深度相机文档更新
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* Windows:[Link 1](https://www.microsoft.com/en-us/download/details.aspx?id=44561)/[Link 2](https://developer.microsoft.com/en-us/windows/kinect/)/[Link 3](https://docs.microsoft.com/en-us/previous-versions/windows/kinect/dn758761(v=ieb.10))
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* Windows:[Link 1](https://www.microsoft.com/en-us/download/details.aspx?id=44561)/[Link 2](https://developer.microsoft.com/en-us/windows/kinect/)/[Link 3](https://docs.microsoft.com/en-us/previous-versions/windows/kinect/dn758761(v=ieb.10))
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* Vzense™ DCAM710 深度相机:
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* Vzense™ DCAM710 深度相机:
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* [产品详情](https://www.vzense.com/products)
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* [产品详情](https://zh.vzense.com/products.html)
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* [相关下载](https://www.vzense.com/download)
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* [相关下载](https://zh.vzense.com/download.html)
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* 定位标签:
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* 定位标签:
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* [使用手册](http://download.autolabor.com.cn/File/marvelmind_navigation_system_manual.pdf)
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* [使用手册](http://download.autolabor.com.cn/File/marvelmind_navigation_system_manual.pdf)
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# 简介
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# 简介
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## 产品介绍
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## Vzense DCAM710
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![](./imgs/vzense1.png)
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![](./imgs/vzense1.png)
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![](./imgs/vzense3.png)
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![](./imgs/vzense3.png)
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# 使用
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## 准备
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1. 连接相机的数据线与电源线
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2. 相机亮起指示灯(绿色说明数据线连接正确,红色说明数据线与电源线均连接正确)
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3. 指示灯亮起代表相机功能正常,可开始使用
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## 测试
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进入桌面 测试 - > pico 深度相机测试
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![](./imgs/vzense4.png)
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## 启动驱动
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步骤:
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1.进入工作空间,打开终端执行
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`cd catkin_ws`
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2.配置环境变量,在终端执行
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`source devel/setup.bash`
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3.启动驱动,在终端执行
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`roslaunch pico_zense_driver pico_driver.launch`
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4.打开终端,执行 `rviz` ,打开RViz,可看到相机的点云数据
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![](./imgs/vzense5.png)
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注:相机数据加载需要几秒钟
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## ROS驱动包(ROS Driver Package)
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注:OS系统中使用的Vzense相机ROS驱动包是Autolabor根据相机厂家提供的SDK开发的,非相机厂家提供。
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### 发布的话题
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/pico\_camera/depth\_image ([sensor_msgs/Image](http://docs.ros.org/en/api/sensor_msgs/html/msg/Image.html))
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深度图像
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/pico\_camera/color\_image([sensor_msgs/Image](http://docs.ros.org/en/api/sensor_msgs/html/msg/Image.html))
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rgb图像
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/pico\_camera/point\_cloud([sensor_msgs/PointCloud](http://docs.ros.org/en/api/sensor_msgs/html/msg/PointCloud.html))
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点云
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### 参数
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| 参数 | 名称 | 备注 |
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| :------------ | :------------ | :------------ |
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| ~namespace (str, default: pico_camera) | 命名空间 | 多个同一传感器重命名 |
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| ~frame_name (str, default: pico_camera) | frameId | |
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| ~device_index (int, default: 0) | 设备索引 | |
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| ~read_frame_interval (int, default: 100) | 输出时间间隔 | 单位:毫秒 |
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| ~depth_range (int, default: 0) | 深度范围(参数:0/2/5) | 设置值越大看的越远 |
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| ~background_filter_threshold (int, default: 20) | 滤波参数(最大100) | 设置值越大,去的点越多(噪音和非噪音都会被去掉) |
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| ~skip_row (int, default: 0) | 每一行中跳过显示的点 | 如设置为1,则跳1个点选1个点显示,一行最多640个点 |
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| ~skip_column (int, default: 0) | 每一列中跳过显示的点 | 如设置为1,则跳1个点选1个点显示,一列最多480个点 |
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| ~output_depth_image (bool, default: false) | 输出深度图像 | 节约性能,默认不输出 |
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| ~output_color_image (bool, default: false) | 输出rgb图像 | 节约性能,默认不输出 |
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| ~output_point_cloud (bool, default: true) | 输出点云 | |
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| ~depth_spatial_filter (bool, default: true) | 是否使用空间滤波 | |
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| ~depth_time_filter (bool, default: true) | 是否使用时间滤波 | |
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| ~depth_distortion_correction (bool, default: true) | 是否使用畸变矫正 | |
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| ~depth_straighten_correction (bool, default: true) | 是否使用扭曲矫正 | |
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### 驱动示例
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```
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<launch>
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<node name="pico_driver" pkg="pico_zense_driver" type="pico_zense_driver">
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<param name="namespace" value="pico_camera"/>
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<param name="frame_name" value="pico_camera"/>
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<param name="device_index" value="0"/>
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<param name="read_frame_interval" value="100"/>
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<param name="depth_range" value="0"/>
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<param name="background_filter_threshold" value="20"/>
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<param name="skip_row" value="2"/>
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<param name="skip_column" value="2"/>
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<param name="output_depth_image" value="false"/>
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<param name="output_color_image" value="false"/>
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<param name="output_point_cloud" value="true"/>
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<param name="depth_spatial_filter" value="true"/>
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<param name="depth_time_filter" value="true"/>
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<param name="depth_distortion_correction" value="true"/>
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<param name="depth_straighten_correction" value="true"/>
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</node>
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<node name="rviz" pkg="rviz" type="rviz" args="-d $(find pico_zense_driver)/rviz/display.rviz"/>
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</launch>
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```
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## 查看rbg图像
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1.找到相机驱动launch文件,修改参数
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`catkin_ws\src\driver\depth_camera\pico_zense_driver\launch\pico_driver.launch`
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2.选择文件右键编辑,将 `output_color_image` 改为 `true`
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3.保存并关闭文件
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4.进入工作空间,打开终端执行
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`cd catkin_ws`
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5.配置环境变量,在终端执行
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`source devel/setup.bash`
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6.启动驱动,在终端执行
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`roslaunch pico_zense_driver pico_driver.launch`
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7.打开终端,执行 `rviz` ,打开RViz
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![](./imgs/vzense5.png)
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8.添加图像话题,点击左下角 `add`,选择 /pico_camera->color_image ,保存
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![](./imgs/vzense6.png)
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## 资料
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* [使用手册](https://cdn.yun.sooce.cn/4/62267/pdf/16361729745086d56be7b53bba3eb.pdf)
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* 软件工具及SDK:[github](https://github.com/Vzense)/[gitee](https://gitee.com/Vzense)
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* [固件](https://github.com/Vzense/DeviceFirmware-List/tree/master/DCAM710)
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* [3D 模型](https://cdn.yun.sooce.cn/4/62267/zip/1636172974507357d659567a57bad.zip)
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* [官方下载](https://zh.vzense.com/download.html)/[FAQ](https://zh.vzense.com/FAQ.html)
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