Rename ISC by ISI

README.md

@@ -5,17 +5,17 @@ Python package package simulating instrumental noises, the propagation of laser
 The default HDF5 measurement file has the following structure,
 
 ```text
-  |- ISC beatnote frequency (total, offsets, fluctuations), of shape (N), in Hz
-  |  - isc_carrier_offsets
-  |  - isc_carrier_fluctuations
-  |  - isc_carriers
-  |  - isc_usb_offsets
-  |  - isc_usb_fluctuations
-  |  - isc_usbs
+  |- ISI beatnote frequency (total, offsets, fluctuations), of shape (N), in Hz
+  |  - isi_carrier_offsets
+  |  - isi_carrier_fluctuations
+  |  - isi_carriers
+  |  - isi_usb_offsets
+  |  - isi_usb_fluctuations
+  |  - isi_usbs
   |
-  |- ISC DWS measurements (in yaw and pitch), of shape (N), in rad
-  |  - isc_dws_phis
-  |  - isc_dws_etas
+  |- ISI DWS measurements (in yaw and pitch), of shape (N), in rad
+  |  - isi_dws_phis
+  |  - isi_dws_etas
   |
   |- Measured pseudo-ranges (MPRs), of shape (N), in s
   |  - mprs
@@ -114,14 +114,14 @@ instrument.plot_fluctuations(output='my-fluctuations.pdf', skip=500)
 To plot quantities for all spacecraft or MOSAs, use the `plot()` method,
 
 ```python
-instrument.isc_carrier_fluctuations.plot(output='my-figure.png', title='ISC Carrier Fluctuations')
+instrument.isi_carrier_fluctuations.plot(output='my-figure.png', title='ISI Carrier Fluctuations')
 ```
 
 or use the usual Matplotlib functions with a single timeseries,
 
 ```python
 import matplotlib.pyplot as plt
-plt.plot(instrument.t, instrument.isc_carrier_fluctuations['12'])
+plt.plot(instrument.t, instrument.isi_carrier_fluctuations['12'])
 plt.show()
 ```