Use of Intel Visual Fortran 2013.1.119 compiler
New node type: Natural lake node
New link type: Natural lake backwater flow link
Measures: site conditional reservoir operation
Measures: generalized time conditional measures (simulation of adaptation and development path ways)
Optimal operation of groups of parallel reservoirs: improved parallel balanced reservoir operation
Links: improvements to groundwater abstraction link (allow active / inactive)
Flow composition and basic water quality: improvements to computation
Node type: improvement of the (surface water reservoir) storage partition node type
Node and link types: improvements on inactive surface water reservoir nodes and sw reservoir backwater flow links
Data consistency: extra test on length of the crop growing period and source priority list
Data consistency: generation of fixed data file ExtWtDmd.da0 which can be used to replace fixed data file ExtWtDmd.dat
Training: new user instruction videos
Overview of model data tables: layout updated
Climate change scenario: values per parameter, per time series and per time step allowed
Measures: new property "Node name contains" and "Link name contains"
Probabilistic analysis: variable reset of initial status
Data consistency: improved checking of data validity for the used link and node types.
Measures: user defined coordinated reservoir management using new feature of site conditional measures
Measures: time conditional measures (partly, still in progress)
Measures: simulation of development pathways by use of time conditional measures (partly, still in progress)
Results: computation of annual average flow in Mcm and m3/s (optional)
Delwaq water quality modelling: improved coupling between water allocation, waste load and water quality process models
Daily simulation: simplified, time series on time step basis also accepted
Summary report: lay-out change
Operating system: Windows 10 Professional 32 bits supported
Probabilistic analysis: reset initial status with a reset period defined by user
Groundwater exfiltration time series: time series added to the hydrological scenario and linked to the Advanced irrigation node
Automatic update procedure: improved
Measures: at reservoir main gate and turbine gate can be set active
Crop plan: automatic setting of data dimensions improved in case that agriculture scenarios is used.
Data consistency: improved checking of data validity for use of gw reservoirs and abstractions, extra tables at fish pond
Time series files: determination of leap year is improved
Land-use and population scenarios: change values can be positive and negative.
Model data entry: Dataedit template updated
Computation: simulation of the variable irrigation node improved
Overview of model data tables: extra tables with demand in Mcm/ts and Mcm/year for public water supply and advanced irrigation nodes
Measures: property names changed
Error message: change
Computation: improved run time of simulation
Computation: code improvements
Measures: improvement of the node and link name testing
Daily simulation: extra His-file with daily reservoir results including correct water balance.
Measures: correction of Fixed irrigation node measure for conveyance efficiency
Advanced irrigation node: water demand of Cropper improved
Advanced irrigation node: write Cropper results in separate His-resultfiles to be picked up by component Simproc if no feedback on field status
Overview of model data tables: change to groundwater efficiency
Advanced irrigation node: a separate component (Totplan) has been developed for the computation of irrigation water demand without feedback on field status at the crop planning.
Advanced irrigation node: flood basin crop water demand computation updated at the crop plan editor (Cropper)
Measure: text of property names changed for fixed irrigation node
Case management tool: updated, different menus for models with and without advanced irrigation nodes
Case analysis tool: New version
Model data entry: Dataedit template updated of variable irrigation node (2 decimals at crop requirements)
Automatic update procedure: prepared included within Ribasim 7.01 for Rbn- and Rbd-models (directories Update en UpdateDlw)
Case management tool: updated file Descprot.cmt to include file Qstatis.hia
New start: improved new start case at designing network under Netter
Advanced irrigation node: correction of flood basin cultivation area computation in Cropper and Simproc (Jira Ribasim issue 94).
Operating system: runs under Windows7
Advanced irrigation node: maximum number of defined crops increased to 100
Computation: improved simulation run time
Land-use and population scenario: direct link with Java spatial model JSM
Agriculture scenario: direct link with ASME model (Agriculture Sector model for Egypt)
Scenarios and strategies: specification of
1. Climate change scenarios
2. Agriculture sector scenarios (alternative crop plans)
3. Land-use and population growth scenarios (land-use)
4. Measure and strategies (management action, interventions)
Delwaq water quality modelling (Rbd - models):
1. Specification of waste load scenarios
2. Use of the Waste Load Estimation Module
User interface: update of title screen program RbmShell so it runs on Windows7 64 bits.
Delwaq water quality modelling (Rbd - models): new waste load model NepWlm.
Case management tool: updated file Descprot.cmt to include Hia-files voor NepWlm.
Results: computation of dependable flow (program Discharge)
Measures and strategies definition files: added.
Land-use and population growth scenarios (land-use): link with Java Spatial Model (update of crop plan due to decreasing irrigation area)
Climate change scenario: added.
Case management tool: updated file Descprot.cmt for Rbd-model to include Delwaq and Nepwlm-related His- and Hia-files
Computation: sort the Demand node-Source node (DS) trajects of the source nodes within the same priority / preference group in Source priority list based on length: number of links in traject. This way the sources near the demand nodes are used first at the target setting phase of the simulation.
Automatic update procedure for Rbd-models: updated for Delwaq and Nepwlm system and scenario files.
Computation: dynamic memory allocation for all network elements in order to speed up Ribasim runtime
Delwaq water quality modelling: link with Delwaq in separate application: Rbd-directories
Operating system: works on Windows7 64 bits
Network design: no limitation on the number of nodes and links (dynamic memory allocation for all network elements).
Advanced irrigation node: maximum number of crops increased from 50 to 100
Computation: the nodes in the source priority list within the same priority group are put in the source priority list based on the length of the demand-source node route: the number of links in the route. Now the sources near the demand nodes are used first.
Computation: the inactive source nodes in a source priority list are replaced by the source priority list of the inactive node. Now this updated list is also rearranged by applying the procedure outlined in the previous item.
Delwaq water quality modelling: link with Delft water quality process model Delwaq, specification of waste load scenarios and use of the waste load estimation model.
Scenario: specification of climate change scenarios (change in runoff, rainfall, evaporation)
Scenario: specification of agriculture scenario's (change in crop plan)
Scenario: specification of land-use and population scenarios (link with spatial planning)
Measures and strategies: explicitly definition of measures and management actions (strategies, interventions, combination of measures)
Results: flow statistics in post-processing: minimum flow, average flow, maximum flow, standard deviation, one or more dependable flow and simulated flow per calendar year
Results: Annual results for various parameters
Results: standard histogram for time step and annual output parameters
Results: cumulative distribution function for annual output parameters
Automatic conversion: RIBASIM model Version 6 to 7 conversion includes that a Water district node becomes a Variable inflow node, a Brackish fish pond node becomes a Fish pond node (program ClrDbase)