lodashEach(lastResults.granules, function(granule) {
if (granule.centroid && granule.centroid[crs]) {
hasCentroids = true;
if (olExtent.intersects(extent, granule.centroid[crs].getExtent())) {
inView = true;
return true;
}
}
});
self.process = function (meta, granule) {
var geom = granule.geometry[projection];
if (!geom) {
return granule;
}
var mbr = geom.getExtent();
if (olExtent.intersects(extent, mbr)) {
return granule;
}
};
self.load = function (state, errors) {
if (state.v) {
var proj = models.proj.selected;
var extent = state.v;
var maxExtent = proj.maxExtent;
if (proj.id === 'geographic') {
proj.wrapExtent = maxExtent = [-250, -90, 250, 90];
}
if (olExtent.intersects(extent, maxExtent)) {
self.extent = state.v;
} else {
self.extent = lodashClone(proj.maxExtent);
errors.push({
message: 'Extent outside of range'
});
}
}
// get rotation if it exists
if (state.p === 'arctic' || state.p === 'antarctic') {
if (!isNaN(state.r)) { self.rotation = state.r * (Math.PI / 180.0); } // convert to radians
}
};