Interface to the rope component, providing support for creating a rendered and physical rope on the entity position

#include 
#include 
#include 

void CreateRopeComponent(IEntity& entity)
{
    // Create a new rope component for the entity, automatically creates a rope render node
    IEntityRopeComponent* pRopeComponent = entity.CreateComponent();
    IRopeRenderNode* pRenderNode = pRopeComponent->GetRopeRenderNode();

    // Set the desired rope behavior
    IRopeRenderNode::SRopeParams ropeParams;

    // Create a smoothened rope that responds to collisions from other entities
    ropeParams.nFlags = IRopeRenderNode::eRope_CheckCollisinos | IRopeRenderNode::eRope_Smooth;
    // Specify the thickness of the rope
    ropeParams.fThickness = 0.05f;
    // Determine the number of segments to use on the rope
    ropeParams.nNumSegments = 12;
    // Number of sides / faces to use on the rope
    ropeParams.nNumSides = 4;

    // Number of segments to use for the physical representation of the rope
    ropeParams.nPhysSegments = 12;
    // Total mass of the rope, a value of 0 would result in a static / immovable rope
    ropeParams.mass = 5.0f;

    pRenderNode->SetParams(ropeParams);

    // Now specify the world  space coordinates of the points of our rope
    // For the sake of this example we use two points, but more can be used.
    std::array ropePoints;
    // Start the rope at the entity world position
    ropePoints[0] = entity.GetWorldPos();
    // Give the length of one meter / unit, along the forward direction of the entity
    ropePoints[1] = entity.GetWorldPos() + entity.GetWorldRotation() * Vec3(0, 1, 0);
    // Now set the points on the rope, thus creating the render and physical representation.
    pRenderNode->SetPoints(ropePoints.data(), ropePoints.max_size());
}