| Rev |
Age |
Author |
Path |
Log message |
Diff |
| 1222 |
3060d 10h |
werner |
/ |
public SVN |
|
| 1221 |
3060d 10h |
werner |
/branches/ |
public SVN |
|
| 1220 |
3060d 10h |
werner |
/branches/version1.0/ |
Version 1.0 |
|
| 1218 |
3060d 12h |
werner |
/ |
clean up repository - make 1.0 trunk again! |
|
| 1217 |
3060d 12h |
werner |
/ |
clean up repository - make 1.0 trunk again! |
|
| 1157 |
3278d 18h |
werner |
/branches/iland_regen/ |
merge of changes in the trunk (up to the version used for the 2016 DICE simulation batch). |
|
| 1104 |
3348d 16h |
werner |
/branches/iland_regen/ |
Branch dedicated to playing around with establishment/regeneration.
Goals are:
(i) speed up
(ii) introduction of new features for Yellowstone |
|
| 965 |
3768d 05h |
werner |
/branches/port_qt5_64bit/src/ |
move to qt5.4 |
|
| 946 |
3845d 10h |
werner |
/branches/port_qt5_64bit/src/core/ |
again fixing the interception: the formula for calculating the potential interception was:
P * (1 - fall_thru_fraction * LAI_group/LAI_total)
this is wrong!
correct:
P * ( 1 - fall_thru_fraction) * LAI_group/LAI
the error was introduced by using the formulation in PICUS (and here the problem became apparent).... |
|
| 945 |
3845d 13h |
werner |
/branches/port_qt5_64bit/src/core/ |
changed the way interception is calculated when both broadleaved and coniferous trees are present on a RU. In the old version, the maximum intercepted amount of precip could be higher for mixed forests than for forests of broadleaved/coniferous alone (with the same total LAI). Now the maximum is calculated based on the share of coniferous LAI; in a second step it is estimated which part of that potential is actually realized. |
|
| 808 |
4180d 07h |
werner |
/branches/port_qt5_64bit/src/ |
implementing FOME.
* splitting "helper.cpp" into several files (debugtimer.h, statdata.h, viewport.h) (and changing lots of includes)
* implementing setup of activities (extracting from Javascript) |
|
| 802 |
4199d 17h |
werner |
/branches/port_qt5_64bit/ |
merge from trunk up to revision 801 |
|
| 781 |
4319d 10h |
werner |
/branches/port_qt5_64bit/src/ |
tried to compile also for MSVC 2010 32bit |
|
| 779 |
4332d 11h |
werner |
/branches/port_qt5_64bit/ |
|
|
| 777 |
4402d 12h |
werner |
/trunk/src/ |
removed a couple of warnings (partly using Q_UNUSED but also dropping of parameters) |
|
| 723 |
4801d 13h |
werner |
/trunk/src/ |
included a switch to determine the handling of freezing/frozen soil. |
|
| 720 |
4811d 06h |
werner |
/trunk/src/ |
fixed a problem when trees died in disturbance and the (unupdated) statistics were used (e.g. the LAI for calculating the water cycle). Now for affected resource units, not only the treelists but also the RU-statistics are updated.
implemented a "radiating" mechanism of border cells. If stand-grid-cells (i.e. 10m height grid resolution) are marked as "outside and forest", then the cells "radiate" some influence on the LIF into the project area. Thus, trees on the edge of the project do *not* have properties of trees standing on a stand edge. Currently, the form/amount of this edge-effect is hard coded. |
|
| 697 |
4872d 08h |
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 ;) |
|
| 680 |
4907d 15h |
werner |
/trunk/ |
Version 0.7.1
Several improvements/fixes in the Fire module, inter alia:
* fire size distribution
* handling of burning snags
* improved scripting support (export spread pattern als ESRI grid)
* fix in watercylce for kbdi-calculation |
|
| 671 |
4915d 12h |
werner |
/trunk/src/ |
Necessary changes for GPL licence (i.e. headers in all source files) |
|
| 646 |
5056d 13h |
werner |
/trunk/src/ |
reorganized the fire module code and other stuff.
* added new interfaces and linked some of them already (setup(), ...)
* separated the plugin from the implementation (fireplugin.h vs. FireModule)
* worked on finding a way to create "layeredgrids" (how to avoid the templates...)- i have a solution now but still not sure if it really works |
|
| 639 |
5076d 09h |
werner |
/ |
move current content to the "trunk" |
|
| 626 |
5128d 06h |
werner |
/src/core/ |
added some debug timers plus completed the executable directory (added the sqlite-plugin) |
|
| 621 |
5132d 16h |
werner |
/src/core/ |
* removed the temperature dependent calculation of e20 for the evapotranspiration,
* added some options to the project file (snow temperature, interception) |
|
| 620 |
5132d 18h |
werner |
/src/core/ |
Modified canopy evaporation to incorporate Wigmosta et al (switching
from "wet" to "dry" canopy) |
|
| 605 |
5145d 15h |
werner |
/src/ |
added the "rid" (i.e. a unique id per resource unit) in various debug outputs.
added the "shell" of a new carbonflow output. |
|
| 572 |
5179d 14h |
werner |
/src/ |
* be more generous with the names in the header of ESRI-style gis grids (case sensitivity)
* allow subtle difference for the sum of sand/clay/silt (rounding errors) |
|
| 566 |
5183d 17h |
werner |
/src/ |
extended management: modify carbon content of soil / swd pools.
slightly modifications to the CSVFile JS API (value(row, name)-function). |
|
| 562 |
5190d 13h |
werner |
/src/ |
calculate ET0 (reference evapotranspiration) that is used for snag decay 're'. Another version of penman monteith is used for calculation.
See the excel - based "re_decomp.xlsx" for details |
|
| 561 |
5190d 15h |
werner |
/src/core/ |
update of the watercycle:
* changed the calc. of svp-slope (saturated vapor pressure) from homebrewn derivation to FAO code (Allen et al).
* use now "net radiation" instead of global radiation. "net rad" is calculated from a linear estimation with fixed coefficients (source: 3pg)
The results show only very little differences (e.g.: base version: yearly et: 698mm, after updates: 666mm). (see penman-monteith_2011_test.xls) |
|
| 554 |
5195d 12h |
werner |
/ |
new version - somewhat intermediate.
contains the *next* version of 're' calculation and seems to have still problems with the PET calculation. This version is solely for testing purposes. |
|
| 553 |
5195d 13h |
werner |
/src/core/ |
another variant to calculate 're', following Adair et al 2008. Based on monthly sums of precipitation and PET. PET is calculated during the water cycle, monthly precipitation is summed in the climate object itself. |
|
| 547 |
5197d 14h |
werner |
/src/core/ |
restructured the topLayerWaterContent setting; it is now RU-specific (and not a global parameter) |
|
| 546 |
5197d 16h |
werner |
/src/core/ |
modified calculation of 're' (decay rate for snags), and added new model setting ('topLayerWaterContent') for that purpose. New variable 'waterDeficit' per day in WaterCycle. |
|
| 540 |
5222d 13h |
werner |
/src/ |
removed the storage of rel. water content in water cycle module; changed the way the climate modifier (re) for snag/soil decay is calculated.
Added the coarse wood of died trees to the 5-year decay pattern of branches (and renamed therefore to otherWood). |
|
| 504 |
5266d 09h |
werner |
/src/ |
New output for "saplings" |
|
| 503 |
5266d 10h |
werner |
/src/ |
water cycle: fixed a regression with the calculation of average aging.
added "canopyConductance" as variable for resource units.
added a GUI option to change the current log level. |
|
| 502 |
5266d 16h |
werner |
/src/core/ |
water cycle for resource units without adult trees; adapted water use for RUs with only few stands by adding "ground cover" up to LAI=1 with default characteristics. |
|
| 496 |
5283d 16h |
werner |
/src/core/ |
changed the behavior of the water-cycle wrt establishment: now the water cycle is executed even if no adult trees are on a resource unit |
|
| 484 |
5286d 14h |
werner |
/src/ |
modified release of memory of trees; QVector::resere() does not actually shrink memory; so now "squeeze()" is used. |
|