Struct to hold ros2 parameters.
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#include <radar_grid_map_node.hpp>
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| void | declare (rclcpp::Node *node) |
| | Declares all node parameters.
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| |
| void | update (rclcpp::Node *node) |
| | Updates all node parameters.
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| |
Struct to hold ros2 parameters.
◆ declare()
| NS_HEAD void RadarGridMapNode::Parameters::declare |
( |
rclcpp::Node * | node | ) |
|
Declares all node parameters.
- Parameters
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| node | Pointer to the ROS2 node for parameter declaration. |
Copyright © 2025 Seaward Science.
◆ update()
| void RadarGridMapNode::Parameters::update |
( |
rclcpp::Node * | node | ) |
|
Updates all node parameters.
- Parameters
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| node | Pointer to the ROS2 node for parameter update. |
◆ [struct]
| struct { ... } echoflow::RadarGridMapNode::Parameters::filter |
◆ frame_id
| std::string echoflow::RadarGridMapNode::Parameters::frame_id = "map" |
The fixed frame for the output grid map.
◆ length
| float echoflow::RadarGridMapNode::Parameters::length = 2500.0 |
Length of the grid map in meters.
◆ [struct]
| struct { ... } echoflow::RadarGridMapNode::Parameters::map |
◆ max_queue_size
| int echoflow::RadarGridMapNode::Parameters::max_queue_size = 1000 |
Maximum number of radar messages to buffer.
◆ near_clutter_range
| float echoflow::RadarGridMapNode::Parameters::near_clutter_range = 30.0 |
◆ pub_interval
| float echoflow::RadarGridMapNode::Parameters::pub_interval = 0.1 |
map publication interval in seconds.
◆ resolution
| float echoflow::RadarGridMapNode::Parameters::resolution = 10.0 |
map cell resolution in meters.
◆ width
| float echoflow::RadarGridMapNode::Parameters::width = 2500.0 |
Width of the grid map in meters.
The documentation for this struct was generated from the following files: