ReleasePlanKalypso220
From KalypsoDev
Revision as of 18:48, 2 February 2009 by Gernotbelger (Talk | contribs)
Kalypso - Release Plan for Version 2.2
Contents |
Roadmap
Kalypso Platform
- Items that improve Kalypso in general.
Proposed items
- Leverage the full potential of the eclipse 3.4 command framework
- Partly done; most important, some cosmetic changes to map-toolbars of 1d2d, risk and flood modules should be applied.
- I18N
- General i18n of the main modules
- Translations at least for English and German
Committed items
- Usage of Eclipse 3.4 command framework
- Map context and appropriate commands have been defined; all standard map commands rely on this mechanism.
Deferred Items
- Memory handling
- Kalypso consumes lots of memory, which prohibits to work with very large models. Also some known memory leaks should be fixed as well (same applies to UI-handles).
REMARK: this has partly already been done for Kalypso 2.1. What is the real need now?
- Accessing GML data
- Access to GML should be reworked. For example zip'ed GML will greatly reduce storage consumption on users machine; accessing only parts of GML (using WFS techniques) would enhance performance and memory management.
REMARK: this has partly already been done for Kalypso 2.1. What is the real need now?
Consumability / Reliability
This work will make it easier for users to get Kalypso, install it on their systems, and configure it for their use. It will also enhance the error handling and reporting mechanisms to make it easier to service Kalypso in the field.
Proposed items
- Update-Mechanism
- Use Eclipse 3.4 Update mechanism in order to easily update Kalypso.
- Bug/Feature-Reports
- Integrate report mechanism directly into Kalypso UI.
Committed items
- None at this time
Deferred Items
- None at this time
1D/2D
Proposed items
general
- style editing
- Enable style editing in maps of 1D/2D perspective
- speed up map drawing
- How???
- scenario handling
- Is there any general conceptual thing to do? Otherwise functionality of deriving a scenario should exclude already derived scenarios from new derivation because there will be too many copies. Besides duplication of scenarios (again without sub scenarios, perhaps as choice from user) should be possible.
- WMS(/WFS/WCS)
- suggestions Give a suggestion list of available web server for data to process on.
processing
- Memory handling
- The current main bottleneck is the processing of 1D2D tin results in memory. Writing the results directly to disk should fix this main problem.
- detailed definition of URFC
- Enable the detailed setting of the under relaxation factor for each time step in a very comfortable way. This feature could extremly speed up the calculation speed.
- import timeseries from RRM Enable
- import of timeseries data that was processed/ calculated in KalypsoRRM? (i.e. just import timeseries, that are already zml)
- Support other calculation cores
- Other calculation cores (such as RMA2 and RMA10, Hydro-AS) should be supported, based on the same mesh-data as RMA10S (see KalypsoProdcutRoamdmap2_1CalcCores).
- different junction approaches
- Enable momentum controlled, energy controlled and water stage controlled 1D-junctions
- manual calculation interruption
- Enable manual interruption of calculation without total abruption, i.e. results processed so far should be interpreted
- show chosen timeseries
- Display chosen timeseries in control panel graphically
preprocessing
- Net editing
- The user experience with the net can be improved in many ways; for example refinements of the net are needed as well as integration of the GAJA3D toolkit. Management of net changes between calculations (consider restart!). The handling of terrain models should be refaktored in order to use the improved grid mechanisms.
- 2D net import
- Allow the user to import a shape(z) file that represents the mesh geometry.
- MAP widget - Infobutton
- Infobutton for the node theme should display the node's elevation
- Triangulation of discretisation
- Enable processing of terrain TIN in preprocessing to visualise problematic parts of the mesh. At the moment the TIN is only created, if at least on calculation step is done successfully. Besides the problem occurs, that the terrain TIN can only be visualised in the result.map. It should become part of the fenet.map.
- 1D Preprocessing
- The 1D preprocessing (aka determination of polynomials) should be possible without WSPM. For that, a profile management tool and also handling of initial restart data is needed in 1D2D.
- 1D-profile editor
- Enable profile editing in 1D/2D, i.e. full profile editor functionality of WSPM
- WSPM-1D/2D synchronization
- Give a possibility to synchronize changes of models in WSPM with model data (terrain.gml) in 1D/2D, if e.g. user changes active flow region etc.
two-directions 1D-control structure
- Support the generation of wwQ-relationships for both flow directions seperatly (changes in GUI and calculation core)
- activation of control structures
- Add a possibility to switch on/off individual control structures in a calculation unit or generally. Point is just to be able to switch off a control structure without deleting the data set.
- support binary elevation models
- Change data format for elevation models to binary data format like in FloodModeller? and RiskModeller?.
- concave polygons
- Validation check for polygons prohibits drawing of concave polygons, because first node for concavity is not allowed to be drawn. Better just prohibit FINISHING a self cutting polygon.
- polygon Snapping
- Enable snapping for polygon drawing (e.g. for roughness polygons)
- polygon editing
- Enable possibility of adding a node to the linear ring or moving a particular node of the linear ring
- delete unused widgets
- widgets "Ein Element entfernen", "ein Element erzeugen", "ein Element editieren" (Schere, Plus, Bleistift) are without function and have to be deleted
- leave zooming widgets always in control bar
- Some general widgets disappear, if map is not the active view. This leads to pressing the wrong widget, if the map-activation-click is direclty made on another widget that is placed on the left hand side of the hidden widgets. ('prohibit jumping of widgets')
- pasting into time series
- Enable pasting into the table of a boundary condition
- improve Bandgenerator
- Connection lines between 1st and 3rd boundary lines are straight. They should connect equal distant distributed nodes in between.
- roughness classes update
- Update usable roughness classes with literature source
results
- Improve result processing
- Result processing is limited because memory consumption is too high. This should be one of the key issues for the next release.
- Result Post Processing
- Allow selective and/or lazy result processing. Improve result visualization (i.e. 3D, dynamic, compare). Also new types of results(-views) should be considered (i.e. dynamic flow pathes, ...).
- Overwrite existing results
- Overwrite existing results for setting in timeseries results view. Problem is, that user has to set up nodes again after each new calculation. Additionally take Profile kilometer as default name.
- Marsh-vectors
- Enable marsh water depth display and Marsh-vector display in plan view. (Let's have a deeper discussion about, what could be done to understand Marshing-algorithm better, too). This task is very important, as it can extremly increase the stability of the model. Following should be visualizable optionally: Marsh depth/slot depth, Marsh vectors, Marsh water depth results, effective porosity results, type of active Marsh range ...
- Active/Inoperative elements
- Enable the visualisation of boundary lines of the active flow region. Besides display the active/ inoperative elements at a particular run
- Line checks
- Introduce result evaluation at cross section definitions in 2D meshs. Also integrate them for evaluation of longitudinal sections through 2D-mesh parts for calculation of Q and average v.
- Longitudinal section setup
- Enable longitudinal section setup, i.e. be able to set up connections of longitudinal sections of base units in coupled units.
- Add timeseries to tables
- Enable additional loading of time series to results graphics to be able (e.g. for calibration)
- Belated evaluation of results
- Enable the evaluation of particular result steps of unsteady calculations. Besides an import of results from external calculations would be nice.
- Improve error messages and log messages
- Improve error messages from the calculation core (Errors, warnings, hints, direkt access to nodes etc., iteration table, activation/deactivation of nodes/elements ... )
completly new features
- IMPORTANT:
- support rm1-model files Enable Prof. King to use our GUI
- Loading of files
- Enable loading of external results and external control files (r10)
- enable side friction e.g. for walls
- Make use of the shore line friction functionality of RMA·Kalypso, that already exists
- Calculation Units
- Implement an import / export functionality for calculation units (and all underlying data) in order to share / exchange calculation units beyond projects.
- 2D-control structures
- Add possibility to introduce 2D control structures as weirs, sluice gates etc.
- enlarge cstrc-possibilies
- Add additional calculation possibilities for weirs
- channel profiles (GEO-approach)
- Enable 1D-sections with original RMA10S-definition method (geometric approach)
- parameter settings
- Set up general calculation core parameters like memory settings, inflow element number etc.
- Calculation core compatibility
- Add general information page, which calculation core versions are supported in a certain Kalypso version
- Inflow elements
- More refinement of inflow elements, i.e. differ between inflow elements with or without predefined inflow direction (momentum influence). Develope inflow groups (deep cogging with calculation core, see other road map)
- widening/contraction losses
- Develope feature for consideration of widening and contraction losses in 1D approach (deep cogging with calculation core, see other road map)
- local losses
- Develope feature to consider local losses (deep cogging with calculation core, see other road map)
- simplified bridges/weirs
- Develope feature to consider bridges/weirs in simple form as local loss with formula of Cidarer (deep cogging with calculation core, see other road map)
Committed items
- None at this time
Deferred Items
- None at this time
WSPM
Proposed items
- Profile Interpolation
- Enhance Profile Management/Display
- Enforce work with map in general
- Synchronisation Map - Chart
- Distinguish profiles from different strands/water bodies
- Result Post Processing
- Enhance visualization of results, for example show waterlevels in profiles, show multiple results in one chart, ...
- Support for 'Energieverlust'
- Workflow for WSPM
- Profile DGM Extraction
Committed items
- None at this time
Deferred Items
- None at this time
RRM (NA)
Committed items
- None at this time
Proposed items
- workflow support
- Theoretical workflow already exists. Workflow support for RRM is really necessary
- statistical analysis Add statistical analysis functions
Deferred Items
- None at this time
Flood
Committed items
- None at this time
Proposed items
- None at this time
Deferred Items
- None at this time
Risk
Committed items
- None at this time
Proposed items
- Additional outputs
- generate more 'in between results' during risk calculation as damages etc.
- Additional outputs
- formats export grids as shapes.
- single damage calculation
- Enable calculation of damage for single flood events
Deferred Items
- None at this time