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i following robopeak example "simple_connent" but that protocol send measuring samples very little ⸮P⸮%⸮ angle : 40.36, distance : 217.50 angle : 34.48, distance : 227.25 angle : 36.42, distance : 222.75 angle : 37.09, distance : 221.50 angle : 37.77, distance : 221.00 angle : 38.42, distance : 220.00 angle : 39.09, distance : 219.50 angle : 40.02, distance : 0.00 angle : 40.44, distance : 208.00 angle : 40.06, distance : 218.50 angle : 41.77, distance : 217.75 angle : 42.41, distance : 217.25 angle : 41.97, distance : 4687.50 ⸮P⸮%⸮ angle : 287.13, distance : 392.00 angle : 272.73, distance : 431.00 angle : 273.47, distance : 427.75 angle : 278.63, distance : 0.00 angle : 279.36, distance : 0.00 angle : 280.02, distance : 0.00 angle : 276.97, distance : 370.25 angle : 277.13, distance : 370.50 angle : 278.25, distance : 370.50 angle : 278.73, distance : 370.00 angle : 279.67, distance : 349.00 angle : 279.94, distance : 347.50 angle : 281.02, distance : 5306.25 ⸮P⸮%⸮
how to recieve samples like roslaunch rplidar_ros rplidarNodeClient?
#include <RPLidar.h>
RPLidar lidar;
#define RPLIDAR_MOTOR 3 void setup() { lidar.begin(Serial); pinMode(RPLIDAR_MOTOR, OUTPUT);
} void Count() { time += 0.1; }
int a=0; void loop() { while(IS_OK(lidar.waitPoint())) { //perform data processing here...
float distance = lidar.getCurrentPoint().distance; float angle = lidar.getCurrentPoint().angle;
Serial.print("angle : "); Serial.print(angle); Serial.print(", distance : "); Serial.println(distance);
}
rplidar_response_device_info_t info; if (IS_OK(lidar.getDeviceInfo(info, 100)) && !IS_OK(lidar.waitPoint())) {
//detected... lidar.startScan(); analogWrite(RPLIDAR_MOTOR, 255); delay(500); }
The text was updated successfully, but these errors were encountered:
I have been facing the same issue.I am using RPLidar A1M8 and the same simple connect example.Is this an issue with the library?
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i following robopeak example "simple_connent"
but that protocol send measuring samples very little
⸮P⸮%⸮ angle : 40.36, distance : 217.50
angle : 34.48, distance : 227.25
angle : 36.42, distance : 222.75
angle : 37.09, distance : 221.50
angle : 37.77, distance : 221.00
angle : 38.42, distance : 220.00
angle : 39.09, distance : 219.50
angle : 40.02, distance : 0.00
angle : 40.44, distance : 208.00
angle : 40.06, distance : 218.50
angle : 41.77, distance : 217.75
angle : 42.41, distance : 217.25
angle : 41.97, distance : 4687.50
⸮P⸮%⸮ angle : 287.13, distance : 392.00
angle : 272.73, distance : 431.00
angle : 273.47, distance : 427.75
angle : 278.63, distance : 0.00
angle : 279.36, distance : 0.00
angle : 280.02, distance : 0.00
angle : 276.97, distance : 370.25
angle : 277.13, distance : 370.50
angle : 278.25, distance : 370.50
angle : 278.73, distance : 370.00
angle : 279.67, distance : 349.00
angle : 279.94, distance : 347.50
angle : 281.02, distance : 5306.25
⸮P⸮%⸮
how to recieve samples like roslaunch rplidar_ros rplidarNodeClient?
my code ::
#include <RPLidar.h>
RPLidar lidar;
#define RPLIDAR_MOTOR 3
void setup() {
lidar.begin(Serial);
pinMode(RPLIDAR_MOTOR, OUTPUT);
}
void Count() {
time += 0.1;
}
int a=0;
void loop() {
while(IS_OK(lidar.waitPoint())) {
//perform data processing here...
float distance = lidar.getCurrentPoint().distance;
float angle = lidar.getCurrentPoint().angle;
}
rplidar_response_device_info_t info;
if (IS_OK(lidar.getDeviceInfo(info, 100)) && !IS_OK(lidar.waitPoint())) {
}
The text was updated successfully, but these errors were encountered: