Pixels of the same color can be group and merged into money saving bricks.īelow is an example of one Side View pixel method I'm currently working on. So, when using Side View, 3 Plates = 1 Brick. Speaking of counting, it will also help to know your LEGO Math here. Bigger-themed LEGO sets wil be what scratches that itch and it might get them wondering how these complex sets come about. PS does has a pixelation filter, and outside the program there are LEGO mosaic makers, but this interesting quirk breaks a solid image into pieces, where with minimum time and effort, a more precise stud length can be quickly counted out.
I'm sure there are many other methods within and outside this specific graphic program to aid us in our build. Well, anyway, the magnifying function is clearly not intended to brick out an outline, but it works well here. Note: A 2x2 plate stacked on a 2x2 brick makes a nice a square also,īut this will increase the size of our creation. 1) Top View pixel creation - Where the scale is a perfect 1:1.Ģ) Side View pixel creation - Where two 1x1 plates stacked on top each.
I use the PS squares created in two main ways: PS breaks the image down into nice square shaped pixels. We can get really creative and exploit functions of programs never intended to be used for MOC bricking.Įnter: Adobe Photoshop - PS's main role is a visual graphic editor, but it does something strange if an image is magnified past 400%. The kinds of software used to design LEGO MOC doesn't necessarily have to be solely confined to Computer Aided Design programs.
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