In CADSTAR pins are single points. We can replicate the original look
of the schematic in most cases by searching the symbol for straight
segments that are coincident with the pin and use those to calculate
a suitable pin length and angle.
Create a new LIB_PART for scaled symbols. These will be then embedded
into the schematic file. However when "update from library" is done,
it will revert to the unscaled symbol.
Fixes https://gitlab.com/kicad/code/kicad/-/issues/8494
The previous assumption was that a part definition would always hold
the information about the symbol. However some designs have symbol
instances that refer to a different symbol definition than that
specified in the part.
Fixes https://gitlab.com/kicad/code/kicad/-/issues/7808
Rewrite of the calculation to convert CADSTAR to KiCad coordinates,
rounding half way cases away from zero.
Use integer division instead of double, to ensure precision.
- Rename member variable names to use the 'm_' prefix
- Rename a few object types that clashed with KiCad object names, such
as BOARD and SCHEMATIC, to avoid the use of '::' to access the KiCad
objects.
- Remove some unused code.
- Load Fields in the library items as well as schematic instances
- Remove invalid characters (e.g. '\n', '\t', '\r') in fields
- Load footprint field (assume that the footprint library name
is the same as the filename of the schematic)
Fixed missing tokens that weren't parsed before:
- Danglers (in NET_SCH)
- Pin numbers (in SYMBOL)
- HidePinNames in both PART and PART::DEFINITION, defaulting it to false
Wayne Stambaugh
Roberto Fernandez Bautista
Jeff Young
Ian McInerney
Marek Roszko