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Line 135... Line 135...
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    var position = {};
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    var position = {};
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    position["Datetime"]            = "20" + nmea_rmc_parts[9].substr(4, 2) + "-" + nmea_rmc_parts[9].substr(2, 2) + "-" + nmea_rmc_parts[9].substr(0, 2);
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    position["Datetime"]            = "20" + nmea_rmc_parts[9].substr(4, 2) + "-" + nmea_rmc_parts[9].substr(2, 2) + "-" + nmea_rmc_parts[9].substr(0, 2);
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    position["Datetime"]            += " " + nmea_rmc_parts[1].substr(0, 2) + ":" + nmea_rmc_parts[1].substr(2, 2) + ":" + nmea_rmc_parts[1].substr(4, 2) + " UTC";
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    position["Datetime"]            += " " + nmea_rmc_parts[1].substr(0, 2) + ":" + nmea_rmc_parts[1].substr(2, 2) + ":" + nmea_rmc_parts[1].substr(4, 2) + " UTC";
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    position["Latitude"]            = nmea_rmc_parts[3] + "," + nmea_rmc_parts[4];
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    position["Longitude"]           = nmea_rmc_parts[5] + "," + nmea_rmc_parts[6];
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    position["HorizontalDilution"]  = nmea_gga_parts[8];
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    /* Calculate decimal latitude */
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    position["Altitude"]            = nmea_gga_parts[9] + "," + nmea_gga_parts[10];
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    var degrees = parseFloat(nmea_rmc_parts[3].substr(0, 2));
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    position["HeightOfGeoid"]       = nmea_gga_parts[11] + "," + nmea_gga_parts[12];
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    var decimal = parseFloat(nmea_rmc_parts[3].substr(2));
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    position["SpeedKnots"]          = nmea_rmc_parts[7];
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    position["Latitude"] = degrees + (decimal / 60.0);
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    if (nmea_rmc_parts[4] == "S")
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    {
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      position["Latitude"] = -position["Latitude"];
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    }
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    /* Calculate decimal longitude */
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    var degrees = parseFloat(nmea_rmc_parts[5].substr(0, 3));
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    var decimal = parseFloat(nmea_rmc_parts[5].substr(3));
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    position["Longitude"] = degrees + (decimal / 60.0);
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    if (nmea_rmc_parts[6] == "W")
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    {
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      position["Longitude"] = -position["Longitude"];
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    }
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    position["Hdop"] = nmea_gga_parts[8];
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    position["Satellites"] = nmea_gga_parts[7];
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    position["Altitude"] = nmea_gga_parts[9]; // Meters
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    position["HeightOfGeoid"] = nmea_gga_parts[11] // Meters
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    position["Speed"] = nmea_rmc_parts[7]; // Knots
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    position["Angle"]               = nmea_rmc_parts[8];
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    position["Angle"] = nmea_rmc_parts[8];
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    if (nmea_rmc_parts[10] != "")
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    if (nmea_rmc_parts[10] != "")
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    {
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    {
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      position["MagneticVariation"]   = nmea_rmc_parts[10] + "," + nmea_rmc_parts[11].substr(0, 1);
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      position["MagneticDeclination"] = parseFloat(nmea_rmc_parts[10]);
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      if (nmea_rmc_parts[11].substr(0, 1) == "W")
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      {
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        position["MagneticDeclination"] = -position["MagneticDeclination"];
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      }
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    }
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    }
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    return position;
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    return position;
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  }
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  }
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