ControlTable Treatment Program Generator
In the treatment program generator control table you can configure how treatment programs are generated.
Program restrictions
Allows you to control how treatment programs are generated, and how many treatment programs that are generated.
CcDelayMax
- Defines the maximum periods to await final felling after the corresponding lowest allowable stand age has been reached.
CcDelayMin
- Defines the minimum periods to await final felling after the corresponding lowest allowable stand age has been reached.
CcWait
- Defines the minimum periods between thinning and final felling.
CleaningVariation
- Defines the number of periods, from a certain stand age, to vary the simulation of cleaning.
ManagementSystem
- Allows you to select the types of management systems to generate treatment programs according to:
- EvenAged generates alternatives for even-aged management.
- Continuous generates alternatives for continuous cover management (also referred to as CCF, uneven-aged, selective felling, or selection harvesting).
- Unmanaged generates an alternative without any treatments (also referred to as free development).
MaxAlternatives
- Defines the maximum number of alternative treatment programs to be generated for a treatment unit.
MaxAlternativesToSave
- Defines the maximum number of alternative programs to be saved for a treatment unit. Saved programs have net present values higher than all unsaved.
MaxThinnings
- Defines the maximum number of thinnings to be simulated in a treatment unit, in the same generation.
MinIntervalThinnings
- Defines the minimum number of periods between thinnings simulated in a treatment unit.
ThinningVariation
- Defines the number of periods, from a certain stand age, to vary the simulation of first thinning.
TreatmentPriority
- Defines the order in which treatments are to be generated in the alternative programs.
Program restrictions - fertilization
Allows you to control if and how fertilization programs are generated.
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- Defines...
Model
- Defines whether several forest generations are saved in the same alternative (model 1) or if the first and second generations are saved separately (model 2).