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534 5050d 21h werner /src/ large(r) update of the soil model. Now, the 'kyl' and 'kyr' parameters (i.e. decomposition rates for the litter/wood-soil pool) are now species parameters and calculated dynamically from the litter inputs.  
528 5054d 14h werner /src/ more enabling of C/N cycling in iLand. little GUI-feature: click on a RU in resource-unit visualization now properly shows RU-related debug outputs.  
511 5083d 01h werner /src/ again, the reineke  
508 5084d 03h werner /src/ fixed calculation of number of saplings (Reineke)  
493 5103d 00h werner /src/ some GUI improvements: paint trees according to a predefined tree color, added also a general info-statusbar-message that shows the runyear/maxrunyear.

use this SQL to add necessary columns:

-- script to add "displayColor" and to fix the spelling error of "reineke"
-- 2010-10-16

alter table species rename to species_copy;

CREATE TABLE "species" ("shortName" CHAR(4),"name" TEXT,"active" INTEGER, "displayColor" TEXT, "LIPFile" TEXT,"specificLeafArea" REAL,"turnoverLeaf" REAL,"turnoverRoot" REAL,"HDlow" TEXT,"HDhigh" TEXT,"woodDensity" REAL,"formFactor" REAL,"bmWoody_a" REAL,"bmWoody_b" REAL,"bmFoliage_a" REAL,"bmFoliage_b" REAL,"bmRoot_a" REAL,"bmRoot_b" REAL,"bmBranch_a" REAL,"bmBranch_b" REAL,"probIntrinsic" REAL,"probStress" REAL,"maximumAge" REAL,"maximumHeight" REAL,"aging" TEXT,
"respVpdExponent" real,"respTempMin" real,"respTempMax" real,"respNitrogenClass" real,"phenologyClass" integer,"isConiferous" INTEGER,"isEvergreen" INTEGER,"maxCanopyConductance" INTEGER,"psiMin" INTEGER,"lightResponseClass" real,"finerootFoliageRatio" real, maturityYears integer, seedYearInterval integer, nonSeedYearFraction real, fecundity_m2 real, seedKernel_as1 real, seedKernel_as2 real, seedKernel_ks0 real,
estMinTemp real, estChillRequirement integer, estGDDMin integer, estGDDMax integer, estGDDBaseTemp real, estBudBirstGDD integer, estFrostFreeDays integer, estFrostTolerance double, sapHeightGrowthPotential text, sapMaxStressYears integer, sapStressThreshold real, sapHDSapling real, sapReinekesR real, sapReferenceRatio real);

insert into species (shortName, name, active, LIPFile, specificLeafArea, turnoverLeaf, turnoverRoot, HDlow, HDhigh, woodDensity, formFactor, bmWoody_a, bmWoody_b, bmFoliage_a, bmFoliage_b, bmRoot_a, bmRoot_b, bmBranch_a, bmBranch_b, probIntrinsic, probStress, maximumAge, maximumHeight, aging, respVpdExponent,
respTempMin, respTempMax, respNitrogenClass, phenologyClass, isConiferous, isEvergreen, maxCanopyConductance, psiMin, lightResponseClass, finerootFoliageRatio, maturityYears, seedYearInterval, nonSeedYearFraction, fecundity_m2, seedKernel_as1, seedKernel_as2, seedKernel_ks0,
estMinTemp, estChillRequirement, estGDDMin, estGDDMax, estGDDBaseTemp, estBudBirstGDD, estFrostFreeDays, estFrostTolerance, sapHeightGrowthPotential, sapMaxStressYears, sapStressThreshold, sapHDSapling, sapReinekesR, sapReferenceRatio
)
select shortName, name, active, LIPFile, specificLeafArea, turnoverLeaf, turnoverRoot, HDlow, HDhigh, woodDensity, formFactor, bmWoody_a, bmWoody_b, bmFoliage_a, bmFoliage_b, bmRoot_a, bmRoot_b, bmBranch_a, bmBranch_b, probIntrinsic, probStress, maximumAge, maximumHeight, aging, respVpdExponent,
respTempMin, respTempMax, respNitrogenClass, phenologyClass, isConiferous, isEvergreen, maxCanopyConductance, psiMin, lightResponseClass, finerootFoliageRatio, maturityYears, seedYearInterval, nonSeedYearFraction, fecundity_m2, seedKernel_as1, seedKernel_as2, seedKernel_ks0,
estMinTemp, estChillRequirement, estGDDMin, estGDDMax, estGDDBaseTemp, estBudBirstGDD, estFrostFreeDays, estFrostTolerance, sapHeightGrowthPotential, sapMaxStressYears, sapStressThreshold, sapHDSapling, sapReineckesR, sapReferenceRatio
FROM species_copy;

update species set displayColor = '3E9C49'; -- a simple green		  
483 5105d 23h werner /src/core/ recruitment: recruit the number of individuals provided by the Reineke equation.
(correct spelling error: reinecke -> reineke)		  
475 5106d 23h werner /src/ * Snag dynamics
debug output "SnagDynamics"
life cycle of Snag objects
include Snag Dynamics in newYear / year end routines

* threadrunner.cpp: parallel execution of species related tasks, e.g. the seed dispersal. In the current form, the ThreadRunner is much nicer:
ThreadRunner runner(mActiveSpecies);
runner.run(func_ptr);		  
470 5111d 02h werner /src/core/ add light response function to sapling growth (rest: constness of lightresponse function calls)  
467 5112d 02h werner /src/core/ added species-parameter "sapReferenceFactor" (for calculation of f_env,yr for sapling growth).  
460 5112d 18h werner /src/ changed label in regeneration debug output,
added minimum height of 4m as requirement for seed production.		  
453 5162d 13h werner /src/ sapling growth now in a basic working state. started to implement recruitment. One bug with the "maximum-establishment-height-grid" known.
added also visualization of regeneration layer. Once I have time, I should restructure the drawing/visualization code as it gets quirky (and a paper-concept is available...)		  
450 5163d 00h werner /src/core/ implementing sapling growth...  
449 5163d 01h werner /src/ start of implementation of sapling growth.
setup of the temporal height-map for saplings.		  
446 5212d 02h werner /src/ put Establishment parameters into database (total of 8 params).
new version 0.3 -- yeah!
just for the records the SQL for regeneration and Establishment:

-- add columns for regeneration
alter table species add maturityYears integer;
alter table species add seedYearInterval integer;
alter table species add nonSeedYearFraction real;
alter table species add fecundity_m2 real;
alter table species add seedKernel_as1 real;
alter table species add seedKernel_as2 real;
alter table species add seedKernel_ks0 real;

-- default values regeneration
update species
set maturityYears=30,seedYearInterval=5, nonSeedYearFraction=0.25, fecundity_m2=100, seedKernel_as1=100, seedKernel_as2=0, seedKernel_ks0=0;


-- add columns for establishment
/* --> corresponding c++-struct:
struct EstablishmentParameters
{
double min_temp; //degC
int chill_requirement; // days of chilling requirement
int GDD_min, GDD_max; // GDD thresholds
double GDD_baseTemperature; // for GDD-calc: GDD=sum(T - baseTemp)
int bud_birst; // GDDs needed until bud burst
int frost_free; // minimum number of annual frost-free days required
double frost_tolerance; //factor in growing season frost tolerance calculation
EstablishmentParameters(): min_temp(-37), chill_requirement(56), GDD_min(177), GDD_max(3261), GDD_baseTemperature(3.4),
bud_birst(255), frost_free(65), frost_tolerance(0.5) {}
}; */

alter table species add estMinTemp real;
alter table species add estChillRequirement integer;
alter table species add estGDDMin integer;
alter table species add estGDDMax integer;
alter table species add estGDDBaseTemp real;
alter table species add estBudBirstGDD integer;
alter table species add estFrostFreeDays integer;
alter table species add estFrostTolerance double;


-- default values establishment
update species
set estMinTemp=-37, estChillRequirement=56, estGDDMin=177, estGDDMaX=3261, estGDDBaseTemp=3.4,
estBudBirstGDD=255, estFrostFreeDays=65, estFrostTolerance=0.5;		  
445 5212d 02h werner /src/core/ added database species parameters for seed dispersal, fixed a bug with random generator in StandLoader, change maturity criterion for seed production to age instead of height.  
425 5243d 23h werner /src/ made the calculate() and execute() function of Expression const (using a trick), so there is no more need for un-const functions which should be const (e.g. in Species).  
420 5244d 14h werner /src/core/ removed the QMutex and the QMutexLocker for serializing the execution of expression evaluations. This is no longer necessary, because Expression::calculate() now is reentrant.
The performance effect of this change is awesome: the time used to grow individual trees drops by ca. 40% (the total runtime is maybe 5-10% faster) (tested with iLandSpeed.xml -> 2x2km)		  
415 5244d 23h werner /src/core/ seed dispersal:
* defining synchronized seed years for each species
* use different seed kernels depending on seed year state
* create two kernels for each species (1x seed year, 1 x non-seed-year)
* newYear() function also for each Species		  
391 5271d 21h werner /src/ a rather large update mainly in course of the implementation of seed dispersal.
* integrating the seed dispersal within the model logic
(new function e.g. SpeciesSet::newYear() or SpeciesSet::regeneration()).
* SeedDispersal: implementation of the Seed-Kernel a la TreeMig (see the R-Script on dispersal by Rupert)
Additionally:
new functions (sum(), multiply() for the Grid-template.		  
388 5272d 15h werner /src/core/ remodified the age calculation. Now the age is estimated based on the current height relative to h_max. The aging-calculation itself is no longer changed by that.  

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