STRE Prototype SGLB Misc/Class Reference CLAS 354225 ESBR SORD 2 PVAL -1 /o,-100,100,-100,100;output for input= -100% PVAL -0.749992 /o,-100,100,-100,100;Output for input= -75% PVAL -0.500015 /o,-100,100,-100,100;Output for input= -50% PVAL -0.250008 /o,-100,100,-100,100;Output for input= -25% PVAL 0 /o,-100,100,-100,100;Output for input= 0% PVAL 0.250008 /o,-100,100,-100,100;Output for input= 25% PVAL 0.500015 /o,-100,100,-100,100;Output for input= 50% PVAL 0.749992 /o,-100,100,-100,100;Output for input= 75% PVAL 1 /o,-100,100,-100,100;Output for input= 100% ESBR SORD 8 LVAL 0 input LVAL 0 output ESBR SGLB Output/#1 LCON /*+;Output ESBR ESTR STRE SGLB Misc/Superclass Reference CLAS 354115 ESBR SGLB SignalP/Input /3v7,-100,100,-100,100;Input (%) CMNT Expects: É ¥ inst/arg/É CALL 354113 É ¥ inst/arg/É PRIM Stack/Swap É ¥ arg/inst/É LCAL select É ¥ index/offset/arg/inst/É PRIM Stack/Rotate up É ¥ offset/arg/index/inst/É PRIM Value/Subtract É ¥ factor/index/inst/É PRIM Stack/Pop to aux É/factor ¥ index/inst/É PRIM Stack/Dup down É/factor ¥ index/inst/index/É PRIM Ordinal/Decrement É/factor ¥ index-1/inst/index/É LITO 2 É/factor ¥ 2/index-1/inst/index/É PRIM S_tree/Read É/factor ¥ low/inst/index/É PRIM Stack/Switch É/factor ¥ index/inst/low/É LITO 2 É/factor ¥ 2/index/inst/low/É PRIM S_tree/Read É/factor ¥ high/inst/low/É PRIM Stack/Xover É/factor ¥ low/high/inst/low/É PRIM Value/Subtract É/factor ¥ (high-low)/inst/low/É PRIM Stack/Push from aux É ¥ factor/(high-low)/inst/low/É LVAL 0.250008 É ¥ 0.25/factor/(high-low)/inst/low/É PRIM Value/Scale É ¥ rslt/inst/low/É PRIM Stack/Xswap É ¥ rslt/low/inst/É PRIM Value/Add É ¥ output/inst/É CALL 354114 É ¥ É ESBR SGLB SignalP/-100% point /3v7,-100,100,-100,100;Input (%) LITO 1 CALL 354073 ESBR SGLB SignalP/-75% point /3v7,-100,100,-100,100;Input (%) LITO 2 CALL 354073 ESBR SGLB SignalP/-50% point /3v7,-100,100,-100,100;Input (%) LITO 3 CALL 354073 ESBR SGLB SignalP/-25% point /3v7,-100,100,-100,100;Input (%) LITO 4 CALL 354073 ESBR SGLB SignalP/0% point /3v7,-100,100,-100,100;Input (%) LITO 5 CALL 354073 ESBR SGLB SignalP/25% point /3v7,-100,100,-100,100;Input (%) LITO 6 CALL 354073 ESBR SGLB SignalP/50% point /3v7,-100,100,-100,100;Input (%) LITO 7 CALL 354073 ESBR SGLB SignalP/75% point /3v7,-100,100,-100,100;Input (%) LITO 8 CALL 354073 ESBR SGLB SignalP/100% point /3v7,-100,100,-100,100;Input (%) LITO 9 CALL 354073 ESBR SGLB SignalP/Get -100% point /2v6,-100,100;%3.1f%% LITO 1 CALL 354072 ESBR SGLB SignalP/Get -75% point /2v6,-100,100;%3.1f%% LITO 2 CALL 354072 ESBR SGLB SignalP/Get -50% point /2v6,-100,100;%3.1f%% LITO 3 CALL 354072 ESBR SGLB SignalP/Get -25% point /2v6,-100,100;%3.1f%% LITO 4 CALL 354072 ESBR SGLB SignalP/Get 0% point /2v6,-100,100;%3.1f%% LITO 5 CALL 354072 ESBR SGLB SignalP/Get 25% point /2v6,-100,100;%3.1f%% LITO 6 CALL 354072 ESBR SGLB SignalP/Get 50% point /2v6,-100,100;%3.1f%% LITO 7 CALL 354072 ESBR SGLB SignalP/Get 75% point /2v6,-100,100;%3.1f%% LITO 8 CALL 354072 ESBR SGLB SignalP/Get 100% point /2v6,-100,100;%3.1f%% LITO 9 CALL 354072 ESBR ESTR LDEF select CMNT Converts the value input to an ordinal index and a factor CMNT Input: É ¥ arg/É CMNT Output: É ¥ index/offset/É LVAL 0 É ¥ 0/arg/É PRIM Value/Compare É ¥ rslt/arg/É BRFL branch if arg²0% LVAL -0.500015 É ¥ -0.5/arg/É PRIM Value/Compare É ¥ rslt/arg/É BRFL branch if -100%