SliderWheelieConf Struct Reference

#include <sliderwheelie.h>

List of all members.

Public Types

enum  MotorType { Servo, CenteredServo, AngularMotor }

Public Attributes

int segmNumber
 number of snake elements
double segmLength
 length of one snake element
double segmDia
 diameter of a snake element
double segmMass
 mass of one snake element
double motorPower
 power of the motors / servos
double motorDamp
 damping of motors
double powerRatio
 ratio of motorpower for hinge vs. slider
double sensorFactor
 scale for sensors
double frictionGround
 friction with ground
double frictionJoint
 friction within joint
double jointLimitIn
 maximal angle for the joints to the inside (M_PI/2 = 90 degree)
double jointLimitOut
 maximal angle for the joints to the outside
double sliderLength
 length of the slider in segmLength (0 for no sliders)
MotorType motorType
 whether to use servos or angular motors
bool showCenter
 whether to show the virtual center
std::string texture
 texture for segments

Member Enumeration Documentation

enum MotorType
Enumerator:
Servo 
CenteredServo 
AngularMotor 

Member Data Documentation

friction with ground

double frictionJoint

friction within joint

double jointLimitIn

maximal angle for the joints to the inside (M_PI/2 = 90 degree)

double jointLimitOut

maximal angle for the joints to the outside

double motorDamp

damping of motors

double motorPower

power of the motors / servos

whether to use servos or angular motors

double powerRatio

ratio of motorpower for hinge vs. slider

double segmDia

diameter of a snake element

double segmLength

length of one snake element

double segmMass

mass of one snake element

number of snake elements

double sensorFactor

scale for sensors

bool showCenter

whether to show the virtual center

double sliderLength

length of the slider in segmLength (0 for no sliders)

std::string texture

texture for segments


The documentation for this struct was generated from the following file:
Generated on Thu Jun 28 14:48:59 2012 for Robot Simulator of the Robotics Group for Self-Organization of Control by  doxygen 1.6.3