FMX.Types3D

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Defines base types used throughout FireMonkey, including 3D drawing types.

Classes

IViewport3D	Interface for viewing 3D objects.
TBox	Represents a box in 3D space.
TCamera	Represents the class for camera objects.
TContext3D	Class used for drawing and rendering 3D objects.
TContext3DClass	Metaclass for the TContext3D class.
TControl3D	TControl3D represents the base class for FMX onscreen 3D components.
TDummy	Represents a class for 3D dummy objects.
TIndexBuffer	Represents an index buffer.
TLight	TLight is a class that describes light source objects.
TMaterial	Describes the material of a 3D object's planes.
TMatrix3D	Represents a 4-by-4 matrix type.
TMeshData	Class used for defining the shape of polyhedral objects.
TMeshVertex	Defines a mesh vertex.
TObjectAtPointData	Internally used by ObjectAtPoint to store data about distance and projection.
TPoint3D	Represents a point in 3D space.
TPosition3D	Class that describes the position of a 3D object.
TProxyObject	TProxyObject is a class for proxy objects.
TQuaternion3D	Quaternion number type.
TVector3D	Class for vectors in 3D space.
TVertexBuffer	Represents a vertex buffer.
TViewport3D	TViewport3D is a class for viewing 3D objects.

Routines

AddVector3D	Adds two 3D vectors.
AdjointMatrix3D	Determines the adjugate of a 4-by-4 matrix.
AxisRotationToMatrix3D	Computes the rotation matrix from an angle and a vector.
CalcPlaneNormal	Computes the plane normal vector.
ColorToVector3D	Converts a TAlphaColor into a TVector3D.
CombineVector3D	Combines v1 with v2
CreateRotationMatrix3D	Creates a rotation matrix.
CreateScaleMatrix3D	Creates a scale transformation matrix with the scale factor given by AScale.
CreateTranslateMatrix3D	Computes the translate matrix for ATranslate.
CreateYawPitchRollMatrix3D	Determines the rotation matrix from the yaw, pitch, and roll values.
GetVertexOffset	Returns the vertex offset according to the vertex format.
InvertMatrix	Determines the invert of a TMatrix3D.
ISqrt	Determines the integer square root of i.
Matrix3D	Matrix3D creates a TMatrix3D from the values of its parameters.
Matrix3DDeterminant	Calculates the determinant for a TMatrix3D.
Matrix3DMultiply	Multiplies two 4-by-4 matrices.
MatrixLookAtDirLH	Creates the look-at matrix for a specified direction, in a left-handed coordinate system.
MatrixLookAtDirRH	Creates the look-at matrix for a specified direction, in a right-handed coordinate system.
MatrixLookAtLH	Creates a look-at matrix in a left-handed coordinate system.
MatrixLookAtRH	Creates a look-at matrix in a right-handed coordinate system.
MatrixOrthoLH	Creates the orthogonal projection matrix in a left-handed coordinate system.
MatrixOrthoOffCenterLH	Creates an off-center orthogonal projection matrix in a left-handed coordinate system.
MatrixOrthoOffCenterRH	Creates an off-center orthogonal projection matrix in a right-handed coordinate system.
MatrixPerspectiveFovLH	Creates a perspective view matrix in a left-handed coordinate system.
MatrixPerspectiveFovRH	Creates a perspective view matrix in a right-handed coordinate system.
MatrixPerspectiveOffCenterLH	Creates a perspective off-center matrix in a left-handed coordinate system.
MidPoint	Computes and returns the midpoint of the two given 3D vectors (p1 and p2).
NormalizeQuaternion	Applies the quaternion normalization algorithm to the quaternion given through the q parameter.
NormalizeVector3D	Applies the 3D vector normalization algorithm to the 3D vector given through the V parameter.
Point3D	Generates a 3D point based on the given 3D space coordinates.
Point3DToString	Converts the given TPoint3D to a string.
Point3DToVector3D	Generates a 3D vector that uses as coordinates the values taken from the given 3D point in space.
PointProject	Computes and returns the projection of the 3D point P, on the given Direction, based on the given Origin.
QuaternionFromAngleAxis	Obtains a quaternion from the angle-axis 3D representation defined by the given angle and axis parameters.
QuaternionFromMatrix	Obtains a quaternion from the 3D matrix given through the Matrix parameter.
QuaternionMultiply	Multiplies the two quaternions given through the qL and qR parameters.
QuaternionToMatrix	Transforms the quaternion given through the Quaternion parameter into a 3D matrix.
RayCastCuboidIntersect	Returns how many times the given ray intersects the given cuboid 3D shape.
RayCastEllipsoidIntersect	Returns how many times the given ray intersects the given ellipsoid shape.
RayCastPlaneIntersect	Returns whether the given ray intersects the given plane.
RayCastSphereIntersect	Returns how many times the given ray intersects the given sphere.
RayCastTriangleIntersect	Returns whether the given ray intersects the triangle built from the three given vertices.
RotateVector	Rotates the given 3D vector in space, on the specified axis, with the given angle.
RSqrt	Computes and returns the reciprocal of the square root of the given number.
ScaleMatrix3D	Scales the given 3D matrix by the given factor.
SetVector3D	Assigns the given 3D space coordinates to the X, Y, and Z coordinates of the given 3D vector.
StringToPoint3D	Converts the given string to a TPoint3D.
TransposeMatrix3D	Computes and returns the transpose matrix of the 3D matrix given through the M parameter.
Vector3D	Generates a 3D vector based on the given 3D space coordinates.
Vector3DAdd	Adds the two given 3D vectors.
Vector3DAddScale	Adds the given factor to each of the X, Y, and Z components of the given 3D vector.
Vector3DAngleCosine	Returns the cosine of the angle between the given v1 and v2 3D vectors.
Vector3DCrossProduct	Computes and returns the 3D vector (cross) product of the two given 3D vectors.
Vector3DDotProduct	Computes and returns the scalar product of the two given 3D vectors.
Vector3DLength	Returns the length of the given 3D vector.
Vector3DNorm	Returns the norm of the given 3D vector.
Vector3DNormalize	Returns the normalized 3D vector of the given 3D vector.
Vector3DReflect	Returns the reflection of the given 3D vector.
Vector3DScale	Scales the given 3D vector by the given factor.
Vector3DSubtract	Subtracts the two given 3D vectors.
Vector3DToColor	Creates an alpha color based on the X, Y, and Z coordinates of the given 3D vector.
Vector3DToPoint3D	Generates a 3D point in space based on the given 3D vector coordinates.
Vector3DTransform	Transforms and returns the 3D vector given through the given 3D matrix.
VectorDistance2	Computes and returns the distance between the two given 3D vectors.
VertexSize	Returns the size of the vertex based on its format.

Types

_di_IViewport3D	C++Builder data type used to access an IViewport3D Delphi interface.
PObjectAtPointData	Pointer to a TObjectAtPointData record.
PPoint3D	Pointer to a TPoint3D record.
PQuaternion3D	Pointer to a TQuaternion3D record.
PVector3D	Pointer to a TVector3D record.
PVector3DArray	Pointer to a TVector3DArray.
TBox	Represents a box in 3D space.
TClearTarget	Enumeration of context clear targets.
TClearTargets	Set of TClearTarget items.
TContext3DClass	Metaclass for the TContext3D class.
TContextShader	Numerical type used by vertex shader and pixel shader operations on a 3D context.
TContextState	Enumeration of context types.
TDragDropEvent3D	Procedural type used by all OnDragDrop events.
TDragEnterEvent3D	Procedural type used by all OnDragEnter events.
TDragOverEvent3D	Procedural type used by all OnDragOver events.
TFillMode	Enumeration of fill modes for 3D shapes.
TLightType	Enumeration of lighting modes.
TMaterialColor	Enumeration of material color modes.
TMatrix3D	Represents a 4-by-4 matrix type.
TMatrix3DDynArray	Dynamic array (of variable length) of TMatrix3D objects.
TMatrix3DType	Defines a 3D matrix that consists of 4 3D vectors.
TMeshVertex	Defines a mesh vertex.
TMouseEvent3D	Procedural type used by all OnMouseUp and OnMouseDown events.
TMouseMoveEvent3D	Procedural type used by all OnMouseMove events.
TMultisample	Enumeration of antialiasing (multisampling) modes.
TObjectAtPointData	Internally used by ObjectAtPoint to store data about distance and projection.
TPoint3D	Represents a point in 3D space.
TPoint3DDynArray	Dynamic array (of variable length) of TPoint3D objects.
TPointFDynArray	Dynamic array (of variable length) of TPointF objects.
TProjection	Enumeration of projection modes.
TQuaternion3D	Quaternion number type.
TRenderEvent	Procedural type used by all OnRender events.
TShadeMode	Is an enumeration of 3D objects shade types.
TStencilFunc	Enumeration of stencil functions.
TStencilOp	Enumeration of stencil operations.
TTextureFiltering	Enumeration of texture filtering types.
TTextureMode	Enumeration of texture filtering types.
TVector3D	Class for vectors in 3D space.
TVector3DArray	Array of TVector3D objects.
TVector3DType	Defines a 3D vector that consists of 4 floating-point Single values.
TVertexFormat	Enumeration of vertex formats.
TVertexFormats	Set of TVertexFormat formats.

Variables

DefaultAmbient	Constant with the default color used by the Ambient property.
DefaultContextClass	Variable of type TContext3DClass (a metaclass) that is initialized with nil. It is internally used for 3D-context manipulation purposes.
DefaultDiffuse	Constant with the default color used by the Diffuse property.
DefaultSpecular	Constant with the default color used by the Specular property.
GlobalDistance	Floating-point Single variable that is used internally by screen and camera projections.
GlobalProjection	TProjection type variable used internally to specify the type of projection (screen or camera).
IdentityMatrix3D	Constant of type TMatrix3D that defines the identity matrix.
IdentityQuaternion	Constant of type TQuaternion3D that defines the identity quaternion.
MaxBitmapSize	Constant internally used to create tile snapshots.
MaxLights	Constant that specifies the maximum number (8) of lights in a scene.
NullPoint3D	Constant of type TPoint3D that defines a 3D point in space with all its coordinates set to 0.
NullVector3D	Constant of type TVector3D that defines a null 3D vector with its X, Y, and Z components set to 0 and W set to 1.
TMatrix3DDynArray	Dynamic array (of variable length) of TMatrix3D objects.
TMatrix3DType	Defines a 3D matrix that consists of 4 3D vectors.
TPoint3DDynArray	Dynamic array (of variable length) of TPoint3D objects.
TPointFDynArray	Dynamic array (of variable length) of TPointF objects.
TVector3DArray	Array of TVector3D objects.
TVector3DType	Defines a 3D vector that consists of 4 floating-point Single values.
WHmgVector	Constant of type TVector3D that defines a 3D vector with its W component set to 1 and X, Y, and Z set to 0.
XHmgVector	Constant of type TVector3D that defines a 3D vector with its X component set to 1 and Y, Z, and W set to 0.
XYHmgVector	Constant of type TVector3D that defines a 3D vector with its X and Y components set to 1 and Z and W set to 0.
XYZHmgVector	Constant of TVector3D type that defines a 3D vector with its X, Y, and Z components set to 1 and W set to 0.
XYZWHmgVector	Constant of type TVector3D that defines a 3D vector with its X, Y, Z, and W components set to 1.
YHmgVector	Constant of type TVector3D that defines a 3D vector with its Y component set to 1 and X, Z, and W set to 0.
ZHmgVector	Constant of type TVector3D that defines a 3D vector with its Z component set to 1 and X, Y, and W set to 0.

Constants

DefaultShininess

DefaultShininess: Integer = $1E;