Morph a present-day EPW into future-climate EPWs with the Future Weather Generator (future-weather-generator.adai.pt), then feed the result to any Eddy3D workflow. Needs Java 17+ and the generator's .jar, which Eddy3D does not ship: download the distribution you need (CMIP6 Global, CORDEX-CMIP5 Europe, …) into ~/Eddy3D/FWG. The tool is licensed CC BY-NC-SA 4.0 — noncommercial use, attribution required.
Input
Name
Nickname
Description
Type
Output Folder
Dir
Folder the morphed weather files are written to (one subfolder per baseline EPW). Unwired: ~/Eddy3D/FutureWeather.
Text
EPW
W
Path to the present-day EPW to morph — wire it straight from Download Weather.
Text
Scenarios
S
Emission pathways to generate, as the installed distribution names them (CMIP6 Global: ssp126, ssp245, ssp370, ssp585; CORDEX builds: rcp26, rcp45, rcp85). Empty runs the distribution's full default set. The Available output lists what your jar actually offers.
Text
Timeframes
T
Future periods to generate, e.g. 2050 and 2080 (the CMIP6 Global build centres them on 2036-2065 and 2066-2095). Empty runs the distribution's defaults.
Text
Settings
C
Optional Morph Settings — climate products, interpolation, uncertainty case, solar methods. Unwired, the generator runs on its own defaults.
Generic Data
FWG Jar
J
Path to the Future Weather Generator .jar. Unwired, Eddy3D looks in ~/Eddy3D/FWG, then Downloads, then the EDDY3D_FWG_JAR environment variable.
Text
Run
R
Morph the weather file. A full multi-model run takes minutes to hours; cancel from the right-click menu.
Boolean
Output
Name
Nickname
Description
Type
EPW Files
EPW
Paths of the morphed weather files, one per scenario / period / model.
Text
Labels
L
What each file represents, aligned with EPW Files (e.g. ssp370_2050_ensemble).
Text
Available
A
The scenarios, periods and climate products the installed jar reports — read from its own help output, so it is correct for whichever distribution you have.