API Reference

Class TMFFloat

Description
Hierarchy
Fields
Methods
Properties

Unit

X3DFields

Declaration

type TMFFloat = class(specialize TX3DSimpleMultField<Single,TSFFloat,TSingleList>)

Description

X3D field with multiple floating-point values.

Source: src/scene/x3d/castlefields_x3dsimplemultfield_descendants.inc (line 293).

Hierarchy

Overview

Methods

Public procedure AssignLerp(const A: Double; Value1, Value2: TX3DField); override;
Public function CanAssignLerp: boolean; override;
Public class function X3DType: String; override;
Public class function CreateEvent(const AParentNode: TX3DFileItem; const AName: String; const AInEvent: boolean): TX3DEvent; override;

Properties

Public property Angle: boolean read FAngle write FAngle default false;

Description

Methods

Public procedure AssignLerp(const A: Double; Value1, Value2: TX3DField); override;

This item has no description. Showing description inherited from TX3DField.AssignLerp.

Assigns value to this node calculated from linear interpolation between two given nodes Value1, Value2. Just like other lerp functions in our units (like CastleVectors.Lerp).

Like AssignValue, this copies only the current value. All other properties (like Name, IsClauseNames, ValueFromIsClause, default value) are untouched.

There are some special precautions for this:

  • First of all, AssignLerp is defined only for fields where CanAssignLerp returns True, so always check CanAssignLerp first. All float-based fields should have this implemented.

  • Use this only if Value1 and Value2 are equal or descendant of target (Self) class.

  • For multiple-value fields, counts of Value1 and Value2 must be equal, or EListsDifferentCount will be raised.

Source: src/scene/x3d/castlefields_x3dsimplemultfield_descendants.inc (line 311).

Public function CanAssignLerp: boolean; override;

This item has no description. Showing description inherited from TX3DField.CanAssignLerp.

Is AssignLerp usable on this field type?

Descendants implementors notes: In this class, this always returns False.

Source: src/scene/x3d/castlefields_x3dsimplemultfield_descendants.inc (line 312).

Public class function X3DType: String; override;

This item has no description. Showing description inherited from TX3DField.X3DType.

Field type in X3D, like 'SFString' or 'MFInt32'. As for VRML/X3D interface declaration statements. In base TX3DField class, this returns XFAny (name indicating any type, used by instantreality and us).

Source: src/scene/x3d/castlefields_x3dsimplemultfield_descendants.inc (line 313).

Public class function CreateEvent(const AParentNode: TX3DFileItem; const AName: String; const AInEvent: boolean): TX3DEvent; override;

This item has no description. Showing description inherited from TX3DField.CreateEvent.

Create TX3DEvent descendant suitable as exposed event for this field.

Source: src/scene/x3d/castlefields_x3dsimplemultfield_descendants.inc (line 314).

Properties

Public property Angle: boolean read FAngle write FAngle default false;

Value represents an angle. When reading from X3D 3.3 file, we will make sure it's expressed in radians, honoring optional "UNIT angle ..." declaration in X3D file.

Source: src/scene/x3d/castlefields_x3dsimplemultfield_descendants.inc (line 309).

Generated by PasDoc 0.17.0.snapshot.

Copyright Michalis Kamburelis and Castle Game Engine Contributors.

This webpage is also open-source and we welcome pull requests to improve it.

We use cookies for analytics. See our privacy policy.