| Rev |
Age |
Author |
Path |
Log message |
Diff |
| 798 |
3923d 18h |
werner |
/branches/port_qt5_64bit/ |
some comments, maximum number of years of simulations changed to 10000 |
|
| 779 |
4054d 18h |
werner |
/branches/port_qt5_64bit/ |
|
|
| 698 |
4594d 13h |
werner |
/trunk/ |
more documentation fixes.
Including some nicer styling for the doxygen documentation (larger fonts, more line spacing, iLand logos). |
|
| 697 |
4594d 15h |
werner |
/trunk/ |
Doxygen documentation revisited.
After re-establishing doxygen documentation (last update: 2009) a lot of smaller/medium documentation fixes.
Documentation is something that could definitely be always improved ;) |
|
| 671 |
4637d 19h |
werner |
/trunk/src/ |
Necessary changes for GPL licence (i.e. headers in all source files) |
|
| 639 |
4798d 16h |
werner |
/ |
move current content to the "trunk" |
|
| 536 |
4953d 16h |
werner |
/src/core/ |
update the calculation of belowground allocation. Due to a mishap an error was in there (a difference in implementation and concept). In short, the fraction of utilizable and global radiaton was not in the formula.
german info:
Eq. S13: ok, gut das wir da noch einmal gecheckt haben. Sollte so sein wie urspruenglich im Supplement (und auch im Wiki), also mit dem uAPAR/APAR ratio und fN. In fact, wenn die Pflanze Trockenstress hat, sollte mehr in die Wurzeln gehen, das ist die Logik dahinter. Ich nehm mal an das das einiges aendert, wir sollten es aber bereinigen. Kannst es mir ev. im project file als switch anlegen? Dann kann ich den Effekt besser testen. Thx und sorry fuer ev. Unklarheiten in der Kommunikation.
--> ok. da gibt es ein neues setting: "usePARFractionBelowGroundAllocation" (in "model.settings") . Wenn true (das ist auch default), dann wird das so gerechnet wie im paper, mit false ist es die "alte" und falsche variante. Und wahrscheinlich hab ich das versemmelt und irgendwie übersehen - es tut eher mir leid, wenn du jetzt deswegen noch recht viel arbeit hast... sorry. |
|
| 513 |
4979d 19h |
werner |
/src/core/ |
fixed a nasty bug: if one tree species succeeded to establish on a formerly empty RU, the saplings of other species were killed (well, not directly, but the environment was not recalculated leading to a f_env value of 0). |
|
| 485 |
5008d 20h |
werner |
/src/ |
multithreading-bug during calculation of yearly radiation sum |
|
| 483 |
5008d 21h |
werner |
/src/core/ |
recruitment: recruit the number of individuals provided by the Reineke equation.
(correct spelling error: reinecke -> reineke) |
|
| 480 |
5009d 02h |
werner |
/src/ |
debug message for fenvyr>1,
open file convenience |
|
| 467 |
5015d 01h |
werner |
/src/core/ |
added species-parameter "sapReferenceFactor" (for calculation of f_env,yr for sapling growth). |
|
| 440 |
5118d 21h |
werner |
/src/core/ |
climate: added a pre-calculated value for the 10.5hrs day
including establishment calculation in the normal execution path. |
|
| 437 |
5119d 20h |
werner |
/src/core/ |
corrected f_env,yr calculation |
|
| 436 |
5119d 20h |
werner |
/src/ |
climate: added totalRadiation() function
production3pg.cpp: added the calculation of the f_env,yr (total environmental performance of a species) |
|
| 369 |
5192d 00h |
werner |
/src/ |
* multithreading for 3pg production (crashes)
* do 3PG calculation only if this RU has some leafarea of a species (added clear() functions)
* added GUI-accessible speciesindex-variable for trees |
|
| 327 |
5322d 18h |
werner |
/src/ |
changed mode of radiation calculation |
|
| 300 |
5339d 01h |
werner |
/src/ |
changed CO2 response from yearly to monthly resolution |
|
| 280 |
5367d 13h |
werner |
/src/ |
Creation of the "Environment" class (loading of the "world" into iLand).
- added setter-functions to XmlHelper
- added auxiliary functions to CSVFile
- smaller changes to a bunch of other files. |
|
| 273 |
5371d 04h |
werner |
/src/ |
changed the way of aggregating the daily environmental responses. Now, the minimum of the response values for vpd, temperature and soil water is calculated daily and aggregated for each month. the utilizable radiation then is simply rad*avg_min_response. Brief tests showed, that the difference to the "old" multiplicative approach is not very large. |
|