net.simplace.sim.components.management.tillage.TillageFunctions
public class TillageFunctions {
// Public Constructors
public TillageFunctions();
// Class Methods public static Double[]
SettledBulkDensity(Double[] bulkdensity, Double[]
depths, double tillagedepth, double mixingefficiency);
Calculates settled bulk density after tillage
The settled bulk density is calculated as the average
of the tillaged layers by taking the mixing efficiency
into account.
- bulkdensity
- depths
- tillagedepth
- mixingefficiency
returns public static Double[]
BulkDensityDayOfTillage(Double[] bulkdensity, Double[]
depths, double tillagedepth, double mixingefficiency);
Calculates bulk density for the day of tillage (Eq. 1 - modified)
- bulkdensity
- depths
- tillagedepth
- mixingefficiency
returns public static Double[]
SettlingBulkDensity(Double[] bulkdensity, Double[]
settledbulkdensity, Double[] sand, Double[] percolationrate, Double[]
depths, double tillagedepth, double mixingefficiency);
Calculates the settling of the soil after tillage (Eq. 1 and 2)
- bulkdensity
- settledbulkdensity
- sand
- percolationrate
- depths
- tillagedepth
- mixingefficiency
returns public static Double[]
MixedMaterialsAfterTillage(Double[] material, Double[]
depths, double tillagedepth, double mixingefficiency);
Calculates new material content per layer after tillage (Eq. 16)
Equivalent to Eq. 17+18 with EF = M%/100
- material
- depths
- tillagedepth
- mixingefficiency
returns public static Double[]
MixedProportionsAfterTillage(Double[] proportions,
Double[] depths, double tillagedepth, double mixingefficiency);
Calculates new material content per layer after tillage (Eq. 16)
- proportions
- depths
- tillagedepth
- mixingefficiency
returns
}