check whether the arguments form a strictly increasing sequence . concode_field_sep double DEFAULT_FUNCTION_VALUE_ACCURACY concode_elem_sep double searchMax concode_elem_sep double functionValueAccuracy concode_elem_sep double searchMin concode_elem_sep FUNC function concode_elem_sep double relativeAccuracy concode_elem_sep Incrementor evaluations concode_elem_sep double searchStart concode_elem_sep double DEFAULT_RELATIVE_ACCURACY concode_elem_sep double absoluteAccuracy concode_field_sep double getFunctionValueAccuracy concode_elem_sep void verifySequence concode_elem_sep double getMax concode_elem_sep double computeObjectiveValue concode_elem_sep int getEvaluations concode_elem_sep double doSolve concode_elem_sep void incrementEvaluationCount concode_elem_sep double getStartValue concode_elem_sep double getAbsoluteAccuracy concode_elem_sep double getMin concode_elem_sep void verifyInterval concode_elem_sep double solve concode_elem_sep double solve concode_elem_sep double solve concode_elem_sep int getMaxEvaluations concode_elem_sep void setup concode_elem_sep boolean isBracketing concode_elem_sep void verifyBracketing concode_elem_sep double getRelativeAccuracy
boolean function ( final double arg0 , final double arg1 , final double arg2 ) { return UnivariateSolverUtils . isSequence ( arg0 , arg1 , arg2 ) ; }