<gh_stars>0
#################################################
############ Dump file settings #################
#################################################

# Stress files to be averaged
AVERAGE_FILES = ['data/70_220_stress.data', 'data/70_225_stress.data',
    'data/70_230_stress.data', 'data/70_235_stress.data', 'data/70_240_stress.data']

# Path to dumpfiles.
DUMP_PATH = ['dump/', ]

# Dump file name.
DUMP_NAME = 'test_stress.out'

# Number of lines for each timestep.
NLINES = 14
#################################################
############## Bubble settings ##################
#################################################

# Bubble center coordinates.
CENTER = (0, 0, 0)

# Maximum bubble radius, unit - angstrom.
MAX_RADIUS = 8

# dr - difference of two consequent raidus - used for ratio/pressure stats
DR = 0.5
# A larger dr used for density stats.
DENSITY_DR = 5
# A larger dr used for shell pressure.
SHELL_PRESSURE_DR = 5

# XYZ boundaries.
BOUNDARY_X = (-1.24, 191.34)
BOUNDARY_Y = (-1.25, 191.30)
BOUNDARY_Z = (-1.26, 191.34)


#################################################
################# Atom settings #################
#################################################

# Atom elements to corresponding types.
ELEMENTS = {
    1: 'Ne',
    2: 'O',
    3: 'H',
}

# TODO: Average mole weight for each group of elements.


#################################################
############## Calculation settings #############
#################################################

# Perform bubble atom ratio stats on following element species.
BUBBLE_ATOM_RATIO_STATS_ELEMENTS = [['Ne'], ]

# TODO: shell pressure stats.
SHELL_ATOM_RATIO_STATS_ELEMENTS = []

# Perform bubble pressure stats on following element species.
# In / out bubble pressure are output for each group of atoms.
BUBBLE_PRESSURE_STATS_ELEMENTS = [['Ne'], ['H', 'O'], ['Ne', 'H', 'O'], ]

# Perform shell pressure stats on following element species.
SHELL_PRESSURE_STATS_ELEMENTS = [['Ne'], ['H', 'O'], ['Ne', 'H', 'O'], ]

# TODO: bubble density stats.
BUBBLE_DENSITY_STATS_ELEMENTS = []

# Perform shell density stats on following element species.
SHELL_DENSITY_STATS_ELEMENTS = [['Ne'], ['H', 'O'], ]

# Perform xyz density stats on following element species.
XYZ_DENSITY_STATS_ELEMENTS = [['Ne'], ['H', 'O'], ]

#################################################
############### Debug settings ##################
#################################################

# Keep DEBUG value to False when using.
DEBUG = True

# File name of container for test run output file names.
NAMES_CONTAINER = 'names.txt'

# Test ratio / pressure results.
NE_RATIO_FILE = 'dump/test_ratio_ne.out'
NE_PRESSURE_FILE = 'dump/test_pressure_ne.out'
HO_PRESSURE_FILE = 'dump/test_pressure_ho.out'
NE_SHELL_PRESSURE_FILE = 'dump/test_shell_pressure_ne.out'
HO_SHELL_PRESSURE_FILE = 'dump/test_shell_pressure_ho.out'

#################################################
############ Dump file settings #################
#################################################

# Stress files to be averaged
AVERAGE_FILES = ['data/70_220_stress.data', 'data/70_225_stress.data',
    'data/70_230_stress.data', 'data/70_235_stress.data', 'data/70_240_stress.data']

# Path to dumpfiles.
DUMP_PATH = ['dump/', ]

# Dump file name.
DUMP_NAME = 'test_stress.out'

# Number of lines for each timestep.
NLINES = 14
#################################################
############## Bubble settings ##################
#################################################

# Bubble center coordinates.
CENTER = (0, 0, 0)

# Maximum bubble radius, unit - angstrom.
MAX_RADIUS = 8

# dr - difference of two consequent raidus - used for ratio/pressure stats
DR = 0.5
# A larger dr used for density stats.
DENSITY_DR = 5
# A larger dr used for shell pressure.
SHELL_PRESSURE_DR = 5

# XYZ boundaries.
BOUNDARY_X = (-1.24, 191.34)
BOUNDARY_Y = (-1.25, 191.30)
BOUNDARY_Z = (-1.26, 191.34)


#################################################
################# Atom settings #################
#################################################

# Atom elements to corresponding types.
ELEMENTS = {
    1: 'Ne',
    2: 'O',
    3: 'H',
}

# TODO: Average mole weight for each group of elements.


#################################################
############## Calculation settings #############
#################################################

# Perform bubble atom ratio stats on following element species.
BUBBLE_ATOM_RATIO_STATS_ELEMENTS = [['Ne'], ]

# TODO: shell pressure stats.
SHELL_ATOM_RATIO_STATS_ELEMENTS = []

# Perform bubble pressure stats on following element species.
# In / out bubble pressure are output for each group of atoms.
BUBBLE_PRESSURE_STATS_ELEMENTS = [['Ne'], ['H', 'O'], ['Ne', 'H', 'O'], ]

# Perform shell pressure stats on following element species.
SHELL_PRESSURE_STATS_ELEMENTS = [['Ne'], ['H', 'O'], ['Ne', 'H', 'O'], ]

# TODO: bubble density stats.
BUBBLE_DENSITY_STATS_ELEMENTS = []

# Perform shell density stats on following element species.
SHELL_DENSITY_STATS_ELEMENTS = [['Ne'], ['H', 'O'], ]

# Perform xyz density stats on following element species.
XYZ_DENSITY_STATS_ELEMENTS = [['Ne'], ['H', 'O'], ]

#################################################
############### Debug settings ##################
#################################################

# Keep DEBUG value to False when using.
DEBUG = True

# File name of container for test run output file names.
NAMES_CONTAINER = 'names.txt'

# Test ratio / pressure results.
NE_RATIO_FILE = 'dump/test_ratio_ne.out'
NE_PRESSURE_FILE = 'dump/test_pressure_ne.out'
HO_PRESSURE_FILE = 'dump/test_pressure_ho.out'
NE_SHELL_PRESSURE_FILE = 'dump/test_shell_pressure_ne.out'
HO_SHELL_PRESSURE_FILE = 'dump/test_shell_pressure_ho.out'
################################################# ############ Dump file settings ################# ################################################# # Stress files to be averaged # Path to dumpfiles. # Dump file name. # Number of lines for each timestep. ################################################# ############## Bubble settings ################## ################################################# # Bubble center coordinates. # Maximum bubble radius, unit - angstrom. # dr - difference of two consequent raidus - used for ratio/pressure stats # A larger dr used for density stats. # A larger dr used for shell pressure. # XYZ boundaries. ################################################# ################# Atom settings ################# ################################################# # Atom elements to corresponding types. # TODO: Average mole weight for each group of elements. ################################################# ############## Calculation settings ############# ################################################# # Perform bubble atom ratio stats on following element species. # TODO: shell pressure stats. # Perform bubble pressure stats on following element species. # In / out bubble pressure are output for each group of atoms. # Perform shell pressure stats on following element species. # TODO: bubble density stats. # Perform shell density stats on following element species. # Perform xyz density stats on following element species. ################################################# ############### Debug settings ################## ################################################# # Keep DEBUG value to False when using. # File name of container for test run output file names. # Test ratio / pressure results.