使命召唤公司take home exam

// A struct for representing a 3D Vector with a constructor
struct Vector3
{
        float x;
        float y;
        float z;

.1point3acres        Vector3( float xIn, float yIn, float zIn )
        {
                x = xIn;
                y = yIn;
                z = zIn;
        }
};

// Function Declarations
void TreyArch( int Trey, int Arch, int n );
void PlayerInfo( int stats );
bool CanHearSniper( Vector3 listenerPosition, Vector3 sniperPosition, Vector3 sniperForward, float distance, float cone );




// Main
// Calls functions with sample inputs
// No need to modify this function
int main()
{
        TreyArch( 3, 5, 15 );
        PlayerInfo( 3411782069 );
        CanHearSniper( Vector3( 0.0f, 0.0f, 0.0f ), Vector3( 1000.0f, 0.0f, 0.0f ), Vector3( -1.0f, 0.0f, 0.0f ), 1100.7f, 10 );
        return 0;
}


/////////////////////////////////////
// PLACE ALL CODE BELOW THIS BLOCK //
/////////////////////////////////////


// Problem 1

// TreyArch
// For each number starting from 1 and going up to n, this function prints the following
// "Trey" - If the number is a multiple of Trey OR contains the digit Trey
// "Arch" - If the number is a multiple of Arch OR contains the digit Arch
// "TreyArch" - If the number falls into both categories above
// The number itself if none of the rules above hold for that number
// n - the number up to which this function prints
// Trey - first digit 3 - 9
// Arch - second digit 3 - 9

/*
Sample Input
-----------------------------------------------------------
3 5 15

Sample Output
-----------------------------------------------------------
1 2 Trey 4 Arch Trey 7 8 Trey Arch 11 Trey Trey 14 TreyArch
*/

void TreyArch( int Trey, int Arch, int n )
{

}

// Time:




// Problem 2

// PlayerInfo
// Prints the player info stored inside the stats passed in
// From least significant to most significant bits:
// Bits 0 - 7 contain the players kills                                                                                                                        Print Number
// Bits 8 - 15 contain the players deaths                                                                                                                Print Number
// Bits 16 - 17 contain the players weapon class                                                                                                Print "Assault" "SMG" "LMG" or "Sniper"
// Bit 18 is handedness: 1 for right, 0 for left                                                                                                Print "Right Hand" or "Left Hand"
// Bits 19 - 22 contain the players setting for vertical look sensitivity                                                Print Number
// Bits 23 - 26 contain the players setting for horizontal look sensitivity                                                Print Number
// Bits 27 - 30 contain the players setting for auto-aim sensitivity                                                        Print Number
// Bit 31 is if the player is getting an internship at Treyarch: 1 for yes, 0 for no                        Print "Yes" or "No"
// stats - the stats blob passed in

/*
Sample Input
-----------------------------------------------------------
3411782069

Sample Output
-----------------------------------------------------------
Kills: 181
Deaths: 169
Class: Sniper
Hand: Left Hand
Vertical Look Sensitivity: 11
Horizontal Look Sensitivity: 6
Auto-Aim Sensitivity: 9
Internship: Yes
*/

enum PlayerWeaponClass
{
        PWD_ASSAULT,
        PWD_SMG,
        PWD_LMG,
        PWD_SNIPER,
        PWD_COUNT,
};

void PlayerInfo( int stats )
{

}

// Time:




// Problem 3

// CanHearSniper
// Task - Complete the function to determine if a player can hear a sniper's gunfire
// Prints true or false for debug purposes

// listenerPosition - The 3d position of the player listening
// sniperPosition - The 3d world position of the sniper
// sniperForward - The normalized vector of the direction that the sniper is firing in
// distance - the max distance that the sniper can be heard from
// cone - the max angle in DEGREES that the sniper's gunfire can be heard in ( 0 - 360 )

/*
Sample Input
-----------------------------------------------------------
Vector3( 0.0f, 0.0f, 0.0f ), Vector3( 1000.0f, 0.0f, 0.0f ), Vector3( -1.0f, 0.0f, 0.0f ), 1100.7f, 10

Sample Output
-----------------------------------------------------------
true
*/

bool CanHearSniper( Vector3 listenerPosition, Vector3 sniperPosition, Vector3 sniperForward, float distance, float cone )
{
        return false;
}

// Time:

这是什么职位啊，官网上面的职位好像很少

Jdawg 发表于 2018-11-18 10:10
这是什么职位啊，官网上面的职位好像很少

sde intern

query 发表于 2018-11-18 10:12
sde intern

好嘞，谢谢楼主！