Given a pointer to struct D called “d”, what expression will access “data”, the member of struct A? You may assume that all pointers are initialized and are valid.
struct A {
float data;
};
struct B {
A a;
};
struct C {
B* b;
};
struct D {
C c;
};Insert answer here
Given the following structs, predict the memory layout of a struct A named “stack”. You may assume that it is a 32-bit machine.
struct A{
float a, b, c;
B* ptr;
B mem;
};
struct B {
float d, e;
};
A stack;| Address | Expressions |
|---|---|
| A+0x0 | stack, stack.a |
| A+0x | |
| A+0x | |
| A+0xC | |
| A+0x | |
| A+0x |
| Address | Expressions |
|---|---|
| A+0x0 | stack, stack.a |
| A+0x | |
| A+0x | |
| A+0xC | |
| A+0x | |
| A+0x |
Given the functions below, what is the value stored in the points a and b after calling foo?
struct point {
float x, y;
};
void foo(point& p1, point p2) {
point p3;
p3.x = p1.x + p2.x;
p3.y = p1.y + p2.y;
bar(p3);
p1.x -= p3.x;
p1.y -= p3.y;
}
void bar(point p3) {
p3.x *= .5f;
p3.y *= .5f;
}
point a, b;
a.x = b.y = 1;
a.y = b.x = 0;
foo(a, b);Insert answer here
Write an overview of how your AI works, including how it detects where projectiles will fall and how it chooses where to go.
Insert answer here
What challenges did you face when writing an AI?
Insert answer here
How well does your AI work on a Hard scenario? If it doesn’t work, why? If it does, try harder scenarios and see when it does fail and explain why?
Insert answer here
What did you think of the assignment and did it meet its goals? Why or why not?