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UFactory xArm User Manual

UFactory xArm
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2. xArm Motion Analysis
In this section, we mainly use Python / Blockly examples to explain a few
typical motions in the list below.
Motion
Joint
Motion
Linear
Motion
Arc linear
motion
Circular
Motion
xArm5
Motion
About Python-SDK:
For all interfaces with is_radian, the default value of is_radian is the
value at the time of instantiation.
That is, the value of “ is_radian” set when xArmAPI () is created.
Here are three examples to illustrate:
1. arm = xArmAPI('192.168.1.226',)
2. arm = xArmAPI('192.168.1.226', is_radian=False)
3. arm = xArmAPI('192.168.1.226', is_radian=True)
When the xArmAPI() interface is created in method 1, the default value of is_radian is False, the unit
is °;
When the xArmAPI() interface is created in method 2, is_radian = False, the unit is °;
When the xArmAPI() interface is created in method 3, is_radian = True, the unit is rad ;
About Blockly:

Table of Contents

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UFactory xArm Specifications

General IconGeneral
Payload5 kg
Repeatability±0.1 mm
Programming LanguagePython, C++, ROS
Communication InterfaceEthernet
Operating Temperature0°C to 45°C

Summary

Safety Precautions

xArm User Manual - Hardware Section

1. Hardware Installation Manual

Covers the entire process of installing the robotic arm hardware.

Electrical Interface

xArm User Manual - Software Section

1. xArm Studio

Introduces xArm Studio, a graphical interface for controlling the robot.

1.2 Connect to the Robotic Arm

Explains different methods for connecting the robot to a PC.

1.4 Robotic Arm Setting

Configuration options for robotic arm behavior and parameters.

1.5 Live Control

Real-time control of the robot arm's joints and movements.

1.6 Blockly Graphical Programming

Using block-based programming to control the robotic arm.

Software Section - Other

Appendices

Appendix4-The xArm Software/Firmware Update Method.

Guide on how to update the robot's software and firmware.

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