V3.2.3: bugfixes with finding the right version in case of exposure time and other meta informations

IR_image_tools: changed import of os for more flexibility
IR_image_tools: new function read_finger_info() reads intup files with parameters of the fingers as defined in the heat flux mapping
IR_image_tools: new function derive_wetted_area_per_module() calculates the wetted area given a numpy array with THEODOR results and mapping reference arrays as stored on the archive
downloadversionIRdata: small fixes to parameter structure in calls and messages, variation of example section
new input files in .\data: finger_infor_TDU.csv and finger_info_HHF.csv (used for wetted area calculation)

downloadversionIRdata: download_heatflux_mapping_reference() now also returns an array with target module definition per pixel as dictionary element 'Target_Module'; 'thickness' key renamed to 'Thickness' for consistency

Update V3.2.2: Bugfixe for range overflow in calibration method, update of examples to new code structure, smaller bug fixes

- The points of the vertical target in 'X' and 'Y' get now shifted and rotated to appear on top of the horizontal target in order to avaoid overlap when plotting.
- Added new boolean peremter 'get_thickness=False' triggers optional calculation of distance of profile points to adjacent profiles. This is used to derive a thickness of the profile at each point for integration of heat loads.

sample plot scripts: fixed time_window parameter call

systematically used named parameter instead of positional;
made type(portnr) test robust with isinstance();
removed unecessary trigger call from get_temp_from_raw_by_program();
unified T_version usage;
made get_calib() flexible for program/t0/t1 input and resilient vs bad NUC elements (Nans, zeros,...);
testmode=False is now default

V3.2.1: bug fixes in load request creation and for OP1.2b data of AEF50 (on background a NUC with a gain of 0 was applied)

V3.2.0: scene model download, downsampled temperature download, bug fixing, temperature profile download

cosmetic overhaul: made output control with verbose consistent, unified output format, tidied up string generation, removed redundant get_OP_by_time() from downloadversionIRdata

V3.0.2: changes in dtype in the upload, extract profile accepts now also ranges in form of list or numpy arrays

update to V2.9.4: bug fixes for AEF50 download, cleaning a little bit the code, changes in the upload code to fix extra frames for FLIR

Update V2.9.0: change multiprocessing to multithreading, performance improved, less archivecalls per download

Update to V2.8.0 (this time complete): FLIR data can now be downloaded, port accepts now strings and numbers

update to 2.7.0 option for upload and download implement to switch between test and productive archive

update to 2.6.1: bugfix in downloadversionIRdata, verbose level is now passed throw the single slow download way also

add ToDo list, add file to create HDF5 file with temperature from archive, change upload (small bug fixes), activate delay in upload