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#include <iostream> #include <conioh> using namespace std; class line; class box { int color; // color of box int upx, upy; // upper left corner int lowx, lowy; // lower right corner public: friend int same_color(line l, box b); void set_color(int c); void define_box(int x1, int y1, int x2, int y2); void show_box(); } ; class line { int color; // color of line int startx, starty; // coordinates int len; // length public: friend int same_color(line l, box b); void set_color(int c); void define_line(int x, int y, int l); void show_line(); } ; // Return true if line and box have same color int same_color(line l, box b) { if(lcolor==bcolor) return 1; return 0; } void box::set_color(int c) { color = c; } void line::set_color(int c)

The second operator, *, is the complement of the & It is a unary operator that returns the value of the object located at the address that follows For example, if m contains the memory address of the variable count, then

q = *m;

garage wide open Even better and we ll show you this in 8 the simple act of opening the garage door can be the signal to turn on other devices in your home For instance, when you open the garage door, the entryway lights can automatically activate, and some nice music can come on, welcoming you home

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places the value of count into q Following the preceding example, q will have the value 100 because 100 is stored at location 2000, which is the memory address that was stored in m The operation of the * can be remembered as at address In this case, the statement could be read as q receives the value at address m Unfortunately, the multiplication sign and the "at address" sign are the same, and the bitwise AND and the "address of" sign are the same These operators have no relationship to each other Both & and * have a higher precedence than the binary arithmetic operators Variables that will hold memory addresses, or pointers as they are called in C, must be declared by putting a * in front of the variable name to indicate to the compiler that it will hold a pointer to that type of variable For example, to declare a char pointer variable called pch, you would write

result is an equal and opposite upward force against the organism (Newton s third law of motion) This force creates an upward acceleration, increasing the organism s upward velocity for as long as the force is applied At some point the organism leaves the medium (the ground or the water) and the upward force stops This is the end of step 1 The acceleration of step 1 has brought the organism to some maximum upward velocity This maximum upward velocity is the initial velocity for step 2 In step 2 the organism is in the air with an initial upward velocity and a downward acceleration due to gravity The force of gravity accelerates the organism downward, gradually reducing the upward velocity to zero The organism continues to rise upward in the air until the upward velocity is zero At this point the organism is at the peak of its jump This is the end of step 2 Let s take an example of a basketball player making a jump shot Most organisms that jump from the ground will crouch down, bending their knees just prior to the jump in order to apply force with their leg muscles As the force is applied, the legs straighten The force can only be applied for as long as the legs are bent Once the legs are straight, the organism lifts off the ground and step 2 begins Two things affect the initial upward velocity of step 2, the size of the upward force and the length of time over which the force is applied The length of time, in turn, depends somewhat on how far down the organism crouched See Fig 12-1

char *pch;

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