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Halo Switch request
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Part breadboard with gradient
Fritzing supports “SVG Tiny”, plus some extras. I am not clear on the extras, but I found this reference which starts out with
According to Adobe Illustrator Help – Saving artwork: Save in SVG format, SVG Tiny does not support gradients, transparency, clipping, masks, symbols, patterns, underline text, strike through text, vertical text, or SVG filter effects.
I have seen transparency (opacity) in svg files used for Fritzing parts, but have never checked closely to see what actually happens on screen. Memory says that the opacity settings did get through to a fritzing exported svg image though. So you could try specifying a gradient, using the part, exporting the view to svg, then finally viewing the image using a program that DOES support gradients. Depending on your needs, that might be usable, if that export can be the view that people actually see.
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Part breadboard with gradient
Hello, first I wanted to thank you for the answers … I tried many times to add the svg but I never had a good result from the fritzing editor, the images are not seen … today, I don’t know why, fritzing recognized the gradient .
But when saving the part, the graphics again look bad.
I send the fzpz file for you to see and also screenshot.
I am making many parts of microphones and connections mainly for guitar and bass, as soon as I finish adding all the parts I will upload it to the forum to share … there are like 100 types and connections of mic jajjaa gave me a lot of work
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Part breadboard with gradient
I downloaded the part file and extracted the svg files. Both my standard image view (eog on Fedora 31) and Inkscape (version 1.0) show the breadboard and icon images as the solid black shapes shown in the top screen shot you included. No gradient visible. Examining the svg files directly, I can see gradient definitions and references, but the are not displaying for me. Either my program versions do not handle the gradients, or the svg files got broken by the time that Fritzing part was created.
The gradient definitions are inside of an svg “defs” element. I am fairly sure that nothing inside of that will be used by Fritzing, at least in part files. The reason is that those elements use id tags that need to be referenced in other elements in the image, and a Fritzing document (sketch) is made up of multiple parts, even multiple copies of a single part, each of which has image information. It is non-trivial to automatically merge the defs from multiple image files, and rename all of the references to make them unique. So that the correct definition would be used on each part. Which is probably why (one of the reasons) that the “SVG Tiny” specification excludes gradients, and several other things in the list.
I also ran the part through FritzingCheckPart. It has some complaints, some of which are just warnings, and Fritzing handles the case just fine. Others indicate possible problems when using the part.
The new convention is to use black stroke for pcb silkscreen. You are using white, which is the old standard. Fritzing handles it either way.
The parts definition shows “terminalId” references for all 3 views of connector 0 and connector 1, but they only exist in the pcb svg file. If they are defined for a view, they should exist in the matching image file. Normally terminalId is only useful in the schematic view. It is used there to mark the “snap point” for a wire starting/ending at the connector. It can be used (I think) in breadboard view as well. I do not think it means anything in pcb view.
FritzingPartCheck also complains that terminalID is not defined for connector 2. In general, terminalId should exist for all connectors in schematic view.
The schematic svg has an invalid inkscape style font reference. FritzingPartCheck automatically removes it, And Fritzing probably just ignores it.
The schematic svg is missing the “schematic” layerid specified in the part definition. It is needed for schematic to work properly.
The connector pin circle elements in the pcb view do not have a radius. Fritzing uses that (minus the stroke width) to set the drill hole size. Without it, no hole will be specified for the gerber export used to get pcb boards created.
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Part breadboard with gradient
That looks like a FZ export, and that FZ modified it - FZ usually adds a lot of groups on a export part -. I guess we need the original svg that you are putting into FZ.
EDIT - I just remembered, there are ways of making gradients without gradients so things look curved. Look at the microphone, tilt switch and clear LED in the CORE bin.
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Particle Argon, Boron, Xenon (3rd gen / mesh) devices
Hello Rob, thanks a lot for sharing those ESP32 based boards!
On the manufacturer site I saw they also have a “B Series B523 SoM or Tracker T523 SoM”, which works with 3G / LTE in Europe. Is that device similar to the Boron LTE?
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Hoe to chnge the color of a LED
Hi to all,
I’m new here.
Please could somebody give me an hint hoq to chnge the color of sa generic LED?
I can not find any way to do this. The way using the inspector doesn’t work.
Thenks a lot in advance for any help.
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Hoe to chnge the color of a LED
Did you grab the clear 4 pin LED, or the 2 pin red LED from the CORE bin. The red one is the one you can change colour in Inspector.
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Part breadboard with gradient
hello, I think I will continue creating the parts as before without gradient jajajaja it is easier …
I wanted to clarify that I draw the breadboard svg, in this case, I also did the schematic but the pcb took it from fritzing without modifying anything.
I am new to fritzing and inkscape, I have a lot to learn and these are the first parts I create.
Another issue to clarify is that I would use my parts to create instrument connection diagrams in the breadboard view … the schematic and the pcb would not use it, but I had to add it because fritzing forces to have all 3 types of view.
Thank you for your answers. I will continue creating the parts with solid colors. If you want, today when I am in my house, I send some different parts to see if it has errors, in my fritzing it works very well but I do not know what the requirements are to be able to share the parts and that anyone can use them.
Thank you. google translator is not very good jajaja bye
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Grid visibility
Thanks Old_grey for your response. Although you are right in this, I still prefer to have the possibility to enhance the grid. Yes, if “snapping” is active you know that placing a component or trace will always be at grid but the moving around of a component to get the best place on a pcb is easier (for me) when the grid is more visible.
But this cannot be done, so be it…
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Part breadboard with gradient
It is possible to create breadboard only Fritzing parts. Probably not with the built in parts editor, but I do it outside of Fritzing. It just needs the breadboard view svg. The icon view is needed too, but that can just point to the breadboard view when appropriate.
Here is an example breadboard + icon view only part. Unzip it to see the pieces, and to look at what the part definition file (.fzp) contains. It is not large or complicated, especially when the part only has a few connectors.
2-pin-header.fzpz (2.6 KB)
Here is a version of your part with only icon and breadboard views. The definition file was simplified, and the “breadboard” id was added to the svg. The icon is not working. I seem to have messed something up there.
Gretsch Filtertron-test.fzpz (16.7 KB)
I made no attempt to cleanup the gradient information.
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Hoe to chnge the color of a LED
There is also a big white LED, like those which are used for flashlight, headlight and so on, which can not be changed. Make sure to select one of the standard 3 of 5mm leds from the core parts.
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Drawing wires in correct directions
How can I draw wires that are vertical, horizontal, and have 90 degree bends?
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Part breadboard with gradient
Thank you very much for the info, I did not know what could be done that way.
In the .fzp file the change is to delete everything related to schematic and pcb … and the icon uses the same svg as the breadboard.
Can I create a main microphone with this method and then modify it with edit part in fritzing? I mean edit it in order to create the other microphones.
or this would cause problems
To modify the .fzp files, do you use any specific software or directly with the notepad?
(Here I show some images of the graphics that I made, I have others with different connections…
The battery is not mine, but it looks cool)
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Drawing wires in correct directions
There is no way to directly specify using only horizontal and vertical wire lines, with 90 degree corners.
If you have “Align to Grid” turned on (checked) in the View menu, then any bend points you put in wires will be on the currently defined grid. The grid size is also set on the View menu. In the default configuration, click and drag anywhere in the middle of a wire will create a sharp bend. If parts are positioned with Align to Grid on, and the bend is also created with Align to Grid on, it is easy to get clean 90 degree corners. At least with most parts. If the parts themselves do not follow the rules about aligning connections to the normal grid, it becomes more difficult. Setting the grid size smaller can help in this case, with more care needed in the manual corner positioning.
In an alternate configuration, you will need to hold down the control key while click dragging to get the sharp corner.
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Part breadboard with gradient
As mentioned, I do not use the parts editor for creating parts. So I do not know if that would work.
It is reasonable (I do it all the time) to copy an existing fzp file as the base when creating a new part. Any standard text editor (or word processor that will save as plain text) can be used for editing the file. I use Visual Studio Code (for that and a lot of other things), but standard notepad will work fine. You can adjust information in the svg files the same way. That is what I used to add the missing breadboard id.
The zip program is all that is needed to combine the fzp and svg files into a usable fzpz part file. Or anything else that knows how to create a zip “archive” from a set of file. Just need to rename from .zip to .fzpz, if it will not do that automatically.
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Part breadboard with gradient
Because you are probably the only one that needs guitar pickups, and you’re never going to use the SCH or PCB, I suggest you just use a 2 or 3 pin header part, edit that part and only add your BB svg, and then save that part. So long as all views have the same number of pins, and is assigned, it should be fine.
If you want to upload your gradient svg using a different extension, I can see if I can get it to work.
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Drawing wires in correct directions
It’s a bit out of date, so some things don’t work.
https://fritzing.org/learning/full_reference/keyboard-mouse/
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Part breadboard with gradient
tracking4hpd_8c2ypxr:
okay, i’m going to do some tests … now i understand a little more about how fritzing files works
Old_Grey:
Yes, I started doing that, I took parts like 2,3,4 and 5 pins for Pcb, coil for Schematic and as the main part for breadboard I edited textile stretch sensor because it was the first one I saw that had the mirror option, which is going to help reverse the position of the mics humbuckers.
Here I show you the svg with gradient, if you can do something
Thank you both
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Limit Switch part
Helpful, but not enough information. 5V - is that the V pin in your picture? 0V - I would assume is ground, or common. Signal I assume is the S pin?
The part appears to be nothing more than a mount for a switch. The switch has 3 contacts, C- common, NO - normally open, NC - normally closed. So which of those pins are the S, G, V, pins? I kinda need to know that for the schematic symbol.
The PCB version of this part will just be a silkscreen, since the part can’t be soldered to a PCB, there will be no copper pads/holes.
So I’m curious as to why you want this part. You see, I make my own parts because I need the PCB portion of the part. I need the PCB layout (silkscreens and pads) for having PCB’s made. Since this part won’t mount on a PCB board, why do you need the part instead of using a simple switch?
Randy
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