getter of the total of class coverage . concode_field_sep float branchCoverage concode_elem_sep float classCoverage concode_elem_sep float instructionCoverage concode_elem_sep float methodCoverage concode_elem_sep Job<?,?> job concode_elem_sep float lineCoverage concode_elem_sep float complexityScore concode_elem_sep List<JacocoCoverageResultSummary> coverageResults concode_field_sep List<JacocoCoverageResultSummary> getJacocoCoverageResults concode_elem_sep float getBranchCoverage concode_elem_sep void setComplexityScore concode_elem_sep float getComplexityScore concode_elem_sep float getTotalInstructionCoverage concode_elem_sep void setMethodCoverage concode_elem_sep void setClassCoverage concode_elem_sep List<JacocoCoverageResultSummary> getCoverageResults concode_elem_sep float getMethodCoverage concode_elem_sep float getClassCoverage concode_elem_sep void setCoverageResults concode_elem_sep float getTotalComplexityScore concode_elem_sep void setInstructionCoverage concode_elem_sep float getTotalLineCoverage concode_elem_sep JacocoCoverageResultSummary addCoverageResult concode_elem_sep float getTotalMethodCoverage concode_elem_sep Job<?,?> getJob concode_elem_sep float getLineCoverage concode_elem_sep float getInstructionCoverage concode_elem_sep void setBranchCoverage concode_elem_sep void setLineCoverage concode_elem_sep void setJob concode_elem_sep float getTotalBranchCoverage
float function ( ) { if ( this . getCoverageResults ( ) . size ( ) <= 0 ) { return 0.0f ; } float loc0 = this . getClassCoverage ( ) / this . getCoverageResults ( ) . size ( ) ; loc0 = Utils . roundFLoat ( 1 , BigDecimal . ROUND_HALF_EVEN , loc0 ) ; return loc0 ; }