/Dlls/Delta.PhysicsEngines.xml

<?xml version="1.0" encoding="utf-8"?>

<doc>

  <assembly>

    <name>Delta.PhysicsEngines</name>

  </assembly>

  <members>

    <member name="T:Delta.PhysicsEngines.Enums.CollisionGroup">

      <summary>

            Collision group category.

            </summary>

      <remarks>

            This is currently used in 2D physics simulation.

            </remarks>

    </member>

    <member name="T:Delta.PhysicsEngines.PhysicsBody">

      <summary>

            Represents body that performs physics collision.

            </summary>

      <remarks>

            Every body needs to have at least one shape, but depending

            on which Physics engine is used, some of them (like Jitter)

            supports multiple shapes.

            </remarks>

    </member>

    <member name="F:Delta.PhysicsEngines.PhysicsBody.isStatic">

      <summary>

            Initial static value of body.

            </summary>

    </member>

    <member name="F:Delta.PhysicsEngines.PhysicsBody.isActive">

      <summary>

            Initial active value of body.

            </summary>

    </member>

    <member name="F:Delta.PhysicsEngines.PhysicsBody.friction">

      <summary>

            Initial friction of body.

            </summary>

    </member>

    <member name="F:Delta.PhysicsEngines.PhysicsBody.mass">

      <summary>

            Mass field of this PhysicsBody.

            </summary>

    </member>

    <member name="F:Delta.PhysicsEngines.PhysicsBody.restitution">

      <summary>

            Restitution field of this PhysicsBody.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.#ctor(System.Boolean,Delta.PhysicsEngines.PhysicsShape,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates a new instance of PhysicsBody.

            </summary>

      <remarks>

            Needs to be subclassed.

            </remarks>

      <param name="is2D">Whether the body to create is 2D or not.</param>

      <param name="shape">

            The <see cref="T:Delta.PhysicsEngines.PhysicsShape" /> to use during creation.

            </param>

      <param name="initialPosition">

            The initial position of the body.

            </param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.Dispose">

      <summary>

            IDisposable implementation.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.Remove">

      <summary>

            Removes physics body from simulation.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.DrawDebug">

      <summary>

            Perform debug draw for this body.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.ApplyForce(Delta.Utilities.Datatypes.Vector)">

      <summary>

            Applies a force at the center of mass.

            </summary>

      <param name="force">

            Vector containing force data to apply to body in 3D space.

            </param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.ApplyForce(Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Apply a force at a world point. If the force is not

            applied at the center of mass, it will generate a torque and

            affect the angular velocity. This wakes up the body.

            </summary>

      <param name="force">

            Vector containing force data to apply to body in 3D space.

            </param>

      <param name="position">

            Relative position from where to apply force.

            </param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.ApplyTorque(Delta.Utilities.Datatypes.Vector)">

      <summary>

            Apply a torque. This affects the angular velocity without affecting the

            linear velocity of the center of mass.

            </summary>

      <remarks>

            This wakes up the body.

            </remarks>

      <param name="torque">

            Vector containing torque data for both 2D and 3D shapes.

            </param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.ApplyTorque(System.Single)">

      <summary>

            Apply a torque. This affects the angular velocity without affecting the

            linear velocity of the center of mass.

            </summary>

      <remarks>

            This wakes up the body.

            </remarks>

      <param name="torque">The torque value user usually for 2D simulation.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.ApplyLinearImpulse(Delta.Utilities.Datatypes.Vector)">

      <summary>

            Apply an impulse at a point. This immediately modifies the velocity.

            </summary>

      <remarks>

            This wakes up the body.

            </remarks>

      <param name="impulse">The impulse vector in 3D space.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.ApplyLinearImpulse(Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Apply an impulse at a point. This immediately modifies the velocity.

            It also modifies the angular velocity if the point of application

            is not at the center of mass.

            </summary>

      <remarks>

            This wakes up the body.

            </remarks>

      <param name="impulse">The impulse vector in 3D space.</param>

      <param name="position">Relative position from where to apply.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.ApplyAngularImpulse(Delta.Utilities.Datatypes.Vector)">

      <summary>

            Apply an angular impulse.

            </summary>

      <param name="impulse">

            Vector containing torque data for both 2D and 3D shapes.

            </param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.ApplyAngularImpulse(System.Single)">

      <summary>

            Apply an angular impulse in 2D way.

            </summary>

      <param name="impulse">

            The angular impulse in units of kg*m*m/s.

            </param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.OnCollisionBegin(Delta.PhysicsEngines.PhysicsBody)">

      <summary>

            Triggers to fire event when collision starts with other body.

            </summary>

      <param name="other">Body with which this one collides.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.OnCollisionEnd(Delta.PhysicsEngines.PhysicsBody)">

      <summary>

            Triggers to fire event when collision ends with other body.

            </summary>

      <param name="other">Body with which this one collides.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.SetIsStatic(System.Boolean)">

      <summary>

            Set static value by implementation.

            </summary>

      <param name="value">

            True to set whether the body is static false otherwise.

            </param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.SetIsActive(System.Boolean)">

      <summary>

            Set active value by implementation.

            </summary>

      <param name="value">

            True to set whether the body is active false otherwise.

            </param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.SetFriction(System.Single)">

      <summary>

            Set friction value by implementation.

            </summary>

      <param name="value">Friction value to apply to implemetation.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.PhysicsBody.GetDebugInfo">

      <summary>

            Return optional debug information text with details about this body!

            </summary>

      <returns>Extra information about inertia, flags, etc.</returns>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Is2D">

      <summary>

            Gets whether the Body is 2D or not.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.IsStatic">

      <summary>

            Gets or Sets whether the body is static.

            </summary>

      <remarks>By default is false.</remarks>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.IsActive">

      <summary>

            Enable/disable the object is active.

            </summary>

      <remarks>By default is true.</remarks>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Restitution">

      <summary>

            Gets the restitution of the body.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Shape">

      <summary>

            Get the shape of this body.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.InitialPosition">

      <summary>

            Gets the initial positin of the body

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Position">

      <summary>

            Position given in world space.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Position2D">

      <summary>

            Position 2D given in world space (same as Position, just easier to

            access for 2D code not having to convert Position to a Point anymore).

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Rotation">

      <summary>

            Rotation angle in degrees for 2D bodies.

            </summary>

      <returns>Return the current world rotation angle in degree.</returns>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.RotationMatrix">

      <summary>

            Rotation matrix

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.WorldMatrix">

      <summary>

            Returns the current world matrix for this body (with rotation and

            translation applied, ready for rendering).

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.LinearVelocity">

      <summary>

            The velocity of the body.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.AngularVelocity">

      <summary>

            The angular velocity of the body.

            </summary>

      <remarks>

            For 2D physics simulation only X component is used.

            </remarks>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.AngularVelocity2D">

      <summary>

            Angular velocity 2D as a float, for 2D only the .x component is used!

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Mass">

      <summary>

            Gets or sets the mass. Usually in kilograms (kg).

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Friction">

      <summary>

            Get or set the coefficient of friction.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.BoundingBox">

      <summary>

            Gets the BoundingBox of the body.

            </summary>

      <remarks>

            Used during 3D simulation.

            </remarks>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.DebugColor">

      <summary>

            Gets or Sets the color for debug drawing process.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.Name">

      <summary>

            Optional property to store name of this body.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.PhysicsBody.UserData">

      <summary>

            Optional property to store custom data for the physics object like e.g.

            the owner, creator, etc. ('null' by default)

            </summary>

    </member>

    <member name="E:Delta.PhysicsEngines.PhysicsBody.CollisionBegin">

      <summary>

            Fired when collision starts between this body and another one.

            </summary>

    </member>

    <member name="E:Delta.PhysicsEngines.PhysicsBody.CollisionEnd">

      <summary>

            Fired when collision ends between this body and another one.

            </summary>

    </member>

    <member name="T:Delta.PhysicsEngines.PhysicsBody.CollisionEventHandler">

      <summary>

            Delegate used for handling collision between this body and another 

            one.

            </summary>

      <param name="other">The body with which occurs collision.</param>

    </member>

    <member name="T:Delta.PhysicsEngines.Advanced.ForceFieldShape">

      <summary>

            Class that holds the shape of force field.

            </summary>

    </member>

    <member name="F:Delta.PhysicsEngines.Advanced.ForceFieldShape.Sphere">

      <summary>

            Gets the BoundingSphere used when force field shape is sphere.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.ForceFieldShape.#ctor">

      <summary>

            Create infiinte volume force field shape.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.ForceFieldShape.#ctor(Delta.Utilities.Datatypes.Vector,System.Single)">

      <summary>

            Create spherical force field instance.

            </summary>

      <param name="position">The position.</param>

      <param name="radius">The radius.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.ForceFieldShape.ForEachBody(Delta.PhysicsEngines.Advanced.ForceFieldShape.BodyDelegate)">

      <summary>

            Execute delegate for each body.

            return false within delegate to stop iteration.

            TODO: Warning, slow performance, needs to be optimized

            </summary>

      <param name="bodyDelegate">The body delegate.</param>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.ForceFieldShape.ShapeType">

      <summary>

            Gets the type of the shape.

            </summary>

    </member>

    <member name="T:Delta.PhysicsEngines.Advanced.ForceFieldShape.BodyDelegate">

      <summary>

            Delegate using during iterating through bodies when applying force

            fields, return true to continue iterating, false otherwise.

            </summary>

      <param name="body">The PhysicsBody to procees.</param>

      <returns></returns>

    </member>

    <member name="T:Delta.PhysicsEngines.VisualShapes.VisualPhysicsCapsule">

      <summary>

            A physics capsule with a visual component

            </summary>

    </member>

    <member name="T:Delta.PhysicsEngines.VisualShapes.BaseVisualPhysicsShape">

      <summary>

            Base VisualPhysics shape representation for given body.

            Subclass for correct drawing.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.VisualShapes.BaseVisualPhysicsShape.Draw">

      <summary>

            Draws the sphere

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.VisualShapes.BaseVisualPhysicsShape.UpdateTransform">

      <summary>

            Method for updating world transform for debug rendering.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.VisualShapes.BaseVisualPhysicsShape.IsStatic">

      <summary>

            Gets or Sets whether given body is static or not.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.VisualShapes.BaseVisualPhysicsShape.IsActive">

      <summary>

            Gets or Sets whether given body is active or not.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.VisualShapes.BaseVisualPhysicsShape.Body">

      <summary>

            Gets the PhysicsBody assigned.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.VisualShapes.BaseVisualPhysicsShape.DebugDrawColor">

      <summary>

            Debug draw color

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.VisualShapes.VisualPhysicsCapsule.#ctor(Delta.Utilities.Datatypes.Vector,System.Single,System.Single,Delta.ContentSystem.Rendering.MaterialData)">

      <summary>

            Create a new instance of <see cref="T:Delta.PhysicsEngines.VisualShapes.VisualPhysicsCapsule" /></summary>

      <param name="position">The initial position of the body.</param>

      <param name="setLength">The length of the capsule.</param>

      <param name="setRadius">The radius of the capsule.</param>

      <param name="materialData">The material to use.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.VisualShapes.VisualPhysicsCapsule.#ctor(Delta.Utilities.Datatypes.Vector,System.Single,System.Single)">

      <summary>

            Create a new instance of <see cref="T:Delta.PhysicsEngines.VisualShapes.VisualPhysicsCapsule" /></summary>

      <param name="position">The initial position of the body.</param>

      <param name="setLength">The length of the capsule.</param>

      <param name="setRadius">The radius of the capsule.</param>

    </member>

    <member name="T:Delta.PhysicsEngines.Advanced.Tornado">

      <summary>

            Performs Tornado force field moving of physics bodies.

            Tornado can be applied in clockwise or counter clockwise direction.

            </summary>

    </member>

    <member name="T:Delta.PhysicsEngines.Advanced.ForceField">

      <summary>

            Base class for creating a ForceField.

            Every force field can have its own <see cref="T:Delta.PhysicsEngines.Advanced.ForceFieldShape" /> and

            need be subclassed by implementation.

            <remarks>

            See <see cref="T:Delta.PhysicsEngines.Advanced.ExplosionForceField" />, <see cref="T:Delta.PhysicsEngines.Advanced.Tornado" />, <see cref="T:Delta.PhysicsEngines.Advanced.WindForceField" /></remarks></summary>

    </member>

    <member name="F:Delta.PhysicsEngines.Advanced.ForceField.Epsilon">

      <summary>

            Check if a body is closer than epsilon to the explosion center.

            This avoids unrealisticly high accelerations.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.ForceField.#ctor(Delta.PhysicsEngines.Advanced.ForceFieldShape)">

      <summary>

            Create new instance of force field.

            </summary>

      <remarks>

            This method can be called only by implementation.

            </remarks>

      <param name="forceFieldShape">The force field shape.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.ForceField.AddToSimulation">

      <summary>

            Add already removed force field again to simulation.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.ForceField.Apply">

      <summary>

            Apply the force to the affected bodies.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.ForceField.ApplyForce(Delta.PhysicsEngines.PhysicsBody)">

      <summary>

            Apply force to single body.

            </summary>

      <param name="body">The body on which to appy force.</param>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.ForceField.Shape">

      <summary>

            Gets the shape assigned to force field.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.ForceField.ForceWakeUp">

      <summary>

            Gets or sets whether the force field will force affected bodies

            to wake up.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.ForceField.UpdatesPerFrame">

      <summary>

            Gets whether given force field needs to be updated per frame update.

            <remarks>

            Tornado needs to be updates per frame simulation.

            </remarks></summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.ForceField.IsEnabled">

      <summary>

            Gets or Sets whether given force field is enabled.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.ForceField.IsRemoved">

      <summary>

            Gets whether given ForceField is removed from

            simulation.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.Tornado.GetClosestPointOnSegmentToPoint(Delta.Utilities.Datatypes.Vector@,Delta.Utilities.Datatypes.Vector@,Delta.Utilities.Datatypes.Vector@,Delta.Utilities.Datatypes.Vector@)">

      <summary>

            Determines the closest point on the provided segment ab to point p.

            </summary>

      <param name="firstEndPoint">First endpoint of segment.</param>

      <param name="secondEndPoint">Second endpoint of segment.</param>

      <param name="comparisonPoint">Point for comparison.</param>

      <param name="closestPoint">Closest point on the edge to p.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.Tornado.#ctor(Delta.PhysicsEngines.Advanced.ForceFieldShape)">

      <summary>

            Create a new instance of Tornado.

            </summary>

      <param name="forceFieldShape">The force field shape.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.Tornado.#ctor(Delta.PhysicsEngines.Advanced.ForceFieldShape,Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector,System.Single,System.Boolean,System.Single,System.Single,System.Single,System.Single,System.Single,System.Single,System.Single,System.Single)">

      <summary>

            Create a new instance of Tornado.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Advanced.Tornado.ApplyForce(Delta.PhysicsEngines.PhysicsBody)">

      <summary>

            Implementation of ApplyForce

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.Position">

      <summary>

            Gets or sets the position of the tornado.

            This is only the origin of the force; move the shape along with it if

            the position moves away from the shape.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.Axis">

      <summary>

            Axis of rotation of the tornado.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.BottomRadius">

      <summary>

            Radius of the tornado at the bottom.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.Height">

      <summary>

            Height of the tornado; objects above or below the tornado will not be

            affected by its winds.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.HorizontalForce">

      <summary>

            Circular force applied within the tornado.

            Force magnitude decreases as distance from axis increases past the

            radius.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.HorizontalWindSpeed">

      <summary>

            Maximum horizontal wind speed of the tornado;

            objects will not be accelerated by the wind past this

            speed in the direction of the wind.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.InwardForce">

      <summary>

            Magnitude of the inward-sucking force within the tornado, magnitude

            decreases as distance from the axis increases past the radius.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.InwardSuctionSpeed">

      <summary>

            Maximum inward sucking wind speed, objects will not be accelerated by

            the wind past this speed inward.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.SpinClockwise">

      <summary>

            Spin direction of the tornado, looking down from the top of the

            tornado (the furthest forward along the tornado axis).

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.TopRadius">

      <summary>

            Radius of the tornado at the top.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.UpwardForce">

      <summary>

            Magnitude of upward-pushing force within the tornado. Magnitude

            decreases as distance from the axis increases past the radius.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.UpwardSuctionSpeed">

      <summary>

            Maximum upward pushing wind speed, objects will not be accelerated

            by the wind past this speed upward.

            </summary>

    </member>

    <member name="P:Delta.PhysicsEngines.Advanced.Tornado.UpdatesPerFrame">

      <summary>

            Tornado needs to be updated every single frame.

            </summary>

    </member>

    <member name="T:Delta.PhysicsEngines.Physics">

      <summary>

            The base Physics class for high level handling of the engine physics

            features (both the 2d physics and 3d physics engine, with are

            fundamentally very different).

            Note: When creating this class we will also force the creation of the

            ContentManager first to force downloading the latest settings, which

            tells us which physics module to use.

            </summary>

    </member>

    <member name="F:Delta.PhysicsEngines.Physics.DefaultGravity">

      <summary>

            Gets default initial gravity for physics simulation.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.Clear">

      <summary>

            Removes every body and forcefield from physical world

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.RemoveForceField(Delta.PhysicsEngines.Advanced.ForceField)">

      <summary>

            Remove given force field for current simulation.

            </summary>

      <remarks>

            ForceField needs to be updated per frame. I.E Tornado

            </remarks>

      <param name="forceField">The force field.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.RemoveAllBodies">

      <summary>

            Removes all PhysicsBodies from simulation.

            </summary>

      <remarks>

            May be used to clean a physics world up.

            </remarks>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.RemoveAllJoints">

      <summary>

            Removes all PhysicsJoints from simulation.

            </summary>

      <remarks>

            May be used to clean a physics world up.

            </remarks>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.RemoveAllForceFields">

      <summary>

            Removes all current force fields.

            May be used to clean a physics world up.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.FindRayCast2D(Delta.Utilities.Datatypes.Point,Delta.Utilities.Datatypes.Point,Delta.PhysicsEngines.PhysicsBody@,Delta.Utilities.Datatypes.Point@,System.Single@)">

      <summary>

            Performs 2D ray cast check.

            </summary>

      <param name="point1">First point to check against.</param>

      <param name="point2">second point to check against.</param>

      <param name="body">Out body if any intersection happen.</param>

      <param name="point">

            Out intersection point if any intersection happen.

            </param>

      <param name="normal">Out normal if any intersection happen.</param>

      <param name="fraction">Out fraction if any intersection happen.</param>

      <returns>

            True if any intersection was found.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.FindRayCast(Delta.Utilities.Datatypes.Ray,System.Boolean,Delta.PhysicsEngines.PhysicsBody@,Delta.Utilities.Datatypes.Vector@,System.Single@)">

      <summary>

            Ray cast on the physics world and return all the objects that the ray

            hits.

            </summary>

      <param name="ray">The ray to perform.</param>

      <param name="checkGround">Whether to check agains ground too.</param>

      <param name="foundBody">PhysicsBody casted in any.</param>

      <param name="intersectionPoints">The 3D positions where the ray firsts

            intersects with each one of the objects</param>

      <param name="surfaceNormal">

            The normals of the surfaces in the intersection points.

            </param>

      <param name="fraction">

            Intersection fraction value or zero if no intersection.

            </param>

      <returns>

            True if the ray hit at least one object, false otherwise.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.FindRayCast(Delta.Utilities.Datatypes.Ray,System.Boolean,Delta.PhysicsEngines.PhysicsBody@,Delta.Utilities.Datatypes.Vector@,System.Single@,System.Object@)">

      <summary>

            Ray cast on the physics world and return all the objects that the ray

            hits.

            </summary>

      <param name="ray">The ray</param>

      <param name="checkGround">Whether to check agains ground too.</param>

      <param name="foundBody">The hit body if any.</param>

      <param name="intersectionPoint">The 3D position where the ray firsts

            intersects with each object.</param>

      <param name="surfaceNormal">The normal of the surface in the 

            intersection point</param>

      <returns>True if the ray hit at least one object, false 

            otherwise</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.Create2DBody(Delta.PhysicsEngines.PhysicsShape,Delta.Utilities.Datatypes.Point)">

      <summary>

            Create a 2D physics body whether the module supports it.

            </summary>

      <param name="shape">PhysicsShape to attach to body.</param>

      <param name="initialPosition">Body initial position.</param>

      <returns>New created instance of PhysicsBody.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.Create3DBody(Delta.PhysicsEngines.PhysicsShape,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Create a 3D physics body whether the module supports it.

            </summary>

      <param name="shape">PhysicsShape to attach to body.</param>

      <param name="initialPosition">Initial position of body.</param>

      <returns>The new create PhysicsBody.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCircle(Delta.Utilities.Datatypes.Point,System.Single,System.Single)">

      <summary>

            Creates Body with a Circle shape attached to it.

            </summary>

      <param name="initialPosition">The initial position of body.</param>

      <param name="radius">The radius of circle.</param>

      <param name="density">The density of body.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCircle(System.Single,System.Single)">

      <summary>

            Creates Body with a Circle shape attached to it.

            </summary>

      <param name="radius">The radius of circle.</param>

      <param name="density">The density of body.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateRectangle(Delta.Utilities.Datatypes.Point,System.Single,System.Single,System.Single)">

      <summary>

            Creates Body with a Rectangle shape attached to it.

            </summary>

      <param name="initialPosition">The initial position of body.</param>

      <param name="width">The width of rectangle.</param>

      <param name="height">The height of rectangle.</param>

      <param name="density">The density of body.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateRectangle(System.Single,System.Single,System.Single)">

      <summary>

            Creates Body with a Rectangle shape attached to it.

            </summary>

      <param name="width">The width of rectangle.</param>

      <param name="height">The height of rectangle.</param>

      <param name="density">The density of body.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateRectangle(System.Single,System.Single,System.Single,Delta.Utilities.Datatypes.Point)">

      <summary>

            Creates Body with a Rectangle shape attached to it.

            </summary>

      <param name="width">The width of rectangle.</param>

      <param name="height">The height of rectangle.</param>

      <param name="density">The density of body.</param>

      <param name="offset">The Point offset of rectangle.</param>

      <returns>

            The create body with rectangle shape attached to it.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateEllipse(Delta.Utilities.Datatypes.Point,System.Single,System.Single,System.Int32,System.Single)">

      <summary>

            Creates Body with an Ellipse shape attached to it.

            </summary>

      <param name="initialPosition">The initial Position</param>

      <param name="xRadius">The xRadius</param>

      <param name="yRadius">The yRadius</param>

      <param name="edges">Edges</param>

      <param name="density">Density</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateEllipse(System.Single,System.Single,System.Int32,System.Single)">

      <summary>

            Creates Body with an Ellipse shape attached to it.

            </summary>

      <param name="xRadius">The xRadius</param>

      <param name="yRadius">The yRadius</param>

      <param name="edges">Edges</param>

      <param name="density">Density</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreatePolygon(Delta.Utilities.Datatypes.Point,System.Collections.Generic.IList{Delta.Utilities.Datatypes.Point},System.Single)">

      <summary>

            Creates Body with an polygon shape attached to it.

            </summary>

      <param name="initialPosition">The initial Position</param>

      <param name="vertices">Vertices</param>

      <param name="density">The Density</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreatePolygon(System.Collections.Generic.IList{Delta.Utilities.Datatypes.Point},System.Single)">

      <summary>

            Creates Body with an polygon shape attached to it.

            </summary>

      <param name="vertices">Vertices</param>

      <param name="density">Density</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCompoundPolygon(Delta.Utilities.Datatypes.Point,System.Collections.Generic.List{System.Collections.Generic.IList{Delta.Utilities.Datatypes.Point}},System.Single)">

      <summary>

            Creates Body with an compound polygon shape attached to it.

            </summary>

      <param name="initialPosition">Body initial position.</param>

      <param name="vertices">

            Vertices containing data for creation of compound shape.

            </param>

      <param name="density">The density of body.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCompoundPolygon(System.Collections.Generic.List{System.Collections.Generic.IList{Delta.Utilities.Datatypes.Point}},System.Single)">

      <summary>

            Creates Body with an compound polygon shape attached to it.

            </summary>

      <param name="vertices">

            Vertices containing data for creation of compound shape.

            </param>

      <param name="density">The density of body.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateGear(Delta.Utilities.Datatypes.Point,System.Single,System.Int32,System.Single,System.Single,System.Single)">

      <summary>

            Creates Body with an gear shape attached to it.

            </summary>

      <param name="initialPosition">The initial Position</param>

      <param name="radius">The Radius</param>

      <param name="numberOfTeeth">The number of Teeth</param>

      <param name="tipPercentage"></param>

      <param name="toothHeight">The Height of the Tooth</param>

      <param name="density">Density</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateGear(System.Single,System.Int32,System.Single,System.Single,System.Single)">

      <summary>

            Creates Body with an gear shape attached to it.

            </summary>

      <param name="radius">The radius</param>

      <param name="numberOfTeeth">The number of Teeth</param>

      <param name="tipPercentage"></param>

      <param name="toothHeight">The height of the tooth</param>

      <param name="density">The Density</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateBox(Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates Body with a box shape attached to it.

            </summary>

      <param name="initialPosition">The position where to create the sphere.</param>

      <param name="radius">The size of the box.

            Vector containing data in the given order:

            X = width, Y = depth, Z = height</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateBox(Delta.Utilities.Datatypes.Vector,System.Single,System.Single,System.Single)">

      <summary>

            Creates Body with a box shape attached to it.

            </summary>

      <param name="initialPosition">The position where to create the sphere.</param>

      <returns>The new created body</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateSphere(Delta.Utilities.Datatypes.Vector,System.Single)">

      <summary>

            Creates Body with a sphere shape attached to it.

            </summary>

      <param name="initialPosition">The position where to create the sphere.</param>

      <param name="radius">The radius of the sphere.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateSphere(System.Single)">

      <summary>

            Creates Body with a sphere shape attached to it.

            </summary>

      <param name="radius">The radius of the sphere.</param>

      <returns>The new created Body</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCapsule(Delta.Utilities.Datatypes.Vector,System.Single,System.Single)">

      <summary>

            Creates Body with a capsule shape attached to it.

            </summary>

      <param name="initialPosition">Position of the body.</param>

      <param name="length">

            The length of the capsule (exclusive the round endcaps).

            </param>

      <param name="radius">The radius of the endcaps.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCapsule(System.Single,System.Single)">

      <summary>

            Creates Body with a capsule shape attached to it.

            </summary>

      <param name="length">

            The length of the capsule (exclusive the round endcaps).

            </param>

      <param name="radius">The radius of the endcaps.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCone(Delta.Utilities.Datatypes.Vector,System.Single,System.Single)">

      <summary>

            Creates a body with cone shape attached to it.

            </summary>

      <param name="initialPosition">The position of the body.</param>

      <param name="height">The height of the cone.</param>

      <param name="radius">The radius of the cone base.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCone(System.Single,System.Single)">

      <summary>

            Creates a body with cone shape attached to it.

            </summary>

      <param name="height">The height of the cone.</param>

      <param name="radius">The radius of the cone base.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCylinder(Delta.Utilities.Datatypes.Vector,System.Single,System.Single)">

      <summary>

            Creates a body with cylinder shape attached to it.

            </summary>

      <param name="initialPosition">The initial position of the body.</param>

      <param name="height">The height of the cylinder.</param>

      <param name="radius">The radius of the cylinder.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateCylinder(System.Single,System.Single)">

      <summary>

            Creates a body with cylinder shape attached to it.

            </summary>

      <param name="height">The height of the cylinder.</param>

      <param name="radius">The radius of the cylinder.</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateTriangleMesh(Delta.Utilities.Datatypes.Vector,Delta.Rendering.Models.Mesh,Delta.Utilities.Datatypes.Matrix,System.Boolean)">

      <summary>

            Creates a body with triangle shape from given mesh.

            </summary>

      <param name="initialPosition">The position of the body.</param>

      <param name="mesh">Mesh from which to retrieve vertices data.</param>

      <param name="localSpaceMatrix">Transformation matrix.</param>

      <param name="invertTriangles">Do we need to invert triangle

            winding order?</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateTriangleMesh(Delta.Rendering.Models.Mesh,Delta.Utilities.Datatypes.Matrix,System.Boolean)">

      <summary>

            Creates a body with triangle shape from given mesh.

            </summary>

      <param name="mesh">Mesh from which to retrieve vertices data.</param>

      <param name="localSpaceMatrix">Transformation matrix.</param>

      <param name="invertTriangles">Do we need to invert triangle winding

            order?</param>

      <returns>The new created body.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateTerrain(Delta.Utilities.Datatypes.Vector,System.Single[0:,0:],System.Single,System.Single)">

      <summary>

            Creates a body with terrain shape attached to it.

            </summary>

      <param name="initialPosition">The initial position.</param>

      <param name="heights">An array containing the heights of the terrain surface.</param>

      <param name="scaleX">The x-scale factor. (The x-space between neighbour heights)</param>

      <param name="scaleY">The y-scale factor. (The y-space between neighbour heights)</param>

      <returns>The new created body.</returns>

    </member>

    <!-- Badly formed XML comment ignored for member "M:Delta.PhysicsEngines.Physics.CreateTerrain(System.Single[0:,0:],System.Single,System.Single)" -->

    <member name="M:Delta.PhysicsEngines.Physics.CreateController(Delta.PhysicsEngines.PhysicsBody,System.Single,System.Single,System.Single)">

      <summary>

            Create a new character controller.

            </summary>

      <param name="controlledObject">Controlled Object</param>

      <param name="setMoveSpeed">Set MoveSpeed</param>

      <param name="setJumpStrength">Jump Strenght</param>

      <param name="allowedGroundDistance">Allowed Grounddistance</param>

      <returns>The new created character controller</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateAngleJoint(Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody,System.Single)">

      <summary>

            Creates 2D angle joint.

            </summary>

      <param name="bodyA">Body A</param>

      <param name="bodyB">Body B</param>

      <param name="targetAngle">Target Angke</param>

      <returns>2D Angle Joint</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateFixedAngle(Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody)">

      <summary>

            Creates 3D fixed angle joint.

            </summary>

      <remarks>

            Constraints two bodies to always have the same relative

            orientation to each other.

            </remarks>

      <param name="bodyA">The fist body.</param>

      <param name="bodyB">The second body.</param>

      <returns>New instance of PhysicsJoint or null if not supported.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreatePointOnLine(Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody,Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates 3D point on line joint.

            </summary>

      <remarks>

            The PointOnLineJoint restricts two linear degrees of freedom. 

            An infinite line is attached to entity A and a point is attached to entity B.

            The constraint attempts to keep the point on the line.

            </remarks>

      <param name="bodyA">The fist body.</param>

      <param name="bodyB">The second body.</param>

      <param name="lineStartPointBody1">Start point position on line for body 1.</param>

      <param name="pointBody2">Point reference on second body.</param>

      <returns>New instance of PhysicsJoint or null if not supported.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateSingleBodyPointOnLine(Delta.PhysicsEngines.PhysicsBody,Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates 3D point on line joint with single body.

            </summary>

      <remarks>

            The PointOnLineJoint restricts two linear degrees of freedom. 

            An infinite line is attached to entity A and a point is attached to entity B.

            The constraint attempts to keep the point on the line.

            </remarks>

      <param name="bodyA">Body A</param>

      <param name="localAnchor">The anchor point on the body in local (body)

            coordinates.</param>

      <param name="lineDirection">The axis defining the line in world space.</param>

      <returns>New instance of PhysicsJoint or null if not supported.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreatePointOnPoint(Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates 3D point on point joint.

            </summary>

      <param name="bodyA">Body A</param>

      <param name="bodyB">Body B</param>

      <param name="anchor">Anchor</param>

      <returns>New instance of PhysicsJoint or null if not supported.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreatePointPointDistance(Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody,Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates 3D point to point distance joint.

            </summary>

      <param name="bodyA">Body A</param>

      <param name="bodyB">Body B</param>

      <param name="anchor1">Anchor 1</param>

      <param name="anchor2">Anchor 2</param>

      <returns>New instance of PhysicsJoint or null if not supported.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateHinge(Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody,Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates 3D hinge joint.

            </summary>

      <remarks>

            See <see cref="!:http://en.wikipedia.org/wiki/Hinge_joint" /> or

            <see cref="!:http://www.euclideanspace.com/physics/kinematics/joints/jointstructures/index.htm" /> 

            for more info.

            </remarks>

      <param name="bodyA">The first body connected to the second one.</param>

      <param name="bodyB">The second body connected to the first one.</param>

      <param name="position">The position in world space where both bodies get connected.</param>

      <param name="hingeAxis">The axis if the hinge.</param>

      <returns>New instance of PhysicsJoint or null if not supported.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreatePrismatic(Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody,System.Single,System.Single,System.Single,System.Single)">

      <summary>

            Creates 3D prismatic joint.

            </summary>

      <remarks>

            See <see cref="!:http://en.wikipedia.org/wiki/Hinge_joint" /> or

            <see cref="!:http://www.euclideanspace.com/physics/kinematics/joints/jointstructures/index.htm" /> 

            for more info.

            </remarks>

      <param name="bodyA">The first body connected to the second one.</param>

      <param name="bodyB">The second body connected to the first one.</param>

      <param name="minimumDistance">Minimum Distance</param>

      <param name="maximumDistance">Maximum Distance</param>

      <param name="minimumSoftness">Minimum Softness</param>

      <param name="maximumSoftness">Maximum Softness</param>

      <returns>New instance of PhysicsJoint or null if not supported.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreatePrismatic(Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody,System.Single,System.Single)">

      <summary>

            Creates 3D prismatic joint.

            </summary>

      <remarks>

            See <see cref="!:http://en.wikipedia.org/wiki/Hinge_joint" /> or

            <see cref="!:http://www.euclideanspace.com/physics/kinematics/joints/jointstructures/index.htm" /> 

            for more info.

            </remarks>

      <param name="bodyA">The first body connected to the second one.</param>

      <param name="bodyB">The second body connected to the first one.</param>

      <param name="minimumDistance">Minimum Distance</param>

      <param name="maximumDistance">Maximum Distance</param>

      <returns>New instance of PhysicsJoint or null if not supported.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.ApplyExplosion(Delta.Utilities.Datatypes.Vector,System.Single)">

      <summary>

            Apply explosion. Use this for single effect explosions.

            For repeated explosions, you may consider using

            CreateExplosionForceField() and reusing it everytime (.Apply())

            </summary>

      <param name="position">The spawn position in 3D space.</param>

      <param name="intensity">The intensity of the explosion.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateExplosionForceField(Delta.Utilities.Datatypes.Vector,System.Single)">

      <summary>

            Creates an explosion at given position with infinite bounds.

            </summary>

      <param name="position">The spawn position in 3D space.</param>

      <param name="intensity">The intensity of the explosion.</param>

      <returns>The new instance of ExplosionForceField.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateExplosionForceField(Delta.Utilities.Datatypes.Vector,System.Single,System.Single)">

      <summary>

            Creates an explosion at given position.

            </summary>

      <remarks>

            This creates ForceFieldShape of type Sphere.

            </remarks>

      <param name="position">The spawn position in 3D space.</param>

      <param name="intensity">The intensity of the explosion.</param>

      <param name="radius">The radius in which to apply explosion</param>

      <returns>The new instance of ExplosionForceField.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateWindForceField(Delta.Utilities.Datatypes.Vector,System.Single,System.Single)">

      <summary>

            Create wind force field

            </summary>

      <param name="baseWindForce">Base force of the wind.</param>

      <param name="maxVariation">The variation of the force field.</param>

      <param name="maxMass">Maximum mass (in kg) of the force field.</param>

      <returns>The new instance of WindForceField.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateTornado(Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector,System.Single)">

      <summary>

            Creates an tornado force field at given position.

            </summary>

      <param name="position">The spawn position in 3D space.</param>

      <param name="axis">Axis of rotation of the tornado.</param>

      <param name="height">

            Height of the tornado; objects above or below the tornado 

            will not be affected by its winds.

            </param>

      <returns>The new instance of Tornado.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateTornado(Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates an tornado force field at given position.

            </summary>

      <param name="position">The spawn position in 3D space.</param>

      <param name="axis">Axis of rotation of the tornado.</param>

      <returns>The new instance of Tornado.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateTornado(Delta.Utilities.Datatypes.Vector)">

      <summary>

            Creates a Tornado force field at given position.

            </summary>

      <param name="position">The spawn position in 3D space.</param>

      <returns>The new instance of Tornado.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateTornado(Delta.Utilities.Datatypes.Vector,Delta.Utilities.Datatypes.Vector,System.Single,System.Boolean,System.Single,System.Single,System.Single,System.Single,System.Single,System.Single,System.Single,System.Single)">

      <summary>

            Creates a Tornado force field at given position.

            </summary>

      <param name="position">The spawn position in 3D space.</param>

      <param name="axis">Axis of rotation of the tornado.</param>

      <param name="height">

            Height of the tornado; objects above or below the tornado 

            will not be affected by its winds.

            </param>

      <param name="spinClockwise">

            Spin direction of the tornado, looking down from the top of the

            tornado (the furthest forward along the tornado axis).

            </param>

      <param name="horizontalWindSpeed">

            Maximum horizontal wind speed of the tornado;

            objects will not be accelerated by the wind past this

            speed in the direction of the wind.

            </param>

      <param name="upwardSuctionSpeed">

            Maximum upward pushing wind speed, objects will not be accelerated

            by the wind past this speed upward.

            </param>

      <param name="inwardSuctionSpeed">

            Maximum inward sucking wind speed, objects will not be accelerated by

            the wind past this speed inward.

            </param>

      <param name="horizontalForce">

            Circular force applied within the tornado.

            Force magnitude decreases as distance from axis increases past the

            radius.

            </param>

      <param name="upwardForce">

            Magnitude of upward-pushing force within the tornado. Magnitude

            decreases as distance from the axis increases past the radius.

            </param>

      <param name="inwardForce">

            Maximum inward sucking wind speed, objects will not be accelerated by

            the wind past this speed inward.

            </param>

      <param name="topRadius">

            Radius of the tornado at the top.

            </param>

      <param name="bottomRadius">

            Radius of the tornado at the bottom.

            </param>

      <returns>The new instance of Tornado.</returns>

    </member>

    <member name="F:Delta.PhysicsEngines.Physics.profilingInfo">

      <summary>

            Real time profile info

            </summary>

    </member>

    <member name="F:Delta.PhysicsEngines.Physics.is2D">

      <summary>

            Whether given physics engine is 2D or 3D.

            </summary>

    </member>

    <member name="F:Delta.PhysicsEngines.Physics.groundBody">

      <summary>

            Physics body of the body.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.#ctor(System.Boolean,System.String)">

      <summary>

            Creates new instance of Physics engine.

            </summary>

      <remarks>

            Needs to be implemented by subclass.

            </remarks>

      <param name="is2D">Whether given engine is 2D or 3D.</param>

      <param name="setName">The name of the physics implementation.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.Run">

      <summary>

            Performs dynamic module run.

            This updates all physics stuff and debug drawing whether enabled.

            </summary>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.SetGroundPlane(System.Boolean,System.Single)">

      <summary>

            Sets settings for ground plane.

            </summary>

      <param name="enable">True or false to enable plane.</param>

      <param name="height">The height of the plane.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.IsShapeSupported(Delta.PhysicsEngines.Enums.ShapeType)">

      <summary>

            Gets whether the current physics module supports given shape type.

            </summary>

      <param name="shapeType">Type of the shape.</param>

      <returns>

        <c>true</c> if the shape specified shape type is supported, <c>false</c> otherwise.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.IsJointSupported(Delta.PhysicsEngines.Enums.JointType)">

      <summary>

            Gets whether the current physics module supports given joint type.

            </summary>

      <param name="jointType">Type of the joint.</param>

      <returns>

        <c>true</c> if the specified joint type is supported, <c>false</c> otherwise.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.IsFeatureSupported(Delta.PhysicsEngines.Enums.FeatureSupport)">

      <summary>

            Gets whether the current physics module supports given feature.

            </summary>

      <param name="support">The feature support to check.</param>

      <returns>

        <c>true</c> if is feature supported <c>false</c> otherwise.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateBody(System.Boolean,Delta.PhysicsEngines.PhysicsShape,Delta.Utilities.Datatypes.Vector)">

      <summary>

            Implements the subclass creation of PhysicsBody.

            </summary>

      <param name="is2DBody">Whether the body to create is 2D or not.</param>

      <param name="shape">

            The <see cref="T:Delta.PhysicsEngines.PhysicsShape" /> to use during creation.

            </param>

      <param name="initialPosition">The initial position of the body.</param>

      <returns>The new created PhysicsBody.</returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateJoint(Delta.PhysicsEngines.Enums.JointType,Delta.PhysicsEngines.PhysicsBody,Delta.PhysicsEngines.PhysicsBody,System.Object[])">

      <summary>

            Joint creation method used by implementation.

            </summary>

      <param name="jointType">

            The type of Joint (PointOnLine, PointOnPoint etc).

            </param>

      <param name="bodyA">The first body to use (requested).</param>

      <param name="bodyB">The second body to use (optional).</param>

      <param name="args">

            Array of various parameters used on implementation side.

            </param>

      <returns>

            The new creation PhysicsJoint.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.RemoveBodyImpl(Delta.PhysicsEngines.PhysicsBody)">

      <summary>

            Implementation of RemoveBody by subclass.

            </summary>

      <param name="body">The body to remove.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.RemoveJointImpl(Delta.PhysicsEngines.PhysicsJoint)">

      <summary>

            Implementation of RemoveJoint by subclass.

            </summary>

      <param name="joint">The joint to remove.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.SetGravity(Delta.Utilities.Datatypes.Vector)">

      <summary>

            Set gravity by implementation.

            </summary>

      <param name="gravity">The gravity vector to apply.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.SetMultithreading(System.Boolean)">

      <summary>

            Set multithreading by implementation.

            </summary>

      <param name="enable">True to enable false otherwise.</param>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.GetTotalPhysicsTime">

      <summary>

            Implementation of total physics time  by subclass.

            </summary>

      <returns>

            The total physics simulation time or 0.0 if not implemented.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.RayCastImpl(Delta.Utilities.Datatypes.Ray,System.Boolean,Delta.PhysicsEngines.PhysicsBody@,Delta.Utilities.Datatypes.Vector@,System.Single@,System.Object@)">

      <summary>

            Ray cast implementation of subclass.

            </summary>

      <param name="ray">The ray to perform.</param>

      <param name="checkGround">Whether to check against ground too.</param>

      <param name="foundBody">Out body if any intersection or null.</param>

      <param name="surfaceNormal">

            Normal vector of intersection or zero if no intersection.

            </param>

      <param name="userData">

            Optional user data to retrieve some more params.

            </param>

      <returns>

            True if any intersection, false otherwise.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.RayCastImpl2D(Delta.Utilities.Datatypes.Point,Delta.Utilities.Datatypes.Point,Delta.PhysicsEngines.PhysicsBody@,Delta.Utilities.Datatypes.Point@,System.Single@)">

      <summary>

            2D ray cast implementation by subclass.

            </summary>

      <param name="point1">The first point to perform from.</param>

      <param name="point2">The second point to perform from.</param>

      <param name="body">Out physics body or null if not found.</param>

      <param name="normal">Out normal or zero if no intersection found.</param>

      <param name="fraction">The fraction of the ray cast.</param>

      <returns>

            True if any intersection, false otherwise.

            </returns>

    </member>

    <member name="M:Delta.PhysicsEngines.Physics.CreateControllerImpl(Delta.PhysicsEngines.PhysicsBody,System.Single,System.Single,System.Single)">

      <summary>

            Implementation of CreateController by subcass.

            </summary>

      <param name="controllerBody">The body to be controlled.</param>

      <param name="setMoveSpeed">Speed at which the PhysicsBody moves.</para