Create an application for a right triangle class with separate files for specification, implementation, and client code. (RightTriangle.h, RightTriangle.cpp, Source.cpp)

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Instructions: Create an application for a right triangle class with separate files for specification, implementation, and client code. UML Diagram for Header (RightTriangle.h) RightTriangle -opposite double - adjacent double + RightTriangle) + RightTriangle( double, double) + setOpposite( double): bool + setAdjacent( double): bool +getOpposite) : double + getAdjacent() : double + calcHypotenuse() : double Implementation Code Instructions (RightTriangle.cpp): Default Constructor: Initialize the private member variables with a value of 1.0 Overloaded Constructor: This function should have two parameters variables for adjacent and opposite and pass the parameter variables as arguments . Call the mutator functions Mutator functions: Each mutator function should have a Boolean flag to indicate if the parameter variable is valid. If the parameter variable is 1 or greater, then assign this value to the private member variable; otherwise, assign 1.0 to the private member variable and return false Accessor functions: Return the value stored in the private member variables. Calculating the hypotenuse: hypotenuseAdjacent2 Opposite2