) {
vectorSlice = new VectorGridSlice();
mask = dataManager.getIscDataAccess().getCompositeGrid(
new GridID(this.parm, this.curTime.getRefTime()),
true, vectorSlice);
}
Grid2DFloat maskedGrid = new Grid2DFloat(vectorSlice
.getMagGrid().getXdim(), vectorSlice.getMagGrid()
.getYdim(), Float.NaN);
maskedGrid.copyWithMask(vectorSlice.getMagGrid(), mask);
FloatBuffer mag = maskedGrid.getBuffer();
Grid2DFloat dirGrid = new Grid2DFloat(vectorSlice.getMagGrid()
.getXdim(), vectorSlice.getDirGrid().getYdim(),
Float.NaN);
dirGrid.copyWithMask(vectorSlice.getDirGrid(), mask);
FloatBuffer dir = dirGrid.getBuffer();
if (visTypes.contains(VisualizationType.IMAGE)) {
this.gridDisplay = new GriddedImageDisplay(mag, descriptor,
this.gridGeometry);
}
clearVectorDisplays();
VectorGraphicsConfig vectorConfig;
for (VisualizationType type : visTypes) {
switch (type) {
case WIND_ARROW:
vectorConfig = new VectorGraphicsConfig();
double size = getVectorSize("WindArrowDefaultSize");
vectorConfig.setBaseSize(size);
vectorConfig.setCalmCircleSizeRatio(vectorConfig
.getCalmCircleSizeRatio() * BARB_SCALE_FACTOR);
vectorConfig.setArrowHeadStaffRatio(ARROW_HEAD_RATIO);
vectorConfig.alwaysIncludeCalmCircle();
vectorConfig.alwaysIncludeVector();
// get the logFactor
double logFactor = prefs.getDouble(parm.getParmID()
.compositeNameUI() + "_arrowScaling");
double maxVal = parm.getGridInfo().getMaxValue();
if (logFactor <= 0.0) {
vectorConfig.setLinearArrowScaleFactor(size
/ maxVal);
} else {
vectorConfig.setArrowScaler(new LogArrowScalar(
size, logFactor, maxVal));
}
this.vectorDisplay.add(new GriddedVectorDisplay(mag,
dir, descriptor, MapUtil.getGridGeometry(gs
.getGridInfo().getGridLoc()),
VECTOR_DENSITY_FACTOR, false,
visTypeToDisplayType(type), vectorConfig));
break;
case WIND_BARB:
vectorConfig = new VectorGraphicsConfig();
vectorConfig
.setBaseSize(getVectorSize("WindBarbDefaultSize")
* BARB_SCALE_FACTOR);
vectorConfig.alwaysIncludeCalmCircle();
vectorConfig.alwaysIncludeVector();
this.vectorDisplay
.add(new GriddedVectorDisplay(mag, dir,
descriptor, MapUtil.getGridGeometry(gs
.getGridInfo().getGridLoc()),
VECTOR_DENSITY_FACTOR
/ BARB_SCALE_FACTOR, false,
visTypeToDisplayType(type),
vectorConfig));
break;
case IMAGE:
break;
default:
statusHandler.handle(
Priority.PROBLEM,
"Unsupported Visualization Type: "
+ type.toString());
}
}
} else if (gs instanceof ScalarGridSlice) {
ScalarGridSlice scalarSlice = (ScalarGridSlice) gs;
Grid2DBit mask = parm.getDisplayAttributes().getDisplayMask();
Grid2DFloat maskedGrid = new Grid2DFloat(vectorSlice
.getMagGrid().getXdim(), vectorSlice.getMagGrid()
.getYdim(), Float.NaN);
maskedGrid.copyWithMask(vectorSlice.getMagGrid(), mask);
FloatBuffer mag = maskedGrid.getBuffer();
if (dataManager.getParmManager().iscMode() || iscParm) {
scalarSlice = new ScalarGridSlice();
mask = dataManager.getIscDataAccess().getCompositeGrid(
new GridID(this.parm, this.curTime.getRefTime()),
true, scalarSlice);
Grid2DFloat dirGrid = new Grid2DFloat(vectorSlice
.getMagGrid().getXdim(), vectorSlice.getDirGrid()
.getYdim(), Float.NaN);
dirGrid.copyWithMask(vectorSlice.getDirGrid(), mask);
FloatBuffer dir = dirGrid.getBuffer();
}
Grid2DFloat scalarGrid = scalarSlice.getScalarGrid();
if (scalarGrid != null) {
Grid2DFloat maskedGrid = new Grid2DFloat(
scalarGrid.getXdim(), scalarGrid.getYdim(),
Float.NaN);
maskedGrid.copyWithMask(scalarGrid, mask);
FloatBuffer fb = maskedGrid.getBuffer();
if (visTypes.contains(VisualizationType.IMAGE)) {
this.gridDisplay = new GriddedImageDisplay(mag,
this.gridDisplay = new GriddedImageDisplay(fb,
descriptor, this.gridGeometry);
}
clearVectorDisplays();
VectorGraphicsConfig vectorConfig;
for (VisualizationType type : visTypes) {
switch (type) {
case WIND_ARROW:
vectorConfig = new VectorGraphicsConfig();
double size = getVectorSize("WindArrowDefaultSize");
vectorConfig.setBaseSize(size);
vectorConfig.setCalmCircleSizeRatio(vectorConfig
.getCalmCircleSizeRatio()
* BARB_SCALE_FACTOR);
vectorConfig
.setArrowHeadStaffRatio(ARROW_HEAD_RATIO);
vectorConfig.alwaysIncludeCalmCircle();
vectorConfig.alwaysIncludeVector();
// get the logFactor
double logFactor = prefs.getDouble(parm.getParmID()
.compositeNameUI() + "_arrowScaling");
double maxVal = parm.getGridInfo().getMaxValue();
if (logFactor <= 0.0) {
vectorConfig.setLinearArrowScaleFactor(size
/ maxVal);
} else {
vectorConfig.setArrowScaler(new LogArrowScalar(
size, logFactor, maxVal));
}
this.vectorDisplay.add(new GriddedVectorDisplay(
mag, dir, descriptor, MapUtil
.getGridGeometry(gs.getGridInfo()
.getGridLoc()),
VECTOR_DENSITY_FACTOR, false,
visTypeToDisplayType(type), vectorConfig));
break;
case WIND_BARB:
vectorConfig = new VectorGraphicsConfig();
vectorConfig
.setBaseSize(getVectorSize("WindBarbDefaultSize")
* BARB_SCALE_FACTOR);
vectorConfig.alwaysIncludeCalmCircle();
vectorConfig.alwaysIncludeVector();
this.vectorDisplay.add(new GriddedVectorDisplay(
mag, dir, descriptor, MapUtil
.getGridGeometry(gs.getGridInfo()
.getGridLoc()),
VECTOR_DENSITY_FACTOR / BARB_SCALE_FACTOR,
false, visTypeToDisplayType(type),
vectorConfig));
break;
case IMAGE:
break;
default:
statusHandler.handle(
Priority.PROBLEM,
"Unsupported Visualization Type: "
+ type.toString());
}
if (visTypes.contains(VisualizationType.CONTOUR)) {
this.contourDisplay = new GriddedContourDisplay(
descriptor, this.gridGeometry, fb);
}
} else if (gs instanceof ScalarGridSlice) {
ScalarGridSlice scalarSlice = (ScalarGridSlice) gs;
Grid2DBit mask = parm.getDisplayAttributes()
.getDisplayMask();
}
} else if (gs instanceof DiscreteGridSlice) {
DiscreteGridSlice slice = (DiscreteGridSlice) gs;
if (dataManager.getParmManager().iscMode() || iscParm) {
scalarSlice = new ScalarGridSlice();
mask = dataManager.getIscDataAccess().getCompositeGrid(
new GridID(this.parm, this.dataManager
.getSpatialDisplayManager()
.getSpatialEditorTime()), true,
scalarSlice);
// Dispose all of the outlineShapes and shadedShapes
for (IWireframeShape shape : outlineShapes.values()) {
shape.dispose();
}
outlineShapes.clear();
for (Collection<IShadedShape> shapeList : shadedShapes.values()) {
for (IShadedShape shadedShape : shapeList) {
shadedShape.dispose();
}
Grid2DFloat scalarGrid = scalarSlice.getScalarGrid();
if (scalarGrid != null) {
Grid2DFloat maskedGrid = new Grid2DFloat(
scalarGrid.getXdim(), scalarGrid.getYdim(),
Float.NaN);
maskedGrid.copyWithMask(scalarGrid, mask);
shapeList.clear();
}
shadedShapes.clear();
FloatBuffer fb = maskedGrid.getBuffer();
if (visTypes.contains(VisualizationType.IMAGE)) {
this.gridDisplay = new GriddedImageDisplay(fb,
descriptor, this.gridGeometry);
Grid2DBit mask = parm.getDisplayAttributes().getDisplayMask();
if (dataManager.getParmManager().iscMode() || iscParm) {
slice = new DiscreteGridSlice();
GridID gid = new GridID(parm, this.curTime.getRefTime());
mask = dataManager.getIscDataAccess().getCompositeGrid(gid,
true, slice);
}
for (DiscreteKey discreteKey : slice.getKeys()) {
if (discreteKey.isValid()) {
outlineShapes.put(discreteKey, target
.createWireframeShape(false, this.descriptor));
Collection<IShadedShape> shapeList = new ArrayList<IShadedShape>();
shadedShapes.put(discreteKey, shapeList);
WxValue wxValue = new DiscreteWxValue(discreteKey, parm);
List<ImageAttr> fillAttrs = DiscreteDisplayUtil
.getFillAttributes(wxValue);
boolean first = true;
for (ImageAttr attr : fillAttrs) {
IShadedShape shadedShape = target
.createShadedShape(false,
this.descriptor.getGridGeometry(),
true);
shapeList.add(shadedShape);
IWireframeShape outlineShape = first ? outlineShapes
.get(discreteKey) : null;
first = false;
JTSCompiler jtsCompiler = new JTSCompiler(
shadedShape, outlineShape, this.descriptor);
byte[] fillPattern = FillPatterns.getGLPattern(attr
.getFillPatternName());
RGB fillColor = RGBColors.getRGBColor(attr
.getColorName());
Grid2DBit tmpBit = slice.eq(discreteKey).and(mask);
ReferenceData refData = new ReferenceData(gs
.getGridInfo().getGridLoc(),
new ReferenceID("temp"), tmpBit);
jtsCompiler.handle(
refData.getPolygons(CoordinateType.LATLON),
fillColor);
shadedShape.compile();
shadedShape.setFillPattern(fillPattern);
}
if (visTypes.contains(VisualizationType.CONTOUR)) {
this.contourDisplay = new GriddedContourDisplay(
descriptor, this.gridGeometry, fb);
}
outlineShapes.get(discreteKey).compile();
}
} else if (gs instanceof DiscreteGridSlice) {
DiscreteGridSlice slice = (DiscreteGridSlice) gs;
}
} else if (gs instanceof WeatherGridSlice) {
WeatherGridSlice slice = (WeatherGridSlice) gs;
// Dispose all of the outlineShapes and shadedShapes
for (IWireframeShape shape : outlineShapes.values()) {
shape.dispose();
// Dispose all of the outlineShapes and shadedShapes
for (IWireframeShape shape : outlineShapes.values()) {
shape.dispose();
}
outlineShapes.clear();
for (Collection<IShadedShape> shapeList : shadedShapes.values()) {
for (IShadedShape shadedShape : shapeList) {
shadedShape.dispose();
}
outlineShapes.clear();
shapeList.clear();
}
shadedShapes.clear();
for (Collection<IShadedShape> shapeList : shadedShapes
.values()) {
for (IShadedShape shadedShape : shapeList) {
shadedShape.dispose();
}
shapeList.clear();
}
shadedShapes.clear();
Grid2DBit mask = parm.getDisplayAttributes().getDisplayMask();
Grid2DBit mask = parm.getDisplayAttributes()
.getDisplayMask();
if (dataManager.getParmManager().iscMode() || iscParm) {
slice = new WeatherGridSlice();
GridID gid = new GridID(parm, this.curTime.getRefTime());
mask = dataManager.getIscDataAccess().getCompositeGrid(gid,
true, slice);
}
if (dataManager.getParmManager().iscMode() || iscParm) {
slice = new DiscreteGridSlice();
GridID gid = new GridID(parm, this.dataManager
.getSpatialDisplayManager()
.getSpatialEditorTime());
mask = dataManager.getIscDataAccess().getCompositeGrid(
gid, true, slice);
}
for (WeatherKey weatherKey : slice.getKeys()) {
for (DiscreteKey discreteKey : slice.getKeys()) {
if (weatherKey.isValid()) {
outlineShapes.put(weatherKey, target
.createWireframeShape(false, this.descriptor));
if (discreteKey.isValid()) {
outlineShapes.put(discreteKey, target
.createWireframeShape(false,
this.descriptor));
Collection<IShadedShape> shapeList = new ArrayList<IShadedShape>();
shadedShapes.put(weatherKey, shapeList);
Collection<IShadedShape> shapeList = new ArrayList<IShadedShape>();
shadedShapes.put(discreteKey, shapeList);
WxValue wxValue = new WeatherWxValue(weatherKey, parm);
WxValue wxValue = new DiscreteWxValue(discreteKey,
parm);
List<ImageAttr> fillAttrs = DiscreteDisplayUtil
.getFillAttributes(wxValue);
List<ImageAttr> fillAttrs = DiscreteDisplayUtil
.getFillAttributes(wxValue);
boolean first = true;
for (ImageAttr attr : fillAttrs) {
IShadedShape shadedShape = target
.createShadedShape(false,
this.descriptor.getGridGeometry(),
true);
shapeList.add(shadedShape);
boolean first = true;
for (ImageAttr attr : fillAttrs) {
IShadedShape shadedShape = target
.createShadedShape(false,
this.descriptor, true);
shapeList.add(shadedShape);
IWireframeShape outlineShape = first ? outlineShapes
.get(weatherKey) : null;
first = false;
IWireframeShape outlineShape = first ? outlineShapes
.get(discreteKey) : null;
first = false;
JTSCompiler jtsCompiler = new JTSCompiler(
shadedShape, outlineShape, this.descriptor);
JTSCompiler jtsCompiler = new JTSCompiler(
shadedShape, outlineShape,
this.descriptor);
byte[] fillPattern = FillPatterns.getGLPattern(attr
.getFillPatternName());
byte[] fillPattern = FillPatterns
.getGLPattern(attr.getFillPatternName());
RGB fillColor = RGBColors.getRGBColor(attr
.getColorName());
RGB fillColor = RGBColors.getRGBColor(attr
.getColorName());
Grid2DBit tmpBit = slice.eq(weatherKey).and(mask);
Grid2DBit tmpBit = slice.eq(discreteKey).and(
mask);
ReferenceData refData = new ReferenceData(gs
.getGridInfo().getGridLoc(),
new ReferenceID("temp"), tmpBit);
ReferenceData refData = new ReferenceData(gs
.getGridInfo().getGridLoc(),
new ReferenceID("temp"), tmpBit);
jtsCompiler.handle(
refData.getPolygons(CoordinateType.LATLON),
fillColor);
shadedShape.compile();
shadedShape.setFillPattern(fillPattern);
} // next diIdx
jtsCompiler.handle(refData
.getPolygons(CoordinateType.LATLON),
fillColor);
shadedShape.compile();
shadedShape.setFillPattern(fillPattern);
}
outlineShapes.get(discreteKey).compile();
}
}
} else if (gs instanceof WeatherGridSlice) {
WeatherGridSlice slice = (WeatherGridSlice) gs;
// Dispose all of the outlineShapes and shadedShapes
for (IWireframeShape shape : outlineShapes.values()) {
shape.dispose();
}
outlineShapes.clear();
for (Collection<IShadedShape> shapeList : shadedShapes
.values()) {
for (IShadedShape shadedShape : shapeList) {
shadedShape.dispose();
}
shapeList.clear();
}
shadedShapes.clear();
Grid2DBit mask = parm.getDisplayAttributes()
.getDisplayMask();
if (dataManager.getParmManager().iscMode() || iscParm) {
slice = new WeatherGridSlice();
GridID gid = new GridID(parm, this.dataManager
.getSpatialDisplayManager()
.getSpatialEditorTime());
mask = dataManager.getIscDataAccess().getCompositeGrid(
gid, true, slice);
}
for (WeatherKey weatherKey : slice.getKeys()) {
if (weatherKey.isValid()) {
outlineShapes.put(weatherKey, target
.createWireframeShape(false,
this.descriptor));
Collection<IShadedShape> shapeList = new ArrayList<IShadedShape>();
shadedShapes.put(weatherKey, shapeList);
WxValue wxValue = new WeatherWxValue(weatherKey,
parm);
List<ImageAttr> fillAttrs = DiscreteDisplayUtil
.getFillAttributes(wxValue);
boolean first = true;
for (ImageAttr attr : fillAttrs) {
IShadedShape shadedShape = target
.createShadedShape(false,
this.descriptor, true);
shapeList.add(shadedShape);
IWireframeShape outlineShape = first ? outlineShapes
.get(weatherKey) : null;
first = false;
JTSCompiler jtsCompiler = new JTSCompiler(
shadedShape, outlineShape,
this.descriptor);
byte[] fillPattern = FillPatterns
.getGLPattern(attr.getFillPatternName());
RGB fillColor = RGBColors.getRGBColor(attr
.getColorName());
Grid2DBit tmpBit = slice.eq(weatherKey).and(
mask);
ReferenceData refData = new ReferenceData(gs
.getGridInfo().getGridLoc(),
new ReferenceID("temp"), tmpBit);
jtsCompiler.handle(refData
.getPolygons(CoordinateType.LATLON),
fillColor);
shadedShape.compile();
shadedShape.setFillPattern(fillPattern);
} // next diIdx
outlineShapes.get(weatherKey).compile();
}
outlineShapes.get(weatherKey).compile();
}
}
}
} else if (this.curTime == null) {
if (this.gridDisplay != null) {
this.gridDisplay.dispose();
this.gridDisplay = null;
}
this.lastDisplayedTime = null;
}
float brightness = 1.0f;