Coding produces a ‘network’, a directed graph, the ‘weighted links of which are mathematical logical statements which lead into and from each other. ‘Hypothesis’ statements can be inserted into the network to discover if a ‘Hypothesis’ can be ‘proved’ to be logically correct.
The Player of a computer game inserts real time ‘pop-in’ code to advance his/her Player character in the course of the game.
Verilog code, (high speed description code language) can be downloaded into FPGAs (field programmable circuit board gate arrays) so that the code can be executed. FPGA is an integrated circuit that contains large numbers of logic gates. A character’s action, in a Game, can be implemented by specifying a single logic function for a particular gate whilst closing the others. This character, (the Player’s character) can therefore be controlled by the Player using pop-in code which could designate actions over a multiple time sequence.
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