| ►CKNI._object | |
| CKNI::KatanaKinematics6M180::angles_calc | |
| CKNI::KatanaKinematics6M90G::angles_calc | |
| CKNI::KatanaKinematics5M180::angles_calc | |
| CKNI::KatanaKinematics6M90T::angles_calc | |
| CAnaGuess::Kinematics6M180::angles_calc | |
| CAnaGuess::Kinematics6M90G::angles_calc | |
| CAnaGuess::Kinematics6M90T::angles_calc | |
| CArrayLengthSpecifier | |
| ►CBaseException | |
| ►CCCdlBase | Abstract base class for devices |
| ►CCCplBase | Abstract base class for protocol definiton |
| ►CCKatana | Extended Katana class with additional functions |
| CCKatBase | Base Katana class |
| CClik | Handle Closed Loop Inverse Kinematics scheme |
| CCMotBase | Motor class |
| CComputed_torque_method | Computer torque method controller class |
| CConfig | Handle configuration files |
| CConstRealStarStar | Let matrix simulate a C type const two dimensional array |
| CContext | |
| CControl_Select | Select controller class |
| ►CControlWord | |
| CCSctBase | Sensor Controller class |
| CData | Basic data element used in Config class |
| ►CDynamics | Dynamics simulation handling class |
| ►Cexception | |
| CFFT_Controller | Decide which fft method to use and carry out new fft function |
| ►CFindMaximum2 | |
| CFloatingPointPrecision | Floating point precision (type double) |
| CFloatVector | |
| CGNUcurve | Object for one curve |
| CImpedance | Impedance controller class |
| CIntVector | |
| ►CIO_matrix_file | Read and write data at every iterations in a file |
| ►CJanitor | |
| CKNInet::Katana | |
| ►CKNI::KatanaKinematics | The base class for all kinematic implementations |
| CKNI::KinematicParameters | |
| ►CAnaGuess::Kinematics | Base Class for the kinematics implementations |
| CKNI::KinematicsDefaultEncMinAlgorithm | |
| CAnaGuess::KinematicsDefaultEncMinAlgorithm | |
| CAnaGuess::KinematicsDefaultRadMinAlgorithm | |
| CKinematicsLib | Kinematics class using the kinematics lib |
| CKNI::kmlFactory | |
| CLink | Link definitions |
| CLinkStewart | LinkStewart definitions |
| ►CLL_D_FI | |
| CLogAndSign | |
| CMatrixBandWidth | |
| CMatrixInput | |
| ►CMatrixRowCol | |
| CMatrixType | |
| CMultiRadixCounter | |
| CMultWithCarry | |
| COneDimSolve | |
| ►CPlot2d | 2d plot object |
| CPlot3d | 3d plot object |
| CKNI::KatanaKinematics5M180::position | |
| CKNI::KatanaKinematics6M180::position | |
| CKNI::KatanaKinematics6M90G::position | |
| CKNI::KatanaKinematics6M90T::position | |
| CAnaGuess::Kinematics6M90G::position | Structs, type and constants used in inverse kinematics calculation |
| CAnaGuess::Kinematics6M90T::position | Structs, type and constants used in inverse kinematics calculation |
| CAnaGuess::Kinematics6M180::position | Structs, type and constants used in inverse kinematics calculation |
| CPrintCounter | |
| CProportional_Derivative | Proportional derivative controller class |
| Cpthread_once_t_ | |
| Cptw32_cleanup_t | |
| Cptw32_handle_t | |
| CQuaternion | Quaternion class definition |
| ►CR1_Col_I_D | |
| ►CR1_R1 | |
| CRealStarStar | Let matrix simulate a C type two dimensional array |
| ►CRectMatrixRowCol | |
| CResolved_acc | Resolved rate acceleration controller class |
| ►CRobot_basic | Virtual base robot class |
| Csched_param | |
| ►CSpl_cubic | Natural cubic splines class |
| CSpl_Quaternion | Cubic quaternions spline |
| CStewart | Stewart definitions |
| CSymmetricEigenAnalysis | |
| CTCdlCOMDesc | This structrue stores the attributes for a serial port device |
| CTCurrentMot | Structure for the currently active axis |
| CTestClass | |
| CTestUpdateQRZ | |
| CTHeader | Header of a communication packet |
| Ctime_lapse | |
| CKNI::Timer | |
| Ctimespec | |
| CTKatCBX | [CBX] connector box |
| CTKatCTB | [CTB] command table defined in the firmware |
| CTKatECH | [ECH] echo |
| CTKatEFF | Inverse Kinematics structure of the endeffektor |
| CTKatGNL | [GNL] general robot attributes |
| CTKatIDS | [IDS] identification string |
| CTKatMFW | [MFW] master firmware version/revision number |
| CTKatMOT | [MOT] every motor's attributes |
| CTKatSCT | [SCT] every sens ctrl's attributes |
| CTMotAPS | [APS] actual position |
| CTMotCLB | Calibration structure for single motors |
| CTMotDesc | Motor description (partly) |
| CTMotDYL | [DYL] dynamic limits |
| CTMotENL | [ENL] limits in encoder values (INTERNAL STRUCTURE!) |
| CTMotGNL | [GNL] motor generals |
| CTMotInit | Initial motor parameters |
| CTMotPVP | [PVP] position, velocity, pulse width modulation |
| CTMotSCP | [SCP] static controller parameters |
| CTMotSFW | [SFW] slave firmware |
| CTMotTPS | [TPS] target position |
| CTMovement | Structure for the |
| CTPacket | Communication packet |
| CTPoint | |
| CTPos | Extern C because we want to access these interfaces from anywhere: |
| CTpos | |
| CTracer | |
| CTrajectory_Select | Trajectory class selection |
| CTSctDAT | [DAT] sensor data |
| CTSctDesc | Sensor controller description (partly) |
| CTSctGNL | [GNL] controller generals |
| ►Cunary_function |