210 lines
7.9 KiB
Go
210 lines
7.9 KiB
Go
package producer
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import (
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"encoding/json"
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"fmt"
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"math"
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"os"
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"path/filepath"
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"strings"
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"time"
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log "github.com/sirupsen/logrus"
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"github.com/duke-git/lancet/v2/mathutil"
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"github.com/paulmach/orb"
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"github.com/paulmach/orb/geo"
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"github.com/paulmach/orb/geojson"
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"github.com/paulmach/orb/planar"
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"starwiz.cn/sjy01/image-proc/pkg/auxilary"
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"starwiz.cn/sjy01/image-proc/pkg/calculator"
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"starwiz.cn/sjy01/image-proc/pkg/config"
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"starwiz.cn/sjy01/image-proc/pkg/payload"
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)
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func (r *Registrator) LoadAuxData() error {
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var err error
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r.auxHeads, r.auxBoxes, r.AuxPlatforms, err = auxilary.ExtractAux(r.Params.AuxRawFile)
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attFile := strings.Replace(r.Params.AuxRawFile, ".AUX", ".att.txt", 1)
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gpsFile := strings.Replace(r.Params.AuxRawFile, ".AUX", ".gps.txt", 1)
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r.AttQuaternion, _ = auxilary.StoreAtt(r.AuxPlatforms, attFile)
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r.GPSs, _ = auxilary.StoreGPS(r.AuxPlatforms, gpsFile)
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imgtime := auxilary.NewImageTime()
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imgtime.Extract(r.AuxPlatforms)
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imgtime.Print(100, 16)
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return err
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}
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// 数据校验和测试
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func (r *Registrator) AuxPrint() {
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var fcPos84 geojson.FeatureCollection
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var fcPos84Interp geojson.FeatureCollection
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for _, p := range r.AuxPlatforms {
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lat, lon, _ := calculator.ECEFGeocentricToGeodetic(p.W84PosX, p.W84PosY, p.W84PosZ)
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point := orb.Point{lon, lat}
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fcPos84.Features = append(fcPos84.Features, geojson.NewFeature(point))
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tp := float64(p.UTCTimeSec) + float64(auxilary.ReferenceTime2000) + float64(p.Microsecond)/1e6
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interp := r.GPSs.Lagrange(tp)
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lat, lon, _ = calculator.ECEFGeocentricToGeodetic(interp.X84, interp.Y84, interp.Z84)
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point = orb.Point{lon, lat}
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fcPos84Interp.Features = append(fcPos84Interp.Features, geojson.NewFeature(point))
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}
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data, _ := json.Marshal(fcPos84)
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f, _ := os.Create(filepath.Join(config.GCONFIG.Log.LogDir, fmt.Sprintf("%s_aux_pos_84.geojson", r.Params.DataId)))
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defer f.Close()
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f.Write(data)
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data, _ = json.Marshal(fcPos84Interp)
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f, _ = os.Create(filepath.Join(config.GCONFIG.Log.LogDir, fmt.Sprintf("%s_aux_pos_84_interp.geojson", r.Params.DataId)))
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defer f.Close()
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f.Write(data)
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}
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func (r *Registrator) SceneImageTime(scene *Scene) (start, center, end time.Time) {
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startPosInAux, endPosInAux := r.SceneInAuxIndex(scene)
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centerPosInAux := (startPosInAux + endPosInAux) / 2
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start = time.Unix(int64(auxilary.ReferenceTime2000)+int64(r.AuxPlatforms[startPosInAux].UTCTimeSec),
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int64(r.AuxPlatforms[startPosInAux].Microsecond)*1000)
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center = time.Unix(int64(auxilary.ReferenceTime2000)+int64(r.AuxPlatforms[centerPosInAux].UTCTimeSec),
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int64(r.AuxPlatforms[centerPosInAux].Microsecond)*1000)
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end = time.Unix(int64(auxilary.ReferenceTime2000)+int64(r.AuxPlatforms[endPosInAux].UTCTimeSec),
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int64(r.AuxPlatforms[endPosInAux].Microsecond)*1000)
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return
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}
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// FIXME: This function is not accurate enough.
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func (r *Registrator) SetSceneBoundary(scene *Scene) (topLeft, bottomRight orb.Point) {
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startPosInAux, endPosInAux := r.SceneInAuxIndex(scene)
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as := r.AuxPlatforms[startPosInAux]
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ae := r.AuxPlatforms[endPosInAux]
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startTime := time.Unix(int64(auxilary.ReferenceTime2000)+int64(as.UTCTimeSec), int64(as.Microsecond)*1000).UTC()
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endTime := time.Unix(int64(auxilary.ReferenceTime2000)+int64(ae.UTCTimeSec), int64(ae.Microsecond)*1000).UTC()
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startPos84 := []float64{as.W84PosX, as.W84PosY, as.W84PosZ}
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endPos84 := []float64{ae.W84PosX, ae.W84PosY, ae.W84PosZ}
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// FIXME: GPS 拟合效果不佳
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// x0 := float64(r.auxHeads[startPosInAux].TimeSec) + float64(r.auxHeads[startPosInAux].TimeSecFrac)/10e6
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// x1 := float64(r.auxHeads[endPosInAux].TimeSec) + float64(r.auxHeads[endPosInAux].TimeSecFrac)/10e6
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// startPos84 = []float64{r.w84FitPre[0].Predict(x0), r.w84FitPre[1].Predict(x0), r.w84FitPre[2].Predict(x0)}
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// endPos84 = []float64{r.w84FitPre[0].Predict(x1), r.w84FitPre[1].Predict(x1), r.w84FitPre[2].Predict(x1)}
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// stepN := 2
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// startPos84 = []float64{
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// utils.InterpPolynomial(r.w84PositionTime, r.w84PositionX, x0, stepN),
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// utils.InterpPolynomial(r.w84PositionTime, r.w84PositionY, x0, stepN),
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// utils.InterpPolynomial(r.w84PositionTime, r.w84PositionZ, x0, stepN),
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// }
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// endPos84 = []float64{
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// utils.InterpPolynomial(r.w84PositionTime, r.w84PositionX, x1, stepN),
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// utils.InterpPolynomial(r.w84PositionTime, r.w84PositionY, x1, stepN),
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// utils.InterpPolynomial(r.w84PositionTime, r.w84PositionZ, x1, stepN),
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// }
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// ------------------ 使用定姿态四元数计算图像边界 ------------------
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log.Info("using attitude quaternion to calculate image boundary...")
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Qsat2eci := calculator.Quaternion{W: as.QuatAttstarQ0, X: as.QuatAttstarQ1, Y: as.QuatAttstarQ2, Z: as.QuatAttstarQ3}
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line0Start, _ := calculator.IntersectionAttitude(Qsat2eci, startPos84, startTime, 0)
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line0End, _ := calculator.IntersectionAttitude(Qsat2eci, startPos84, startTime, payload.PAN_PIXEL_WIDTH)
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Qsat2eci = calculator.Quaternion{W: ae.QuatAttstarQ0, X: ae.QuatAttstarQ1, Y: ae.QuatAttstarQ2, Z: ae.QuatAttstarQ3}
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lineNStart, _ := calculator.IntersectionAttitude(Qsat2eci, endPos84, endTime, 0)
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lineNEnd, _ := calculator.IntersectionAttitude(Qsat2eci, endPos84, endTime, payload.PAN_PIXEL_WIDTH)
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// ------------------ 计算图像边界距离和分辨率 ------------------
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W0 := geo.Distance(orb.Point{line0Start.Lon, line0Start.Lat}, orb.Point{line0End.Lon, line0End.Lat})
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// WN := geo.Distance(orb.Point{lineNStart.Lon, lineNStart.Lat}, orb.Point{lineNEnd.Lon, lineNEnd.Lat})
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H0 := geo.Distance(orb.Point{line0Start.Lon, line0Start.Lat}, orb.Point{lineNStart.Lon, lineNStart.Lat})
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// HN := geo.Distance(orb.Point{line0End.Lon, line0End.Lat}, orb.Point{lineNEnd.Lon, lineNEnd.Lat})
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xResolution := W0 / float64(scene.Width)
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yResolution := H0 / float64(scene.Height)
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scene.Meta.Gsd = math.Min(xResolution, yResolution)
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// FIXME: 临时设置分辨率
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if scene.Meta.Gsd < 2 {
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scene.Meta.Gsd = 1.3
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} else {
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scene.Meta.Gsd = 5.2
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}
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log.Debug("resolution x: ", xResolution)
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log.Debug("resolution y: ", yResolution)
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// 求外接矩形
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latMin := mathutil.Min(line0Start.Lat, line0End.Lat, lineNStart.Lat, lineNEnd.Lat)
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lngMin := mathutil.Min(line0Start.Lon, line0End.Lon, lineNStart.Lon, lineNEnd.Lon)
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latMax := mathutil.Max(line0Start.Lat, line0End.Lat, lineNStart.Lat, lineNEnd.Lat)
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lngMax := mathutil.Max(line0Start.Lon, line0End.Lon, lineNStart.Lon, lineNEnd.Lon)
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poly := orb.Polygon{
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{
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{lngMin, latMin},
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{lngMax, latMin},
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{lngMax, latMax},
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{lngMin, latMax},
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{lngMin, latMin},
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},
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}
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centroid, _ := planar.CentroidArea(poly)
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scene.Meta.CentreLocation.Latitude = centroid.Y()
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scene.Meta.CentreLocation.Longitude = centroid.X()
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// 暂定存储四角点
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scene.Meta.Corners.UpperLeft.Latitude = line0Start.Lat
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scene.Meta.Corners.UpperLeft.Longitude = line0Start.Lon
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scene.Meta.Corners.UpperRight.Latitude = line0End.Lat
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scene.Meta.Corners.UpperRight.Longitude = line0End.Lon
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scene.Meta.Corners.LowerLeft.Latitude = lineNStart.Lat
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scene.Meta.Corners.LowerLeft.Longitude = lineNStart.Lon
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scene.Meta.Corners.LowerRight.Latitude = lineNEnd.Lat
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scene.Meta.Corners.LowerRight.Longitude = lineNEnd.Lon
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scene.Meta.SatPosX = startPos84[0]
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scene.Meta.SatPosY = startPos84[1]
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scene.Meta.SatPosZ = startPos84[2]
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scene.Meta.Yaw = ae.Eular3 * 180 / math.Pi
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scene.Meta.Pitch = ae.Eular2 * 180 / math.Pi
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scene.Meta.Roll = ae.Eular1 * 180 / math.Pi
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// 计算RPC
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rpc := NewRPC(r, scene, strings.Replace(scene.Tiff, ".tiff", ".rpb", 1))
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if err := rpc.SolveLeastSquares(); err != nil {
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log.Error("calculate RPC failed: ", err)
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} else {
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rpc.SaveRpb()
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}
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return
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}
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func (r *Registrator) SceneInAuxIndex(scene *Scene) (int, int) {
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startPosInAux := r.sceneOffsetInAuxIndex(scene, 0)
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endPosInAux := r.sceneOffsetInAuxIndex(scene, scene.Height)
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return startPosInAux, endPosInAux
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}
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func (r *Registrator) sceneOffsetInAuxIndex(scene *Scene, offset int) int {
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var auxForImageRow int
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switch scene.Type {
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case "MSS":
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auxForImageRow = 4
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case "PAN":
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auxForImageRow = 16
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case "FUS":
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auxForImageRow = 16
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}
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idx := (scene.Y + offset) / auxForImageRow
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if idx >= len(r.AuxPlatforms) {
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idx = len(r.AuxPlatforms) - 1
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}
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return idx
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}
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