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The gliders loop following the yellow arrows with the help of “Reflectors” placed at either ends. Additionally at the bottom end there is a glider duplicator. It produces a glider that moves parallel to the original. While the duplicated glider is sent back into the loop, the original glider is sent to a “Converter” which converts the glider to a LWSS (moves along the first red arrow). Following conversion, the LWSS takes the path of the second red arrow, to become one pixel of a row. All of the memory loops work in the same way and are slightly displaced in height to produce LWSS in separate rows. | The gliders loop following the yellow arrows with the help of “Reflectors” placed at either ends. Additionally at the bottom end there is a glider duplicator. It produces a glider that moves parallel to the original. While the duplicated glider is sent back into the loop, the original glider is sent to a “Converter” which converts the glider to a LWSS (moves along the first red arrow). Following conversion, the LWSS takes the path of the second red arrow, to become one pixel of a row. All of the memory loops work in the same way and are slightly displaced in height to produce LWSS in separate rows. | ||
===Modified Golly Ticker & How To=== | |||
After figuring out the whole functioning mechanism of the “Golly Ticker”, We are ready to modify it to display the text that we want. It’s already quite clear, the key point to get desired output characters is to place the gliders inside each of the memory loops properly, and taking care of the appropriate spacing between gliders. The orders of gliders will be row by row reflected by the replacing LWSS outside. The length of the text to be displayed depends on how many gliders are there in one memory loop, which could be called the memory capacity of the loop. | After figuring out the whole functioning mechanism of the “Golly Ticker”, We are ready to modify it to display the text that we want. It’s already quite clear, the key point to get desired output characters is to place the gliders inside each of the memory loops properly, and taking care of the appropriate spacing between gliders. The orders of gliders will be row by row reflected by the replacing LWSS outside. The length of the text to be displayed depends on how many gliders are there in one memory loop, which could be called the memory capacity of the loop. | ||