Hi Mikael,
Great job !
Thanks
Fabrice
Le dim. 2 oct. 2022 à 15:37, Mikael Sundqvist via ntg-context <
ntg-context@ntg.nl> a écrit :
> Hi,
>
> On Sun, Oct 2, 2022 at 3:26 PM Hans Hagen via ntg-context
> wrote:
> >
> > On 10/2/2022 3:13 PM, Fabrice Couvreur via ntg-context wrote:
> > > Ok, it work
Hi,
On Sun, Oct 2, 2022 at 3:26 PM Hans Hagen via ntg-context
wrote:
>
> On 10/2/2022 3:13 PM, Fabrice Couvreur via ntg-context wrote:
> > Ok, it works very well. Without wanting to insist, how to have the same
> > hatching with two different figures ?
> see upcoming mail from Mikael
Oh, OK, her
On 10/2/2022 3:13 PM, Fabrice Couvreur via ntg-context wrote:
Ok, it works very well. Without wanting to insist, how to have the same
hatching with two different figures ?
see upcoming mail from Mikael
Hans
-
Ok, it works very well. Without wanting to insist, how to have the same
hatching with two different figures ?
Thanks.
Fabrice
Le dim. 2 oct. 2022 à 13:38, Hans Hagen via ntg-context
a écrit :
> On 10/2/2022 1:02 PM, Fabrice Couvreur via ntg-context wrote:
> > I just tried but I got an empty file
On 10/2/2022 1:02 PM, Fabrice Couvreur via ntg-context wrote:
I just tried but I got an empty file...
Do we agree that I have to replace the two lines with the other two ?
Regarding what you proposed, how to get the same type of hatching in
both figures ?
no, we disagree here; add them after th
I just tried but I got an empty file...
Do we agree that I have to replace the two lines with the other two ?
Regarding what you proposed, how to get the same type of hatching in both
figures ?
\startMPcode
path p, q, r, b ;
p := unitsquare xyscaled (4cm,4cm) ;
z[0] = (2cm,0cm) ;
On 10/2/2022 11:20 AM, Floris van Manen via ntg-context wrote:
On 02/10/2022 10:55, Fabrice Couvreur via ntg-context wrote:
Initially, there was a bug with maro numberstriped() and Hans
suggested another sensible approach to me, but you don't get the same
shape of the hatches depending on the
Not only, it is also true with the code below :
\startMPcode
path p, q, r, b ;
p := unitsquare xyscaled (4cm,4cm) ;
z[0] = (2cm,0cm) ;
z[1] = (2cm,4cm) ;
z[2] = (0cm,2cm) ;
q := llcorner p--z[0]--z[1]--z[2]--cycle ;
r := unitsquare xyscaled (1cm,1cm) shifted(0,3cm) ;
On 02/10/2022 10:55, Fabrice Couvreur via ntg-context wrote:
Initially, there was a bug with maro numberstriped() and Hans suggested
another sensible approach to me, but you don't get the same shape of the
hatches depending on the dimensions of the squares.
some unexpected side effect show u
Hi,
Initially, there was a bug with maro numberstriped() and Hans suggested
another sensible approach to me, but you don't get the same shape of the
hatches depending on the dimensions of the squares.
Your solution works perfectly but I'm trying to understand the action of
the parameters:
the first
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