def test_parse_quadrant(self):
data = [('N30E', 30),
('E30N', 60),
('E30S', 120),
('S80E', 100),
('S10W', 190),
('W10S', 260),
('W30N', 300),
('N10E', 10),
('N10W', 350),
('N 10 W', 350),
]
for strike, azi in data:
assert azi == mplstereonet.parse_quadrant_measurement(strike)
def test_parse_quadrant(self):
data = [
('N30E', 30),
('E30N', 60),
('E30S', 120),
('S80E', 100),
('S10W', 190),
('W10S', 260),
('W30N', 300),
('N10E', 10),
('N10W', 350),
('N 10 W', 350),
]
for strike, azi in data:
assert azi == mplstereonet.parse_quadrant_measurement(strike)
"""
Basic quadrant, strike/dip, and rake parsing.
`mplstereonet` expects measurements to follow the
"right-hand-rule" (RHR) to indicate dip direction.
If you have a set of measurements that don't necessarily follow the RHR, there
are a number of parsing and standardization functions in `mplstereonet` to
correct for this.
"""
import mplstereonet
print('Parse quadrant azimuth measurements')
for original in ['N30E', 'E30N', 'W10S', 'N 10 W']:
azi = mplstereonet.parse_quadrant_measurement(original)
print('"{}" --> {:.1f}'.format(original, azi))
print('\nParse quadrant strike/dip measurements.')
print('Note that the output follows the right-hand-rule.')
def parse_sd(original, seperator):
strike, dip = mplstereonet.parse_strike_dip(*original.split(seperator))
print('"{}" --> Strike: {:.1f}, Dip: {:.1f}'.format(original, strike, dip))
parse_sd('215/10', '/')
parse_sd('215/10E', '/')
parse_sd('215/10NW', '/')
parse_sd('N30E/45NW', '/')
parse_sd('E10N\t20 N', '\t')
parse_sd('W30N/46.7 S', '/')
def test_parse_quadrant_errors(self):
data = ['N10S', 'S80N', 'E10W', 'W30E']
for quad in data:
with pytest.raises(ValueError):
mplstereonet.parse_quadrant_measurement(quad)
def test_parse_quadrant_errors(self):
data = ['N10S', 'S80N', 'E10W', 'W30E']
for quad in data:
with pytest.raises(ValueError):
mplstereonet.parse_quadrant_measurement(quad)
