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<li><ahref="https://github.com/petercorke/spatialmath-python/wiki">Wiki (examples and details)</a></li>
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<li><ahref="installation#">Installation</a></li>
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@@ -32,21 +33,7 @@ A Python implementation of the <a href="https://github.com/petercorke/spatial-ma
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Spatial mathematics capability underpins all of robotics and robotic vision where we need to describe the position, orientation or pose of objects in 2D or 3D spaces.
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# Recent changes
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-`@` operator for pose objects, like `*` but does an explicit normalization
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-`interp` has changed quite a bit:
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- now `X1.interp(X2, s)` rather than `X2.interp(s, start=X1)`
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- new `interp1` method interpolates between null and `X`, eg. `X.interp1(s)`
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- integer value of `s` is interpretted as `s` even steps between 0 and 1
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-`UnitQuaternions` now always have a positive scalar part
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-`base` functions `plot_point`, `plot_text`, `plot_box` like their MATLAB cousins
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-`tranimate` works in Jupyter with `notebook` backend, lots of internal improvements
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with animation
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-`trplot` now has an implemented `anaglyph` mode. Have a play and give feedback.
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-`SE3` and `SO3` constructors `Eul` and `RPY` can now accept the angles as
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3 positional arguments rather than just a vector, eg. `SO3.RPY(1,2,3)`
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