currentValue.map(function(val) {
val = CQLUtils.generateFilter(undefined, 'anyGeo', val)
if (val === undefined) {
return val
}
return _.omit(
CQLUtils.transformCQLToFilter(
CQLUtils.transformFilterToCQL(val)
),
['property']
)
})
constructFilter: function () {
var filters = [];
var timeRange = this.basicTime.currentView.model.getValue()[0];
var timeBefore, timeAfter, timeLast, timeUnit;
switch (timeRange) {
case 'before':
timeBefore = this.basicTimeBefore.currentView.model.getValue()[0];
break;
case 'after':
timeAfter = this.basicTimeAfter.currentView.model.getValue()[0];
break;
case 'between':
timeBefore = this.basicTimeBetweenBefore.currentView.model.getValue()[0];
timeAfter = this.basicTimeBetweenAfter.currentView.model.getValue()[0];
break;
case 'relative':
timeLast = Math.floor(this.basicTimeRelativeValue.currentView.model.getValue()[0]);
timeUnit = this.basicTimeRelativeUnit.currentView.model.getValue()[0];
break;
}
if (timeBefore) {
var timeFilter = {
type: 'OR',
filters: [
CQLUtils.generateFilter('BEFORE', 'created', timeBefore),
CQLUtils.generateFilter('BEFORE', 'modified', timeBefore),
CQLUtils.generateFilter('BEFORE', 'effective', timeBefore),
CQLUtils.generateFilter('BEFORE', 'metacard.created', timeBefore),
CQLUtils.generateFilter('BEFORE', 'metacard.modified', timeBefore)
]
};
filters.push(timeFilter);
}
if (timeAfter) {
var timeFilter = {
type: 'OR',
filters: [
CQLUtils.generateFilter('AFTER', 'created', timeAfter),
CQLUtils.generateFilter('AFTER', 'modified', timeAfter),
CQLUtils.generateFilter('AFTER', 'effective', timeAfter),
CQLUtils.generateFilter('AFTER', 'metacard.created', timeAfter),
CQLUtils.generateFilter('AFTER', 'metacard.modified', timeAfter)
]
};
filters.push(timeFilter);
}
if (timeLast) {
var duration;
if (timeUnit === 'm' || timeUnit === 'h') {
duration = "PT" + timeLast + timeUnit.toUpperCase();
} else {
duration = "P" + timeLast + timeUnit.toUpperCase();
}
var relativeFunction = 'RELATIVE(' + duration + ')';
var timeDuration = {
type: 'OR',
filters: [
CQLUtils.generateFilter('=', 'created', relativeFunction),
CQLUtils.generateFilter('=', 'modified', relativeFunction),
CQLUtils.generateFilter('=', 'effective', relativeFunction),
CQLUtils.generateFilter('=', 'metacard.created', relativeFunction),
CQLUtils.generateFilter('=', 'metacard.modified', relativeFunction)
]
};
filters.push(timeDuration);
}
return filters;
},
constructFilter: function () {
// Determine which option is selected for altitude range
var filters = [];
var altitudeSelect = this.basicAltitude
.currentView.model.getValue()[0];
var altitudeUnit = this.basicAltitudeUnits.currentView.model.getValue()[0];
switch (altitudeSelect) {
// Build filters for altitude
case 'above':
// Handle Above altitude selected
var aboveAltitude = parseFloat(
this.basicAltitudeAbove.currentView.model.getValue()[0]);
aboveAltitude = DistanceUtils.getDistanceInMeters(aboveAltitude, altitudeUnit);
aboveAltitude = DistanceUtils.altitudeRound(aboveAltitude);
var aboveAltitudeFilter = CQLUtils.generateFilter('>=',
'location.altitude-meters', aboveAltitude);
filters.push(aboveAltitudeFilter);
break;
case 'below':
// Handle Below altitude selected
var belowAltitude = parseFloat(
this.basicAltitudeBelow.currentView.model.getValue()[0]);
belowAltitude = DistanceUtils.getDistanceInMeters(belowAltitude, altitudeUnit);
belowAltitude = DistanceUtils.altitudeRound(belowAltitude);
var belowAltitudeFilter = CQLUtils.generateFilter('<=',
'location.altitude-meters', belowAltitude);
filters.push(belowAltitudeFilter);
break;
case 'between':
// Handle between altitude selected
var aboveAltitude = parseFloat(
this.basicAltitudeBetweenAbove
.currentView.model.getValue()[0]);
var belowAltitude = parseFloat(
this.basicAltitudeBetweenBelow
.currentView.model.getValue()[0]);
aboveAltitude = DistanceUtils.getDistanceInMeters(aboveAltitude, altitudeUnit);
aboveAltitude = DistanceUtils.altitudeRound(aboveAltitude);
belowAltitude = DistanceUtils.getDistanceInMeters(belowAltitude, altitudeUnit);
belowAltitude = DistanceUtils.altitudeRound(belowAltitude);
var aboveAltitudeFilter = CQLUtils.generateFilter('>=',
'location.altitude-meters', aboveAltitude);
var belowAltitudeFilter = CQLUtils.generateFilter('<=',
'location.altitude-meters', belowAltitude);
var altitudeFilters = {
type: "AND",
filters: [aboveAltitudeFilter, belowAltitudeFilter]
};
filters.push(altitudeFilters);
break;
case 'any':
default:
break;
}
return filters;
},