#include <urg_c_wrapper.h>
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ros::Duration | computeLatency (size_t num_measurements) |
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double | getAngleIncrement () const |
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double | getAngleMax () const |
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double | getAngleMaxLimit () const |
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double | getAngleMin () const |
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double | getAngleMinLimit () const |
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bool | getAR00Status (URGStatus &status) |
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ros::Duration | getComputedLatency () const |
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std::string | getDeviceID () |
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bool | getDL00Status (UrgDetectionReport &report) |
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std::string | getFirmwareDate () |
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std::string | getFirmwareVersion () |
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std::string | getIPAddress () const |
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int | getIPPort () const |
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std::string | getProductName () |
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std::string | getProtocolVersion () |
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double | getRangeMax () const |
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double | getRangeMin () const |
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double | getScanPeriod () const |
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std::string | getSensorState () |
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std::string | getSensorStatus () |
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int | getSerialBaud () const |
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std::string | getSerialPort () const |
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double | getTimeIncrement () const |
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ros::Duration | getUserTimeOffset () const |
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std::string | getVendorName () |
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bool | grabScan (const sensor_msgs::LaserScanPtr &msg) |
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bool | grabScan (const sensor_msgs::MultiEchoLaserScanPtr &msg) |
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bool | isStarted () const |
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bool | setAngleLimitsAndCluster (double &angle_min, double &angle_max, int cluster) |
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void | setFrameId (const std::string &frame_id) |
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void | setSkip (int skip) |
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void | setUserLatency (const double latency) |
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void | start () |
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void | stop () |
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| URGCWrapper (const std::string &ip_address, const int ip_port, bool &using_intensity, bool &using_multiecho, bool synchronize_time) |
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| URGCWrapper (const int serial_baud, const std::string &serial_port, bool &using_intensity, bool &using_multiecho, bool synchronize_time) |
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| ~URGCWrapper () |
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Definition at line 89 of file urg_c_wrapper.h.
urg_node::URGCWrapper::URGCWrapper |
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const std::string & |
ip_address, |
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const int |
ip_port, |
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bool & |
using_intensity, |
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bool & |
using_multiecho, |
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bool |
synchronize_time |
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urg_node::URGCWrapper::URGCWrapper |
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const int |
serial_baud, |
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const std::string & |
serial_port, |
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bool & |
using_intensity, |
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bool & |
using_multiecho, |
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bool |
synchronize_time |
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urg_node::URGCWrapper::~URGCWrapper |
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uint16_t urg_node::URGCWrapper::checkCRC |
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const char * |
bytes, |
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const uint32_t |
size |
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private |
calculate the crc of a given set of bytes.
- Parameters
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bytes | The bytes array to be processed. |
size | The size of the bytes array. |
- Returns
- the calculated CRC of the bytes.
Definition at line 572 of file urg_c_wrapper.cpp.
ros::Duration urg_node::URGCWrapper::computeLatency |
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size_t |
num_measurements | ) |
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double urg_node::URGCWrapper::getAngleIncrement |
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const |
double urg_node::URGCWrapper::getAngleMax |
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const |
double urg_node::URGCWrapper::getAngleMaxLimit |
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const |
double urg_node::URGCWrapper::getAngleMin |
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const |
double urg_node::URGCWrapper::getAngleMinLimit |
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const |
ros::Duration urg_node::URGCWrapper::getAngularTimeOffset |
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const |
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bool urg_node::URGCWrapper::getAR00Status |
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URGStatus & |
status | ) |
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ros::Duration urg_node::URGCWrapper::getComputedLatency |
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const |
std::string urg_node::URGCWrapper::getDeviceID |
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std::string urg_node::URGCWrapper::getFirmwareDate |
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std::string urg_node::URGCWrapper::getFirmwareVersion |
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std::string urg_node::URGCWrapper::getIPAddress |
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const |
int urg_node::URGCWrapper::getIPPort |
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const |
ros::Duration urg_node::URGCWrapper::getNativeClockOffset |
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size_t |
num_measurements | ) |
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private |
std::string urg_node::URGCWrapper::getProductName |
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std::string urg_node::URGCWrapper::getProtocolVersion |
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double urg_node::URGCWrapper::getRangeMax |
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const |
double urg_node::URGCWrapper::getRangeMin |
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const |
double urg_node::URGCWrapper::getScanPeriod |
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const |
std::string urg_node::URGCWrapper::getSensorState |
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std::string urg_node::URGCWrapper::getSensorStatus |
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int urg_node::URGCWrapper::getSerialBaud |
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const |
std::string urg_node::URGCWrapper::getSerialPort |
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const |
ros::Time urg_node::URGCWrapper::getSynchronizedTime |
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long |
time_stamp, |
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long long |
system_time_stamp |
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private |
Get synchronized time stamp using hardware clock.
- Parameters
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time_stamp | The current hardware time stamp. |
system_time_stamp | The current system time stamp. |
- Returns
- ros::Time stamp representing synchronized time
Definition at line 1052 of file urg_c_wrapper.cpp.
double urg_node::URGCWrapper::getTimeIncrement |
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const |
ros::Duration urg_node::URGCWrapper::getTimeStampOffset |
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size_t |
num_measurements | ) |
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private |
std::string urg_node::URGCWrapper::getVendorName |
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bool urg_node::URGCWrapper::grabScan |
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const sensor_msgs::LaserScanPtr & |
msg | ) |
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bool urg_node::URGCWrapper::grabScan |
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const sensor_msgs::MultiEchoLaserScanPtr & |
msg | ) |
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void urg_node::URGCWrapper::initialize |
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bool & |
using_intensity, |
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bool & |
using_multiecho, |
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bool |
synchronize_time |
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bool urg_node::URGCWrapper::isIntensitySupported |
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bool urg_node::URGCWrapper::isMultiEchoSupported |
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bool urg_node::URGCWrapper::isStarted |
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const |
std::string urg_node::URGCWrapper::sendCommand |
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std::string |
cmd | ) |
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private |
Send an arbitrary serial command to the lidar. These commands can also be sent via the ethernet socket.
- Parameters
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cmd | The arbitrary command fully formatted to be sent as provided |
- Returns
- The textual response of the Lidar, empty if, but may return lidar's own error string.
Definition at line 579 of file urg_c_wrapper.cpp.
bool urg_node::URGCWrapper::setAngleLimitsAndCluster |
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double & |
angle_min, |
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double & |
angle_max, |
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int |
cluster |
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void urg_node::URGCWrapper::setFrameId |
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const std::string & |
frame_id | ) |
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void urg_node::URGCWrapper::setSkip |
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int |
skip | ) |
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bool urg_node::URGCWrapper::setToSCIP2 |
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Set the Hokuyo URG-04LX from SCIP 1.1 mode to SCIP 2.0 mode.
- Returns
- True if successful and false if not.
Definition at line 545 of file urg_c_wrapper.cpp.
void urg_node::URGCWrapper::setUserLatency |
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const double |
latency | ) |
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void urg_node::URGCWrapper::start |
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void urg_node::URGCWrapper::stop |
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const double urg_node::URGCWrapper::adj_alpha_ = .01 |
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uint64_t urg_node::URGCWrapper::adj_count_ |
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int urg_node::URGCWrapper::cluster_ |
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std::vector<long> urg_node::URGCWrapper::data_ |
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int urg_node::URGCWrapper::first_step_ |
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std::string urg_node::URGCWrapper::frame_id_ |
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double urg_node::URGCWrapper::hardware_clock_ |
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double urg_node::URGCWrapper::hardware_clock_adj_ |
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std::vector<unsigned short> urg_node::URGCWrapper::intensity_ |
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std::string urg_node::URGCWrapper::ip_address_ |
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int urg_node::URGCWrapper::ip_port_ |
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long urg_node::URGCWrapper::last_hardware_time_stamp_ |
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int urg_node::URGCWrapper::last_step_ |
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int urg_node::URGCWrapper::serial_baud_ |
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std::string urg_node::URGCWrapper::serial_port_ |
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int urg_node::URGCWrapper::skip_ |
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bool urg_node::URGCWrapper::started_ |
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bool urg_node::URGCWrapper::synchronize_time_ |
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urg_t urg_node::URGCWrapper::urg_ |
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bool urg_node::URGCWrapper::use_intensity_ |
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bool urg_node::URGCWrapper::use_multiecho_ |
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The documentation for this class was generated from the following files: