Adds two more example input yamls

examples/simple_mono.yml

@@ -0,0 +1,33 @@
+# Simple, example configuration script for a parcel model simulation
+
+# Save the simulation output in a folder "output/" with the name "simple"
+experiment_control:
+ name: "simple"
+ output_dir: "output/"
+
+# Here, we set the model to run in 10 second chunks and save output interpolated to every
+# 1 second. It will end after 9999 simulation seconds, unless termination criteria
+# (a supersaturation max) is reached, after which it will stop once the simulated parcel has
+# ascended 10 more meters.
+model_control:
+ output_dt: 0.5
+ solver_dt: 1.0
+ t_end: 9999.0
+ terminate: true
+ terminate_depth: 25.0
+
+# Initialize the model with two aerosol species:
+initial_aerosol:
+ # 1) a sulfate mode, with 250 bins, and
+ - name: sulfate
+ distribution: lognormal
+ distribution_args: { mu: 0.15, N: 1000, sigma: 1.2 }
+ kappa: 0.54
+ bins: 250
+
+# Set the model initial conditions
+initial_conditions:
+ temperature: 283.15 # K
+ relative_humidity: 0.95 # %, as a fraction
+ pressure: 85000.0 # Pa
+ updraft_speed: 0.44 # m/s

examples/simple_supersat.yml

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+# Simple, example configuration script for a parcel model simulation
+
+# Save the simulation output in a folder "output/" with the name "simple"
+experiment_control:
+ name: "simple_supersat"
+ output_dir: "output/"
+
+# Here, we set the model to run in 10 second chunks and save output interpolated to every
+# 1 second. It will end after 9999 simulation seconds, unless termination criteria
+# (a supersaturation max) is reached, after which it will stop once the simulated parcel has
+# ascended 10 more meters.
+model_control:
+ output_dt: 1.0
+ solver_dt: 10.0
+ t_end: 9999.0
+ terminate: true
+ terminate_depth: 10.0
+
+# Initialize the model with two aerosol species:
+initial_aerosol:
+ # 1) a sulfate mode, with 250 bins, and
+ - name: sulfate
+ distribution: lognormal
+ distribution_args: { mu: 0.15, N: 1000, sigma: 1.2 }
+ kappa: 0.54
+ bins: 250
+
+ # 2) a mixed mode of small particles, with 50 bins
+ - name: mos
+ distribution: lognormal
+ distribution_args: { mu: 0.02, N: 50000, sigma: 1.05 }
+ kappa: 0.12
+ bins: 50
+
+# Set the model initial conditions
+initial_conditions:
+ temperature: 283.15 # K
+ relative_humidity: 1.005 # %, as a fraction
+ pressure: 85000.0 # Pa
+ updraft_speed: 0.44 # m/s