/*

    File:       TShipSprite.cp

    Contains:   This is the class used to represent the friendly ship in the game.  The enemy

                ship is only slightly different, so there might be some opportunity to combine

                the TEnemySprite and TShipSprite classes.

    Written by: Timothy Carroll 

    Copyright:  Copyright © 1996-1999 by Apple Computer, Inc., All Rights Reserved.

                You may incorporate this Apple sample source code into your program(s) without

                restriction. This Apple sample source code has been provided "AS IS" and the

                responsibility for its operation is yours. You are not permitted to redistribute

                this Apple sample source code as "Apple sample source code" after having made

                changes. If you're going to re-distribute the source, we require that you make

                it clear in the source that the code was descended from Apple sample source

                code, but that you've made changes.

    Change History (most recent first):

                7/2/1999    Karl Groethe    Updated for Metrowerks Codewarror Pro 2.1

                1/23/97     Timothy Carroll Added include for Moofwars.h so that MrC 

                                            will compile

                8/15/96     Timothy Carroll Initial Release

*/

#include "Moofwars.h"

#include "TShipSprite.h"

#include "TShotSprite.h"

TShipSprite::TShipSprite (TShipSpriteData *data):

TSprite((TSpriteData *) data)

{

    fRotateInterval = data->rotateInterval;

    fRotateValue = 0;

    fShotInterval = data->shotInterval;

    fShotValue = 0;

    fDirection = fFace;

    fShotsGroup = data->shotsGroup;

}

TShipSprite::~TShipSprite (void)

{

}

void

TShipSprite::ProcessSprite (void)

{       

    // Fire a shot

    if (CheckKey ((unsigned char *) &gCommandKeys, kShipFireShot) && fShotValue == 0)

    {

        TShotSpriteData     shotData;

        TShotSprite         *shot;

#if qUsingSound

        if (gPlayingSound)

            HY_PlaySoundHandle (3, gSounds[4], NULL, 0, true);

#endif      

        // Set the firing delay so that we don't necessarily shoot every frame.

        fShotValue = fShotInterval;

        shotData.spriteData.spriteType = TShotSprite::kSpriteType;

        shotData.spriteData.visibility = kVisible;

        shotData.spriteData.face = 0;

        shotData.spriteData.collectionID = 1001;

        shotData.spriteData.preloadedCollection = NULL;

        shotData.duration = 30;

        shotData.spriteData.initialX = fCoordX - 80*gCosLookup [fDirection];

        shotData.spriteData.initialY = fCoordY - 80*gSinLookup [fDirection];

        shotData.spriteData.initialXVelocity = fVelocityX - 30*gCosLookup[fDirection];

        shotData.spriteData.initialYVelocity = fVelocityY - 30*gSinLookup [fDirection];

        shot = new TShotSprite (&shotData);

        shot->AddToGroup (fShotsGroup);

    }

    // Fire a cluster

    if (CheckKey ((unsigned char *) &gCommandKeys, kShipFireCluster) && fShotValue == 0)

    {

        TShotSpriteData     shotData;

        TShotSprite         *shot;

#if qUsingSound     

        if (gPlayingSound)

            HY_PlaySoundHandle (3, gSounds[4], NULL, 0, true);

#endif

        // Set the firing delay so that we don't necessarily shoot every frame.

        fShotValue = fShotInterval;

        shotData.spriteData.spriteType = TShotSprite::kSpriteType;

        shotData.spriteData.visibility = kVisible;

        shotData.spriteData.face = 0;

        shotData.spriteData.collectionID = 1001;

        shotData.spriteData.preloadedCollection = NULL;

        shotData.duration = 30;

        for (int loop = 0; loop < 48; loop++) // one shot in every direction

        {

            shotData.spriteData.initialX = fCoordX - 80*gCosLookup[loop];

            shotData.spriteData.initialY = fCoordY - 80*gSinLookup[loop];

            shotData.spriteData.initialXVelocity = fVelocityX - 30*gCosLookup[loop];

            shotData.spriteData.initialYVelocity = fVelocityY - 30*gSinLookup[loop];

            shot = new TShotSprite (&shotData);

            shot->AddToGroup (fShotsGroup);

        }

    }   

    // Rotate right

    if (CheckKey ((unsigned char *) &gCommandKeys, kShipRotateRight) && fRotateValue == 0)

    {

        fDirection = (fDirection+1) % 48;

        fRotateValue = fRotateInterval;

    }

    // Rotate left

    if (CheckKey ((unsigned char *) &gCommandKeys, kShipRotateLeft) && fRotateValue == 0)

    {

        fDirection = (fDirection+47) % 48;

        fRotateValue = fRotateInterval;

    }

    // Thrust.  The fCurrentFace is used so that we can provide different frames

    // if we have thrust active.

    if (CheckKey ((unsigned char *) &gCommandKeys, kShipApplyThrust) )

    {

        fVelocityY -= gSinLookup[fDirection] >> 1;

        fVelocityX -= gCosLookup[fDirection] >> 1;

        fFace = fDirection;

    }

    else

        fFace = fDirection;

    // Adjust our intervals before we can turn/shoot again.

    if (fRotateValue > 0)

        fRotateValue--;

    if (fShotValue > 0)

        fShotValue--;

    // Process our ship's movement

    TSprite::ProcessSprite();

    TSprite::Bounce (&gWorldBounds);

}

void

TShipSprite::Collision (TSprite *theSprite)

{

#if qUsingSound

    if (gPlayingSound)

        HY_PlaySoundHandle (4, gSounds[5], NULL, 0, false);

#endif

#pragma unused (theSprite)

}