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List of Figures

  1. An example display of the Java Application Cache Viewer. The viewer displays the Java applications that are available locally. If a network connection is available, a more recent version of an application (provided it exists) can be downloaded and run.
  2. The Observing Tool main GUI.
  3. The Menu bar and Toolbar are displayed at the top of the OT window.
  4. The Project Structure Pane. Visible is the structure of a Phase 1 program with two Science Goals (top) and another project that has been loaded as a read-only template (bottom).
  5. The Overview panes for Phase 1 (top) and Phase 2 (bottom). The Contextual Help on the left reflects the project phase that is selected on the right.
  6. The GUI of the OT for setting the user appearance preferences.
  7. Display of the colour choices in the Colour tab of the OT Preferences.
  8. The display of the dialogs pop-up windows can be enabled/disabled via the Dialogs tab in the OT Preferences.
  9. The connection tab in the Options GUI. Here the user authentication and connection details can be entered.
  10. The ALMA Template Library.
  11. The Calibrator Selection Tool.
  12. The LO Configuration Tool.
  13. The ALMA Sensitivity Calculator.
  14. The ALMA Spectral Line Selection Tool.
  15. The Project form with the Principle Investigator , Main Project Information and Advanced Options panels.
  16. An example of the Proposal Information panel of the Phase 1 proposal Form.
  17. The Investigator search dialog to select the Proposal investigators from the ALMA users database.
  18. The lower part of Proposal form with the Investigators and the Science & Technical Case form.
  19. Project Structure for a Phase 1 proposal with two Science Goals.
  20. The Science Goal Field Setup Form with three sources defined. The selected source has been assigned a single telescope pointing position.
  21. The example of a source list that can be loaded via the Science Goals.
  22. Example of a Science Goal Spectral Setup form. Up to 4 spectral elements can be observed.
  23. The Calibration Setup Parameters form. The calibration strategy can be selected between System or User-defined.
  24. The Control Parameters form of the Science Goal.
  25. The Project Finder dialog box for selecting projects in the ALMA Archive.
  26. The form for the ObsUnitSet. The basic project structure tree is displayed at the left in the Project Structure pane.
  27. The lower part of the Scheduling Block form.
  28. An example of the Target and Resources folder in a Scheduling Block.
  29. A Project Structure that contains one SB. The Target folder contains one science Target and 2 calibration Targets. In the Target folder the calibration Target NRAO530 is selected and its attached forms are highlighted. The figure shows that the calibration Target is used for pointing and focus calibrations.
  30. Overview of the Targets in the Target folder in the project tree. The table is displayed when clicking on the folder.
  31. The Observing Group panel in the Editors pane for handing an Observing Group. On the left are all available Targets. The table on the right lists the Targets in the Observing Group.
  32. The upper part of the Field Source form with the Fields Source and Reference Positions panels. Because the Use Reference box is tagged, the fields in the Reference Position section are made visible.
  33. The lower part of the FieldSource form with the FieldPatternEditor and field pattern properties ( rectangle ) panels.
  34. The panels and fields for the Spectral Spec, Switching and Correlation Configuration. A similar layout exists for the the square-law detector.
  35. The fields for defining the baseband Configurations.
  36. The fields for defining the spectral windows.
  37. The form for the Observing Parameters. The tabs for science and calibration targets and for the special Observatory Setups are visible. The tabs become visible when the corresponding entry in the Observing Parameters folder in the Project Tree is selected.
  38. A Phase 2 observing programme structure that contains one Scheduling Block. The Scheduling Block contains 5 Targets. FieldSource, SpectralSpec and Observing Parameters forms have been created in the Resources folders. The figure shows the highlighted target HD163296 in the Target folder and the attached parameter sets.
  39. An example of the image display area on the Science Goal Visual Spatial Editor. The source position (big cross) is marked.
  40. The FOV Parameters and the Image Query panels in the Visual Spatial Editor.
  41. The right side of the Science Goal Visual Spatial Editor. This information is also shown using the forms editor.
  42. Example of a mosaic definition based on a rectangular pattern in an SB.
  43. The graphical representation of the frequency information in a Science Goal. The top graph shows the ALMA receiver bands, the transmission curve and the sidebands and LO1. The tables provide frequency settings and source information.
  44. The graphical representation of the frequency information about receivers and LO frequencies: the frequency range for the selected receiver band (in this case Band 6), the frequency of the target (CO 2-1), the LO1 frequency, the LSB and USB bands and the position of the basebands.
  45. Visualisation of the baseband configuration. Visible are part of the frequency band (hashed), the transmission curve, four basebands and their spectral windows. For baseband 1 (BBC1 at 226 GHz) three spectral windows are defined. The most optimal LO1 frequency is displayed after applying the Calculate LOs button.
  46. Example of the Project Finder dialogue window used to find projects in the ALMA Archive.
  47. Display of the SB in the Project Structure pane, and the content of the Problems tab in the Feedback pane after validating an (invalid) project. Note that the invalid SB components are marked in the project tree.
  48. Possible replies from the Archive upon a project submission: acceptance or rejection.
  49. An example of the Observatory Goal Survey Target form.
  50. An example of the Target List Query form. The maximum number of targets is unlimited.
  51. An example of the Survey Calibrators form.
  52. The Advanced Parameters panel in Observing Parameters and Scheduling Blocks forms for specifying expert parameters via Keyword-Value pairs.




















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The ALMA OT Team, 2011 May 20