In the Programming (Part 1) you will create an array of Leg objects. There's just one constructor, and it takes three parameters -- two city names (like "San Francisco" and "Pleasant Hill") as constant C string, and one number representing the distance in miles between the two cities (whole number or floating point -- your choice). Write a code block to create a static array (that is, not dynamic and not a vector) of 3 Leg objects using city names of your choosing. That's THREE objects, each created using THREE parameters. For example, the Leg class declaration looked like, class Leg { const char* const startCity; const char* const endCity; const double distance; public: Leg(const char* const, const char* const, const double); }; HINT: "constant C strings" as parameters and as constant data members are const char* const constant read-only pointers. Do NOT use char arrays for this (that is, no square brackets). When you write code for an exercise like this, write in "preformatted" instead of the default "paragraph".
In the Programming (Part 1) you will create an array of Leg objects. There's just one constructor, and it takes three parameters -- two city names (like "San Francisco" and "Pleasant Hill") as constant C string, and one number representing the distance in miles between the two cities (whole number or floating point -- your choice).
Write a code block to create a static array (that is, not dynamic and not a
class Leg
{
const char* const startCity;
const char* const endCity;
const double distance;
public:
Leg(const char* const, const char* const, const double);
};
HINT: "constant C strings" as parameters and as constant data members are const char* const constant read-only pointers. Do NOT use char arrays for this (that is, no square brackets).
When you write code for an exercise like this, write in "preformatted" instead of the default "paragraph".
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