def add_arguments(parser):
parser.add_argument('f', type=float, default=12,
help="Frequency",
interface='slider',
range=[0,1000])
parser.add_argument('phase', type=float, default=0.0,
help="Phase",
interface='slider',
range=[-180,180])
#parser.add_argument('noise', type=float, default=0.0,
# help="noise",
# interface='slider',
# range=[0,100])
parser.add_argument('wavelet',
type=wavelet_type,
help='Wavelet',
default='ricker',
choices=WAVELETS.keys())
"""parser.add_argument('f2', type=float, default=15.0,
help="Last center frequency of the wavelet bank")
parser.add_argument('f_res', type=str, default="octave",
choices=["linear", "octave"],
help="Wavelet bank resolution")
"""
"""
parser.add_argument('theta1', type=float, default=0.0,
help="First offset angle of the experiment")
parser.add_argument('theta2', type=float, default=0.0,
help="Last offset angle of the experiment")
parser.add_argument('stack', type=int, default=1,
help="Number of offset measurements")
"""
"""
parser.add_argument("sensor_spacing", type=float, default=1,
help="Spacing of the sensors")
parser.add_argument("dt", type=float, default=0.001,
help="Sampling rate of the experiment")
"""
return parser
def default_parsers(parser, list_of_parsers):
if 'title' in list_of_parsers:
parser.add_argument('title',
default='Plot',
type=str,
help='The title of the plot'
)
if 'ntraces' in list_of_parsers:
parser.add_argument('ntraces',
default=300,
type=int,
help='Number of traces'
)
if 'pad' in list_of_parsers:
parser.add_argument('pad',
default=50,
type=int,
help='The time in milliseconds above' +
' and below the wedge'
)
if 'reflectivity_method' in list_of_parsers:
parser.add_argument('reflectivity_method',
type=reflectivity_type,
help='Reflectivity Algorithm',
default='zoeppritz',
choices=MODELS.keys()
)
if 'theta' in list_of_parsers:
parser.add_argument('theta',
type=float,
action='list',
help='Angle of incidence',
default=0
)
if 'f' in list_of_parsers:
parser.add_argument('f',
type=float,
action='list',
help='Frequency of wavelet',
default=25
)
if 'colourmap' in list_of_parsers:
parser.add_argument('colourmap',
type=str,
help='Matplotlib colourmap, ' +
'ageo.co/modelrcolour',
choices = ['Greys','seismic','RdBu','BrBG','bwr',
'PuOr','RdGy'],
default='Greys'
)
if 'wiggle_skips' in list_of_parsers:
parser.add_argument('wiggle_skips',
type=int,
help='Wiggle traces to skip',
default=10
)
if 'base1' in list_of_parsers:
parser.add_argument('base1',
type=str,
help='Plot 1, base layer',
choices=['wiggle', 'variable-density',
'earth-model', 'reflectivity'
#'RGB' #uncomment for RGB display
],
default='variable-density'
)
if 'overlay1' in list_of_parsers:
parser.add_argument('overlay1',
type=str,
help='Plot 1, overlay',
choices=['none', 'wiggle',
'variable-density',
'earth-model', 'reflectivity',
#'RGB' #uncomment for RGB display
],
default='none'
)
if 'base2' in list_of_parsers:
parser.add_argument('base2',
type=str,
help='Plot 2, base layer',
choices=['none', 'wiggle',
'variable-density',
'earth-model', 'reflectivity',
#'RGB' #uncomment for RGB display
],
default='none'
)
if 'overlay2' in list_of_parsers:
parser.add_argument('overlay2',
type=str,
help='Plot 2, overlay',
choices=['none', 'wiggle',
'variable-density',
'earth-model', 'reflectivity',
# 'RGB' #uncomment for RGB display
],
default='none'
)
if 'opacity' in list_of_parsers:
parser.add_argument('opacity',
type=float,
help='Opacity of overlays',
default=0.5
)
if 'wavelet' in list_of_parsers:
parser.add_argument('wavelet',
type=wavelet_type,
help='Wavelet type',
default='ricker',
choices=WAVELETS.keys()
)
if 'aspect_ratio' in list_of_parsers:
parser.add_argument('aspect_ratio',
type=float,
help='stretches the dimensions of each plot (bigger with > 1, smaller < 1)',
default=1.0
)
if 'extraction_twt' in list_of_parsers:
parser.add_argument('extraction_twt',
type=float,
help='twt (s) for amplitude extraction or slice',
default=0.150
)
if 'extract_along' in list_of_parsers:
parser.add_argument('extract_along',
type=str,
help='added dimension(s) along which to extract data',
choices=[ 'none','spatial','angle','frequency'
],
default='none'
)
return parser
