MinMax3D

Canonical path: NemAll_Python_Geometry.MinMax3D

Representation class for 3D MinMax box.

Max property writable

Max: Point3D

Get maximum point

Min property writable

Min: Point3D

Get minimum point

SizeX property

SizeX: float

Get the size of the box in the X direction

SizeY property

SizeY: float

Get the size of the box in the Y direction

SizeZ property

SizeZ: float

Get the size of the box in the Y direction

Deflate overloaded

Deflate(size: float)

Deflate in x,y,z axis concurrently.

Deflate(x: float, y: float, z: float)

Deflate in x, y and z axis.

Get

Get() -> tuple[Point3D, Point3D]

Get minimum and maximum point

Returns:

• tuple[Point3D, Point3D] –

  tuple(minimum point, maximum point)

GetCenter

GetCenter() -> Point3D

Get box center point

Returns:

• Point3D –

  center point

GetMax

GetMax() -> Point3D

Get maximum point

Returns:

• Point3D –

  maximum point

GetMin

GetMin() -> Point3D

Get minimum point

Returns:

• Point3D –

  minimum point

GetSizeX

GetSizeX() -> float

Get the size of the box in the X direction

Returns:

• float –

  delta X value

GetSizeY

GetSizeY() -> float

Get the size of the box in the Y direction

Returns:

• float –

  delta Y value

GetSizeZ

GetSizeZ() -> float

Get the size of the box in the Y direction

Returns:

• float –

  delta Y value

Inflate overloaded

Inflate(x: float, y: float, z: float)

ame Inflate and deflate minmax box

Inflate in x, y and z axis.

Inflate(size: float)

Inflate in x,y,z axis concurrently.

IsContaining

IsContaining(box: MinMax3D) -> bool

Is box inside this box

Parameters:

• box (MinMax3D) –

  Potentially contained box

Returns:

• bool –

  true, if is inside, otherwise false

IsValid

IsValid() -> bool

Test if box is valid

Returns:

• bool –

  true, if box valid, otherwise false

Overlaps

Overlaps(box: MinMax3D) -> bool

Does box overlap this box

Parameters:

• box (MinMax3D) –

  Box

Returns:

• bool –

  true, if boxes overlap, otherwise false

Reset

Reset()

Set min point to [DBL_MAX,DBL_MAX,DBL_MAX] and max point to [-DBL_MAX,-DBL_MAX,-DBL_MAX]

Set

Set(min: Point3D, max: Point3D)

Set minimum and maximum point

Parameters:

• min (Point3D) –

  minimum point

• max (Point3D) –

  maximum point

SetMax

SetMax(max: Point3D)

Set maximum point

Parameters:

• max (Point3D) –

  maximum point

SetMin

SetMin(min: Point3D)

Set minimum point

Parameters:

• min (Point3D) –

  minimum point

__add__

__add__(minmax: MinMax3D) -> MinMax3D

Expand MinMax3D box.

Expands the MinMax3D box by the box given in parameter minmax

Parameters:

• minmax (MinMax3D) –

  MinMax3D to be added

Returns:

• MinMax3D –

  minmax box.

__eq__

__eq__(minmax: MinMax3D) -> object

Comparison of minmax objects without tolerance.

Be careful, this method work without tolerance!

Parameters:

• minmax (MinMax3D) –

  Compared minmax.

Returns:

• object –

  True when minmax objects are equal, otherwise false.

__iadd__ overloaded

__iadd__(minmax: MinMax3D) -> MinMax3D

Expand MinMax3D box.

Expands the MinMax3D box by the box given in parameter minmax

Parameters:

• minmax (MinMax3D) –

  MinMax3D to be added

Returns:

• MinMax3D –

  minmax box.

__iadd__(point: Point3D) -> MinMax3D

Expand MinMax3D box.

Expands the MinMax3D box by the Point3D given in parameter point

Parameters:

• point (Point3D) –

  Point3D to be added

Returns:

• MinMax3D –

  minmax box.

__init__ overloaded

__init__()

Initialize

__init__(min: Point3D, max: Point3D)

Set constructor

Initialize MinMax box with given MIN and MAX points.

Parameters:

• min (Point3D) –

  minimum point

• max (Point3D) –

  maximum point

__init__(point: Point3D)

Set constructor

Initialize MinMax box with given point.

Parameters:

• point (Point3D) –

  point

__init__(minmax: MinMax3D)

Copy constructor.

Parameters:

• minmax (MinMax3D) –

  MinMax3D to be copied

__repr__

__repr__() -> str

Convert to string

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