Clock Picture
Sharda Messer
I have been trying forever, and it will not do it, but i don't even know if that is an option, so can anyone explain??? I have downloaded multiple apps on my versa in order to change the face into one of my pics. there was one app that worked, and that was slideshow. Just give me some advice for the clockface thing.
Thanks for your efforts while checking the Fitbit App Gallery and let me help you with your inquiry. Fitbit has developed a clock face named "Photograph" which will allow you to choose a picture from your library to set it as a clock face for your Versa 2. You'll only need to try the following instructions:
Thanks for following the steps described above. Usually when a clock face isn't installing correctly, it's because your Versa 2 isn't syncing correctly or a firmware is pending to update. If your watch was recently setup to your account, you may need to wait a few days to receive this update. Assuming this is correct, please leave the Fitbit app running in the background so your watch can sync regularly and receive the update soon. You'll see a banner prompted on the Fitbit app when the firmware is ready to download.
@Jenniecee Thanks for the details and efforts while working on this situation. Let me share that the Photograph clock face developed by Fitbit is free and available for your Versa 2. You can follow the instructions posted above to change the clock face. Please make sure the one you're selecting is the same one that appears in the link shared by @Guitarplayer which says By Fitbit.
Thanks for joining this thread, as well as trying the steps suggested above. I'm glad you were able to put a picture as a clock face, and I hope you can keep enjoying the experience with your Versa 2.
@harriet2720 Thanks for trying the suggestions shared in this thread. As our friend mentioned, the changes should update once you select the Photograph clock face and pick your picture. Just make sure your watch is syncing correctly so the changes can be applied. Please check my previous post for detailed instructions and keep me posted.
My small hobby project - mechanically scanned LED clock. It was built in 1998.Red digits on this photo appear to float in the air in front of the clock.This illusion is based on inertia of a human eye. If LED-formed digits will periodicallyand frequently enough flash, they will appear solid and steady. And since the matrix ofdigits is formed by a mechanically scanned single line of LEDs, and the fast rotatingclock body is not visible, it leaves digits "suspended" in the air. As far as Iknow, the the first clock using this concept was built in 1997 by Bob Blick, so full credit forthe cool idea, original design and the software goes to Bob. Please visit hispage for yet more photos of his original clock and clocks built by other people.
Remove the small sleeve bearing from the plastic part. The larger bearing (left on thispicture) will take it's place. Just enlarge the hole with a "unibit" drill bitto the diameter slightly less than bearing's external diameter to ensure a tight fit.
Now the fun part: assembling the electronics. The electrical schematic of the clock is onthis picture. Right-click on it to enlarge the view. Bob Blick's original design isslightly modified to accommodate voltage variations resulting from various rotating speedsyou may desire. Also, a small, cheap and light 3V lithium button cell replaces abig, heavy and more expensive memory cap. This will help balance the clock. Some otherchanges (in the rectifying and index pulse generating stages) were also made.
Place all the components on a piece of prototyping board, soldering components to theplated-through holes. I highly recommend a socket for the PIC16F84 since you may want tomodify the code later to display seconds, blinking colon, or even having all clock displayanalog "hands". Connect all the components soldering point to point withwire-wrap wire. Hardware is so simple that it isn't really worth to make a PCB, but youcan certainly do that.
The plastic motor housing will serve as the pedestal. I would suggest that you securelyhold the clock away from your face before turning on the power to the motor for the firsttime since the unit probably will be out of balance. It is best to use a variable supplyand slowly increase the voltage. At 3-4 volts the clock won't work yet, but you canbalance the assembly by tilting and/or sliding it in the hub. After adjusting the clock'sbalance, reset the controller: first cut off the motor power supply, then short pins4 and 5 provided that the 3V cell is in place which keeps power to the circuit while themotor supply is off. Then set the time and apply power to the motor.
Now if you'll supply at least 8.5V to the motor, you should see your clock running! If allyou see is smeared random characters, disconnect the power, short momentarily pins 4 and 5of the PIC (which resets it), then set the time, and apply the power again (same asabove).
You can download the original clock source code here, alsoavailable on Bob'spage. The object code ready to be programmed into the PIC is here.
If you wish to have seconds displayed, grab the modified source code here. The object code for this modification, ready to be programmed into the PIC, is here.
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Hello I will be communicating with a device using SMBus. For this, I will be using PIC18F26K83. Timing is not important for me so I m somehow free to choose any clock frequency for my MCU. Well higher, better of course. I am new to PIC so I am confused by the datasheet. I want to have I2C clock between 10 kHz and 100 kHz . (I added the picture of related register.)
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I have been lately gone into ADC and trying to figure out what is ADC clock why is it useful what is tad, tosc, fosc and those things and how to calculate the ADC clock I have been searching and searching for days and I have read almost all sites available for this topic on internet but I am still small in 8th grade so I cant understand all these hard mathematic operations I would highly appreciate anyone who could explain this to me thanks in advance
Tosc is the period of the oscillator (clock) and it is equal to 1/Fosc, where Fosc is the frequency of the oscillator (clock). If your clock is 1 MHz, then Fosc = 1 MHz (1000000 Hz) and Tosc is 0.000001 seconds (1 µs or micro-second).
My brother is a huge fan of Terry Pratchett's Discworld series. His favourite character is Lord Vetinari, who is the ruler of the city-state of Ankh-Morpork. A few years ago I made him a version of the clock hanging in Lord Vetinari's waiting room following this instruction. What makes this clock special is that even though it shows the right time in terms of the minutes and hours, the seconds seemingly at random go sometimes too fast and sometimes to slow in order to make people feel uncomfortable. I posted a more detailed explanation of the clock on step 2.
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