When converting an mpr file to an mpt file, there is a lot of header information, e.g.:
example MPT file header
```text
EC-Lab ASCII FILE
Nb header lines : 191
Galvano Electrochemical Impedance Spectroscopy
Run on channel : 1 (SN 36210)
User :
CE vs. WE compliance from -10 V to 10 V
Electrode connection : standard
Ewe ctrl range : min = -10.00 V, max = 10.00 V
Safety Limits :
Ewe min = -0.50 V
Ewe max = 2.80 V
for t > 10 ms
Do not start on E overload
Acquisition started on : 08/11/2021 16:03:59.530
Loaded Setting File : C:\BT-Lab\Daten\PT\Gedruckte Ti PTLs\Ui-Kennlinie.mps
Saved on :
File : 210811_N115_T80_p1_Probe11_02_GEIS_C01.mpr
Directory : C:\EC-Lab\PT\gedruckte PTLs\
Host : 130.75.205.160
Device : SP-150 (SN 1235)
Address : USB
EC-Lab for windows v11.36 (software)
Internet server v11.36 (firmware)
Command interpretor v11.36 (firmware)
Electrode material :
Initial state :
Electrolyte :
Comments :
Current amplifier : SP-150B-20A
Electrode surface area : 0.001 cm�
Characteristic mass : 0.001 g
Equivalent Weight : 0.000 g/eq.
Density : 0.000 g/cm3
Cycle Definition : Charge/Discharge alternance
```
It would be really useful if this project could read these information from mpr files. Specifically, I really need the experiment method (Galvano Electrochemical Impedance Spectroscopy in the above example`).
When converting an mpr file to an mpt file, there is a lot of header information, e.g.:
example MPT file header
```text EC-Lab ASCII FILE Nb header lines : 191 Galvano Electrochemical Impedance Spectroscopy Run on channel : 1 (SN 36210) User : CE vs. WE compliance from -10 V to 10 V Electrode connection : standard Ewe ctrl range : min = -10.00 V, max = 10.00 V Safety Limits : Ewe min = -0.50 V Ewe max = 2.80 V for t > 10 ms Do not start on E overload Acquisition started on : 08/11/2021 16:03:59.530 Loaded Setting File : C:\BT-Lab\Daten\PT\Gedruckte Ti PTLs\Ui-Kennlinie.mps Saved on : File : 210811_N115_T80_p1_Probe11_02_GEIS_C01.mpr Directory : C:\EC-Lab\PT\gedruckte PTLs\ Host : 130.75.205.160 Device : SP-150 (SN 1235) Address : USB EC-Lab for windows v11.36 (software) Internet server v11.36 (firmware) Command interpretor v11.36 (firmware) Electrode material : Initial state : Electrolyte : Comments : Current amplifier : SP-150B-20A Electrode surface area : 0.001 cm� Characteristic mass : 0.001 g Equivalent Weight : 0.000 g/eq. Density : 0.000 g/cm3 Cycle Definition : Charge/Discharge alternance ```It would be really useful if this project could read these information from mpr files. Specifically, I really need the experiment method (
Galvano Electrochemical Impedance Spectroscopy
in the above example`).