We have removed an irritating “feature” which had caused some trouble in the past: If you worked with KKR susceptibilities and had already selected some of the interband transition parameters as fit parameters, it was not possible to insert new interband models before the existing ones without doing damage to the configuration. It was also not allowed to change the order of interband transition models. These restrictions have been removed.
It was also possible to delete an item inside a KKR susceptibility although a parameter of this item was selected as fit parameter. This caused access violation errors. This issue has been resolved as well.
Pressing F7 to switch from the treeview level back to the main view caused access violations in some cases (without doing damage – it was just annoying). This has been fixed.
Editing objects sometimes means to go through several user dialogs. The behaviour of the ‘Cancel’ button has been changed in some cases: It used to cancel the current dialog and jump to the next one – now a click on ‘Cancel’ shuts down the edit operation completely.
Ellipsometry objects can now import data saved in *.pae files by SOPRA ellipsometers.
Although the angle of incidence is stored in such files the value of the angle of incidence of the ellipsometry object (which is used for the computation of simulated data) is not changed. This way you can import data measured at 70°, for example, and still do the computations for 69.9° – a small difference is sometimes necessary to correct for experimental uncertainties.
The import routine for text files (xy-format) has been improved to allow to read data from files with several data columns. If you use this routine in batch operations or through OLE automation, you can now specify the column to read from as input option. Option = 1 means to read from the first column, option = 3 reads from the 3rd.
The list of spectra in SCOUT and CODE offered object types called ‘Angle scan’ and ‘XRR’ for a long time already. Although the names indicate what these objects are made for, there was no documentation up to now. We have started to update the SCOUT help with respect to these objects.
Here are the links to the relevant sections:
Certain parameter combinations of Gervais oscillators may lead to unphysical optical constants (i.e. negative imaginary part of the dielectric function). Physical meaningful solutions satisfy a sum rule for the damping constants which may be used to steer the fit into the direction of ‘good’ solutions.
The “check sum” (sum of the difference of LO damping and TO damping for all oscillators) can now be obtained as optical function. Use the optical function “my_material (Gervais_condition)” to retrieve the current value of the check sum.
In order to make use of this number in a fit you can proceed like this(this hint will work in CODE only): Generate an integral quantity of type ‘function of int. quant.’ and call it ‘Gervais check sum’. As formula to compute the value use the term “of(1)” (here it is assumed that the check sum is the first optical function). So the integral quantity is the check sum itself.
Now define a penalty shape function for this integral quantity. It should be 0 if the check sum is positive, and get large for large negative values of the check sum. An expression like “abs(y)*step(-y)y)” will do the job (in penalty shape functions for integral quantities the symbol “y” refers to the current value of the integral quantity). This way large negative values of the check sum are severely punished whereas positive values do not contribute to the fit deviation at all.
Finally activate the option “Combine fit deviations of integral quantities and spectra” in the fit options dialog (File/Options/Fit). This lets CODE simultaneously minimize the difference of measured and simulated spectra and the fit deviation of the integral quantities (which is in this case the penalty for an unphysical check sum). Eventually you have to experiment a little bit with the weight of the ‘Gervais check sum’ in the list of integral quantities in order to get a good fit.
Using several Gervais oscillators at the same time eventually caused numerical problems. This has been fixed today – you can now really use all 10 oscillators which are offered by the “Gervais dialog”.
Reflectance spectra of the TohoSpec3100 system can now be imported both in SCOUT and CODE.
You can now check-out a managed license for offline use. The typical scenario is that you plan to travel with your laptop and expect to have no internet connection for a while. In this situation you can use the menu command “?/Check out managed license for offline use” while you still have a connection to the internet. You have to specify the number of hours for which you will be offline. During this time you can work without connection to the license server.
The license server blocks your license for the indicated offline time for other users. If your license is one license of a pool shared by several users act responsibly and declare reasonable offline periods only.
If your offline time is over earlier than expected you can use the menu command “?/Un-do managed license check-out” to tell the server that you are online again. Your license will then be available for other users if you do not use if for some minutes.
In order to realize some new user interface options in views, we have introduced some new script commands. The available commands are described here.
A new version of live.exe is available here. The new version makes it very easy to migrate your software from one computer to another.
Copy live.exe to your program directory (like c:\my_software\code\) and start it. Click on the button ‘Generate backup folder’ – the program lets you select a destination in your network and then backups the complete program folder and your application data, including your passport file. You should execute this backup function from time to time to save your software package. The destination folder should not be on the same drive as your original installation.
In order to install the software on a new computer you must make the backup folder accessible for the new machine. Then start live.exe in the backup folder and click on ‘Install software on this computer’. This action will do the installation for you and your software should now run on the new PC.
Note the following exceptions:
- If your software is protected by a USB dongle you must install the dongle driver on the new machine first. The dongle driver is available here.
- If your software is protected by activation you need to obtain a new passport file from us.