Needs animation customization in addition to color and dial options If you happen to glance at the clock while it's doing its thing, you'll have to wait for it to be done. While the animation is cool, it can take a while for it to complete. This is where I feel the screensaver could be improved. When the time changes, the screensaver goes through an animation to display the new time. It looks neat, especially from a distance. Visually, it looks somewhat similar to an old desk clock, with a larger gap between segments. There are 24 clockfaces arranged in three rows, with each one's set of hands used to display either a part of a number or a separator. A total of 24 clockfaces come together to create a digital clock, with cool animations and several customization options. It uses not a digital or analog clock, but both. MultiClock takes a slightly different approach to showing you the time. But if you want to quickly glance at the time when you're not using your Mac, a clock screensaver is a nice way to put an inactive monitor to good use. This is a classic example of a novice doing system engineering and the results of that inexperience becoming an issue.Most of us now rely on our desktop and mobile devices to tell the time, with desk and wall clocks becoming a rarity. Depending on the size and financials of the company you work for this could end up costing everyone their jobs. This should be addressed before you get that far.like a design change right now, because the problem is just going to be even worse (and more expensive) later. Once this is done, you're still going to be in a world of hurt once you try to do anything on the backend and have to do any kind of timing on the design after layout. Not entirely sure the tools you use will even allow you to do this kind of hack. Once all that is done use a wrapper file around your top level file that just takes a single pin and splits it into the two clocks. Do everything based on having two clocks i.e.
Then do what I've already said, make two clock ports on anything that has this seriously flawed design and make them separate clocks everywhere, then output both clocks on a top level file. How do I stop the 350MHz clock definition from propagating to the 80MHz domain? The 350MHz constraint is still propogating everywhere. I also tried putting a create_generated_clock with -divide_by 4 on common clock fanout point of the 80MHz domain. But the tool (Genus) still tells there are multiple clock waveforms driving the blue registers (both set). I defined two clocks on the same pin with create_clock, made them physically_exclusive with set_clock_groups and set_false_path between the 350MHz clock and the blue set. If I use create_clock on clk port with frequency of 350MHz, the blue set of registers including the large part of clock tree that will never be operated at more than 80MHz gets unnecessarily optimized. Blue set of registers are operated at 80MHz.
The set of red registers are few in number with not much logic between them and are operated at 320MHz. They are operated at different times and there is no path between them. Here is a simplified version of my problem.
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