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{
  "measure_name": "add_battery",
  "name": "add battery 1",
  "parameters": [
    {
      "base_value": "NonlinearMPC",
      "dtype": "string",
      "method": "constant",
      "name": "controls"
    },

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from ghedt.peak_load_analysis_tool.borehole_heat_exchangers import SingleUTube
from ghedt.peak_load_analysis_tool.media import Pipe, Grout, Soil
from ghedt.peak_load_analysis_tool.radial_numerical_borehole import RadialNumericalBH
from pygfunction.boreholes import Borehole
from pygfunction.media import Fluid


def main():
    # fluid
    brine = "MPG"

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200 s

3b822380cde8b305b573f9faf7cd65cf1c15156e is the first bad commit
commit 3b822380cde8b305b573f9faf7cd65cf1c15156e
Author: Matt Mitchell <matt.mitchell@nrel.gov>
Date:   Fri Feb 26 12:04:42 2021 -0700

    fix build errors

:040000 040000 41614e3e0f6353616563cbcdbbec22f9383e7683 f83eb369cec9e8e3df5464b34ca954676e908865 M	tst

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class Test(EnergyPlusPlugin):

    def __init__(self):
        super().__init__()

        # class member variables
        self.relhum_from_output_var_handle = None
        self.relhum_from_actuator_var_handle = None
        self.outdoor_air_relhum_handle = None
        self.outdoor_air_relhum_actuator_handle = None

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Enhanced Standard 140 Integration

Proposal: develop a standard, automated method for generating most of the standard 140 reports. Most of the data, including plots, can be automatically generated. The exception are the explanations given by the modelers in the modeler's report.

To enable this, the following is proposed:

1. Develop a Jupyter notebook which will serve as the test suite runner.
   1. Jupyter notebook will serve as the project interface.
   2. The modeler will specify the test suite configurations here. e.g. OS SHA, E+ SHA, etc.
   3. The modeler will execute the test from the notebook.
2. Plots will be reported to the notebook.

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#!/bin/bash
singularity exec --contain -e --pwd /var/simdata/openstudio -B /lustre/eaglefs/scratch/mmitchel/output/0000001:/var/simdata/openstudio -B /lustre/eaglefs/scratch/mmitchel/EnStore/measures:/lib/measures:ro -B /lustre/eaglefs/scratch/mmitchel/EnStore/resources/seeds/mdoff/5b:/lib/seeds:ro -B /lustre/eaglefs/scratch/mmitchel/EnStore/resources/weather:/lib/weather:ro -B /lustre/eaglefs/scratch/mmitchel/EnStore/resources:/lib/resources:ro enstore.sif /var/simdata/openstudio/worker.sh

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from textwrap import wrap

import matplotlib.pyplot as plt
import pandas as pd


def plot(base_path: str, mod_path: str, plot_vars=None):
    """
    Plots the results from two eplusout.csv files. Attempts to match the columns names and plot these series together.

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Severity	Code	Description	Project	File	Line	Suppression State
Warning	C4297	'getPluginTrendVariableValue': function assumed not to throw an exception but does	energyplusapi	C:\Users\mmitchel\Documents\energyplus\src\EnergyPlus\api\datatransfer.cc	304	
Error	C2593	'operator =' is ambiguous	energypluslib	C:\Users\mmitchel\Documents\energyplus\src\EnergyPlus\InputProcessing\IdfParser.cc	272	
Error	C2593	'operator =' is ambiguous	energypluslib	C:\Users\mmitchel\Documents\energyplus\src\EnergyPlus\InputProcessing\IdfParser.cc	331	
Error	C2593	'operator =' is ambiguous	energypluslib	C:\Users\mmitchel\Documents\energyplus\src\EnergyPlus\InputProcessing\InputProcessor.cc	772	
Error	C2593	'operator =' is ambiguous	energypluslib	C:\Users\mmitchel\Documents\energyplus\src\EnergyPlus\InputProcessing\InputProcessor.cc	1145	
Error	C2593	'operator =' is ambiguous	energypluslib	C:\Users\mmitchel\Documents\energyplus\src\EnergyPlus\InputProcessing\InputProcessor.cc	1228	
Error	C2593	'operator =' is ambiguous	energypluslib	C:\

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[
  {
    "file-name": "ChillerExhaustAbsorption.cc",
    "path": "/Users/mmitchel/Projects/EnergyPlus/dev/develop/src/EnergyPlus/ChillerExhaustAbsorption.cc",
    "vars": [
      {
        "initial-value": 0,
        "is-const": false,
        "is-static": false,
        "line-no": 133,