Pad ratsnest settings set to global settings during initilization.
Fixes: lp:1848488
* https://bugs.launchpad.net/kicad/+bug/1848488
(cherry picked from commit 29ce76b4e4)
(slightly modified due to settings structure difference between
master and 5.1)
The aperture option created a Connector pad only on the paste layer.
This is incorrect: the SMD type only is acceptable.
Connector is *only* for edge card connectors.
Moreover, The dialog did not even accept the setting defined by this dialog...
In some cases it was not working well.
Opengl was using an other algo (using the curve properties to create segments)
Now only the OpenGL algo is used,
with optimization to reduce the number of segments.
In high contrast mode, the holes of buried vias and microvias were no darkened when not on the active layer.
In high contrast mode, the outer circle of buried vias and microvias were alway darkened.
In high contrast mode, when the selected layer is non visible through-vias are now darkend.
Fixes: lp:1844982
* https://bugs.launchpad.net/kicad/+bug/1844982
(cherry picked from commit 04edc6ceff)
We want to avoid selecting items that are disabled in the item list.
Our standard method is in the GetViewLOD() that performs both size and
visibility. This extends the check to module text and via.
Fixes: lp:1851133
* https://bugs.launchpad.net/kicad/+bug/1851133
In Python3, all division operators promote integers to floats. We need
to downcast back to integer for the polygon vertices.
There was also an unhandled overflow in the QR generation that allowed
more than 512 bits to be loaded. This overflows the type of QR we
generate, so this truncates the input string to 62 bytes ( leaving 12
bits for the checksum )
Fixes: lp:1850223
* https://bugs.launchpad.net/kicad/+bug/1850223
(cherry picked from commit 9bccbaf497)
The oval clearance adds an edge on the 0-length side of a circular oval.
This is not needed and can affect the fill algorithm. Instead, we treat
round ovals as circles for pad polygons
Fixes: lp:1849846
* https://bugs.launchpad.net/kicad/+bug/1849846
The constrained draw was constraining the polygon size to fit the
existing points rather than extending the existing points to fit the
user's intent.
This adds a 90° double-joint for the completion polygon that allows the
user to complete common constrained polygons visually based on the
preview with a double-click to finish.
(cherry picked from commit bae50fab9f)
Fixes: lp:1849299
* https://bugs.launchpad.net/kicad/+bug/1849299
This set the polygon preview item to wider size and adjusts the draw
order to ensure it remains visible even when antialiasing
(cherry picked from commit ea1c8525ce)
rect (when not horizontal or vertical), trapezoid and custom shapes are draw as polygons.
The dummy pad used to give attributes is removed, and TO attributes are used in Regions (polygons in Gerber dialect)
This is due to some modifications in Gerber format since the attributes are added in Kicad.
BLOCK elements in DXF are re-usable bits that are useful when editing
the file but should not be shown when importing the model. This skips
all references except those that exist in the default "*Model_Space".
This block is required in each DXF file and cannot be renamed.
Fixes: lp:1790821
* https://bugs.launchpad.net/kicad/+bug/1790821
(cherry picked from commit df3fabfa21)
The .op command is isolated, so differentiating from .option with a
space will only work if we ensure all commandlines have a space at their
end.
(cherry picked from commit 4004c733c8)
This reverts commit 5064df4ba2.
There were un-addressed issues with the VRML substitution and concerns
by MCAD folks that ECAD designers should not be allowed to perform this
action. Full addressing in v6.
deque structures have higher overhead than vectors. Not usually
problematic, but with hundreds of thousands of characters each with only
a few strokes, the overhead becomes dominant.
(cherry picked from commit 6084614371)
The logic handling the two bug reports attached to this code is now
higher up in the chain. As it stood, warping before right-click meant
that we cannot affect any point on the wire that is not an endpoint.
Flipped footprint pads may report their "primary" layer as not the front
layer in high contrast. We need to check whether the board item for
snaps is visible on the active layers.
Fixes: lp:1847877
* https://bugs.launchpad.net/kicad/+bug/1847877
(cherry picked from commit 07c8596084)
The router items may not yet have a board item parent. In this case,
the reference to the parent needs to be guarded before dereferencing.
Fixes: lp:1847717
* https://bugs.launchpad.net/kicad/+bug/1847717
(cherry picked from commit 0f8a1c22ad)
that can generate the same hash for 2 different footprints.
Therefore, for some footprints, the right footprint was not associated to the component.
The hash calculation was using a XOR to combine 2 sub hash values.
This is not a reliable way to combine these hash values.
They are now added.
Looks better to identify similar and different footprints.
Fixes: lp:1847575
https://bugs.launchpad.net/kicad/+bug/1847575
Fabien Corona
Seth Hillbrand
jean-pierre charras
Seth Hillbrand
Wayne Stambaugh
Jeff Young
Ian McInerney
Sylwester Kocjan