JSDoc: Class: camera

new camera(x, y, z, perspective) → {css3d.camera}

Parameters:

Name	Type	Description
`x`	Number
`y`	Number
`z`	Number
`perspective`	Number

Source:

css3d.camera.js, line 11

Returns:

Type: css3d.camera

Members

#this.perspective :Integer

Set the perspective value

Type:

Integer

Source:

css3d.camera.js, line 39

Methods

#camera#backVector() → {css3d.vector3}

Source:

css3d.camera.js, line 154

Returns:

Type: css3d.vector3

#camera#forward(steps) → {css3d.camera}

Move camera forward

Parameters:

Name	Type	Description
`steps`	Number

Source:

css3d.camera.js, line 178

Returns:

Type: css3d.camera

#camera#forwardVector() → {css3d.vector3}

Source:

css3d.camera.js, line 165

Returns:

Type: css3d.vector3

#camera#getFaceElementLerpFunction(element, distance) → {function}

Parameters:

Name	Type	Description
`element`	css3d.element
`distance`	Number

Source:

css3d.camera.js, line 316

Returns:

Type: function

#camera#getFaceElementMatrix(element, distance) → {css3d.matrix4}

Parameters:

Name	Type	Description
`element`	css3d.element
`distance`	Number

Source:

css3d.camera.js, line 288

Returns:

Type: css3d.matrix4

#camera#getRotation() → {css3d.matrix4}

Source:

css3d.camera.js, line 114

Returns:

Type: css3d.matrix4

#camera#getTranslation() → {css3d.vector3}

Source:

css3d.camera.js, line 143

Returns:

Type: css3d.vector3

#camera#getViewMatrix() → {css3d.matrix4}

Source:

css3d.camera.js, line 255

Returns:

Type: css3d.matrix4

#camera#left(steps) → {css3d.camera}

Move camera left

Parameters:

Name	Type	Description
`steps`	Number

Source:

css3d.camera.js, line 208

Returns:

Type: css3d.camera

#camera#lerp(fromTranslation, toTranslation, fromRotationMatrix, toQuaternion, t) → {css3d.camera}

Parameters:

Name	Type	Description
`fromTranslation`	css3d.vector3
`toTranslation`	css3d.vector3
`fromRotationMatrix`	css3d.matrix4
`toQuaternion`	css3d.quaternion
`t`	Number

Source:

css3d.camera.js, line 382

Returns:

Type: css3d.camera

#camera#lerpRotation(fromMatrix, toQuaternion, t) → {css3d.camera}

Parameters:

Name	Type	Description
`fromMatrix`	css3d.matrix4
`toQuaternion`	css3d.quaternion
`t`	Number

Source:

css3d.camera.js, line 363

Returns:

Type: css3d.camera

#camera#lerpTranslation(from, to, t) → {css3d.camera}

Parameters:

Name	Type	Description
`from`	css3d.vector3
`to`	css3d.vector3
`t`	Number

Source:

css3d.camera.js, line 344

Returns:

Type: css3d.camera

#camera#lookAtElement(element) → {css3d.camera}

Parameters:

Name	Type	Description
`element`	css3d.element

Source:

css3d.camera.js, line 403

Returns:

Type: css3d.camera

#camera#rightVector() → {css3d.vector3}

Source:

css3d.camera.js, line 195

Returns:

Type: css3d.vector3

#camera#setRotation(axis, angle) → {css3d.camera}

Parameters:

Name	Type	Description
`axis`	css3d.vector3
`angle`	Number

Source:

css3d.camera.js, line 64

Returns:

Type: css3d.camera

#camera#setRotationMatrix(m) → {css3d.camera}

Parameters:

Name	Type	Description
`m`	css3d.matrix4

Source:

css3d.camera.js, line 101

Returns:

Type: css3d.camera

#camera#setRotationXYZ(x, y, z) → {css3d.camera}

Parameters:

Name	Type	Description
`x`	Number
`y`	Number
`z`	Number

Source:

css3d.camera.js, line 80

Returns:

Type: css3d.camera

#camera#setTranslation(x, y, z) → {css3d.camera}

Parameters:

Name	Type	Description
`x`	Number
`y`	Number
`z`	Number

Source:

css3d.camera.js, line 128

Returns:

Type: css3d.camera

#camera#setViewMatrix(m) → {css3d.camera}

Parameters:

Name	Type	Description
`m`	css3d.matrix4

Source:

css3d.camera.js, line 267

Returns:

Type: css3d.camera

#camera#up(steps) → {css3d.camera}

Move camera up

Parameters:

Name	Type	Description
`steps`	Number

Source:

css3d.camera.js, line 238

Returns:

Type: css3d.camera

#camera#update() → {css3d.camera}

Build the view matrix

Source:

css3d.camera.js, line 417

Returns:

Type: css3d.camera

#camera#upVector() → {css3d.vector3}

Source:

css3d.camera.js, line 225

Returns:

Type: css3d.vector3