public void ApplyLayer(string layerName, DateTime selectedDateTime, LayerVisualizationStyle style,
int layerIndex = 0)
{
Debug.Log("Applying layer " + layerName + layerIndex + " in style " + style);
switch (style)
{
case LayerVisualizationStyle.Flat:
// Load specified layer directly onto the globe geometry
globe.LoadLayer(layerIndex, layerName, selectedDateTime);
break;
case LayerVisualizationStyle.Volumetric:
// Load specified layer as an extruded mesh from the globe
switch (layerIndex)
{
case 0:
if (scienceDataIngestor0.isActiveAndEnabled && dataVisualizer0.isActiveAndEnabled)
{
dataVisualizer0.SetVisualizationSources(globe, globeColliderTransform,
scienceDataIngestor0);
dataVisualizer0.Reset();
scienceDataIngestor0.IngestDataForDate(selectedDateTime, layerName, dataVisualizer0);
}
break;
case 1:
if (scienceDataIngestor1.isActiveAndEnabled && dataVisualizer1.isActiveAndEnabled)
{
dataVisualizer1.SetVisualizationSources(globe, globeColliderTransform,
scienceDataIngestor1);
dataVisualizer1.Reset();
scienceDataIngestor1.IngestDataForDate(selectedDateTime, layerName, dataVisualizer1);
}
break;
}
break;
}
AddToAppliedLayerList(layerName, selectedDateTime, style, layerIndex);
if (OnLayerApplied != null)
{
OnLayerApplied.Invoke(layerName, selectedDateTime, style, layerIndex);
}
}
private void AddToAppliedLayerList(string layerName, DateTime selectedDateTime, LayerVisualizationStyle style,
int layerIndex)
{
AppliedLayer layer = new AppliedLayer
{
layerName = layerName,
selectedDateTime = selectedDateTime,
style = style,
layerIndex = layerIndex
};
// Clear matching layer from list, if necessary
appliedLayers.RemoveAll(x => (x.layerIndex == layerIndex) && (x.style == style));
// Add to list
appliedLayers.Add(layer);
}
