[Bugzilla] [Bug 15479] Eric has changed cc

bugzilla.admin at scilab.org bugzilla.admin at scilab.org
Fri Mar 9 10:23:00 CET 2018


http://bugzilla.scilab.org/show_bug.cgi?id=15479
--------- Bug Summary -----------
If moving / resizing a block changes the origin, links are messed when Optimal is selected

---------- Changed by ------------
eric.gernot at arevah2gen.com

---------- What changed ----------
cc


Eric <eric.gernot at arevah2gen.com> changed:

           What    |Removed                     |Added
----------------------------------------------------------------------------
                 CC|                            |eric.gernot at arevah2gen.com

--- Comment #2 from Eric <eric.gernot at arevah2gen.com> ---
(In reply to Samuel GOUGEON from comment #1)

Yes the effect is proportional to how much the blocks are moved beyond the top (and left) borders of the diagram.

Increasing the size of the clock to 3 times its original height (just enough to force resizing) does this on my version:
The vertical link just below the clock is not modified by formatting to Optimal.
I believe this small increase of 3 times the size of the clock did not shift the intermediates points out of the original path.
The link between -6 and Selector has horizontal parts. Formatting it to Optimal moves the vertical part down and the horizontal parts are now zig
zagging.

Increasing the size of the clock to 10 times its original height does this:
The vertical link just below the clock is modified by formatting to Optimal. Now it goes below the scope and back to the split block.
It looks like the intermediate points were shifted downward as much as the diagram resizing.

I propose an alternative way to see the problem.
Open "thermostat simple" 
Edit\select all
Format\Link style\Optimal
// correct operation.
// the link from the + block (before integral block) is affected a path beyond the top of the diagram. The diagram is shifted.
Repeat Format\Link style\Optimal
Links are zig zagging
from -6 and 6 to Selector 
>From split block to MUX.
>From integral to split block.

This looks not that bad, but much of our diagrams have been resized left and top by much bigger amounts than only 10 times the size of the clock.

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