void AIEnemyZombie::UseBrain()
{
xtile = aiinput->GetXTilePos();
ytile = aiinput->GetYTilePos();
xpos = aiinput->GetXLoc();
ypos = aiinput->GetYLoc();
if(new_enemy){
new_enemy=false;
//if( (aiinput->lower_patrol_x > 0) && (aiinput->upper_patrol_x > 0)) use_patrol_bounds = true;
}
switch(GetState())
{
case AIS_CHASE:
Chase();
break;
case AIS_ATTACK:
Attack();
break;
case AIS_PATROL:
Patrol();
break;
case AIS_MOVE:
MoveToXTile(movetoxtile);
break;
case AIS_WAIT:
Wait();
break;
}
}
void Moose::Mating()
{
if (mHunger < 50)
{
mTargetType = ET_GRASS;
SetPrey((Entity **)((BaseApp*)mApp)->mGameState->mGrass);
mWanderStep = 300;
SetState(ES_HUNTING);
}
int ChaseResult = Chase();
if (ChaseResult == 2)
{
mCurTarget = 0;
mMoveSpeed = 0.5;
mWanderStep = 50;
SetPrey(0);
mSterile = true;
mTargetType = ET_NONE;
mCurrentStep = 0;
SetAnimationSpeed(200);
SetState(ES_IDLE);
}
else if (ChaseResult == 0)
{
//mate got killed or ran away.
mCurTarget = 0;
mMoveSpeed = 0.5;
mCurrentStep = 0;
SetAnimationSpeed(200);
SetState(ES_STALKING);
}
}
void Moose::Charging()
{
int ChaseResult = Chase();
if (ChaseResult == 2)
{
//caught prey
mCurTarget = 0;
mMoveSpeed = 0.5;
mWanderStep = 50;
SetPrey(0);
mCurrentStep = 0;
mHunger = 100;
mTargetType = ET_NONE;
SetAnimationSpeed(200);
SetState(ES_IDLE);
}
else if (ChaseResult == 0)
{
//caught prey
mCurTarget = 0;
mMoveSpeed = 0.5;
mWanderStep = 50;
SetPrey(0);
mCurrentStep = 0;
mHunger = 100;
mTargetType = ET_NONE;
SetAnimationSpeed(200);
SetState(ES_IDLE);
}
}
void Moose::Attack()
{
// Calls chase every update loop
// Chase() attempts to move after a target
// Returns 2 if it caught the target
// Returns 1 if it didnt catch the target but is still chasing it
// Returns 0 if the target dies before it can catch it, or runs away.
int ChaseResult = Chase();
if (ChaseResult == 2)
{
//caught prey
mCurTarget = 0;
mMoveSpeed = 0.5;
mWanderStep = 50;
SetPrey(0);
mCurrentStep = 0;
mHunger = 100;
mTargetType = ET_NONE;
SetAnimationSpeed(200);
SetState(ES_IDLE);
}
else if (ChaseResult == 0)
{
//prey got killed or ran away.
mCurTarget = 0;
mMoveSpeed = 0.5;
mCurrentStep = 0;
SetAnimationSpeed(200);
SetState(ES_HUNTING);
}
}
void T_Troll (objtype *ob)
{
if (Chase (ob,true))
{
ob->state = &s_trollattack1;
ob->ticcount = ob->state->tictime;
return;
}
}
void T_Orc (objtype *ob)
{
if (Chase (ob,true))
{
ob->state = &s_orcattack1;
ob->ticcount = ob->state->tictime;
return;
}
}
void T_Demon (objtype *ob)
{
if (Chase (ob,true))
{
ob->state = &s_demonattack1;
ob->ticcount = ob->state->tictime;
return;
}
}
void AIEnemyAdvancedGeneticMonster2::UseBrain()
{
xtile = aiinput->GetXTilePos();
ytile = aiinput->GetYTilePos()-1;
xpos = aiinput->GetXLoc();
ypos = aiinput->GetYLoc();
int pyt = aio->player_input->GetYTilePos();
int th = abs(ytile - pyt);
if(aiinput->GetStateFlags()->S_DEAD) return;
if(new_enemy)
{
new_enemy = false;
cur_health = aiinput->GetCurLife();
}
prev_health = cur_health;
cur_health = aiinput->GetCurLife();
if( (prev_health - cur_health) >0 ) damaged = true;
else damaged = false;
/*#ifdef _DEBUG
char temp[256];
sprintf(temp, "{AI}[AGM] (th:%d)", th);
OutputDebugString(temp);
#endif*/
switch(GetState())
{
case AIS_CHASE:
Chase();
break;
case AIS_ATTACK:
Attack();
break;
case AIS_PATROL:
Patrol();
break;
case AIS_MOVE:
MoveToXTile(movetoxtile);
break;
case AIS_WAIT:
Wait();
break;
/* case AIS_NAVIGATE_DOWN:
break;
case AIS_NAVIGATE_UP:
break;*/
}
}
void Stag::Update(sf::Vector2f target)
{
frameTime = frameClock.restart();
m_injuredSound.setPosition(m_position.x, m_position.y, 0);
m_deathSound.setPosition(m_position.x, m_position.y, 0);
if (!m_dead)
{
if (smellDetected)
{
m_emitter.SetAlive(true);
m_emitter.SetPosition(m_position);
}
m_emitter.Update(target);
if (Player::GetInstance()->m_selected == false)
{
m_selected = false;
}
if (m_health <= 0)
{
m_selected = false;
m_dead = true;
}
else if (m_health < 70 && m_health >= 20) // If the player attacked the Stag
{
Chase(target);
}
else if (m_health < 20 && m_health > 0)
{
Flee(target);
}
else
{
Move();
}
if (m_health == 0)
{
m_deathSound.setMinDistance(500);
m_deathSound.setPosition(m_position.x, m_position.y, 0);
m_deathSound.play();
Player::GetInstance()->IncreaseHealth(20);
Player::GetInstance()->SetMaxHealth(Player::GetInstance()->GetMaxHealth() + 3);
Player::GetInstance()->SetMaxStamina(Player::GetInstance()->GetMaxStamina() + 3);
}
}
}
void T_Nemesis (objtype *ob)
{
Chase (ob,false);
//
// check for line up with player
//
if (ob->tilex == player->tilex)
{
ob->temp1 = 1;
ob->state = &s_grelattack1;
}
else if (ob->tiley == player->tiley)
{
ob->temp1 = 0;
ob->state = &s_grelattack1;
}
}
void BaseEnemy::UseBrain()
{
xtile = aiinput->GetXTilePos();
ytile = aiinput->GetYTilePos();
xpos = aiinput->GetXLoc();
ypos = aiinput->GetYLoc();
// _ftprintf(debug, _T("%i %i\n"), xtile, ytile);
// _ftprintf(debug, _T("%i\n"), GetAIMapCord(xtile, ytile));
// aioutput->moveButton4();
/* FILE *temp = _tfopen(_T("greenninja.txt"), _T("a"));
_ftprintf(temp, _T("th%d xt%d yt%d xp%f yp%f\n"), aiinput->GetTileHeight(), xtile, ytile, xpos, ypos);
fclose(temp);*/
// StateManager();
/* FILE *fp;
fp = fopen("ailog.txt", "w");
fprintf(fp, "%i %i %i %i", aiinput->lower_patrol_x, aiinput->lower_patrol_y, aiinput->upper_patrol_x, aiinput->upper_patrol_y);
fclose(fp);*/
switch(GetState())
{
case AIS_CHASE:
Chase();
break;
case AIS_ATTACK:
Attack();
break;
case AIS_PATROL:
Patrol();
break;
case AIS_MOVE:
MoveToXTile(movetoxtile);
break;
case AIS_WAIT:
Wait();
break;
/* case AIS_NAVIGATE_DOWN:
break;
case AIS_NAVIGATE_UP:
break;*/
}
}
void CMonster::AI(float nLoopTime)
{
// m_pMonsterMesh->SetAnimationNum(4);
// m_nCurAction=4;
if (CalculateTagDistanceSquece()<80*80&&g_pPlayer->m_nState!=14)
{
//¹¥»÷
Attack();
}
else if (CalculateTagDistanceSquece()<300*300&&g_pPlayer->m_nState!=14)
{
//×·»÷
Chase();
}
else
{
m_pMonsterMesh->SetAnimationNum(0);
m_nCurAction=0;
}
}
void T_Mage (objtype *ob)
{
Chase (ob,false);
//
// check for line up with player
//
if (ob->x-PIXRADIUS*14 < player->xh
&& ob->x+PIXRADIUS > player->xl)
{
ob->temp1 = 1;
ob->state = &s_mageattack1;
}
else if (ob->y-PIXRADIUS*14 < player->yh
&& ob->y+PIXRADIUS > player->yl)
{
ob->temp1 = 0;
ob->state = &s_mageattack1;
}
}
void AIEnemyJunkbotTrack::UseBrain()
{
xtile = aiinput->GetXTilePos();
ytile = aiinput->GetYTilePos();
xpos = aiinput->GetXLoc();
ypos = aiinput->GetYLoc();
/*#ifdef _DEBUG
char temp[256];
sprintf(temp, "{AI}[JunkbotTrack] (xt:%d) (yt%d) (stopblock:%d)", xtile, ytile, IsStopBlock());
OutputDebugString(temp);
#endif*/
if(new_enemy){
new_enemy=false;
if( (aiinput->lower_patrol_x > 0) && (aiinput->upper_patrol_x > 0)) use_patrol_bounds = true;
}
switch(GetState())
{
case AIS_CHASE:
Chase();
break;
case AIS_ATTACK:
Attack();
break;
case AIS_PATROL:
Patrol();
break;
case AIS_MOVE:
MoveToXTile(movetoxtile);
break;
case AIS_WAIT:
Wait();
break;
}
}
void Small::Update(int mousex, int mousey)
{
//XMVECTOR playerlocation = {playerx, playery, 0, 0};
//float displacement = XMVectorGetX(XMVector2Length(playerlocation - Location));
//if (displacement <= 130.0f)
//{
//Separation(0.000f);
//Cohesion(0.000f);
//Alignment(0.0f);
//Chase(0.03f);
//}
//else
//{
if (Flocking)
{
Separation(0.04f);
Cohesion(0.01f);
Alignment(0.01f);
}
else
{
//Wander
}
if (Chasing)
{
Chase(0.05f);
}
BorderRestrict();
if (Chasing)
{
Location += (Direction * 3.3f);
}
PointingTwoLocation = Location + (Direction * 10.0f);
}
void AIEnemyFlyingSentryB::UseBrain()
{
xtile = aiinput->GetXTilePos();
ytile = aiinput->GetYTilePos();
xpos = aiinput->GetXLoc();
ypos = aiinput->GetYLoc();
if(new_enemy){
new_enemy=false;
//if( (aiinput->lower_patrol_x > 0) && (aiinput->upper_patrol_x > 0)) use_patrol_bounds=true;
}
/*#ifdef _DEBUG
char temp[256];
sprintf(temp, "{AI}[SentryB] (cstate:%d)(use_patrol_bounds:%d)(lxb:%d)(uxb:%d)", current_state, use_patrol_bounds, aiinput->lower_patrol_x, aiinput->upper_patrol_x);
OutputDebugString(temp);
#endif*/
switch(GetState())
{
case AIS_CHASE:
Chase();
break;
case AIS_ATTACK:
Attack();
break;
case AIS_PATROL:
Patrol();
break;
case AIS_MOVE:
MoveToXTile(movetoxtile);
break;
case AIS_WAIT:
Wait();
break;
}
}
void AIEnemyFlyingSentryA::UseBrain()
{
xtile = aiinput->GetXTilePos();
ytile = aiinput->GetYTilePos();
xpos = aiinput->GetXLoc();
ypos = aiinput->GetYLoc();
if(new_enemy){
new_enemy=false;
//use_patrol_bounds=true;
//if( (aiinput->lower_patrol_y == 0) && (aiinput->upper_patrol_y == 0))
//{/*no bounds were set -- make some*/
// aiinput->lower_patrol_y = aiinput->GetYTilePos()+6;
// aiinput->upper_patrol_y = aiinput->GetYTilePos()-6;
//}
}
switch(GetState())
{
case AIS_CHASE:
Chase();
break;
case AIS_ATTACK:
Attack();
break;
case AIS_PATROL:
Patrol();
break;
case AIS_MOVE:
MoveToXTile(movetoxtile);
break;
case AIS_WAIT:
Wait();
break;
}
}
void Prey::ChaseLeader()
{
try
{
mCurTarget = MyLeader;
if (GetLeaderDistance()>(LeaderRadius - LeaderBuffer))
{
//cout<<"Chasing Leader"<<endl;
Chase();
}
else
{
//cout<<"Within Normal range"<<endl;
FSTATE = FS_NORMAL;
PatrolMode();
ResetTarget();
}
}
catch (...)
{
MessageBox(NULL, "ChaseLeader", "something happened", MB_OK);
}
}
int main(void)
{
char *currenttime; /* current time/date string */
int old_sec = 0;
// int cur_hour = 0; /* current hour */
// int cur_day = 0; /* current current day */
int result = 0;
int key = 0;
Initialise(); // turn outputs on and off for 1 second
InitDisplay();
int keepgoing = 1; /* tells program to keep running until ESC pressed */
while ( keepgoing == 1 )
{
currenttime = thetime(); /* get the current time */
cur_sec = extract_num(currenttime, 18, 2); /* extract minute */
cur_min = extract_num(currenttime, 15, 2); /* extract minute */
cur_hour = extract_num(currenttime, 12,2); /* extract hour */
//cur_day = extract_num(currenttime, 9, 2); /* extract day */
if(old_sec != cur_sec) { /* only update screen once per second */
ReadAnalogInputs(3);
DisplayAnalogValues(3);
ReadDigitalInputs(3);
DisplayDigitalInputs(3);
locate( 25, 56);
color(CF_SETTINGS,CB_SETTINGS);
cprintf(currenttime); /* update current time on screen */
//locate(20,1);cprintf("cur_min=%d",cur_min);
old_sec = cur_sec;
// EVENTS (new function)
//OutputBit(0,valueInput[0]);
//OutputBit(1,valueInput[1]);
//OutputBit(2,valueInput[2]);
//OutputBit(3,valueInput[3]);
if (valueInput[1] == 1) {
WritePort(1);
DisplayPort(1,XOUTPUT,YOUTPUT);
}
if (valueAnalog[0] < 50) {
WritePort(16);
DisplayPort(16,XOUTPUT,YOUTPUT);
}
Log("e:\\user\\c\\a_pcio\\logfile.log", currenttime);
}
if( kbhit() ) {
result = getkeypressed(); /* get a single keypress */
switch (result) { /* perform task user pressed */
case 27: { /* ESC */
Message( "Do you really want to quit? (Y/n) " , 0);
key = getch();
if( ( key == 'Y') || (key =='y') || (key == 13) )
keepgoing = 0; /* stop program execution */
Message("", 0);
}
break;
case 59: { /* F1 */
Message("Initialising",0);
Message("Fast Pulse", 0);
Pulse(255, gPulse_fast);
}
break;
case 60: { /* F2 */
Message("Storage CRO - enter settings", 0);
//getch();
gotoHiResMode();
DrawOscilliscopeScreen(50,0,550,255,50,51);
StorageOscilliscope("waiting for trigger", 1, 0, 220, 40, 0, 499);
InitDisplay();
}
break;
case 61: { /* F3 */
gotoHiResMode();
DrawOscilliscopeScreen(100,100,355,355,20,32);
Oscilliscope();
InitDisplay();
Message("Oscilliscope", 0);
Pulse(255, gPulse_slow);
}
break;
case 62: { /* F4 */
Message("BinaryCount", 0);
BinaryCount(gCounter);
}
break;
case 63: { /* F5 */
Message("Chase Multiple", 0);
ChaseMultiple(gIterations, gSpeed);
}
break;
case 64: { /* F6 */
Message("Chase Up", 0);
Chase(gSpeed, 0, 7);
}
break;
case 65: { /* F7 */
Message("Chase Down", 0);
Chase(gSpeed, 7,0);
}
break;
case 66: { /* F8 */
Message("Reading Analog inputs", 0);
ReadAnalogInputs(3);
DisplayAnalogValues(3);
ReadDigitalInputs(3);
DisplayDigitalInputs(3);
}
break;
case 67: { /* F9 */
Message("Logging - PRESS A KEY TO STOP", 0);
FastAcquisition("e:\\user\\c\\a_pcio\\fastlog.log", currenttime);
Message("Done Logging to e:\user\c\a_pcio\fastlog.log", 0);
}
break;
case 68: { /* F10 */
Message("Setup", 0);
//locate(12,65); scanf("%d", &gPORT); // port change
locate(11, 62);
color(CF_SETTINGS,CB_SETTINGS);
// color(YELLOW,BLACK);
cprintf("Enter new settings");
locate(13,75); scanf("%d", &gCounter); // port change
if(gCounter<0||gCounter>999) gCounter=10; else fflush(stdin);
locate(14,75); scanf("%d", &gSpeed); // port change
if(gSpeed<0||gSpeed>999) gSpeed=10; else fflush(stdin);
locate(15,75); scanf("%d", &gPulse_fast); // port change
if(gPulse_fast<0||gPulse_fast>999) gPulse_fast=10; else fflush(stdin);
locate(16,75); scanf("%d", &gPulse_slow); // port change
if(gPulse_slow<0||gPulse_slow>999) gPulse_slow=10; else fflush(stdin);
locate(17,75); scanf("%d", &gIterations); // port change
if(gIterations<0||gIterations>999) gIterations=10; else fflush(stdin);
DisplaySettings(XSETTINGS,YSETTINGS);
}
break;
case 48: { OutputBit(0,2); DisplayPort(1,XOUTPUT,YOUTPUT); } break;
case 49: { OutputBit(1,2); DisplayPort(2,XOUTPUT,YOUTPUT); } break;
case 50: { OutputBit(2,2); DisplayPort(4,XOUTPUT,YOUTPUT); } break;
case 51: { OutputBit(3,2); DisplayPort(16,XOUTPUT,YOUTPUT); } break;
case 52: { OutputBit(4,2); DisplayPort(32,XOUTPUT,YOUTPUT); } break;
case 53: { OutputBit(5,2); DisplayPort(64,XOUTPUT,YOUTPUT); } break;
case 54: { OutputBit(6,2); DisplayPort(128,XOUTPUT,YOUTPUT); } break;
case 55: { OutputBit(7,2); DisplayPort(255,XOUTPUT,YOUTPUT); } break;
case 43: { WritePort(++valueOutput[0]); } break;
case 45: { WritePort(--valueOutput[0]); } break;
}
}
}
return 0;
}
int main(void)
{
// Stop watchdog timer
DoWatchdog(0);
// sET UP aclk
BCSCTL3 |= LFXT1S_2;
// Set all pins to output to stop floating
P1DIR = 0xFF;
P2DIR = 0xFF;
P3DIR = 0xFF;
DoPWM();
_EINT();
// Determine pulse direction
RX_PORT_DIR &= ~(RX_PIN);
// leave two rx inputs
P2DIR = (BIT1 | BIT3 | BIT4 | BIT5 | BIT6 | BIT7);
P2OUT = 0xff;
// red light
P3OUT = BIT2;
nR = nG = nB = 0x2FFF;
// green light
P3OUT = BIT3;
while (1)
{
DelayMS(90);
DoWatchdog(1);
unsigned int nSig = GetWidth();
if (nSig == 1)
{
P3OUT = BIT2;
if (nCount > 10)
{
nMode++;
if (nCount > 140)
{
nMode = 0;
}
}
nCount = 0;
}
else
{
P3OUT = BIT3;
nCount++;
}
if (nMode > 11)
{
nMode = 1;
}
switch (nMode)
{
case 0:
nR = nG = nB = 50;
Headlight(0);
break;
case 1:
Light(0xfe00, 0xfe00, 0xfe00, 1);
break;
case 2:
Light(0xfe00, 50, 50, 0);
break;
case 3:
Light(50, 0xfe00, 50, 0);
break;
case 4:
Light(50, 50, 0xfe00, 0);
break;
case 5:
LoopColour();
break;
case 6:
ColourChange();
break;
case 7:
Police();
break;
case 8:
Strobe();
break;
case 9:
Strobe2();
break;
case 10:
GoMental();
break;
case 11:
Chase();
break;
}
}
}
void
CameraDirector::Threat(double seconds)
{
Chase(seconds);
}
void
CameraDirector::ExecFrame(double seconds)
{
if (!ship)
return;
hud = HUDView::GetInstance();
int flight_phase = ship->GetFlightPhase();
if (flight_phase < Ship::LOCKED)
SetMode(MODE_DOCKING);
if (ship->IsAirborne()) {
if (flight_phase >= Ship::DOCKING)
SetMode(MODE_DOCKING);
}
else {
if (flight_phase >= Ship::RECOVERY)
SetMode(MODE_DOCKING);
}
if (flight_phase >= Ship::LOCKED && flight_phase < Ship::ACTIVE) {
int m = GetMode();
if (m != MODE_COCKPIT && m != MODE_VIRTUAL)
SetMode(MODE_COCKPIT);
}
if (ship->InTransition()) {
SetMode(MODE_DROP);
}
// automatically restore mode after transition:
else if (old_mode != MODE_NONE) {
mode = old_mode;
requested_mode = old_mode;
old_mode = MODE_NONE;
}
int op_mode = mode;
if (requested_mode > mode)
op_mode = requested_mode;
Starshatter* stars = Starshatter::GetInstance();
// if we are in padlock, and have not locked a ship
// try to padlock the current target:
if (op_mode == MODE_TARGET && !external_ship) {
SimObject* tgt = ship->GetTarget();
if (tgt && tgt->Type() == SimObject::SIM_SHIP)
SetViewObject((Ship*) tgt);
}
// if in an external mode, check the external ship:
else if (op_mode >= MODE_TARGET && op_mode <= MODE_ZOOM) {
if (external_ship && external_ship != ship && !stars->InCutscene()) {
Contact* c = ship->FindContact(external_ship);
if (!c || !c->ActLock()) {
SetViewObject(ship);
}
}
}
if (ship->Rep()) {
if (op_mode == MODE_COCKPIT) {
ship->HideRep();
ship->HideCockpit();
}
else if (op_mode == MODE_VIRTUAL || op_mode == MODE_TARGET) {
if (ship->Cockpit()) {
ship->HideRep();
ship->ShowCockpit();
}
else {
ship->ShowRep();
}
}
else {
ship->Rep()->SetForeground(op_mode == MODE_DOCKING);
ship->ShowRep();
ship->HideCockpit();
}
}
if (hud && hud->Ambient() != Color::Black)
sim->GetScene()->SetAmbient( hud->Ambient() );
else
sim->GetScene()->SetAmbient( sim->GetStarSystem()->Ambient() );
switch (op_mode) {
default:
case MODE_COCKPIT: Cockpit(seconds); break;
case MODE_CHASE: Chase(seconds); break;
case MODE_TARGET: Target(seconds); break;
case MODE_THREAT: Threat(seconds); break;
case MODE_VIRTUAL: Virtual(seconds); break;
case MODE_ORBIT:
case MODE_TRANSLATE:
case MODE_ZOOM: Orbit(seconds); break;
case MODE_DOCKING: Docking(seconds); break;
case MODE_DROP: Drop(seconds); break;
}
if (ship->Shake() > 0 &&
(op_mode < MODE_ORBIT ||
(op_mode == MODE_VIRTUAL && ship->Cockpit()))) {
Point vib = ship->Vibration() * 0.2;
camera.MoveBy(vib);
camera.Aim(0, vib.y, vib.z);
}
Transition(seconds);
DetailSet::SetReference(region, camera.Pos());
}
void T_ShooterObj(objtype *ob)
{
fixed tempx,tempy;
id0_unsigned_t temp_tilex,temp_tiley;
id0_int_t angle;
shooter_delay -= realtics;
if (shooter_delay < 0)
{
shooter_mode = BE_Cross_Brandom(sm_dummy);
// REFKEEN - Force a specific order of calls to random function
// (same as original EXEs for DOS), don't introduce undefined behaviors
shooter_delay = BE_Cross_Brandom(10*60);
shooter_delay += BE_Cross_Brandom(50);
//shooter_delay = random(10*60)+random(50);
}
tempx = player->x;
tempy = player->y;
temp_tilex = player->tilex;
temp_tiley = player->tiley;
switch (shooter_mode)
{
case sm_other1:
case sm_other2:
case sm_other3:
case sm_other4:
player->x = ((id0_long_t)other_x[shooter_mode]<<TILESHIFT)+TILEGLOBAL/2;
player->y = ((id0_long_t)other_y[shooter_mode]<<TILESHIFT)+TILEGLOBAL/2;
player->tilex = other_x[shooter_mode];
player->tiley = other_y[shooter_mode];
break;
}
if (Chase(ob,true))
shooter_delay = 0;
player->x = tempx;
player->y = tempy;
player->tilex = temp_tilex;
player->tiley = temp_tiley;
angle = AngleNearPlayer(ob);
// Handle shooting for the different characters controlled by this think.
switch (ob->obclass)
{
case ramboneobj:
if (!BE_Cross_Brandom(2) && (angle != -1))
{
ob->state = &s_skel_attack1;
ob->ticcount = ob->state->tictime;
}
break;
case fmageobj:
if (!BE_Cross_Brandom(8) && (angle != -1))
{
ob->state = &s_fmageattack1;
ob->ticcount = ob->state->tictime;
}
break;
case robotankobj:
if (!BE_Cross_Brandom(15) && (angle != -1))
{
ob->state = &s_robotank_attack1;
ob->ticcount = ob->state->tictime;
}
break;
case stompyobj:
if (angle != -1)
{
ob->state = &s_stompy_attack1;
ob->ticcount = ob->state->tictime;
}
break;
case bugobj:
if (!BE_Cross_Brandom(5) && (angle != -1))
{
ob->state = &s_bug_attack1;
ob->ticcount = ob->state->tictime;
}
break;
case eyeobj:
if (!BE_Cross_Brandom(2) && (angle != -1))
{
ob->state = &s_eye_shootplayer_1;
ob->ticcount = ob->state->tictime;
}
break;
}
}
/*
====================
=
= T_RunningEye
=
====================
*/
void T_RunningEye(objtype *ob)
{
id0_int_t /*x, y, */dir_num, switch_num;
fixed tempx,tempy;
id0_unsigned_t temp_tilex,temp_tiley;
dir_num = *(mapsegs[2]+farmapylookup[ob->tiley]+ob->tilex);
dir_num = dir_num>>8;
if (!dir_num)
dir_num = ob->temp2;
if (dir_num == 5)
{
if (ob->temp1)
{
ob->temp1--;
}
else
{
ob->temp1 = 2;
actorat[ob->tilex][ob->tiley] = 0;
switch (ob->temp2)
{
case 1:
ob->tiley = ob->tiley-1;
ob->y = ((id0_long_t)(ob->tiley)<<TILESHIFT)+TILEGLOBAL/2;
break;
case 2:
ob->tilex = ob->tilex+1;
ob->x = ((id0_long_t)(ob->tilex)<<TILESHIFT)+TILEGLOBAL/2;
break;
case 3:
ob->tiley = ob->tiley+1;
ob->y = ((id0_long_t)(ob->tiley)<<TILESHIFT)+TILEGLOBAL/2;
break;
case 0:
case 4:
ob->tilex = ob->tilex-1;
ob->x = ((id0_long_t)(ob->tilex)<<TILESHIFT)+TILEGLOBAL/2;
break;
}
CalcBounds (ob);
ChaseThink(ob,false);
actorat[ob->tilex][ob->tiley] = COMPAT_OBJ_CONVERT_OBJ_PTR_TO_DOS_PTR(ob);
//actorat[ob->tilex][ob->tiley] = ob;
return;
}
}
tempx = player->x;
tempy = player->y;
temp_tilex = player->tilex;
temp_tiley = player->tiley;
if (dir_num == 5)
switch_num = ob->temp2;
else
switch_num = dir_num;
switch (switch_num)
{
case 1:
player->x = ((id0_long_t)ob->tilex<<TILESHIFT)+TILEGLOBAL/2;
player->y = ((id0_long_t)(ob->tiley-2)<<TILESHIFT)+TILEGLOBAL/2;
player->tilex = ob->tilex;
player->tiley = ob->tiley-2;
break;
case 2:
player->x = ((id0_long_t)(ob->tilex+2)<<TILESHIFT)+TILEGLOBAL/2;
player->y = ((id0_long_t)ob->tiley<<TILESHIFT)+TILEGLOBAL/2;
player->tilex = ob->tilex+2;
player->tiley = ob->tiley;
break;
case 3:
player->x = ((id0_long_t)ob->tilex<<TILESHIFT)+TILEGLOBAL/2;
player->y = ((id0_long_t)(ob->tiley+2)<<TILESHIFT)+TILEGLOBAL/2;
player->tilex = ob->tilex;
player->tiley = ob->tiley+2;
break;
case 0:
case 4:
player->x = ((id0_long_t)(ob->tilex-2)<<TILESHIFT)+TILEGLOBAL/2;
player->y = ((id0_long_t)ob->tiley<<TILESHIFT)+TILEGLOBAL/2;
player->tilex = ob->tilex-2;
player->tiley = ob->tiley;
break;
}
Chase(ob, false);
player->x = tempx;
player->y = tempy;
player->tilex = temp_tilex;
player->tiley = temp_tiley;
if (dir_num != 5)
ob->temp2 = dir_num;
}
void CMoveTask::doAction(float ElapsedTime)
{
if(m_ApropiateCover < 0)
{
if(m_bChasing)
{
if(!Chase(ElapsedTime))
{
m_bChasing = false;
//m_bCoverReached = false;
//m_bCovered = false;
m_Path.clear();
}
else{
return;
}
}
int l_apropiate = MostApropiateCover();
m_ApropiateCover = l_apropiate;
((CSoldier*)m_Owner)->SetCover(m_ApropiateCover);
if(l_apropiate == -1)
{
m_bChasing = true;
m_TimeUncover =1.0f;
m_bReady = true;
}
m_TimeWait = 0.0f;
return;
}
else{
if(m_bCoverReached && !isNotBlockedEyeLine(CORE->GetCoverManager()->GetExt(m_ApropiateCover)))
{
m_TimeWait +=ElapsedTime;
if(m_TimeWait > 8.0f)
{
m_ApropiateCover = -2;
((CSoldier*)m_Owner)->SetCover(m_ApropiateCover);
m_bChasing = false;
m_bCoverReached = false;
m_bCovered = false;
m_TimeUncover = 0.0f;
m_TimeWait=0.0f;
m_Time=0.0f;
return;
}
}
else{
m_TimeWait = 0.0f;
}
if(!m_bCoverReached)
{
reachCover(m_ApropiateCover, ElapsedTime);
if(!m_bCoverReached)
{
//m_ApropiateCover = MostApropiateCover();
return;
}
}
if(!m_bCovered)
{
Covered(m_ApropiateCover, ElapsedTime);
m_Time = CORE->GetRandom()->getRandFloat(2.0f, 4.0f);
return;
}
m_Time -=ElapsedTime;
if(m_Time < 0.0f)
{
if(!reachCover(m_ApropiateCover, ElapsedTime))
{
return;
}
}
else{
m_Owner->ChangeCharacterAnimation(WAIT_ANIM, 0.3f);
return;
}
m_TimeUncover = CORE->GetRandom()->getRandFloat(3.0f, 7.0f);
m_bReady=true;
return;
}
}