Recruiting requisition priority matrix calculator

Calculate priority score ranking with your own figures.

Your numbers

Use the units shown. Results update as you change valid inputs.

Use priority score ranking to compare changes to your inputs. The method and limits below explain the scope.

Examples

Examples

Try the starting example

JSON Requisitions [ID,need score,vacancy-cost score,effort score]
[["A",4,5,2],["B",5,2,4]]
Weights [need,vacancy-cost,effort penalty]
0.5,0.3,0.2
Priority score ranking
[["A",3.1],["B",2.3]]

Try another scenario

JSON Requisitions [ID,need score,vacancy-cost score,effort score]
[["A",4,5,2],["B",5,2,4]]
Weights [need,vacancy-cost,effort penalty]
0.2,0.6,0.2
Priority score ranking
[["A",3.4],["B",1.4]]
Calculation method

Calculation method

Priority score ranking

J(sorted([[r[0],r[1]*b[0]+r[2]*b[1]-r[3]*b[2]] for r in a],key=lambda r:(-r[1],r[0])))

Symbols and units
a
JSON Requisitions [ID,need score,vacancy-cost score,effort score]
b
Weights [need,vacancy-cost,effort penalty]

Use the units shown. A list keeps the order in which you enter its values. The symbol ^ means “raised to the power of”.

Assumptions & limits

Assumptions & limits

  • All scores and weights supplied; effort penalizes priority. Scales must be intentionally comparable. This is a transparent arithmetic ranking, not an objective hiring need. Supported limits: All numeric inputs must be finite. Only the explicitly described mathematical scenario is supported.
Are these inputs private?

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