Data displayed in Chan, Hassanzadeh & Kuang, submitted.

Citation: (To be added after acceptance)

This repository includes:

• Figures *.pdf in the paper
• Plotting scripts *.ncl and necessary netCDF data files ensemble-wise/*.nc
• Forcing, namelist and other files to drive the model (fms-output/, modelfile/)
• Scripts to post-process model outputs

This repository does not include:

• Software requirements mentioned below
• Linear response function, the square matrix

Contact: Please find my latest email on https://orcid.org/0000-0003-1843-5566

• Figure-only reproduction
  • Requirements
  • Recipe
• More complete reproduction
  • Requirements
  • Recipe

Figure-only reproduction

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Requirements

Hardware:

Software: Install the following OR conda create --name l1_length --file requirements.txt

• NCAR Command Language version 6.6.2

Recipe

• Run make to plot everything
• OR run make fig4 to only plot Figure 4

More complete reproduction

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Requirements

Hardware (per ensemble):

Software:

• NCAR Command Language version 6.6.2
• Linear baroclinic instability code in MATLAB provided by Paul O'Gorman
• MATLAB R2020a
• GFDL dry spectral dynamical core
• NCO version 4.7.4

Recipe

1. There may be version difference in GFDL dry spectral dynamical core. Scripts need to be adjusted accordingly.
2. Use fms-output/*/ensemble.sh to submit fms-output/*/fms-runscript.sbatch
   • b1ctrl: The control ensemble
   • b2kidston: The K11 ensemble
   • b10unifZeroU: The 1st iteration of LRF ensemble
   • b12unifit1: The LRF ensemble (2nd and final iteration)
   • b13resi: The K11−LRF ensemble
   • b14unifm3: The −1.0×LRF ensemble
   • b15unifp15: The 0.5×LRF ensemble
   • b16unifm15: The −0.5×LRF ensemble
3. Use crontab-ensemble-fms-monitor.sh to further post-process model outputs
4. Run make to complete the process