The name of the lable you call indicates the number of cycles (Convert cycles to time) that will be executed before returning. This uses an amazingly small number of bytes and is probably more effecient than inline loops or nop's if you are going a lot of little delays of varying times through out your code.
Delay131072 call Delay16384 ; uses 6 stack levels Delay114688 call Delay16384 Delay98304 call Delay16384 Delay81920 call Delay16384 Delay65536 call Delay16384 Delay49152 call Delay16384 Delay32768 call Delay16384 Delay16384 call Delay2048 ;uses 5 stack levels Delay14336 call Delay2048 Delay12288 call Delay2048 Delay10240 call Delay2048 Delay8192 call Delay2048 Delay6144 call Delay2048 Delay4096 call Delay2048 Delay2048 call Delay256 ;uses 4 stack levels Delay1792 call Delay256 Delay1536 call Delay256 Delay1280 call Delay256 Delay1024 call Delay256 Delay768 call Delay256 Delay512 call Delay256 Delay256 call Delay32 ;uses 3 stack levels Delay224 call Delay32 Delay192 call Delay32 Delay160 call Delay32 Delay128 call Delay32 Delay96 call Delay32 Delay64 call Delay32 Delay48 call Delay32 ;Dean [effect at amaze.net.au] says this line should be deleted ;"...a 128 instruction delay was taking 160 instructions to execute (32 extra)...[its just this] ;one line that needs to be deleted to fix it" Delay32 call Delay4 ;uses 2 stack levels Delay28 call Delay4 Delay24 call Delay4 Delay20 call Delay4 Delay16 call Delay4 Delay12 call Delay4 Delay8 call Delay4 Delay4 return ;uses 1 stack level
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