We already have predefined linear acceleration units and angular
velocity units. This makes defining acceleration constraints for angular
trapezoid profiles more convenient.
No tests were added for this because the base unit conversions are
already tested. Angular acceleration just adds another time dimension.
* Add new combined native class loader
Allows us to extract a list of binaries that depend on each other, and load them successfully
It is correct that there is no implementation in wpiutil for the new native method. That is a requirement, because its needed to load the libraries, and we cant load the wpiutiljni native library since it depends on wpiutil. Instead we have a separate library built with the tools plugin that handles everything
A typedef for units::dimensionless::dimensionless is defined, which
conflicted with the namespace when we added "using namespace
dimensionless". This patch reverts the "using namespace" directive.
"using" directives were added to pull three of the four relevant
typedefs but avoid the "dimensionless" type conflict.
This issue was first introduced in #2301.
Both floating point and 8-bit integer classes are included, as well as a wide selection of color constants.
Co-authored-by: Austin Shalit <austinshalit@gmail.com>
This kind of filter is extremely useful for signals that are susceptible to sudden
outliers - ultrasonics, 1-D LIDAR, and results from vision processing are all
good use-cases.
This also modifies the existing ultrasonic examples accordingly.
This class provides an easy way to forward local ports to another host/port.
This is primarily useful to provide a way to access Ethernet-connected devices
from a computer tethered to the RoboRIO USB port.
The most natural spot to put the shared implementation of this class was into
wpiutil, so a wpiutilJNI library has been added.
This adds a wrapper over EJML's SimpleMatrix that uses generated classes representing numbers to encode the dimensions of each matrix at compile time, and to check operations between matrices for validity at compile time, rather than failing with an exception at runtime. This is required for the Java implementation of state-space control.
Additions to the wpiutil gradle script, and a python script at the wpiutil root are used to generate numeric types from a template at build time for both gradle and cmake. Users will be able to access types through functions on the Nat class.
Add EJML as the Java library for linear algebra for use in wpilib. This is equivalent to Eigen for C++.
The EJML dependency is downloaded in cmake and pulled in via maven in the gradle build.
