def prepare(quick=False, incremental=False, cli=False, full=False, **kwargs):
"""
Run code generation.
Warnings
--------
The default behavior has changed since v1.0.8: when `cli` is `True` and
`full` is not `True`, quick code generation will be used.
Returns
-------
System object if `cli` is `False`; exit_code 0 otherwise.
"""
# use `quick` for cli if `full` is not enforced,
# because the LaTeX code gen is usually discarded in CLI.
if cli is True:
if not full:
quick = True
if full is True:
quick = False
system = System()
system.prepare(quick=quick, incremental=incremental)
if cli is True:
return 0
else:
return system
def prepare(quick=False, **kwargs):
t0, _ = elapsed()
logger.info('Numeric code preparation started...')
system = System()
system.prepare(quick=quick)
_, s = elapsed(t0)
logger.info(f'Successfully generated numerical code in {s}.')
return True
def prepare(quick=False, incremental=False, models=None,
precompile=False, nomp=False, **kwargs):
"""
Run code generation.
Parameters
----------
full : bool
True to run full prep with formatted equations.
Useful in interactive mode and during document generation.
ncpu : int
Number of cores to be used for parallel processing.
cli : bool
True to indicate running from CLI.
It will set `quick` to True if not `full`.
precompile : bool
True to compile model function calls after code generation.
Warnings
--------
The default behavior has changed since v1.0.8: when `cli` is `True` and
`full` is not `True`, quick code generation will be used.
Returns
-------
System object if `cli` is `False`; exit_code 0 otherwise.
"""
# use `quick` for cli if `full` is not enforced,
# because the LaTeX code gen is usually discarded in CLI.
cli = kwargs.get("cli", False)
full = kwargs.get("full", False)
ncpu = kwargs.get("ncpu", os.cpu_count())
if cli is True:
if not full:
quick = True
if full is True:
quick = False
# run code generation
system = System(options=kwargs, no_undill=True)
system.prepare(quick=quick, incremental=incremental, models=models,
nomp=nomp, ncpu=ncpu)
# compile model function calls
if precompile:
system.precompile(models, nomp=nomp, ncpu=ncpu)
if cli is True:
return 0
else:
return system
def prepare(quick=False, incremental=False, cli=False, **kwargs):
"""
Run code generation.
Returns
-------
System object
"""
t0, _ = elapsed()
logger.info('Numeric code generation started...')
system = System()
system.prepare(quick=quick, incremental=incremental)
_, s = elapsed(t0)
logger.info(f'Successfully generated numerical code in {s}.')
if cli is True:
return 0
else:
return system
"""
This file is used to generate reStructuredText tables for Group and Model references
"""
import dill
from andes.system import System
dill.settings['recurse'] = True
ss = System()
ss.prepare()
out = ''
out += '.. _modelref:\n\n'
out += '********************************************************************************\n'
out += 'Model References\n'
out += '********************************************************************************\n'
out += '\n'
for group in ss.groups.values():
out += group.doc_all(export='rest')
with open('modelref.rst', 'w') as f:
f.write(out)