| Average Absolute Complexity
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Average Absolute Complexity of methods.
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| Average Binary Decisions
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Average Binary Decisions of methods.
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| Average Computational Statements
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Average Computational Statements of methods.
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| Average Conditional Complexity
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Average Conditional Complexity of methods.
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| Average Conditional Statements
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Average Conditional Statements of mehods.
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| Average Cyclomatic Complexity
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Average Cyclomatic Complexity of methods.
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| Average Essential Complexity
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Average Essential Complexity of methods.
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| Average Extended Cyclomatic Complexity
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Average Extended Cyclomatic Complexity of methods.
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| Average IF Statements
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Average IF Statements in methods.
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| Average Loop Statements
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Average Loop Statements in methods.
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| Average Parameters
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Average Parameters in methods.
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| Average Unique Method Calls
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Average Unique Method Calls in methods.
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| Blank Lines
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Number of blank lines of source (sequence number area content is ignored).
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| Catch Clauses
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Number of catch clauses.
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| Depth of Inheritance Hierarchy
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Maximum nesting of the inheritance hierarchy.
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| Difficulty
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D = (n1 / 2) * (N2 / n2), where n1 is Unique Operators, N2 is Operands, and n2 is Unique Operands.
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| Executable Statements
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All assignments, function calls (alone on a line), calls, returns, IF, DO, FOR, CHOOSE, EXIT, CONTINUE, and GOTO statements.
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| Fields
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Number of fields.
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| Function Calls
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Number of function calls.
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| Function Points
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Lines of Code divided by K, where K depends on the language: Cobol=77, Natural=52, PL/I=67. Estimate of the number of end-user
business functions implemented by the program.
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| GoTo Statements
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Number of GOTO statements, including conditional GOTOs.
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| Intelligent Content
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I = L * V, where L is Program Level and V is Program Volume. Complexity of a given algorithm independent of the language used
to express the algorithm.
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| Lines of Code
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Number of lines of code, plus the number of lines of code in included files and any files they include. Comments and blank
lines are not counted.
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| Lines with Both Comments and Code
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Number of lines of source containing both comments and code.
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| Lines with Comments
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Number of lines of source containing comments, including inline comments placed on lines with statements.
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| Logical Operators in Conditions
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Number of binary logical operators used in conditions.
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| Maintainability Index
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MI = 171 - 5.2 * ln (PgmVolume) - 0.23 * ExtCycComp - 16.2 * ln (LOC) + 50 * sin (sqrt (2.46 * CommentLines/SourceLines)),
where PgmVolume is Program Volume, ExtCycComp is Extended Cyclomatic Complexity, LOC is Lines of Code, CommentLines is Comment
Lines, and SourceLines is Source Lines.
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| Maximum Depth of Logic Nesting
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Maximum nesting of logic.
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| Maximum Switch Cases
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Maximum Switch Cases.
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| Member Function Calls
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Number of member function calls.
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| Methods
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Number of methods.
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| Operands
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Number of operand occurrences (N2). Operands are variables and literals used in operators. Compare Unique Operands.
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| Operators
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Number of operator occurrences (N1). Operators are executable statements and unary and binary operations. Compare Unique Operators.
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| Program Length
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N = N1 + N2, where N1 is Operators and N2 is Operands.
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| Program Level
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L = 1 / D, where D is Difficulty.
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| Program Volume
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V = N * log2(n), where N is Program Length and n is Vocabulary. Minimum number of bits required to code the program.
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| Programming Effort
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E = V / L, where V is Program Volume and L is Program Level. Estimated mental effort required to develop the program.
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| Source Lines
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Number of lines of source.
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| Static Fields
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Number of static fields.
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| Subtypes
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Number of subtypes.
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| Switch Cases
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Number of SWITCH cases.
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| SWITCH/SELECT Statements
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Number of SWITCH statements.
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| Unique Operands
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Number of distinct operands (n2). Operands are variables and literals used in operators. Uniqueness of literals is determined
by their notation. Compare Operands.
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| Unique Operands in Conditions
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Number of distinct operands used in conditions.
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| Unique Operators
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Number of distinct operators (n1). Operators are executable statements and unary and binary operations. Compare Operators.
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| Vocabulary
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n = n1 + n2, where n1 is the number of Unique Operators and n2 is the number of Unique Operands.
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