private ArrayList<String> getConnectionSynTypes() {
    ArrayList<String> a = new ArrayList<String>();

    for (ConnSpecificProps c : globConnProps) {
      a.add(c.synapseType);
    }
    return a;
  }
  public void startGroup(Group g) throws Hdf5Exception {
    logger.logComment("-----   Going into a group: " + g.getFullName());

    ArrayList<Attribute> attrs = Hdf5Utils.parseGroupForAttributes(g);

    for (Attribute attribute : attrs) {
      // attribute.
      logger.logComment(
          "Group: "
              + g.getName()
              + " has attribute: "
              + attribute.getName()
              + " = "
              + Hdf5Utils.getFirstStringValAttr(attrs, attribute.getName()));
    }

    if (g.getName().equals(NetworkMLConstants.ROOT_ELEMENT)) {
      logger.logComment("Found the main group");

      String simConfigName =
          Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.NC_SIM_CONFIG);

      if (simConfigName != null) this.foundSimConfig = simConfigName;

      String randomSeed =
          Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.NC_NETWORK_GEN_RAND_SEED);

      if (randomSeed != null) this.foundRandomSeed = Long.parseLong(randomSeed);

    } else if (g.getName().equals(NetworkMLConstants.POPULATIONS_ELEMENT)) {
      logger.logComment("Found the pops group");
      inPopulations = true;

    } else if (g.getName().startsWith(NetworkMLConstants.POPULATION_ELEMENT) && inPopulations) {
      String name = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.POP_NAME_ATTR);

      logger.logComment("Found a population: " + name);
      currentCellGroup = name;
    } else if (g.getName().equals(NetworkMLConstants.PROJECTIONS_ELEMENT)) {
      logger.logComment("Found the projections group");
      inProjections = true;

      String units = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.UNITS_ATTR);

      projUnitSystem = UnitConverter.getUnitSystemIndex(units);

    } else if (g.getName().startsWith(NetworkMLConstants.PROJECTION_ELEMENT) && inProjections) {
      String name = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.PROJ_NAME_ATTR);
      String source = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.SOURCE_ATTR);
      String target = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.TARGET_ATTR);

      logger.logComment("Found a projection: " + name + " from " + source + " to " + target);

      if (!project.morphNetworkConnectionsInfo.isValidSimpleNetConn(name)
          && !project.volBasedConnsInfo.isValidVolBasedConn(name)) {
        throw new Hdf5Exception(
            "Error: there is a network connection with name: "
                + name
                + " specified in "
                + "that file, but no such NetConn exists in the project. Add one to allow import of this file");
      }

      /* TODO: Add checks on source & target!!
       */

      if (project.morphNetworkConnectionsInfo.isValidSimpleNetConn(name)) {
        // if (project.morphNetworkConnectionsInfo)
      }

      currentNetConn = name;
    } else if (g.getName().startsWith(NetworkMLConstants.SYN_PROPS_ELEMENT + "_")
        && inProjections) {
      String name = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.SYN_TYPE_ATTR);

      ConnSpecificProps cp = new ConnSpecificProps(name);

      String internalDelay =
          Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.INTERNAL_DELAY_ATTR);
      if (internalDelay != null)
        cp.internalDelay =
            (float)
                UnitConverter.getTime(
                    Float.parseFloat(internalDelay),
                    projUnitSystem,
                    UnitConverter.NEUROCONSTRUCT_UNITS);

      // Lump them in to the internal delay...
      String preDelay = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.PRE_DELAY_ATTR);
      if (preDelay != null)
        cp.internalDelay =
            cp.internalDelay
                + (float)
                    UnitConverter.getTime(
                        Float.parseFloat(preDelay),
                        projUnitSystem,
                        UnitConverter.NEUROCONSTRUCT_UNITS);

      String postDelay = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.POST_DELAY_ATTR);
      if (postDelay != null)
        cp.internalDelay =
            cp.internalDelay
                + (float)
                    UnitConverter.getTime(
                        Float.parseFloat(postDelay),
                        projUnitSystem,
                        UnitConverter.NEUROCONSTRUCT_UNITS);

      cp.weight =
          Float.parseFloat(Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.WEIGHT_ATTR));

      String propDelay = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.PROP_DELAY_ATTR);
      if (propDelay != null)
        globAPDelay =
            (float)
                UnitConverter.getTime(
                    Float.parseFloat(propDelay),
                    projUnitSystem,
                    UnitConverter.NEUROCONSTRUCT_UNITS);

      logger.logComment("Found: " + cp);

      globConnProps.add(cp);
    } else if (g.getName().equals(NetworkMLConstants.INPUTS_ELEMENT)) {
      logger.logComment("Found the Inputs group");
      inInputs = true;

      String units = Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.UNITS_ATTR);

      inputUnitSystem = UnitConverter.getUnitSystemIndex(units);
    } else if (g.getName().startsWith(NetworkMLConstants.INPUT_ELEMENT) && inInputs) {
      // The table of input sites is within the input group so get sites from here

      String inputName = g.getName().substring(6);

      // String inputName = Hdf5Utils.getFirstStringValAttr(attrs,
      // NetworkMLConstants.INPUT_ELEMENT);

      logger.logComment("Found an Input: " + inputName);
      // inInput = true;

      if (project.elecInputInfo.getStim(inputName) == null) {
        throw new Hdf5Exception(
            "Error: there is an electrical input with name: "
                + inputName
                + " specified in "
                + "that file, but no such electrical input exists in the project. Add one to allow import of this file");
      }
      // Get the atributes of the Input and compare them with the attributes within the project
      // Test to find out what type of input this is

    } else if (g.getName().startsWith("IClamp") && inInputs) {
      String inputName = g.getParent().getName().substring(6);
      // Get the input sites from the table

      String cellGroup =
          Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.INPUT_TARGET_POPULATION_ATTR);
      if (cellGroup == null) {
        cellGroup =
            Hdf5Utils.getFirstStringValAttr(
                attrs, NetworkMLConstants.INPUT_TARGET_CELLGROUP_OLD_ATTR); // check old name
      }

      float readDelay =
          (float)
              UnitConverter.getTime(
                  Float.parseFloat(
                      Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.INPUT_DELAY_ATTR)),
                  inputUnitSystem,
                  UnitConverter.NEUROCONSTRUCT_UNITS);
      float readDuration =
          (float)
              UnitConverter.getTime(
                  Float.parseFloat(
                      Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.INPUT_DUR_ATTR)),
                  inputUnitSystem,
                  UnitConverter.NEUROCONSTRUCT_UNITS);
      float readAmp =
          (float)
              UnitConverter.getCurrent(
                  Float.parseFloat(
                      Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.INPUT_AMP_ATTR)),
                  inputUnitSystem,
                  UnitConverter.NEUROCONSTRUCT_UNITS);

      StimulationSettings nextStim = project.elecInputInfo.getStim(inputName);
      ElectricalInput myElectricalInput = nextStim.getElectricalInput();
      IClamp ic = (IClamp) myElectricalInput;

      logger.logComment("Found an IClamp Input");

      float currDelay = -1, currDur = -1, currAmp = -1;

      /*
      try
      {
          ic.getDelay().reset();
          currDelay = ic.getDelay().getNumber();
          ic.getDuration().reset();
          currDur = ic.getDuration().getNumber();
          ic.getAmplitude().reset();
          currAmp = ic.getAmplitude().getNumber();
      }
      catch (Exception ex)
      {
          logger.logError("Legacy error getting iclamp params!!");
      }*/

      currDelay = ic.getDel().getNominalNumber();
      currDur = ic.getDur().getNominalNumber();
      currAmp = ic.getAmp().getNominalNumber();

      if ((!project.elecInputInfo.getStim(inputName).getCellGroup().equals(cellGroup))
          || (readDelay != currDelay)
          || (readDuration != currDur)
          || (readAmp != currAmp)) {
        throw new Hdf5Exception(
            "Error: the input properties of the file do not match those in the project for input "
                + inputName
                + ""
                + "\nreadDelay: "
                + readDelay
                + ", currDelay: "
                + currDelay
                + "\nreadDuration: "
                + readDuration
                + ", currDur: "
                + currDur
                + "\nreadAmp: "
                + readAmp
                + ", currAmp: "
                + currAmp
                + ", str: "
                + Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.INPUT_AMP_ATTR));
      }
      currentInput = inputName;
    } else if (g.getName().startsWith("RandomSpikeTrain") && inInputs) {
      String inputName = g.getParent().getName().substring(6);
      // Get the input sites from the table
      String cellGroup =
          Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.INPUT_TARGET_POPULATION_ATTR);
      if (cellGroup == null) {
        cellGroup =
            Hdf5Utils.getFirstStringValAttr(
                attrs, NetworkMLConstants.INPUT_TARGET_CELLGROUP_OLD_ATTR); // check old name
      }

      float frequency =
          (float)
              UnitConverter.getRate(
                  Float.parseFloat(
                      Hdf5Utils.getFirstStringValAttr(
                          attrs, NetworkMLConstants.RND_STIM_FREQ_ATTR)),
                  inputUnitSystem,
                  UnitConverter.NEUROCONSTRUCT_UNITS);
      String mechanism =
          Hdf5Utils.getFirstStringValAttr(attrs, NetworkMLConstants.RND_STIM_MECH_ATTR);

      StimulationSettings nextStim = project.elecInputInfo.getStim(inputName);
      ElectricalInput myElectricalInput = nextStim.getElectricalInput();
      RandomSpikeTrain rs = (RandomSpikeTrain) myElectricalInput;

      logger.logComment("Found an Random Spike Train Input");

      if ((!project.elecInputInfo.getStim(inputName).getCellGroup().equals(cellGroup))
          || frequency != rs.getRate().getFixedNum()
          || !rs.getSynapseType().equals(mechanism)) {
        throw new Hdf5Exception(
            "Error: the input properties of the file do not match those in the project for input "
                + inputName);
      }
      currentInput = inputName;
    }
  }
  public void dataSet(Dataset d) throws Hdf5Exception {
    logger.logComment("-----   Looking through dataset: " + d);

    ArrayList<Attribute> attrs = Hdf5Utils.parseDatasetForAttributes(d);

    for (Attribute attribute : attrs) {
      logger.logComment(
          "Dataset: "
              + d.getName()
              + " has attribute: "
              + attribute.getName()
              + " = "
              + Hdf5Utils.getFirstStringValAttr(attrs, attribute.getName()));
    }

    float[][] data = Hdf5Utils.parse2Ddataset(d);

    logger.logComment("Data has size: (" + data.length + ", " + data[0].length + ")");

    if (inPopulations && currentCellGroup != null) {
      for (int i = 0; i < data.length; i++) {
        int id = (int) data[i][0];
        float x = data[i][1];
        float y = data[i][2];
        float z = data[i][3];

        PositionRecord posRec = new PositionRecord(id, x, y, z);

        if (data[0].length == 5) {
          posRec.setNodeId((int) data[i][4]);
        }

        this.project.generatedCellPositions.addPosition(currentCellGroup, posRec);
      }
    }
    if (inProjections && currentNetConn != null) {
      logger.logComment("Adding info for NetConn: " + currentNetConn);

      int id_col = -1;

      int pre_cell_id_col = -1;
      int pre_segment_id_col = -1;
      int pre_fraction_along_col = -1;

      int post_cell_id_col = -1;
      int post_segment_id_col = -1;
      int post_fraction_along_col = -1;

      int prop_delay_col = -1;

      for (Attribute attribute : attrs) {
        String storedInColumn = Hdf5Utils.getFirstStringValAttr(attrs, attribute.getName());

        if (storedInColumn.equals(NetworkMLConstants.CONNECTION_ID_ATTR)) {
          id_col = Integer.parseInt(attribute.getName().substring("column_".length()));
          logger.logComment("id col: " + id_col);
        } else if (storedInColumn.equals(NetworkMLConstants.PRE_CELL_ID_ATTR)) {
          pre_cell_id_col = Integer.parseInt(attribute.getName().substring("column_".length()));
        } else if (storedInColumn.equals(NetworkMLConstants.PRE_SEGMENT_ID_ATTR)) {
          pre_segment_id_col = Integer.parseInt(attribute.getName().substring("column_".length()));
          logger.logComment("pre_segment_id_col: " + pre_segment_id_col);
        } else if (storedInColumn.equals(NetworkMLConstants.PRE_FRACT_ALONG_ATTR)) {
          pre_fraction_along_col =
              Integer.parseInt(attribute.getName().substring("column_".length()));
          logger.logComment("pre_fraction_along_col: " + pre_fraction_along_col);
        } else if (storedInColumn.equals(NetworkMLConstants.POST_CELL_ID_ATTR)) {
          post_cell_id_col = Integer.parseInt(attribute.getName().substring("column_".length()));
        } else if (storedInColumn.equals(NetworkMLConstants.POST_SEGMENT_ID_ATTR)) {
          post_segment_id_col = Integer.parseInt(attribute.getName().substring("column_".length()));
        } else if (storedInColumn.equals(NetworkMLConstants.POST_FRACT_ALONG_ATTR)) {
          post_fraction_along_col =
              Integer.parseInt(attribute.getName().substring("column_".length()));
        } else if (storedInColumn.startsWith(NetworkMLConstants.PROP_DELAY_ATTR)) {
          prop_delay_col = Integer.parseInt(attribute.getName().substring("column_".length()));
        }

        for (String synType : getConnectionSynTypes()) {
          if (storedInColumn.endsWith(synType)) {
            ConnSpecificProps cp = null;

            for (ConnSpecificProps currCp : localConnProps) {
              if (currCp.synapseType.equals(synType)) cp = currCp;
            }
            if (cp == null) {
              cp = new ConnSpecificProps(synType);
              cp.internalDelay = -1;
              cp.weight = -1;
              localConnProps.add(cp);
            }

            if (storedInColumn.startsWith(NetworkMLConstants.INTERNAL_DELAY_ATTR)) {
              cp.internalDelay =
                  Integer.parseInt(
                      attribute
                          .getName()
                          .substring("column_".length())); // store the col num temporarily..
            }
            if (storedInColumn.startsWith(NetworkMLConstants.WEIGHT_ATTR)) {
              cp.weight =
                  Integer.parseInt(
                      attribute
                          .getName()
                          .substring("column_".length())); // store the col num temporarily..
            }
          }
        }
      }

      for (int i = 0; i < data.length; i++) {
        int pre_seg_id = 0;
        float pre_fract_along = 0.5f;
        int post_seg_id = 0;
        float post_fract_along = 0.5f;

        int id = (int) data[i][id_col];
        int pre_cell_id = (int) data[i][pre_cell_id_col];
        int post_cell_id = (int) data[i][post_cell_id_col];

        float prop_delay = 0;

        if (pre_segment_id_col >= 0) pre_seg_id = (int) data[i][pre_segment_id_col];
        if (pre_fraction_along_col >= 0) pre_fract_along = data[i][pre_fraction_along_col];
        if (post_segment_id_col >= 0) post_seg_id = (int) data[i][post_segment_id_col];
        if (post_fraction_along_col >= 0) post_fract_along = data[i][post_fraction_along_col];

        // (float)UnitConverter.getTime(XXXXXXXXX, UnitConverter.NEUROCONSTRUCT_UNITS,
        // unitSystem)+"";
        if (prop_delay_col >= 0)
          prop_delay =
              (float)
                  UnitConverter.getTime(
                      data[i][prop_delay_col], projUnitSystem, UnitConverter.NEUROCONSTRUCT_UNITS);

        ArrayList<ConnSpecificProps> props = new ArrayList<ConnSpecificProps>();

        if (localConnProps.size() > 0) {
          for (ConnSpecificProps currCp : localConnProps) {
            logger.logComment("Pre cp: " + currCp);
            ConnSpecificProps cp2 = new ConnSpecificProps(currCp.synapseType);

            if (currCp.internalDelay > 0) // index was stored in this val...
            cp2.internalDelay =
                  (float)
                      UnitConverter.getTime(
                          data[i][(int) currCp.internalDelay],
                          projUnitSystem,
                          UnitConverter.NEUROCONSTRUCT_UNITS);
            if (currCp.weight > 0) // index was stored in this val...
            cp2.weight = data[i][(int) currCp.weight];

            logger.logComment("Filled cp: " + cp2);

            props.add(cp2);
          }
        }

        this.project.generatedNetworkConnections.addSynapticConnection(
            currentNetConn,
            GeneratedNetworkConnections.MORPH_NETWORK_CONNECTION,
            pre_cell_id,
            pre_seg_id,
            pre_fract_along,
            post_cell_id,
            post_seg_id,
            post_fract_along,
            prop_delay,
            props);
      }
    }
    if (inInputs && currentInput != null) {
      logger.logComment("Adding info for: " + currentInput);
      StimulationSettings nextStim = project.elecInputInfo.getStim(currentInput);
      ElectricalInput myElectricalInput = nextStim.getElectricalInput();
      String electricalInputType = myElectricalInput.getType();
      String cellGroup = nextStim.getCellGroup();

      for (int i = 0; i < data.length; i++) {
        Float fileCellId = data[i][0];
        Float fileSegmentId = data[i][1];
        Float fractionAlong = data[i][2];
        int cellId = fileCellId.intValue();
        int segmentId = fileSegmentId.intValue();

        SingleElectricalInput singleElectricalInputFromFile =
            new SingleElectricalInput(
                electricalInputType, cellGroup, cellId, segmentId, fractionAlong, null);

        this.project.generatedElecInputs.addSingleInput(
            currentInput, singleElectricalInputFromFile);
      }
    }
  }