InitAndSetConstHeightClProps.f90 File Reference

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Functions/Subroutines
subroutine	initandsetconstheightclprops (nspc)
	InitAndSetConstHeightClProps.

Function/Subroutine Documentation

initandsetconstheightclprops()

subroutine initandsetconstheightclprops

(

integer, intent(in)

nspc

)

InitAndSetConstHeightClProps.

---

1. Determines the leaf areas corresponding to the light intensity in the light classes
2. Initializes the state variables
3. Calculates and stores cell specific, height-class related but constant properties:
   1. height, diameter, biomass, leaf area, seed production

• USE: FileListModule, All_par
• IN:

  • Parameters

    nspc	: number of species

  • from ALL_par:
    • maxhc, maxlc : INTEGER:: : max. number of height classes (0-maxhc) and light classes (1-maxlc)
    • maxlat, maxlon :INTEGER:: number of rows/cols of simulation domain
      
    • htmax: INTEGER : max. height of all species
    • birht :REAL : height of trees when entering first height class
    • hcwidth: REAL : discrete height class width
      
    • tabsepOutput :LOGICAL: tabulator (T) or comma separated output?
    • pltsiz :REAL : Plot size [=patchSize]
    • toplt =1.0 :REAL, parameter: Light at the top of the canopy
      
    • spec(maxspc) :TYPE(SpecProperties) : species properties; here a.o. all species parameters are put to spec
• OUT:
  • via All_par:
    • specCl(maxspc): TYPE(SpecPropertiesInCl) : species properties in light and height classes
    • stateGrid : TYPE(CurrStateInCell), dimension(:, :), allocatable :: current state in each cell (the entire grid)
    • seedrain : TYPE(NewSeedsInCell), dimension(:, :), allocatable:: arriving seeds in each cell (the entire grid)
    • LightAndLeafAreaPerLightClass, BiomPerTreeHCLOutFile, LAIPerTreeHClOutFile,
      SeedProdFractPerTreeHClOutFile, DBHPerTreeHClOutFile, HeightPerHClOutFile : TYPE(File) : output files
    • ltfrq(maxlc): REAL : Light frequency in light classes
      
    • ltcum(maxlc): REAL : Cumulative lightfreq. in light classes
      
    • ltval(maxlc): REAL : Light Values
      
    • la(maxlc): REAL : Leaf area belonging to light in light classes ltcl
      
• CALLS:
  • function BiomassFromDBH in Allometries.f90
  • function DBHFromHeight in Allometries.f90
  • function LAFromDiamete in Allometries.f90
    
• CALLED FROM:
  • TreeMig in TreeMig.f90

Definition at line 42 of file InitAndSetConstHeightClProps.f90.