Stores all the posible parameters that define a population. More...
#include <Population.hh>
| Public Attributes | |
| int | cols | 
| Number of columns used when models are distributed as a grid.  More... | |
| std::string | distribution | 
| Object distribution. E.g.: random, grid.  More... | |
| double | length | 
| Length of the cylinder containing the models.  More... | |
| int | modelCount | 
| Number of models to spawn.  More... | |
| std::string | modelName | 
| Name of the model.  More... | |
| std::string | modelSdf | 
| Contains the sdf representation of the model.  More... | |
| ignition::math::Pose3d | pose | 
| The reference frame of the population's region.  More... | |
| double | radius | 
| Radius of the cylinder's base containing the models.  More... | |
| std::string | region | 
| Type region in which the objects will be spawned. E.g.: box.  More... | |
| int | rows | 
| Number of rows used when models are distributed as a grid.  More... | |
| ignition::math::Vector3d | size | 
| The three side lengths of the box.  More... | |
| ignition::math::Vector3d | step | 
| Distance between models when they are distributed as a grid.  More... | |
Stores all the posible parameters that define a population.
| int cols | 
Number of columns used when models are distributed as a grid.
| std::string distribution | 
Object distribution. E.g.: random, grid.
| double length | 
Length of the cylinder containing the models.
| int modelCount | 
Number of models to spawn.
| std::string modelName | 
Name of the model.
| std::string modelSdf | 
Contains the sdf representation of the model.
| ignition::math::Pose3d pose | 
The reference frame of the population's region.
| double radius | 
Radius of the cylinder's base containing the models.
| std::string region | 
Type region in which the objects will be spawned. E.g.: box.
| int rows | 
Number of rows used when models are distributed as a grid.
| ignition::math::Vector3d size | 
The three side lengths of the box.
| ignition::math::Vector3d step | 
Distance between models when they are distributed as a grid.