Urs Liska writes:
> Am 13.03.2017 um 13:16 schrieb David Kastrup:
>> Urs Liska writes:
>>
>>> Am 13.03.2017 um 13:07 schrieb David Kastrup:
Urs Liska writes:
>>> I'm calling the function with \override Tie.stencil = #arced-curve-stencil
>>>
>>> which is defined as
>>>
>>> #(define (arced-
Am 13.03.2017 um 13:16 schrieb David Kastrup:
> Urs Liska writes:
>
>> Am 13.03.2017 um 13:07 schrieb David Kastrup:
>>> Urs Liska writes:
>>>
when writing a callback function to override a stencil, how can I attach
the original point-and-click link to the resulting graphics?
>>> Isn'
Urs Liska writes:
> Am 13.03.2017 um 13:07 schrieb David Kastrup:
>> Urs Liska writes:
>>
>>> when writing a callback function to override a stencil, how can I attach
>>> the original point-and-click link to the resulting graphics?
>> Isn't it attached automatically? I don't think the usual ste
Am 13.03.2017 um 13:07 schrieb David Kastrup:
> Urs Liska writes:
>
>> when writing a callback function to override a stencil, how can I attach
>> the original point-and-click link to the resulting graphics?
> Isn't it attached automatically? I don't think the usual stencil
> callbacks bother w
Urs Liska writes:
> when writing a callback function to override a stencil, how can I attach
> the original point-and-click link to the resulting graphics?
Isn't it attached automatically? I don't think the usual stencil
callbacks bother with point-and-click info themselves.
> Is that even pos
Hi all,
when writing a callback function to override a stencil, how can I attach
the original point-and-click link to the resulting graphics? Is that
even possible, as I'm not actually dealing with the grob anymore (isn't it)?
I know how to get the location from inside the ties and slurs I'm
deal
