Python VariableModel.unit 예제들

예제 #1

파일: variable_config.py 프로젝트: JouleCai/geospacelab

    'UT': 'SC_DATETIME',
    'GEO_LAT': 'SC_GEO_LAT',
    'GEO_LON': 'SC_GEO_LON',
    'AACGM_LAT': 'SC_AACGM_LAT',
    'AACGM_LON': 'SC_AACGM_LON',
    'AACGM_MLT': 'SC_AACGM_MLT'
}
# depend_c = {'SPECTRA': 'EMISSION_SPECTRA'}

####################################################################################################################
var_name = 'rho_n'
var = Var(name=var_name, ndim=1, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Neutral mass density'
var.label = r'$\rho_n$'
var.unit = 'kg/m-3'
var.unit_label = r'kg$\cdot$m$^{-3}$'
var.group = r'$\rho$'
var.error = var_name + '_err'
var.depends = {0: depend_0}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '1E'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@v.value"
# axis[1].lim = [np.nan, np.nan]
axis[2].label = '@v.label'
axis[1].unit = '@v.unit_label'

예제 #2

    'UT': 'SC_DATETIME',
    'GEO_LAT': 'SC_GEO_LAT',
    'GEO_LON': 'SC_GEO_LON',
    'AACGM_LAT': 'SC_AACGM_LAT',
    'AACGM_LON': 'SC_AACGM_LON',
    'AACGM_MLT': 'SC_AACGM_MLT'
}
# depend_c = {'SPECTRA': 'EMISSION_SPECTRA'}

####################################################################################################################
var_name = 'u_CROSS'
var = Var(name=var_name, ndim=1, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Cross neutral wind'
var.label = r'$u_{cross}$'
var.unit = 'm/s'
var.unit_label = r'm/s'
var.group = r'$u$'
# var.error = var_name + '_err'
var.depends = {0: depend_0}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '1noE'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@v.value"
# axis[1].lim = [np.nan, np.nan]
axis[2].label = '@v.label'
axis[1].unit = '@v.unit_label'

예제 #3

    'pcolormesh': {
        'cmap': default_colormap,
    }
}

configured_variables = {}
visual = 'on'

####################################################################################################################
var_name = 'Kp'
var = Var(name=var_name, ndim=1, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Kp index'
var.label = r'Kp'
var.group = r'KpAp'
var.unit = ''
var.depends = {0: depend_0}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '1B'
plot_config.bar = {
    'color_by_value':
    True,
    'vmin':
    0,
    'vmax':
    10,
    'colormap':
    cm.cmap_for_kp(),
    'width':

예제 #4

파일: variable_config.py 프로젝트: JouleCai/geospacelab

}

configured_variables = {}
visual = 'on'

depend_0 = {'UT': 'DATETIME'}
depend_c = {'SPECTRA': 'EMISSION_SPECTRA'}

####################################################################################################################
var_name = 'GRID_phi'
var = Var(name=var_name, ndim=4, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Electric potential map'
var.label = r'$\phi$'
var.group = 'Electric potential'
var.unit = r'$\mu$A/m$^2$'
var.depends = {
    0: depend_0,
    1: {
        'AACGM_LAT': 'GRID_MLAT'
    },
    2: {
        'AACGM_MLT': 'GRID_MLT'
    }
}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '2C'
# set axis attrs
axis = var.visual.axis

예제 #5

        'cmap':            default_colormap,
    }
}

configured_variables = {}
visual = 'on'


####################################################################################################################
var_name = 'Dst'
var = Var(name=var_name, ndim=1, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Dst index'
var.label = r'Dst'
var.group = r'Dst'
var.unit = 'nT'
var.depends = {0: depend_0}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '1noE'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@v.value"
axis[1].lim = [None, None]
axis[1].label = '@v.group'
axis[1].unit = '@v.unit_label'
axis[2].label = '@v.label'
axis[2].unit = '@v.unit_label'

configured_variables[var_name] = var

예제 #6

        'linestyle': '-',
        'linewidth': 1.5,
        'marker': '',
        'markersize': 3,
    },
    'pcolormesh': {
        'cmap': default_colormap,
    }
}

configured_variables = {}
visual = 'on'

####################################################################################################################
var_name = 'TEC_MAP'
var = Var(name=var_name, ndim=3, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'GNSS TEC MAP'
var.label = r'TEC'
var.group = r'TEC'
var.unit = 'TECu'
var.depends = {0: depend_0, 1: depend_1}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '2P'
# set axis attrs
axis = var.visual.axis

configured_variables[var_name] = var

예제 #7

파일: variable_config.py 프로젝트: JouleCai/geospacelab

    },
    'pcolormesh':   {
        'cmap':            default_colormap,
    }
}

configured_variables = {}
visual = 'on'

####################################################################################################################
var_name = 'v_i_N'
var = Var(name=var_name, ndim=2, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Ion velocity perpendicular to B (Northward)'
var.label = r'$v_{iN}$'
var.unit = 'm/s'
var.error = var_name + '_err'
var.depends = {0: depend_0, 1: depend_1}
# set plot attrs
var.visual.plot_config.config(**default_plot_config)
var.visual.plot_config.style = '2P'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@d.HEIGHT.value"
axis[2].data = "@v.value"
axis[1].lim = [90, 300]
axis[1].label = 'h'
axis[1].unit = 'km'
axis[2].lim = [-150, 150]
axis[2].scale = 'linear'
axis[2].label = '@v.label'

예제 #8

    'UT': 'SC_DATETIME',
    'GEO_LAT': 'SC_GEO_LAT',
    'GEO_LON': 'SC_GEO_LON',
    'AACGM_LAT': 'SC_AACGM_LAT',
    'AACGM_LON': 'SC_AACGM_LON',
    'AACGM_MLT': 'SC_AACGM_MLT'
}
# depend_c = {'SPECTRA': 'EMISSION_SPECTRA'}

####################################################################################################################
var_name = 'n_e'
var = Var(name=var_name, ndim=1, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Plasma density from ion current'
var.label = r'$n_e$'
var.unit = 'cm-3'
var.unit_label = r'cm$^{-3}$'
var.group = r'$n_e$'
# var.error = var_name + '_err'
var.depends = {0: depend_0}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '1noE'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@v.value"
# axis[1].lim = [np.nan, np.nan]
axis[1].label = '@v.group'
axis[1].unit = ''
axis[2].label = '@v.label'

예제 #9

파일: variable_config.py 프로젝트: JouleCai/geospacelab

# axis[1].label = 'h'
# axis[1].unit = 'km'
# axis[2].lim = [8e9, 9e11]
# axis[2].scale = 'log'
# axis[2].label = '@v.label'
# axis[2].unit = '@v.unit_label'

configured_variables[var_name] = var

####################################################################################################################
var_name = 'T_i'
var = Var(name=var_name, ndim=2, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'ion temperature'
var.label = r'$T_i$'
var.unit = 'K'
var.error = var_name + '_err'
var.depends = {0: depend_0, 1: depend_1}
# set plot attrs
var.visual.plot_config.config(**default_plot_config)
var.visual.plot_config.style = '2P'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@d.HEIGHT.value"
axis[2].data = "@v.value"
axis[1].lim = [90, 200]
axis[1].label = 'h'
axis[1].unit = 'km'
axis[2].lim = [100, 2500]
axis[2].scale = 'linear'
axis[2].label = '@v.label'

예제 #10

configured_variables = {}
visual = 'on'

depend_0 = {'GEO_LAT': 'DISK_GEO_LAT', 'GEO_LON': 'DISK_GEO_LON'}
depend_1 = {'GEO_LAT': 'DISK_GEO_LAT'}
depend_2 = {'GEO_LAT': 'DISK_GEO_LAT', 'GEO_LON': 'DISK_GEO_LON'}
depend_c = {'SPECTRA': 'EMISSION_SPECTRA'}

####################################################################################################################
var_name = 'DISK_R_LBHS'
var = Var(name=var_name, ndim=3, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Auroral emission intensity at LBHS'
var.label = r'LBHS'
var.group = 'Emission intensity'
var.unit = 'R'
var.depends = {
    0: depend_0,
    1: {
        'AACGM_LAT': 'GRID_MLAT'
    },
    2: {
        'AACGM_LON': 'GRID_MLON'
    }
}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '2P'
# set axis attrs
axis = var.visual.axis

예제 #11

    'pcolormesh': {
        'cmap': default_colormap,
    }
}

configured_variables = {}
visual = 'on'

####################################################################################################################
var_name = 'B_x_GSM'
var = Var(name=var_name, ndim=1, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'Magnetic flux density along the GSM x-axis'
var.label = r'$B_x^{GSM}$'
var.group = r'$B$'
var.unit = 'nT'
var.depends = {0: depend_0}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '1noE'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@v.value"
axis[1].lim = [-np.inf, np.inf]
axis[1].label = '@v.group'
axis[1].unit = '@v.unit_label'
axis[2].label = '@v.label'
axis[2].unit = '@v.unit_label'

configured_variables[var_name] = var

예제 #12

    'UT': 'SC_DATETIME',
    'GEO_LAT': 'SC_GEO_LAT',
    'GEO_LON': 'SC_GEO_LON',
    'AACGM_LAT': 'SC_AACGM_LAT',
    'AACGM_LON': 'SC_AACGM_LON',
    'AACGM_MLT': 'SC_AACGM_MLT'
}
# depend_c = {'SPECTRA': 'EMISSION_SPECTRA'}

####################################################################################################################
var_name = 'v_i_H_x'
var = Var(name=var_name, ndim=1, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'TII-H ion velocity (x component)'
var.label = r'$v_{ix}^{(H)}$'
var.unit = 'm/s'
var.group = r'$v_i$'
var.error = var_name + '_err'
var.depends = {0: depend_0}
# set plot attrs
plot_config = var.visual.plot_config
plot_config.config(**default_plot_config)
plot_config.style = '1E'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@v.value"
axis[1].lim = [-4000, 4000]
axis[1].label = '@v.group'
axis[1].unit = ''
axis[2].label = '@v.label'
axis[2].unit = '@v.unit_label'

예제 #13

# axis[1].label = 'h'
# axis[1].unit = 'km'
# axis[2].lim = [8e9, 9e11]
# axis[2].scale = 'log'
# axis[2].label = '@v.label'
# axis[2].unit = '@v.unit_label'

configured_variables[var_name] = var

####################################################################################################################
var_name = 'T_i'
var = Var(name=var_name, ndim=2, variable_type='scalar', visual=visual)
# set variable attrs
var.fullname = 'ion temperature'
var.label = r'$T_i$'
var.unit = 'K'
var.error = var_name + '_err'
var.depends = {0: depend_0, 1: depend_1}
# set plot attrs
var.visual.plot_config.config(**default_plot_config)
var.visual.plot_config.style = '2P'
# set axis attrs
axis = var.visual.axis
axis[1].data = "@d.HEIGHT.value"
axis[2].data = "@v.value"
axis[1].lim = [90, 500]
axis[1].label = 'h'
axis[1].unit = 'km'
axis[2].lim = [100, 2500]
axis[2].scale = 'linear'
axis[2].label = '@v.label'