Primitive data types and basic routines for Euclidean geometry in the plane. This is developed as a core geometry library of LibrEDA.
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Repository holding the cargo workspace of LibrEDA with all sub-projects. This is meant as a way to distribute the most recent source-code.
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Example standard-cell placement engine for the LibrEDA-Rust framework. This placement algorithm simulates the movement of electric charges that are sparsely connected by springs (wires).
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ASIC place & route framework. This crate contains interface definitions of the core parts of the place & route flow.
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A minimal place & route flow build on top of the LibrEDA framework and the FreePDK45. This is work-in-progress but already good enough for a demonstration.
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Python bindings for LibrEDA.
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Parallel graph processing using an operator formulation.
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Static timing analysis (STA) for netlists of the LibrEDA framework.
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Layout writer and reader for the OASIS stream format.
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Core traits and data types for representation and manipulation of logic functions.
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Example clock-tree generator for the LibrEDA framework
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Rust crate of a parser and writer for the 'liberty' format which is used to describe the timing behavior of CMOS standard-cells.
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Fast lookup-table based computation of rectilinear Steiner minimal trees (RSMT).
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Boolean operations on polygons for the `iron-shapes` crate.
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