G21-2024

 h2. [[Wiki]] | [[Team Members]] | [[Meeting Documentation]] | [[Our Project]] | [[Project Setup Guide]] | [[User Manual]] | [[Functional & Non-Functional Requirements]] | [[Math Document]] | [[UML Diagrams]] | [[Results]]

h1. Test Report

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h1. Test Plan

h2. Test 1 Plan

*Step 1:* Prepare 2 projectors and 2 laptops and 2 images

* Arrange them so that their lenses are approximately 75 cm apart horizontally. Use a measuring tape for accuracy.

* Ensure you have the two images you intend to blend or a single full image that can be configured for left and right sides separately.

*Step 2:* Turn on the projectors and laptops

* Project onto a flat, perpendicular surface (screen) with enough space for both beams to overlap.

*Step 3:* Connect each laptop to a different projector

* Laptop A → Projector A (this will display the “left” image).

* Laptop B → Projector B (this will display the “right” image).

* Confirm that each projector is recognized as an external display by its respective laptop.

*Step 4:* Follow the user manual guide

*Step 5:* Run the code for each image following the user manual (left image with left projector and right image with right projector)

* Execute on Laptop A 

* Execute on Laptop B 

*Step 6:* Display the image

*Step 7:* Check the result image

* The overlap region should fade from the left projector’s image to the right projector’s image smoothly.

*Step 8:* Adjust the distance between the 2 projectors with the real life environment and the configuration file

* Adjust each projector so their outputs are as parallel as possible to each other, minimizing keystone distortion. 

*Step 9:* Compare with the original image

*Step 10:* Record the result

h1. Test Result