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What You Need to Know Before Design

Diagram Algorithm

The input value is parametrically calibrated at ten different points and transferred to the output.

Some sections are explained from within the macro. The entire macro is in the project.
[v0=$3000b0] // Controls whether the value in the register with block number 3000 is equal to or greater than 0. If the condition is satisfied, the v0 variable becomes 1.
[v1=$3000<10] // Controls whether the value in the register with block number 3000 is less than 10. If the condition is satisfied, the v1 variable becomes 1.
[v2=$3000b10]
[v3=$3000<20]
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[v20=v0&v1] // Variables 'v0' and 'v1' are subjected to 'And(&)' operation. If the condition is satisfied, the v20 variable becomes 1.
[v21=v2&v3]
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[IF,v20,17]
[v30=$3001-$3002] // The value of the register with the block number 3002 is subtracted from the block number 3001. The result is written in variable v30.
[v31=$3003-$3004]
[v32=v31/v30] // The value of the variable v31 is divided by the value of the variable v30. The result is written in variable v32.
[v33=$3000-$3002]
[$0=1+0] // If the block number is 0, the value of the register becomes 1.
[$1=0+0] // If the block number is 1, the value of the register becomes 0.
[$2=0+0]
[$3=0+0]
[$4=0+0]
[$5=0+0]
[$6=0+0]
[$7=0+0]
[$8=0+0]
[$9=0+0]
[$5008=v32*v33] // Variables v32 and v33 are multiplied and written into the block numbered 5008.
[E] // Macro operations end
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[E]