tayazip.blogg.se - Clone x cross reference

-data-num: the number of images used for each inference (additional images + input query image).The following parameters are required to set model configuration and training data information. Each JSON file should include a key named either illuminant_color_raw or gt_ill that has the ground-truth illuminant color of the corresponding image. In src/ops.py, the function add_camera_name(dataset_dir) can be used to rename image filenames and corresponding ground-truth JSON files. | image1_sensorname_camera2_metadata.json | image2_sensorname_camera1_metadata.json local a = Vector3.| image1_sensorname_camera1_metadata.json Returns a Vector3 where each component is the lowest among the respective components of the provided Vector3s. Returns a Vector3 where each component is the highest among the respective components of the provided Vector3s. Note: the alpha value is not limited to the range. Returns a Vector3 linearly interpolated between this Vector3 and the given goal Vector3 by the fraction alpha. Vector3 Vector3:Lerp ( Vector3 goal, number alpha ) Returns true if the other Vector3 falls within the epsilon radius of this Vector3. Returns a scalar dot product of the two vectors.īool Vector3:FuzzyEq ( Vector3 other, number epsilon = 0.00001 aka 1e-5 ) Returns the cross product of the two vectors. print(Vector3.zAxis) -> 0, 0, 1Ī normalized copy of the vector - one which has the same direction as the original but a magnitude of 1.įunctions Vector3 Vector3:Cross ( Vector3 other )

This API member is a constant, and must be accessed through the Vector3 global as opposed to an individual Vector3 object. print(Vector3.yAxis) -> 0, 1, 0Ī Vector3 with a value of 1 on the Z axis. print(Vector3.xAxis) -> 1, 0, 0Ī Vector3 with a value of 1 on the Y axis. print(Vector3.one) -> 1, 1, 1Ī Vector3 with a value of 1 on the X axis. print(Vector3.zero) -> 0, 0, 0Ī Vector3 with a value of 1 on every axis.

datatype/Vector3int16, a lower precision implementation of 3D vectors used with Region3int16Ĭonstructs a new Vector3 using the given x, y, and z components.Ĭonstructs a new Vector3 in a particular direction.Ĭonstructs a new Vector3 for a particular axis.

CFrame arithmetic also supports Vector3 for addition/subtraction. Many of these data types’ functions will use a Vector3 within their parameters, such as CFrame:PointToObjectSpace or Ray:ClosestPoint. Vector3 is commonly used when constructing other more complex 3D data types, namely datatype/CFrame and datatype/Ray. Part.Position = part.Position + Vector3.new(5, 20, 100) - Moves a part by this much Learning to set these properties are among the first things many developers will learn: local part = workspace.Part Some example usages of Vector3 are the BasePart/Position|Position, BasePart/Rotation|Rotation and BasePart/Size|Size of BasePart|parts.

It also features functions for commonly used vector operations, such as cross and dot products. These operations can be applied on the left or right hand side to either another Vector3 or a number. Vector3 supports basic component-based arithmetic operators: sum, difference, product, and quotient. Vector3 describes a vector in 3D space, typically usually used as a point in 3D space or the dimensions of a rectangular prism.