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and position1 and positon2, “center
angle” specifies how much of the
circle to execute.
Note: (1) The starting point, pose 1 and pose 2 determine the three reference points of a
complete circle. If the motion path of the robotic arm is a circular arc, then pose 1 and pose 2 are
not necessarily end points or passing points;
(2) If you want the robot arm to change its posture during the movement, set the roll, pitch, and
yaw of pose 2 to the desired posture when completing the trajectory;
【center angle (°) () 】: Indicates the degree of the circle. When it is set
to 360, a whole circle can be completed, and it can
be greater than or less than 360;
Note: To achieve smooth motion, you need to set Wait = false.
Example explanation:
In this example, the central angle is set to 3600°, which means that the
robotic arm can draw ten circles at a time, and the robotic arm still stays
at the starting point after drawing a circle.
Judgment of the direction of the robotic arm motion
In the above example, the starting point, pose 1 and pose 2 are:
A (300,0,400,180,0,0) B (350,50,400,180,0,0) C (350, -50,400,180,0,0)
The robotic arm draws a circle in a clockwise direction, and t he
trajectory of the robotic arm is as follows:
Summary of Contents for 850
Page 1: ...1...
Page 72: ...72 4 The control box PC and network switch are connected by Ethernet ca ble...
Page 74: ...74 Step3 Open the Properties Step4 Open the IPV4...
Page 89: ...89 Cancel Cancel the selection Save Save the modified data Discard Discard the modified data...
Page 145: ...145 1 6 6 GPIO Control Box and End tool interface...
Page 149: ...149 1 6 7 End Effector...
Page 197: ...197 State 6 Stop Generally use studio will generate state 6 and state 6 is also a kind of stop...