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Magic versions from 7.3 properly compute Euclidean distance when given the drc euclidean on command. Magic implements this by counting distance using Manhattan distance rather than Euclidean distance, which is much faster to compute.

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Magic features real-time design rule checking, something that some costly commercial VLSI design software packages don't feature. This makes it impossible to generate geometry that is off-grid within a single plane, a rule error for most fabrication processes that is a common problem with object-based representations. A further advantage is that all non-Manhattan geometry must have corners lying on the database internal grid.

The split-tile method has the advantage that nearly all rules that apply to corner-stitched geometry apply, unaltered, to split tiles. An additional flag specifies whether the diagonal runs from the top left corner to the bottom right, or the top right corner to the bottom left. This method allows each tile in the database to specify two material types, in which case the tile is regarded as being bisected by a diagonal line from corner to corner, with one material type on one side of the diagonal and the other material type on the other side of the diagonal. It is not particularly well suited to extremely large databases: The need to maintain four pointers for each tile, as well as the need to store tiles representing the space between areas of material on a layout, makes it more memory-intensive than object-based representations.ДЄn extension to the corner-stitched geometry representation called the 'split tile' method, added in version 7.1, allows true representation of non- Manhattan geometry. The corner-stitched representation is particularly well suited to searches within a single plane, for which it excels in speed. Each concept has its own strengths and weaknesses in terms of both practical use and speed of computation. This is considerably different from other tools that use the concept of layout as 'objects' to be placed and manipulated separately from one another. The corner-stitched geometry representation leads to the concept of layout as 'paint' to be applied to, or erased from, a canvas. With the addition of the type of material represented by the tile, the layout geometry in the plane is exactly specified. Each tile consists of an (X, Y) coordinate of its lower left-hand corner, and links to four tiles: the right-most neighbor on the top, the top-most neighbor on the right, the bottom-most neighbor on the left, and the left-most neighbor on the bottom. The main difference between Magic and other VLSI design tools is its use of 'corner-stitched' geometry, in which all layout is represented as a stack of planes, and each plane consists entirely of 'tiles' (rectangles).

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The Magic software developers called themselves magicians, while the chip designers were Magic users.ДЄs free and open-source software, subject to the requirements of the BSD license, Magic continues to be popular because it is easy to use and easy to expand for specialized tasks.

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The rest of the development team enthusiastically agreed to this proposal after he devised the backronym Manhattan Artwork Generator for Integrated Circuits. A primitive version was operational by April 1983, when Joan Pendleton, Shing Kong and other graduate student chip designers suffered through many fast revisions devised to meet their needs in designing the SOAR CPU chip, a follow-on to Berkeley RISC.ДЇearing that Ousterhout was going to propose another name that started with 'C' to match his previous projects Cm*, Caesar, and Crystal, Gordon Hamachi proposed the name Magic because he liked the idea of being able to say that people used magic to design chips. Work began on the project in February 1983. Magic is a Very-large-scale integration (VLSI) layout tool originally written by John Ousterhout and his graduate students at UC Berkeley. VLSI layout of an inverter circuit using Magic software

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