On 16.01.2017 13:41, jp charras wrote:
> I am waiting for comments, especially for custom pads.
Hi Jean Pierre,
Many thanks for your comments. I need a bit of time to answer and
rethink the proposal. I'll reply as soon as possible.
Cheers,
Tom
___
Le 16/01/2017 à 17:53, Wayne Stambaugh a écrit :
> On 1/16/2017 10:30 AM, jp charras wrote:
>> Le 16/01/2017 à 14:18, Kristoffer Ödmark a écrit :
>>> For basic work, maybe reusing zones functionality in the footprint editor
>>> will be enough, and then the anchors would be added by regular
On 1/16/2017 10:30 AM, jp charras wrote:
> Le 16/01/2017 à 14:18, Kristoffer Ödmark a écrit :
>> For basic work, maybe reusing zones functionality in the footprint editor
>> will be enough, and then the anchors would be added by regular circular or
>> rectangular pads. Similar to how one would
On 01/16/2017 04:30 PM, jp charras wrote:
[snip]
> Hi, CERN guys,
> I remember someone at CERN worked on (or was willing to work on) SVG import.
>
> Is it a work in progress?
Actually, the task has been undertaken by our friends from Brazil during
the last hackathon. The basic import should be
>One constraint is the fact a custom pad shape (which can be build from a set
>of basic shapes: lines,
>circles, rings, polygon) is the fact the final shape should be only one
>polygon (with holes).
>Otherwise it is not *one* pad shape.
>So all pad shape edition must be made from the pad editor
Le 16/01/2017 à 14:18, Kristoffer Ödmark a écrit :
> For basic work, maybe reusing zones functionality in the footprint editor
> will be enough, and then the anchors would be added by regular circular or
> rectangular pads. Similar to how one would add custom paste layers today.
>
> For more
For basic work, maybe reusing zones functionality in the footprint editor
will be enough, and then the anchors would be added by regular circular or
rectangular pads. Similar to how one would add custom paste layers today.
For more advanced, I vote svg or gerber import.
SVG is a common file
Le 03/05/2016 à 14:40, Tomasz Wlostowski a écrit :
> Hi all,
>
> Recently there has been a lot of discussion on these features. Here's a
> short proposal how we could hit all three birds with one stone:
>
> Changes to SCH:
> - none
>
> Changes to netlist import:
> - auto_generate flag for SCH
A standard format for the text of a given field is not the same thing as
adding code to the schematic editor to edit that field. I do not want
to introduce code into the schematic editor for generating formatted
field text for external use. This should be done within the current
field editor or
If it's still too offensive, you could discard the naming part of my
proposal and just modify the netlist format so that eeschema passes
_all fields_ to pcbnew, that way the script can access them and do
whatever it wants. It would enable all sorts of powerful things in the
future, though it might
It would not introduce a limitation, just a standard format that would
work with pcbnew footprint generators, external scripts can run
outside of kicad and use field names and values however they please.
On Wed, May 11, 2016 at 10:23 AM, Wayne Stambaugh wrote:
> On
On 5/11/2016 10:24 AM, José Ignacio wrote:
> What about (ab)using the footprint field (actually the library plugin
> system) for this? Say you add a new library plugin called "python",
> each library would be a python module (either a single .py file or a
> folder with an __init__.py script) That
What about (ab)using the footprint field (actually the library plugin
system) for this? Say you add a new library plugin called "python",
each library would be a python module (either a single .py file or a
folder with an __init__.py script) That module will have a callable
for each "virtual"
On 5/11/2016 6:13 AM, Tomasz Wlostowski wrote:
> On 09.05.2016 14:38, Wayne Stambaugh wrote:
>> On 5/4/2016 4:11 PM, Tomasz Wlostowski wrote:
>>> On 04.05.2016 16:48, Wayne Stambaugh wrote:
How are you saving this auto generate flag and width/length parameters
in the schematic? If you
On 09.05.2016 14:38, Wayne Stambaugh wrote:
> On 5/4/2016 4:11 PM, Tomasz Wlostowski wrote:
>> On 04.05.2016 16:48, Wayne Stambaugh wrote:
>>> How are you saving this auto generate flag and width/length parameters
>>> in the schematic? If you are using component fields or text that's
>>> fine.
On 5/4/2016 4:11 PM, Tomasz Wlostowski wrote:
> On 04.05.2016 16:48, Wayne Stambaugh wrote:
>> How are you saving this auto generate flag and width/length parameters
>> in the schematic? If you are using component fields or text that's
>> fine. However, please keep in mind that using component
Hi,
On 03.05.2016 14:40, Tomasz Wlostowski wrote:
> - net_tie: DRC treats the primitive as non-conducting and doesn't throw
> a short circuit error (see drawing A)
That requires the net tie to have a size that is at least larger than
the minimum clearance of any of the netclasses involved.
My
I'm 300% in favor of this proposal, an it makes sense to store the
dimensions in the key_value pairs. From a user's perspective, they can
grab a premade symbol with default values populated in those fields,
place in the schematic and edit if necessary. for selecting the
"autogenerated flag" what
On 04.05.2016 16:48, Wayne Stambaugh wrote:
> How are you saving this auto generate flag and width/length parameters
> in the schematic? If you are using component fields or text that's
> fine. However, please keep in mind that using component fields and text
> is for passing information to
The use of fields for arbitrary data is indeed powerful. It should also
be limited to passing information to external tools such as simulators
and scripts such as Tom's proposal. Anything that is supported as a
feature in KiCad should be part of the schematic file format and fully
supported by
How are you saving this auto generate flag and width/length parameters
in the schematic? If you are using component fields or text that's
fine. However, please keep in mind that using component fields and text
is for passing information to third party tools that are not part of
kicad. If we are
My 2c.
One of the fantastically useful features of eeschema is components have
an "arbitrary" list of key:value pairs (fields) attached to them as
attributes.
Can I suggest that such a feature attached to objects on the PCB would
be even more powerful/useful.
It would mean that changes
Hi all,
Recently there has been a lot of discussion on these features. Here's a
short proposal how we could hit all three birds with one stone:
Changes to SCH:
- none
Changes to netlist import:
- auto_generate flag for SCH components - when set, invokes a Python
script/C++ plugin which updates
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