Examples with AngleFormat org.apache.sis.measure.AngleFormat used on opensource projects

Example 6 with AngleFormat

use of org.apache.sis.measure.AngleFormat in project sis by apache.

the class LocationFormat method format.

/**
 * Writes a textual representation of the given location in the given stream or buffer.
 *
 * <div class="warning"><b>Upcoming API change — generalization</b><br>
 * in a future SIS version, the type of {@code location} parameter may be generalized
 * to the {@code org.opengis.referencing.gazetteer.Location} interface.
 * This change is pending GeoAPI revision.</div>
 *
 * @param  location    the location to format.
 * @param  toAppendTo  where to format the location.
 * @throws IOException if an error occurred while writing to the given appendable.
 */
@Override
@SuppressWarnings({ "fallthrough", "null" })
public void format(final AbstractLocation location, final Appendable toAppendTo) throws IOException {
    ArgumentChecks.ensureNonNull("location", location);
    final Locale locale = getLocale(Locale.Category.DISPLAY);
    final Vocabulary vocabulary = Vocabulary.getResources(locale);
    final TableAppender table = new TableAppender(toAppendTo, "│ ", columnSeparator, " │");
    table.setMultiLinesCells(true);
    /*
         * Location type.
         */
    table.appendHorizontalSeparator();
    final AbstractLocationType type = location.type();
    if (type != null) {
        append(table, vocabulary, Vocabulary.Keys.LocationType, toString(type.getName(), locale));
    }
    /*
         * Geographic identifier and alternative identifiers, if any.
         */
    append(table, vocabulary, Vocabulary.Keys.GeographicIdentifier, toString(location.getGeographicIdentifier(), locale));
    final Collection<? extends InternationalString> alt = location.getAlternativeGeographicIdentifiers();
    if (alt != null && !alt.isEmpty()) {
        boolean isFirst = true;
        vocabulary.appendLabel(Vocabulary.Keys.AlternativeIdentifiers, table);
        nextColumn(table);
        for (final InternationalString id : alt) {
            if (!isFirst) {
                isFirst = false;
                table.append(lineSeparator);
            }
            table.append(id);
        }
        table.nextLine();
    }
    /*
         * Extents (temporal and geographic). If an envelope exists and the CRS is not geographic,
         * then the envelope bounds will be appended on the same lines than the geographic bounds.
         * But before writing the bounding box and/or the envelope, check if they are redundant.
         * We may also need to change axis order (but not unit) of the envelope in order to match
         * the axis order of the geographic bounding box.
         */
    final Extent extent = new DefaultExtent(null, location.getGeographicExtent(), null, location.getTemporalExtent());
    final Range<Date> time = Extents.getTimeRange(extent);
    if (time != null) {
        append(table, vocabulary, Vocabulary.Keys.StartDate, toString(time.getMinValue()));
        append(table, vocabulary, Vocabulary.Keys.EndDate, toString(time.getMaxValue()));
    }
    GeographicBoundingBox bbox = Extents.getGeographicBoundingBox(extent);
    Envelope envelope = location.getEnvelope();
    DirectPosition position = position(location.getPosition());
    // Position in geographic CRS.
    DirectPosition geopos = null;
    // Envelope Coordinate Reference System.
    CoordinateReferenceSystem crs = null;
    // CRS in conventional (x,y) axis order.
    CoordinateReferenceSystem normCRS = null;
    // If failed to transform envelope.
    Exception warning = null;
    try {
        if (envelope != null) {
            normCRS = normalize(crs = envelope.getCoordinateReferenceSystem());
            if (normCRS != crs) {
                // Should only change order and sign.
                envelope = Envelopes.transform(envelope, normCRS);
            }
        }
        if (position != null) {
            /*
                 * If only one of the envelope or the position objects specify a CRS, assume that the other object
                 * use the same CRS. If both the envelope and the position objects specify a CRS, the envelope CRS
                 * will have precedence and the "representative position" will be projected to that CRS.
                 */
            final CoordinateReferenceSystem posCRS = position.getCoordinateReferenceSystem();
            if (normCRS == null) {
                normCRS = normalize(crs = posCRS);
                if (normCRS != crs) {
                    // Should only change order and sign.
                    envelope = Envelopes.transform(envelope, normCRS);
                }
            }
            if (bbox != null) {
                // Compute geographic position only if there is a geographic bounding box.
                GeographicCRS geogCRS = ReferencingUtilities.toNormalizedGeographicCRS(posCRS);
                if (geogCRS != null) {
                    geopos = transform(position, posCRS, geogCRS);
                }
            }
            position = transform(position, posCRS, normCRS);
        }
    } catch (FactoryException | TransformException e) {
        envelope = null;
        position = null;
        warning = e;
    }
    /*
         * At this point we got the final geographic bounding box and/or envelope to write.
         * Since we will write the projected and geographic coordinates side-by-side in the same cells,
         * we need to format them in advance so we can compute their width for internal right-alignment.
         * We do the alignment ourselves instead than using TableAppender.setCellAlignment(ALIGN_RIGHT)
         * because we do not want (projected geographic) tuple to appear far on the right side if other
         * cells have long texts.
         */
    if (bbox != null || envelope != null) {
        final CoordinateSystem cs = (crs != null) ? crs.getCoordinateSystem() : null;
        String[] geographic = null;
        String[] projected = null;
        String[] unitSymbol = null;
        AngleFormat geogFormat = null;
        NumberFormat projFormat = null;
        UnitFormat unitFormat = null;
        int maxGeogLength = 0;
        int maxProjLength = 0;
        int maxUnitLength = 0;
        boolean showProj = false;
        if (bbox != null || geopos != null) {
            geogFormat = (AngleFormat) getFormat(Angle.class);
            geographic = new String[BOUND_KEY.length];
            Arrays.fill(geographic, "");
        }
        if (envelope != null || position != null) {
            projFormat = (NumberFormat) getFormat(Number.class);
            unitFormat = (UnitFormat) getFormat(Unit.class);
            projected = new String[BOUND_KEY.length];
            unitSymbol = new String[BOUND_KEY.length];
            Arrays.fill(projected, "");
            Arrays.fill(unitSymbol, "");
        }
        for (int i = 0; i < BOUND_KEY.length; i++) {
            RoundingMode rounding = RoundingMode.FLOOR;
            double g = Double.NaN;
            double p = Double.NaN;
            int dimension = 0;
            switch(i) {
                case 0:
                    if (bbox != null)
                        g = bbox.getWestBoundLongitude();
                    if (envelope != null)
                        p = envelope.getMinimum(0);
                    break;
                case 2:
                    if (bbox != null)
                        g = bbox.getEastBoundLongitude();
                    if (envelope != null)
                        p = envelope.getMaximum(0);
                    rounding = RoundingMode.CEILING;
                    break;
                case 3:
                    if (bbox != null)
                        g = bbox.getSouthBoundLatitude();
                    if (envelope != null)
                        p = envelope.getMinimum(1);
                    dimension = 1;
                    break;
                case 5:
                    if (bbox != null)
                        g = bbox.getNorthBoundLatitude();
                    if (envelope != null)
                        p = envelope.getMaximum(1);
                    rounding = RoundingMode.CEILING;
                    dimension = 1;
                    break;
                // Fall through
                case 4:
                    dimension = 1;
                case 1:
                    if (geopos != null)
                        g = geopos.getOrdinate(dimension);
                    if (position != null)
                        p = position.getOrdinate(dimension);
                    rounding = RoundingMode.HALF_EVEN;
                    break;
            }
            if (!Double.isNaN(p)) {
                showProj |= (g != p);
                if (cs != null) {
                    final Unit<?> unit = cs.getAxis(dimension).getUnit();
                    if (unit != null) {
                        final int length = (unitSymbol[i] = unitFormat.format(unit)).length();
                        if (length > maxUnitLength) {
                            maxUnitLength = length;
                        }
                    }
                }
                try {
                    projFormat.setRoundingMode(rounding);
                } catch (UnsupportedOperationException e) {
                // Ignore.
                }
                final int length = (projected[i] = projFormat.format(p)).length();
                if (length > maxProjLength) {
                    maxProjLength = length;
                }
            }
            if (!Double.isNaN(g)) {
                geogFormat.setRoundingMode(rounding);
                final Angle angle = (dimension == 0) ? new Longitude(g) : new Latitude(g);
                final int length = (geographic[i] = geogFormat.format(angle)).length();
                if (length > maxGeogLength) {
                    maxGeogLength = length;
                }
            }
        }
        if (!showProj) {
            // All projected coordinates are identical to geographic ones.
            projected = null;
            unitSymbol = null;
            maxProjLength = 0;
            maxUnitLength = 0;
        } else if (maxProjLength != 0) {
            if (maxUnitLength != 0) {
                maxUnitLength++;
            }
            // Arbitrary space between projected and geographic coordinates.
            maxGeogLength += 4;
        }
        /*
             * At this point all coordinates have been formatted in advance.
             */
        final String separator = (projected != null && geographic != null) ? "    —" : "";
        for (int i = 0; i < BOUND_KEY.length; i++) {
            final String p = (projected != null) ? projected[i] : "";
            final String u = (unitSymbol != null) ? unitSymbol[i] : "";
            final String g = (geographic != null) ? geographic[i] : "";
            if (!p.isEmpty() || !g.isEmpty()) {
                vocabulary.appendLabel(BOUND_KEY[i], table);
                nextColumn(table);
                table.append(CharSequences.spaces(maxProjLength - p.length())).append(p);
                table.append(CharSequences.spaces(maxUnitLength - u.length())).append(u).append(separator);
                table.append(CharSequences.spaces(maxGeogLength - g.length())).append(g);
                table.nextLine();
            }
        }
    }
    if (crs != null) {
        append(table, vocabulary, Vocabulary.Keys.CoordinateRefSys, IdentifiedObjects.getName(crs, null));
    }
    /*
         * Organization responsible for defining the characteristics of the location instance.
         */
    final AbstractParty administrator = location.getAdministrator();
    if (administrator != null) {
        append(table, vocabulary, Vocabulary.Keys.Administrator, toString(administrator.getName(), locale));
    }
    table.appendHorizontalSeparator();
    table.flush();
    if (warning != null) {
        vocabulary.appendLabel(Vocabulary.Keys.Warnings, toAppendTo);
        toAppendTo.append(warning.toString()).append(lineSeparator);
    }
}

Example 7 with AngleFormat

use of org.apache.sis.measure.AngleFormat in project sis by apache.

the class AnglePattern method parse.

/**
 * Parses the given angle. This function is typically invoked for parsing only one value.
 * But it is nevertheless defined as a matrix function for more efficient conversions of
 * a bulk of angles.
 *
 * @param text    the angle to parse.
 * @param locale  the expected locale of the text to parse.
 */
double[][] parse(final String[][] text, final Locale locale) {
    final AngleFormat format = getAngleFormat(locale);
    final double[][] value = new double[text.length][];
    synchronized (format) {
        for (int j = 0; j < text.length; j++) {
            final String[] input = text[j];
            if (input != null) {
                // Paranoiac check.
                final double[] result = new double[input.length];
                for (int i = 0; i < input.length; i++) {
                    try {
                        result[i] = format.parse(input[i]).degrees();
                    } catch (ParseException e) {
                        result[i] = Double.NaN;
                        if (warning == null) {
                            warning = e;
                        }
                    }
                }
                value[j] = result;
            }
        }
    }
    return value;
}