Algorithm (Workflow)

This function, SGraspicam2housing, is designed to create a housing for a Raspberry Pi camera type 2 with adjustable lenses. It is part of the SolidGeometry library and was introduced in version 5.0.

Input Parameters

The function accepts a variable number of input arguments (varargin), but in this implementation, it does not utilize any specific input parameters.

Output Results

• SGP: Represents the plate component of the housing.
• SGB: Represents the box component of the housing.

Algorithm Steps

1. Define the size of the board with Bsiz = [25 26 1.5], which represents the dimensions of the board.
2. Define the pin positions with PinL = [-10.5 -6.5; -10.5 7.0; 10.5 7.0; 10.5 -6.5], which specifies the coordinates of the pins.
3. Define the shape of the pin base with PinS = [1.5 0 2; 1 0 3], which includes the diameter and other parameters.
4. Create the base of the PCB using the function SGbase4PCB with the parameters Bsiz, PinL, PinS, and alignment options.
5. Create the cover of the PCB using the function SGcover4PCB with the base SGP, height, and other parameters for fitting and alignment.
6. Position the plate relative to the box using SGtransrelSG to align the center of the plate with the center of the box.
7. If no output arguments are specified, plot the components using SGfigure and SGplotalpha, and write the components to STL files using SGwriteMultipleSTL, SGwriteSTL.