Block rotate and mirror now work like they do in Pcbnew (that is
they're treated as part of the block move/duplicate/whatever
rather than finishing it).
Fixes: lp:1780794
* https://bugs.launchpad.net/kicad/+bug/1780794
1) when duplicating don’t keep original hidden until end of drag
2) reset selectionArea when showing it so it doesn’t flash in its previous location
3) center a pasted block on the cursor
4) don’t draw the source selectionArea when pasting a block
5) implement selection-style highlighting for contents of blocks
6) add pasted items to view so they don’t disappear when the block is placed
Fixes: lp:1747197
* https://bugs.launchpad.net/kicad/+bug/1747197
Split antialiasing options out from display options. Move
antialiasing to common. Duplicate the rest of display options
for Eeschema.
Implement OnSelectGrid and hookup GAL canvas refresh to
SetPresetGrid.
Add Grid Settings... to View menu and move Show Grid from
preferences to View Menu to match Pcbnew.
5.0 doesn't set the GAL's line width. It gets away with this since
it's using the same GAL to measure as to set up the drawing, so
the width happens to be set correctly for other reasons. 5.1 uses
a separate GAL and so isn't so lucky.
Note: it's only the renderer that is changed from wxDC to GAL. Tools stay the same, consider this a temporary hack.
This commit splits the EDA_DRAW_FRAME, EDA_DRAW_PANEL and BLOCK_SELECTOR classes into two variants, each independently compiled into a static library.
- "legacy_wx" for PCBnew/Gerbview - wxDC-based legacy canvas. We have full GAL support there anyway so it makes no sense to introduce GAL rendering API to the legacy tools.
- "legacy_gal" for EEschema and the rest - GAL-based legacy canvas, using legacy tools but with a GAL renderer.
Such split ensures only a small part of the common library and eeschema is affected, without messing around with already GALified tools.
The commit also removes some header dependencies on class_drawpanel.h
It would appear that some platforms process the KILL_FOCUS event
after running TransferDataFromWindow(). This change makes sure
that the evaluation is done no matter the order.
Fixes: lp:1793911
* https://bugs.launchpad.net/kicad/+bug/1793911
LC_NUMERIC is the right option to use in LOCALE_IO because only the floating point separator must be modified
When using LC_ALL, the Env var expansion wxGetEnv() was not working when the env var contains non ascii7 codes after a call to LOCALE_IO.
When using setlocale( LC_NUMERIC, "C" ) in LOCALE_IO, wxGetEnv() works fine.
Fixes: lp:1795990
https://bugs.launchpad.net/kicad/+bug/1795990
The '/' and ':' are reserved and cannot be used in symbol or footprint
names. They will cause the LIB_ID parser and formatter to fail. While
it seems like they should be legal in symbol alias names, they will
trigger a symbol rescue the next time the schematic is loaded.
Use ID_SCH as in the Eagle schematic plugin rather than ID_ALIAS to
ensure symbol names do not need rescued the next time the schematic is
opened.
Remove ID_ALIAS since the rules for alias names are the same as the
rules for symbol names. Otherwise, allowing '/' and ':' in alias names
will force a symbol rescue on the next schematic load.
Fixes lp:1795600
https://bugs.launchpad.net/kicad/+bug/1795600
When querying the view, we do not want to including items that are not
on layers that are currently visible. This routine is currently only
used by the selection tool (pcbnew and gerbview) and the grid helper.
Both expected this logic but were indifferent to the additional items.
Fixes: lp:1796403
* https://bugs.launchpad.net/kicad/+bug/1796403
The guard isn't working on GTK (causing eval not to happen on
a kill focus), and I can't remember what issue I put it in to
solve. I've done a bunch of testing and it appears that we
don't need it, although I'm sure I put it in for something....
Fixes: lp:1793911
* https://bugs.launchpad.net/kicad/+bug/1793911
Patch modifies the way graphs are displayed: instead of drawing one
point for each X coordinate, there is a line segment joining min and max
values for continuous graphs and all unique points are displayed for
discrete graphs.
Fixes: lp:1674143
* https://bugs.launchpad.net/kicad/+bug/1674143
Graph rendering takes a lot of time, especially when there is a high number
of points to be drawn. The initial implementation drew all points/lines
even if the the coordinates were duplicates, in the new version duplicated
coordinates are skipped.
Fixes: lp:1674143
* https://bugs.launchpad.net/kicad/+bug/1674143
There are lot of places where constants are used in the KiCad UI
as "magic numbers". The most common one is "5", used in many
wxFormBuilder and manual UI constructions as the margin.
This commit provides a place for all UI to look up shared
constants and other functions, to help create a consistent UI using
functions that provide meaning and intent to these magic numbers.
This is in preparation for making this widget optionally read-only.
Major changes:
* Construct panel in code, not with wxFormBuilder. This make's it
easier to conditionally construct elements that won't be used
in a read-only mode (e.g. the buttons).
* Use a generic "button row panel" widget for the buttons, as the
sizing and layout logic is reusable in nearly all dialogs, and
it's simplifies layout in the higher-level dialog widget. This
widget is one example of many possible "reuable widgets".
Put the cursor and pan control TOOL_ACTIONs in ACTION,
and refer to them in that way.
The handlers are currently identical in Pcbnew and Cvpcb,
and Gerbview (and all canvases) can benefit from them as well
if they are in libcommon. Also saves duplicated code.
Fixes: lp:1795855
* https://bugs.launchpad.net/kicad/+bug/1795855
Adds Cut/Copy/Paste and Revert for footprints; introduces a new
shared Revert Changes? dialog; hooks up Add Library for footprints,
standardizes the Save As terminology.
This puts generic logic for KiCad environment vars in
one place.
Also updates the DIALOG_CONFIGURE_PATHS help to document
the new KICAD_USER_TEMPLATE_DIR and KICAD_TEMPLATE_DIR.
This version makes use of lots of things learned going down the
other rat hole. Avoiding the wxComboFocusHandler is key, as well
as specifying using the AltPopupWindow.
The key handler is still tricky with respect to those platforms
that use native controls, but the starting-key strategy is similar
to the one used with wxGrid text editors.
Happens only in Opengl mode.
So enforce controls in 3 group function: DrawGroup, ChangeGroupColor, ChangeGroupDepth.
Fixes: lp:1795044
https://bugs.launchpad.net/kicad/+bug/1795044
This is caused by:
* Not checking the hotkey data is not null when performing a
hotkey action
* Allowing hotkey actions on non-hotkey rows.
This fixes both of these, and adds an assert to warn if someone
does manage to fire a hotkey action on a non-hotkey row (but it
won't crash).
Fixes: lp:1794756
* https://bugs.launchpad.net/kicad/+bug/1794756
It was possible to get conflicting hotkeys when undoing and resetting hotkeys
to defaults.
This uses the same logic as when setting hotkeys to avoid conflcits in these
other two cases.
Fixes: lp:1794730
* https://bugs.launchpad.net/kicad/+bug/1794730
This separates the "ground truth" store of hotkeys from what is shown
in the dialog. This will allow us to filter the displayed hotkeys
while keeping the same underlying data structures.
Now, the UI data items interact with an intermediate set of data, which
represents the "original" hotkey data, and the "changed" data. The
ultimate aim here is to allow UI elements to come and go, but the
hotkeys that are "in-edit" are preserved.
This also allows us to abstract some bookkeeping complexity
out of the WIDGET_HOTKEY_LIST class into a separate non-GUI
class.
GTK uses a level of cooperative multitasking when dealing with
secondary event loops. This gives the wm enough leeway to process the
redraw before returning to the secondary loop
This commit finishes the removal of OpenMP from the KiCad codebase.
Removed in this commit are the OpenMP calls in 3d-viewer and
qa/polygon_triangulation as well as all references in CMakeLists.txt
std::thread is used instead for multithreaded computation
jean-pierre charras
Jeff Young
Seth Hillbrand
John Beard
Tomasz Wlostowski
Wayne Stambaugh
Hal Gentz
Maciej Suminski
Fabio Rossi
Simon Richter