![]() With the build-in photomask service you will have access to photomask production facilities around the globe for high quality photomasks of any kind. The LayoutEditor will also help you in this area. Once a design is finished photomasks are required to produce the device you have designed. So even huge designs are painted with a acceptable performance. Enhancement: DXR reader supports variable path widths now Enhancement: XOR. ![]() Enhancements: LEF/DEF reader: - Compatibility fixes with version 5.8 - Regions and Groups are supported now - LEF/DEF is a standare format now and can be used with 'File/Open' for example. With bigger designs a lack of performance is automatically detected and scarcely visible details are omitted. The package manager is found in the 'Tools' menu under 'Manage Packages'. Medium sized designs (up to several hundred MB of GDS file size, exact size may depend on the design) can be painted with all details in real time. Also the painting performance is excellent and can easily compete with any other tool. So for example multi Gb GDSII files can be loaded in seconds. All significant features of the LayoutEditor are optimized to handle huge designs. Via LayoutEditor python module you can embed the LayoutEditor as a off screen tool or with its graphical user interface in your own Python application.Īs designs can extend to several Gb in file size, perfomance is an important factor. A wide range of ready to use macros can be download at our macro market. Macros can be added in the menu structure for a perfect integration of own created extension. Macros are written in the most common language C/C . This makes creating macros very simple and reduces the time to learn programming a lot. So, with the LayoutEditor it is possible to record macros from the user interface like some office programs can do. Using Write ensures the integrity of each separate data field by properly delimiting it, so that it can be read back in by using Input. It can be used for different applications. If, at some future time, you want to read the data from a file by using the Input statement, use the Write statement instead of the Print statement to write the data to the file. Finally, choose Save Layout As from the File menu and save the layout as. In the next dialog, set the loading options. Select the file to be opened, then click Open. Next, choose the data file format from the Files of Type menu in the Load Data Files dialog and mark the Advanced Options checkbox. Open (curfolder "\" curfile) For Input As #1ĭebug.As a matter of course macros or scripts are possible with the LayoutEditor. Choose Load Data File (s) from the File menu. Icon: Menulocation: File/Attach Toolbar: File Operations Shortkey: I Description: The selected file is added to the current drawing. For Each curfile In fileListĮdiType = fileType(curfolder "\" curfile) Icon: Menulocation: File/Open Toolbar: File Operations Shortkey: O Description: Files in all supported formats can opened. The line trimmed(i) = Trim(temparray(i - 1)) is where the error occurs. My Question: How can I distinguish the format of the file? Somehow I have to make the macro read both files and create the combined file regardless of the file format. When I check the the file format using the code ActiveWorkBook.FileFormat, in both cases (CSV and Excel) it gives a value 52 meaning "this an Excel file". The problem is, if the file format changes to Excel then it throws a "Subscript out of range" error. This is working fine as long as the file format is CSV format. There are two files in one folder, the macro should read both files and create another file combining the two.
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