Download Time Clock Wizard REPACK

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so I'm using this application called time clock wizard that takes screenshot of my desktop at different intervals for the client to see. I was just wondering if there was a way to somehow make it capture just my main display, the reason behind is I do work for another client which I usually do on my second monitor and they're mostly private information like NDA's and other legal documents that I can't have my time clock wizard capturing. Is there any application or trick that I can use to somehow make this work? Thanks a lot, it would be a lot of help.

I wanted to use the MMCM from the clock wizard to generate a 25MHz clock from the on-board 12MHz oscillator.

Currently I am using the code from the Getting Started Guide : Step 7.6 .

I followed the steps given in this answer, instantiated a clock wizard IP, used the MMCM with the 12MHz clock as the input and set the output frequency to 25MHz.

Screenshots of IP Configuration and Instantiation

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IP-Instantiation

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My issue is that whenever I use the clock wizard IP I get a timing violation error in the implementation step irrespective of the output frequency of the MMCM. The code works well without the MMCM, using the clock directly as the input, and it fails with the MMCM even if I set the output frequency to 12MHz.

There is a mismatch between the frequencies used in the create_clock constraints in the master XDC file and in the XDC automatically generated by the Clocking Wizard IP core - 83.33 versus 83.333. You can resolve the issue either by editing the master XDC to match, or by commenting the line back out (note the package_pin and iostandard constraints are still necessary), as the wizard is handling it for you.

The red "X" in "Inter-clock" paths is a dead giveaway ("inter", latin, "from one to the other"): There are two clocks. they aren't simply coperiodic therefore any timing analysis between them will be ... difficult. The solution is, get rid of the unintended clock.

In this project you have two clocks. One is the MMCM input clock and the other is the derived 25 MHz output clock. Since you aren't using the input clock clk anywhere in your design there can't be inter-clock failing paths, or even inter-clock analysis. I've had experience with the board design tool for ZYNQ design get wrapped around the axle, so to speak, because I specified a non-integer PL clock in the Zynq System and made it an output to the PL only to have Vivado change the frequency assignment for the output pin symbol by rounding or dropping a digit, creating just this kind of silly mis-match. I've had more than a few go-rounds with Vivado with this. And the board design messages don't make it easy to figure out what's going on. Fortunately, I don't often use the board design approach. Could the difference between 83.33 ns and 83.333 ns be enough to completely confuse the tool's timing analysis? There's not much else to go on. This idea would be supported by the fact that Vivado thinks that there are 2 derived clock domains when clearly you are instantiating only one.

I'm suspect about the Wizard created timing constraints after create_clock and wonder if that's an issue or just a side effect of buggy software ( 83.33 and 83.333 shouldn't be different frequencies ). I've usually never seen anything beyond that one when I use the IP to create MMCM or PLL clocks. Your screen shot doesn't show the whole clk_wiz_0.xdc file so it's hard to say. It is conceivable that demanding too tight a jitter specification for a particular output frequency would cause problems; but not the gross timing issues that Vivado is reporting.

I do want to point out that when you use the Xilinx IP Wizard you often get hard to find Vivado generated constraint files embedded into your project; like the Clocking wizard. If you specify an input clock frequency to the Clocking Wizard you will always get at least one timing constraint, that is the frequency specification of the MMCM or PLL input clock. If you also add a user constraint referencing the same clock in your .xdc file(s) Vivado will give you a warning that it is ignoring it's own create_clock constraint and using the one from you. This has happened to me many times, sometimes because I've forgotten to comment out the default create_clock constraint copied from the master constraint file,sometimes because I'd rather have it visible. I write my own constraint files rather than have Vivado do it for me. There are reasons for this suitable for another discussion.

In general, if you connect a clock from an external source, and use the Clocking Wizard to create derived clocks from it for your design, you should comment out any duplicate timing reference to the same input clock in your user constraints file(s). This makes Vivado happier. When you start having complicated designs with multiple clock domains you might want to take over control from Vivado. Vivado isn't good at sharing but the effort to wrest control from Vivado is usually worth it, if for no other reason than it compels you to conscientiously think about important elements of what it is that you are doing. At some point in your FPGA development career you will find that hidden or out of view constraints are an impediment rather that a help.

The two platforms differ mostly in terms of their use cases. Homebase prioritizes hourly workers with features like the GPS time clock and team communication mobile app, while Time Clock Wizard has tools for office workers, like webcam clock in verification.

Unlike many employee management apps, Time Clock Wizard included, Homebase has a full range of HR and compliance features. You can access things like document management tools, compliance alerts, and custom time off settings that you can adjust to your policies.

The Homebase mobile app shares most of the capabilities of the desktop version. That means you can tweak schedules, get notified about late arrivals, and run payroll no matter where you are. Employees can also check their timetables, receive paychecks, and communicate with you via the app.

Time Clock Wizard is primarily a time tracking tool that offers other employee management features. Similar to Homebase, the platform positions itself as a solution for different types of businesses with both on and off-site teams.

Homebase makes managing hourly work easier for over 100,000 local businesses. With free employee scheduling, time tracking, and team communication, managers and employees can spend less time on paperwork and more time on growing their business.

When you own a business or lead an HR department in a company there is always plenty of demands on your time. Unfortunately, accurate time tracking can be time-consuming and often sucks up disproportionate amounts of your valuable time and effort.

How long do you spend tracking attendance, working out time off and making sure that overtime is accurate? A great deal no doubt, something only made worse when you have to chase your employees to fill out their timesheets right, and then having to get their supervisors to sign them off. Fortunately, you can start to regain this time and spend it on other more mission-critical tasks by using our time clock software. Keep reading to find out all about its most useful features.

Another great time tracking feature that we offer is time off tracking. After all, you put effort into tracking, not just the time that your employees have worked, but also how many days of vacation they have left too. Indeed, many managers, owners and HR people will spend inordinate amounts of time checking and informing employees of how much vacation they have left. The great thing about our software is that it does all this for you. Your workers can even use the employee self-service feature on our time tracking app and in just a few clicks check how much vacation allowance they have left.

The issue of employee time theft is one that many businesses struggle with, and it can cost them a great deal of money, which in turn can affect their profits and longevity. The good news is our time tracking software is designed to minimize this and help you with workforce management in several ways.

The first of these is via punch limiting rules which prevent any worker from logging in outside of their set shift patterns. Instead, they will just receive an error message, so you can be sure that no one is claiming for the time they have not done, or have not been genuinely assigned.

Lastly, our time clock wizard alternative offers your business the option of asking your employees to take a picture at the same time as they punch in and out. The great thing about our webcam photo option is that you can access these pictures via your dashboard to check that workers are where they claim to be, making employee time tracking more accurate and reliable. 2351a5e196