Measurements: Difference between revisions

Latest revision as of 01:29, 9 September 2025

There are two main ways components and circuits can be measured in Logic World:

Tiles
Real world measurements

Tiles are the most widely used measurement in Logic World, due to the fact that they are the easiest measurement to use. Simply, one square in the world (on a Circuit Board or the ground in a Gridlands world), is one tile wide and one tile tall.

Real world measurements are also used in Logic World. A tile measures 30 cm × 15 cm × 30 cm.

Fine placement

While gates can only be placed fully aligned to the tiles, other parts can be placed a bit more precisely, specifically pegs and boards. By pressing the Ctrl button and placing/dragging components, you can place them more finely. There are only 3 fine positions in a tile (10 cm apart). All cases are shown in the screenshot. Useful for more compact designs and to cover gaps on the boards.

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 * Real world measurements
-Tiles are the most widely used measurement in Logic World Due to the fact that they are the easiest measurement to use. Simply, one square in the world (on a circuit board, or on the ground, in a gridlands world), is one tile wide and one tile tall.
+Tiles are the most widely used measurement in Logic World, due to the fact that they are the easiest measurement to use. Simply, one square in the world (on a [[Circuit Board]] or the ground in a [[Gridlands]] world), is one tile wide and one tile tall.
-Real world measurements are also used in Logic World. Every tile is exactly equal to 30 centimetres.
+Real world measurements are also used in Logic World. A tile measures 30 cm × 15 cm × 30 cm.
+== Fine placement ==
+[[File:Fine-placement.png|frameless|right]]While gates can only be placed fully aligned to the tiles, other parts can be placed a bit more precisely, specifically pegs and boards. By pressing the Ctrl button and placing/dragging components, you can place them more finely. There are only 3 fine positions in a tile (10 cm apart). All cases are shown in the screenshot. Useful for more compact designs and to cover gaps on the boards.