Real-Time Java AOCS Framework v1.0 API Specification

Uses of Class
RtjAocsFramework.SequentialDataProcessing.ControlChannelBlock

Packages that use ControlChannelBlock
RtjAocsFramework.SequentialDataProcessing
This package defines the classes that support the implementation of sequential data processing chains.  
 

Uses of ControlChannelBlock in RtjAocsFramework.SequentialDataProcessing
 

Subclasses of ControlChannelBlock in RtjAocsFramework.SequentialDataProcessing
 class AdderBlock
          AdderBlock is a simple adder output.
 class BiasScalingCompensator
          Control block to implement a compensation of a unit output.
 class D_Block
          Control block to implement a derivative action with a fixed gain.
 class DifferenceBlock
          DifferenceBlock is a simple subtraction.
 class I_Block
          Control block to implement an integrator with a fixed gain.
 class LimitBlock
          Control block to implement a simple limited output.
 class MatlabBlock
          Control block acting as a container for an autocode procedure generated by Matlab.
 class MatlabGainBlock
          Control block acting as a container for an autocode procedure generated by Matlab.
 class MatlabIntegratorBlock
          Control block acting as a container for an autocode procedure generated by Matlab.
 class P_Block
          Control block to implement a pure gain.
 class PassThruBlock
          Control block to implement a simple pass thru block.
 class SplitterBlock
          Control block to implement a signal splitter.
 class TorqueToThrusterPrototype
          Control block to perform the conversion from torque requests around the spacecraft axes to the on- and delay-times for the set of six thrusters of the AOCS prototype.
 class TwoByTwoMatrixBlock
          Control block to implement 2x2 matrix.
 class XmathUcbBlock
          Control block acting as a container for a UCB-style autocode procedure generated by Xmath.
 class XmathUcbFirstTest
          First Test block acting as a container for a UCB-style autocode procedure generated by Xmath.
 class XmathUcbIntegratorTest
          Integrator Test block acting as a container for a UCB-style autocode procedure generated by Xmath.
 class XmathUcbPidBlock
          PID control block acting as a container for a UCB-style autocode procedure generated by Xmath.
 class XmathUcbRampTest
          Ramp Test block acting as a container for a UCB-style autocode procedure generated by Xmath.
 


Real-Time Java AOCS Framework v1.0 API Specification

Real-Time Java AOCS Framework project home page

Automatic Control Laboratory, ETH Zuerich
Physikstrasse 3
CH-8092 Zuerich, Switzerland