In SPRING 7, a newly developed kernel, which works in parallel and is scalable, has been implemented in the software architecture. This leads to the following improvements:

• Application with up to 100 million nodes

• Fast opening, closing and saving of large models

 

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Application with up to 100 million nodes possible

 

• Interpolation algorithms are optimised for scalability with multithreading

• New handling of transient data with convenient editing options

 

 

Coordinate systems:

• Support for coordinate reference systems

• Integrated possibilities for coordinate transformation

• Connection to map server XYZ&WMS

 

RUBINFLUX:

• Program-assisted generation of Input IDs

• Usable field capacity as an alternative to field capacity and permanent wilting point.

• Consideration of capillary rise for the coupled calculation of groundwater and RUBINFLUX

• Figure "real" soil moisture through coupling (3D: "root zone", multilayer model)

• GeoTiff export including clipping of subareas

• Saving the transient groundwater recharge (optionally with soil water metrics)

• Determination of drought index

• Interpolation of climate trend lines

 

Water systems:

• Retention of flood waves using Kalinin-Miljukov

• Balancing of runoff components (individual components: base runoff, direct runoff, seepage, external inflow amounts))

• Damping of the watercourse flood potentials with Manning-Strickler

 

Further:

• New error estimators

• Removable 3D elements within the layering

• Energy balance according coupling geothermal utilized boundary conditions

• Conditioning for stable solutions of large systems of equations

• Optimized matrix structure

• Revised measurement point management

• Geoprocessing tools

 

 

simple transfers of geometries to existing meshes

 

Inclusion of fracture surfaces and advanced geometries in SPRING 7

 

SPRING - General Features