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Package Summary
Package
Description
Diverse sim components that can be used with different models
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== Overview ==
The package components contains a couple of smaller models, which can
be used with other models.
FAO 56 methods for computing evaporation and transpiration
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The sim components calculate ET with different methods.
This package contains models / sim components that
are marked as experimental
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The status of experimental implies one or more of the following
- algorithms are not yet validated
- the methodology is not yet published
- interface (inputs/outputs) is not finally established
- user should use the model at their own risk
- no assistance is provided
- behaviour of model/interface can change any time
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This package contains components to calculation surface runoff.
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== Overview ==
This package contains the Gecros sim component.
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== Overview ==
This subpackage contains the splitting of Gecros into
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Crop model based on Lintul2 with additional changes
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== Overview ==
The sim components of this model are based on Lintul2, but include
some changes
- nitrogen limitation from Lintul3
- addition of drought tolerance parameter
- optional use of reference evapotranspiration
- etc.
Crop model that implements the Lintul2 algorithm
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== Overview ==
Implements the Lintul2 algorithm.
Lintul5 - Simple generic model for simulation of crop growth
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== Introduction ==
The sim components in the package lintul5 implement the Lintul5 algorithms
from (L5).
Splitting of the Lintul5 sim component into submodules
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In order to use only parts of the Lintul5 algorithm and combine
the sim component with other model's sim components, the Lintul5
sim component has been split
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Crop that implements the LintulFAST model
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== Overview ==
Implementations is based on LintulFAST, a C# program that is itself
based on Lintul2, but made some changes in algorithms and added vernalisation,
photoresponse, trend and technology etc.
Sim component that implements the Sucros2 algorithm
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== Description ==
The sim component Sucros2.java implements the crop model Sucros2.
Two splittings of the sim component Sucros2 into a crop and water
module
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== Description ==
The Sucros2 sim component is split into a crop and water module.
Splitting of the sim component Sucros2 into a crop and water
module
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== Description ==
The Sucros2 sim component is split into a crop and water module.
Splitting of the sim component Sucros2 into a crop and water
module
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== Description ==
The Sucros2 sim component is split into a crop and water module.
FAO 56 methods for computing radiation
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The sim components calculate radiation with different methods
and from different inputs.
SLIM - Model for soilwater, root growth and nitrogen
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== Overview ==
This package contains sim components that implements
algorithms from the SLIM model.
Sim components that perform auxiliary technical calculations
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== Overview ==
The components from this package perform auxiliary technical calculations
like counting or transforming of array values.
Helper classes with auxiliary functions and methods
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== Overview ==
In this package (and it's subpackages) you find helper classes
with methods and functions, that are used by sim components and
transformers.
Helper methods for calculating diurnal weather values
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== Overview ==
The classes of this package define some helper functions and methods
to calculate diurnal weather values (e.g. sorting weatherdata, calculating
diurnal radiation by different methods etc.)
FAO 56 methods for computing vapour pressure
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Sim components to calculate vapour pressure with different methods from
different inputs.
Parameter generators for calibration and sensitivity analysis
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Generators generate a number of parameter sets and create for each
parameter set a simulation.
Transformers change data from resources before simulation start
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== Overview ==
Transformers normally act on resources and produce new resources,
e.g. unit conversion, subdivision of layered data, aggregation etc.