B Track Symbol

[Martha Vanschaick]

Ithought if using atoms in order to find if in the expression I have trigonometric functions.And then , somehow , use degrees instead of radians wherever the corresponding symbol variables is been used.

I know we have a garage door opener symbol. I can't seem to find any door track symbols. I'm drawing a barn home design that uses glass garage doors and would like to be able to show the client how the door track will look.

Any help would be appreciated.

Thanks!

Steve

How to remove the 'crosshair' in the (5) Head Tracker symbol to de-clutter the IHADDS as seen in below? (Mine has a 'crosshair' in the center). Adjusting brightness helps but the symbology is very 'busy' IMO. Thanks.

Yeah, unfortunately, aside from the pilot having the option to switch off CUEING as AvroLanc mentioned (since the pilot doesn't have the option to disable SLAVE in the backseat), there really isn't any options to customize the IHADSS symbology elements aside from the four different symbology modes themselves.

I can now see the speaker icon on the chord track in the Play mode, however it is not playing chords on the iPad. I know that it does Play them in Dorico on the Mac - am I doing something wrong or is the feature not yet fully available on the iPad?

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Secondly, and I'm presuming this problem is related, but, whenever I now add a drum kit into a separate track, the new drum kit plays the rhythm I already have without me adding anything to the region of this new drum kit. Where have I gone wrong?!

If you're using Ultrabeat for your drums, turn off the power button in the Plug-in, otherwise when the transport is running (in play mode) you will hear the currently selected ultrabeat sequence playing as well as any regions on your track.

Here's another screenshot to show you what my main problem is that I referred to at the end of my first post: The track called "Audio 4" which is an Apple drum loop, plays/works fine. But when I add a new instrument track and select Nu School Breaks as my drum kit, this new track/drum kit plays the Audio 4 track rhythm with its own (Nu School) percussion. And I have no idea how to stop it! How do I prevent the new track/Nu School percussion from playing the rhythm I have in a separate track? It seems like they are somehow connected but I can't switch it off.

They are definitely two tracks. I just tried deleting the Nu School Breaks Kit track, then adding a different drum kit, and everything went back to normal and worked how I wanted it to work. I tried 2-3 different drum kits, all worked fine -- i.e. My existing rhythm played fine and the new drum kit did not interfere or play the existing rhythm with its own percussion.

Sorry, I am transitioning to Logic Pro very slowly, I'm not sure what Two Lanes means. So if I have done that, I've done it accidentally, but I don't think I am using two lanes, whatever that might be.

I create my new instrument track, then I search for "nu" in the Library, up pops the results, and I click on "Nu School Breaks" in the results. I don't see a loading message, but after a few seconds, it appears in my track.

Jumper 1 shows that there is a jumper somewhere between R5 and Pin5 of U2. This is a schematic, so it does not show where or why the jumper exists. All it shows is that there is a jumper, that on the PCB, will give a break in the track between R5 & U2B.

NOTE: On the schematic, jumpers have nothing to do with any wires crossing other wires, they are treated just as any other symbol on a schematic. Which wires are soldered to which pads, how when and why, have nothing to do with the schematic.

There is nothing very difficult about implementing jumpers on a schematic, you just place them and attach wires.

Are you saying that if I cross tracks in the schematics they wont cross in the pcb editor. Will they be shown then as a dead end of the track on the pcb editor? Then having to manipulate the symbols on the pcb editor to make them join up again?

For anyone who cares enough to open up my zipped project (I do not blame anyone if you do not care enough) you can see that mine is a 2 layer board. I used jumpers because I wanted to keep the ground plane more solid than it would have been if I used bottom side tracks.

BTW I used to be skeptical of any need for jumpers to be oriented in angles other than 0, 90, 180, or 270 degrees. But in this design I found it helpful to use some odd angles. Perhaps this is just consistent with my tendency to produce layouts that look like I was drunk when I did them. (I was not.)

Just draw the schematic as normal and then lay it out for a 2 layer board. It may be that no crossings are required to keep all tracks on one layer. If they are tracks required on the second layer indicated by uncompleted ratsnest lines then go back to the schematic and add pairs of THT single pads where crossings are required. Hopefully there will only be a few. Then submit the order without the 2nd layer. No jumpers needed on schematic.

It seems it is the position of the dot which is important. On the final printed circuit board you would just get a track from 10 to the dot at jp2 pin2. At the other end just a track from the dot to 8.

Now I see it. Any connection between jp2 pin1 dot to 8 dot would not be shown as a track on the printed circuit board.

If you look at the jumper symbol, you will note that it has two pins. When this jumper symbol is converted to a footprint, it will also have two pads. On the PCB, one pad will connect to one end of the jumper wire and the other pad will connect to the other end of the wire, just like a resistor or capacitor has two pads in a footprint.

The position of the pads for the jumper are often difficult to determine until you know how many and what thickness the tracks that the jumper needs to cross are. This is explained in my above comment.

The same reasoning applies to a Through-hole 1/4 W resistor. Say you have a footprint that is 7.62 mm between pads, but you wish to run 10 tracks under that resistor. Instead of using the 7.62mm footprint, you may use a larger length footprint of 15.25mm between pads. You are using the same resistor, just more lead is showing on the PCB.

No. All wires will show as tracks and all wires with junction dots will show as connected tracks. Wires crossing each other , without junctions will show as tracks that are not connected to each other, only connected to the footprints. The only places there will be no tracks is between pins 1 & 2 of all the jumpers.

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To my view, the easiet to use a jumper to jump over track.

Do a PCB with more layer than your board.

Use one of the inner layer to represent your jumper, (and do only simple straight track on this layer.

Use a via to be the first pin of your jumper wire. then the straight track that represent the jumper, then another via to go back to your board.

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