Calibre DESIGNrev Scripting
This class teaches students how to create custom Calibre DRV scripts and batch files that can be used to analyze and manipulate layout data. This class also teaches students how to extend the Calibre DRV GUI to obtain user input, display results from running DRV scripts, and add menus and menu items to invoke the scripts they write in class. The course presents a number of practical examples that demonstrate how DRV scripting can be leveraged to improve the chip design process. View course highlights ↓
Instructor-Led Online Training
Our instructor-led online classes offer all the benefits of classroom training without the travel. Participate in a live classroom experience, complete with hands-on exercises and course materials, directly from your office.
|May 13–16||8–2 PM
Full instructor-led courses in a Mentor training facility, with complete course materials and access to classroom computers.
|Mar 12–13||Tempe||9–5 PM
|Mar 18||Hsinchu City||9:30–5:30 PM
|May 6–7||Munich||9–5 PM
|Jun 16–17||Fremont||9–5 PM
|Don't see the class you need? Request a class|
This class uses a task-based approach in which we present students with a series of common DRV coding tasks, then teach concepts and skills as needed to accomplish these tasks. Tasks have been suggested by Calibre field engineers based on user needs, and carefully selected to ensure that we teach the core concepts and skills needed to become proficient in the DRV coding environment.
For this course, the term DRV refers to a family of tools:
- Calibre DESIGNrev
- Calibre WORKbench
- Calibre LITHOview
- Calibre MDPview
You will learn how to
- Set up an INFO utility for querying high-level design data.
- Generate a high-level report to verify IP.
- Write a procedure that will display the hierarchy of the design.
- Swap cells.
- Rename cells.
- Merge a standard cell library into an existing design
- Selectively update cell libraries
- Save a portion of the open layout as a new layout.
- Report reference counts using the most efficient method for a given situation.
- Clean up designs that contain multiple copies of the same cell, each differing only in name.
- Extract net information stored as text or properties.
- Update the display to see layout modifications in the GUI.
- Write a script to modify the selected object.
- Add a menu item to the Macros menu.
- Build user prompts to collect data from the user before evaluating a script.
- Create a complete custom menu populated with commonly-used scripts.
- Report the Design Hierarchy using a peek object.
- Report the layers used in a layout.
- Merge block level IP into an existing design.
- Export a single-layer of your design for tapeout.
- Re-write the script for creating a libcell array to use layout filemerge.
- Write a batch file to produce a new layout displaying an array of all libcells used in the specified design.
- Write a script that will copy selected objects to a new layer.
- Use the File > Save Edit Transcript functionality in the viewer to gain insight into how the GUI implements design modifications.
- Write a script that will move selected objects to a new layer.
- Build your own library of utilities available off SupportNet and set up your environment to load it on invocation.
- Building a custom toolbar menu.
- Adding an option to the Macros menu to run layout filemerge -smartdiff on user-specified files, then display the results of merging.
CAD Engineers who use or support users of any of the Calibre viewers:
Design Engineers who use any of the above tools and are interested in extending the tool’s functionality.
Familiarity with GDS or OASIS layout data
Familiarity with IC Design in the Calibre environment
Experience coding with Tcl/TK programming
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