def test_2d_time():
""" reading 2D time domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_2D, '2d_text.fid'))
bin_dic, bin_data = simpson.read(os.path.join(DD_2D, '2d.fid'))
xyreim_units, xyreim_data = simpson.read(
os.path.join(DD_2D, '2d_ftext.fid'))
rd, rawbin_data = simpson.read(os.path.join(DD_2D, '2d_raw.fid'),
NP=128,
NI=48,
ndim=2,
spe=False)
# check data in text file
assert text_data.shape == (48, 128)
assert text_data.dtype == 'complex64'
assert round(text_data[0, 0].real, 2) == 1.00
assert round(text_data[0, 0].imag, 2) == 0.03
assert round(text_data[0, 1].real, 2) == 0.75
assert round(text_data[0, 1].imag, 2) == 0.59
assert round(text_data[1, 0].real, 2) == 0.89
assert round(text_data[1, 0].imag, 2) == 0.03
# data in all files should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xyreim_data)
def test_2d_freq():
""" reading 2D freq domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_2D, '2d_text.spe'))
bin_dic, bin_data = simpson.read(os.path.join(DD_2D, '2d.spe'))
xyreim_units, xyreim_data = simpson.read(os.path.join(DD_2D, '2d_ftext.spe'))
rd, rawbin_data = simpson.read(os.path.join(DD_2D, '2d_raw.spe'), ndim=2, NP=256,
NI=512, spe=True)
# check data in text file
assert text_data.shape == (512, 256)
assert text_data.dtype == 'complex64'
assert round(text_data[4, 150].real, 2) == 0.29
assert round(text_data[4, 150].imag, 2) == 0.34
assert round(text_data[4, 151].real, 2) == 0.13
assert round(text_data[4, 151].imag, 2) == 0.16
assert round(text_data[5, 150].real, 2) == 0.41
assert round(text_data[5, 150].imag, 2) == 0.14
# data in text, bin and xyreim files should all be close
assert np.allclose(text_data, bin_data)
assert np.allclose(text_data, xyreim_data)
# rawbin should be close except for first point along each vector
assert np.allclose(rawbin_data[:, 1:], text_data[:, 1:])
def test_2d_freq():
""" reading 2D freq domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_2D, '2d_text.spe'))
bin_dic, bin_data = simpson.read(os.path.join(DD_2D, '2d.spe'))
xyreim_units, xyreim_data = simpson.read(
os.path.join(DD_2D, '2d_ftext.spe'))
rd, rawbin_data = simpson.read(os.path.join(DD_2D, '2d_raw.spe'),
ndim=2,
NP=256,
NI=512,
spe=True)
# check data in text file
assert text_data.shape == (512, 256)
assert text_data.dtype == 'complex64'
assert round(text_data[4, 150].real, 2) == 0.29
assert round(text_data[4, 150].imag, 2) == 0.34
assert round(text_data[4, 151].real, 2) == 0.13
assert round(text_data[4, 151].imag, 2) == 0.16
assert round(text_data[5, 150].real, 2) == 0.41
assert round(text_data[5, 150].imag, 2) == 0.14
# data in text, bin and xyreim files should all be close
assert np.allclose(text_data, bin_data)
assert np.allclose(text_data, xyreim_data)
# rawbin should be close except for first point along each vector
assert np.allclose(rawbin_data[:, 1:], text_data[:, 1:])
def test_1d_time():
""" reading 1D time domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_1D, '1d_text.fid'))
bin_dic, bin_data = simpson.read(os.path.join(DD_1D, '1d_bin.fid'))
xreim_units, xreim_data = simpson.read(os.path.join(DD_1D, '1d_ftext.fid'))
rd, rawbin_data = simpson.read(os.path.join(DD_1D, '1d_rawbin.fid'), spe=False, ndim=1)
# check data in text file
assert text_data.shape == (4096, )
assert text_data.dtype == 'complex64'
assert round(text_data[0].real, 2) == 2.0
assert round(text_data[0].imag, 2) == 0.0
assert round(text_data[1].real, 2) == 1.78
assert round(text_data[1].imag, 2) == -0.01
# data in all files should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xreim_data)
def test_1d_freq():
""" reading 1D freq domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_1D, "1d_text.spe"))
bin_dic, bin_data = simpson.read(os.path.join(DD_1D, "1d_bin.spe"))
xreim_units, xreim_data = simpson.read(os.path.join(DD_1D, "1d_ftext.spe"))
rd, rawbin_data = simpson.read(os.path.join(DD_1D, "1d_rawbin.spe"), spe=True, ndim=1)
# check data in text file
assert text_data.shape == (4096,)
assert text_data.dtype == "complex64"
assert np.abs(text_data[2048].real - 40.34) <= 0.01
assert np.abs(text_data[2048].imag - -1.51) <= 0.01
assert np.abs(text_data[2049].real - 39.58) <= 0.01
assert np.abs(text_data[2049].imag - -3.97) <= 0.01
# data in all file should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xreim_data)
def test_1d_time():
""" reading 1D time domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_1D, "1d_text.fid"))
bin_dic, bin_data = simpson.read(os.path.join(DD_1D, "1d_bin.fid"))
xreim_units, xreim_data = simpson.read(os.path.join(DD_1D, "1d_ftext.fid"))
rd, rawbin_data = simpson.read(os.path.join(DD_1D, "1d_rawbin.fid"), spe=False, ndim=1)
# check data in text file
assert text_data.shape == (4096,)
assert text_data.dtype == "complex64"
assert np.abs(text_data[0].real - 2.0) <= 0.01
assert np.abs(text_data[0].imag - 0.0) <= 0.01
assert np.abs(text_data[1].real - 1.78) <= 0.01
assert np.abs(text_data[1].imag - -0.01) <= 0.01
# data in all files should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xreim_data)
def test_1d_freq():
""" reading 1D freq domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_1D, '1d_text.spe'))
bin_dic, bin_data = simpson.read(os.path.join(DD_1D, '1d_bin.spe'))
xreim_units, xreim_data = simpson.read(os.path.join(DD_1D, '1d_ftext.spe'))
rd, rawbin_data = simpson.read(os.path.join(DD_1D, '1d_rawbin.spe'), spe=True, ndim=1)
# check data in text file
assert text_data.shape == (4096, )
assert text_data.dtype == 'complex64'
assert round(text_data[2048].real, 2) == 40.34
assert round(text_data[2048].imag, 2) == -1.51
assert round(text_data[2049].real, 2) == 39.58
assert round(text_data[2049].imag, 2) == -3.97
# data in all file should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xreim_data)
def test_1d_freq():
""" reading 1D freq domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_1D, '1d_text.spe'))
bin_dic, bin_data = simpson.read(os.path.join(DD_1D, '1d_bin.spe'))
xreim_units, xreim_data = simpson.read(os.path.join(DD_1D, '1d_ftext.spe'))
rd, rawbin_data = simpson.read(os.path.join(DD_1D, '1d_rawbin.spe'),
spe=True,
ndim=1)
# check data in text file
assert text_data.shape == (4096, )
assert text_data.dtype == 'complex64'
assert round(text_data[2048].real, 2) == 40.34
assert round(text_data[2048].imag, 2) == -1.51
assert round(text_data[2049].real, 2) == 39.58
assert round(text_data[2049].imag, 2) == -3.97
# data in all file should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xreim_data)
def test_1d_time():
""" reading 1D time domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_1D, '1d_text.fid'))
bin_dic, bin_data = simpson.read(os.path.join(DD_1D, '1d_bin.fid'))
xreim_units, xreim_data = simpson.read(os.path.join(DD_1D, '1d_ftext.fid'))
rd, rawbin_data = simpson.read(os.path.join(DD_1D, '1d_rawbin.fid'),
spe=False,
ndim=1)
# check data in text file
assert text_data.shape == (4096, )
assert text_data.dtype == 'complex64'
assert round(text_data[0].real, 2) == 2.0
assert round(text_data[0].imag, 2) == 0.0
assert round(text_data[1].real, 2) == 1.78
assert round(text_data[1].imag, 2) == -0.01
# data in all files should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xreim_data)
def test_2d_time():
""" reading 2D time domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_2D, "2d_text.fid"))
bin_dic, bin_data = simpson.read(os.path.join(DD_2D, "2d.fid"))
xyreim_units, xyreim_data = simpson.read(os.path.join(DD_2D, "2d_ftext.fid"))
rd, rawbin_data = simpson.read(os.path.join(DD_2D, "2d_raw.fid"), NP=128, NI=48, ndim=2, spe=False)
# check data in text file
assert text_data.shape == (48, 128)
assert text_data.dtype == "complex64"
assert np.abs(text_data[0, 0].real - 1.00) <= 0.01
assert np.abs(text_data[0, 0].imag - 0.03) <= 0.01
assert np.abs(text_data[0, 1].real - 0.75) <= 0.01
assert np.abs(text_data[0, 1].imag - 0.59) <= 0.01
assert np.abs(text_data[1, 0].real - 0.89) <= 0.01
assert np.abs(text_data[1, 0].imag - 0.03) <= 0.01
# data in all files should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xyreim_data)
def test_2d_time():
""" reading 2D time domain files """
# read the text, binary, xreim, and rawbin data
text_dic, text_data = simpson.read(os.path.join(DD_2D, '2d_text.fid'))
bin_dic, bin_data = simpson.read(os.path.join(DD_2D, '2d.fid'))
xyreim_units, xyreim_data = simpson.read(os.path.join(DD_2D, '2d_ftext.fid'))
rd, rawbin_data = simpson.read(os.path.join(DD_2D, '2d_raw.fid'), NP=128, NI=48, ndim=2,
spe=False)
# check data in text file
assert text_data.shape == (48, 128)
assert text_data.dtype == 'complex64'
assert round(text_data[0,0].real, 2) == 1.00
assert round(text_data[0,0].imag, 2) == 0.03
assert round(text_data[0,1].real, 2) == 0.75
assert round(text_data[0,1].imag, 2) == 0.59
assert round(text_data[1,0].real, 2) == 0.89
assert round(text_data[1,0].imag, 2) == 0.03
# data in all files should be close
assert np.allclose(rawbin_data, text_data)
assert np.allclose(rawbin_data, bin_data)
assert np.allclose(rawbin_data, xyreim_data)