minor fixes

eWaterCycle · Oct 27, 2024 · fff825b · fff825b
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diff --git a/book/_toc.yml b/book/_toc.yml
@@ -4,12 +4,10 @@ root: intro.md
 parts:
   - caption: Contents
     chapters:
-    - file: oneModel/oneModel.md
-      sections:
-      - file: oneModel/example_model_run_HBV.ipynb
+    - file: oneModel/example_model_run_HBV.ipynb
     - file: oneModel/additionalExperiments.md
       sections:
-      - file: oneModel/example_model_run_HBV_CMIP_forcing.ipynb
-      - file: oneModel/calibration_HBV/example_calibrate_HBV.ipynb
-      - file: oneModel/pcrglobwb/example_model_run_pcrglobwb.ipynb
+      - file: oneModel/additional/example_model_run_HBV_CMIP_forcing.ipynb
+      - file: oneModel/additional/calibration_HBV/example_calibrate_HBV.ipynb
+      - file: oneModel/additional/pcrglobwb/example_model_run_pcrglobwb.ipynb
     - file: references.md
diff --git a/...libration_HBV/example_calibrate_HBV.ipynb → ...libration_HBV/example_calibrate_HBV.ipynb b/...libration_HBV/example_calibrate_HBV.ipynb → ...libration_HBV/example_calibrate_HBV.ipynb
diff --git a/.../example_model_run_HBV_CMIP_forcing.ipynb → .../example_model_run_HBV_CMIP_forcing.ipynb b/.../example_model_run_HBV_CMIP_forcing.ipynb → .../example_model_run_HBV_CMIP_forcing.ipynb
@@ -5,7 +5,7 @@
    "id": "e9cd8d85-eb4a-45d6-925a-e3e770592043",
    "metadata": {},
    "source": [
-    "# Leven at Newby Bridge using HBV model in eWaterCycle\n",
+    "# Climate Change impact for River Leven at Newby Bridge using HBV model in eWaterCycle\n",
     "This notebook demonstrates how eWaterCycle is used to run a model. For the EuroCSDMS workshop we, of course, choose the beautiful region we are in as a case study. River discharge in river Leven is measured at the weirs at Newby Bridge, see the photo below. This observational data is available in the CamelsGB dataset (Coxon 20XX). The larger Caravan (collection of Camels...) dataset is available through eWaterCycle and will be used below.\n",
     "\n",
     "![image](https://upload.wikimedia.org/wikipedia/commons/7/76/Weirs_on_the_River_Leven_at_Newby_Bridge_-_geograph.org.uk_-_5455774.jpg)\n",

diff --git a/...rglobwb/example_model_run_pcrglobwb.ipynb → ...rglobwb/example_model_run_pcrglobwb.ipynb b/...rglobwb/example_model_run_pcrglobwb.ipynb → ...rglobwb/example_model_run_pcrglobwb.ipynb
diff --git a/...eModel/pcrglobwb/generate_clonemaps.ipynb → ...tional/pcrglobwb/generate_clonemaps.ipynb b/...eModel/pcrglobwb/generate_clonemaps.ipynb → ...tional/pcrglobwb/generate_clonemaps.ipynb
diff --git a/...oneModel/pcrglobwb/generate_forcing.ipynb → ...ditional/pcrglobwb/generate_forcing.ipynb b/...oneModel/pcrglobwb/generate_forcing.ipynb → ...ditional/pcrglobwb/generate_forcing.ipynb
diff --git a/book/oneModel/additionalExperiments.md b/book/oneModel/additionalExperiments.md
@@ -1,8 +1,8 @@
 (intro)=
 # Additional Experiments
 
-Next to the simple "run a model" tutorial we provide a number of notebooks to demonstrate more advanced uses of eWaterCycle. The purpose of all these notebooks is to demonstrate what little changes are needed to go from a 
+Next to the simple "run a model" tutorial we provide a number of notebooks to demonstrate more advanced uses of eWaterCycle. The purpose of all these notebooks is to demonstrate what little changes are needed to go from a simple "Hello World" of running a model, to more advanced use cases.
 
-- Generating forcing from CMIP for climate change impact studies. In this notebook we make little changes to the tutorial notebook to not use ERA5 re-analysis data as forcing input, but rather use data from the CMIP models to do climate change impact studies.
-- Calibrate a model using observational data. In this notebook we run the tutorial model a thousand times with different parameter sets to find the optimal parameter set linking model output to observations.
-- Running a distributed, more complex model. In [this notebook](pcrglobwb/example_model_run_pcrglobwb.ipynb) we run the PCRGlobWB distributed model developed by Utrecht University for a lot of global hydrology studies, focussed on the UK.
+- Generating forcing from CMIP for climate change impact studies. In [this notebook](additional/example_model_run_HBV_CMIP_forcing.ipynb) we make little changes to the tutorial notebook to not use ERA5 re-analysis data as forcing input, but rather use data from the CMIP models to do climate change impact studies.
+- Calibrate a model using observational data. In [this notebook](additional/calibration_HBV/example_calibrate_HBV.ipynb) we run the tutorial model a thousand times with different parameter sets to find the optimal parameter set linking model output to observations.
+- Running a distributed, more complex model. In [this notebook](additional/pcrglobwb/example_model_run_pcrglobwb.ipynb) we run the PCRGlobWB distributed model developed by Utrecht University for a lot of global hydrology studies, focussed on the UK.
diff --git a/book/oneModel/example_model_run_HBV.ipynb b/book/oneModel/example_model_run_HBV.ipynb
@@ -274,7 +274,7 @@
     {
      "data": {
       "text/plain": [
-       "[<matplotlib.lines.Line2D at 0x7effadb65940>]"
+       "[<matplotlib.lines.Line2D at 0x7feacc7d0cb0>]"
       ]
      },
      "execution_count": 9,

diff --git a/book/oneModel/oneModel.md b/book/oneModel/oneModel.md
diff --git a/book/oneModel/pcrglobwb/pcrglobwb_uk_05min.ini b/book/oneModel/pcrglobwb/pcrglobwb_uk_05min.ini
diff --git a/book/oneModel/pcrglobwb/uk_05min.map b/book/oneModel/pcrglobwb/uk_05min.map