Here are the classes, structs, unions and interfaces with brief descriptions:
dsim_connection | Represents a connection between two objects within a network |
dsim_connection_iterator | Iterator for connections within a network |
dsim_ideal_gravity | Built-in gravity model for an ideal planet.Use this with the dsim_rigid_body model to simulation an object in orbit about a planet |
dsim_ideal_spring | Builtin model of a simple spring.Spring model that applies a force to a parent or other target object |
dsim_integrator | An integrator, providing an implementation of an integration algorithm to be applied to object variables |
dsim_model | Superclass for all simulated objects |
dsim_network | Represents a network of simulation objects |
dsim_rigid_body | Built-in example class for rigid body objects.This class provides variables for a physical object, such as position and velocity, and supports forces and torques applied between objects with apply_force and apply_torque messages |
dsim_second_order | Built-in example class for rigid body objects.This class provides variables for a physical object, such as position and velocity, and supports forces and torques applied between objects with apply_force and apply_torque messages |
dsim_simulation | DSim simulation manager class |
dsim_value | Represents the value of a variable or message |
dsim_variable | Rperesents a variable or outlet created and managed by an object in a simulation |