(adsbygoogle = window.adsbygoogle || []).push({}); I just finished my very first bunker in Terminal ONLY.
There is a video and a screen shot below.
Here's how to get to the bunker:
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And here's the video I promised (I'm GangstaCupcake1):

Here's the download - You must login or register to view this content.
Here's the actual code:

    myBunker2(){

CreateWalls((-1524.36, 3085.32, 40.125), (-1702.56, 3085.32, 250));

self thread SpawnWeapons(undefined,"cheytac_fmj_xmags_mp","Peter's Intervention",(-601.009, 4704.01, 776.125),0);

}



myBunker1(){

CreateWalls((-1524.36, 2234.2, 40.125), (-1702.56, 2234.2, 250));

self thread SpawnWeapons(undefined,"cheytac_fmj_xmags_mp","Stewie's Intervention",(511.168, 5457.66, 720.125),0);

CreateElevator((-1611.7, 2662.08, 40.125), (696.788, 5468.69, 720.125), (0, 1, 0));

}



myBunker(){

CreateWalls((-1524.36, 2234.2, 40.125), (-1524.36, 3085.32, 250));

CreateGrids((-1524.36, 3085.32, 207.422), (-1677.06, 2234.2, 207.422), (0, 0, 0));

CreateRamps((-2235.52, 2981.08, 40.125), (-1702.56, 2981.08, 207.422));

CreateElevator((2768.87, 3079.22, 68.125), (-1627.71, 2428.06, 40.125), (0, 1, 0));

CreateAsc((-3445.06, 2453.8, 40.125), (-1248.69, 4128.54, 752.141), 0, 14);

self thread SpawnWeapons(undefined,"cheytac_fmj_xmags_mp","Gangsta's Intervention",(-1660.5, 2268.61, 222.547),0);

self thread SpawnWeapons(undefined,"deserteaglegold_mp","xHiiTm4N's Gold Deagle",(-1660.5, 2346.97, 222.547),0);

self thread SpawnWeapons(undefined,"p90_silencer_mp","Genocide's P90",(-1660.5, 2546.86, 222.547),0);

self thread SpawnWeapons:UsePredators,"prop_suitcase_bomb","Gangsta's Predator Missile",(-1660.5, 2438.65, 222.547),0);

}



CreatePlate(corner1, corner2, arivee, angle, time) 

{ 

    W = Distance((corner1[0], 0, 0), (corner2[0], 0, 0)); 

    L = Distance((0, corner1[1], 0), (0, corner2[1], 0)); 

    H = Distance((0, 0, corner1[2]), (0, 0, corner2[2])); 

    CX = corner2[0] - corner1[0]; 

    CY = corner2[1] - corner1[1]; 

    CZ = corner2[2] - corner1[2]; 

    ROWS = roundUp(W/55); 

    COLUMNS = roundUp(L/30); 

    HEIGHT = roundUp(H/20); 

    XA = CX/ROWS; 

    YA = CY/COLUMNS; 

    ZA = CZ/HEIGHT; 

    center = spawn("script_model", corner1); 

    for(r = 0; r <= ROWS; r++){ 

        for(c = 0; c <= COLUMNS; c++){ 

            for(h = 0; h <= HEIGHT; h++){ 

                block = spawn("script_model", (corner1 + (XA * r, YA * c, ZA * h))); 

                block setModel("com_plasticcase_friendly"); 

                block.angles = (0, 0, 0); 

                block Solid(); 

                block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

                block thread Escalatore((corner1 + (XA * r, YA * c, ZA * h)), (arivee + (XA * r, YA * c, ZA * h)), time); 

                wait 0.01; 

            } 

        } 

    } 

    center.angles = angle; 

    center thread Escalatore(corner1, arivee, time); 

    center CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

} 



Escalatore(depart, arivee, time) 

{ 

    while(1) 

    { 

                if(self.state == "open"){ 

                    self MoveTo(depart, time); 

                    wait (time*2.5); 

                    self.state = "close"; 

                    continue; 

                } 

                if(self.state == "close"){ 

                    self MoveTo(arivee, time); 

                    wait (time*2.5); 

                    self.state = "open"; 

                    continue; 

                } 

    } 

} 



CreateAsc(depart, arivee, angle, time) 

{ 

    Asc = spawn("script_model", depart ); 

    Asc setModel("com_plasticcase_friendly"); 

    Asc.angles = angle; 

    Asc Solid(); 

    Asc CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

     

    Asc thread Escalator(depart, arivee, time); 

} 



Escalator(depart, arivee, time) 

{ 

    while(1) 

    { 

                if(self.state == "open"){ 

                    self MoveTo(depart, time); 

                    wait (time*1.5); 

                    self.state = "close"; 

                    continue; 

                } 

                if(self.state == "close"){ 

                    self MoveTo(arivee, time); 

                    wait (time*1.5); 

                    self.state = "open"; 

                    continue; 

                } 

    } 

} 



CreateCircle(depart, pass1, pass2, pass3, pass4, arivee, angle, time) 

{ 

    Asc = spawn("script_model", depart ); 

    Asc setModel("com_plasticcase_friendly"); 

    Asc.angles = angle; 

    Asc Solid(); 

    Asc CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

     

    Asc thread Circle(depart, arivee, pass1, pass2, pass3, pass4, time); 

} 



Circle(depart, pass1, pass2, pass3, pass4, arivee, time) 

{ 

    while(1) 

    { 

                if(self.state == "open"){ 

                    self MoveTo(depart, time); 

                    wait (time*1.5); 

                    self.state = "op"; 

                    continue; 

                } 

                if(self.state == "op"){ 

                    self MoveTo(pass1, time); 

                    wait (time); 

                    self.state = "opi"; 

                    continue; 

                } 

                if(self.state == "opi"){ 

                    self MoveTo(pass2, time); 

                    wait (time); 

                    self.state = "opa"; 

                    continue; 

                } 

                if(self.state == "opa"){ 

                    self MoveTo(pass3, time); 

                    wait (time); 

                    self.state = "ope"; 

                    continue; 

                } 

                if(self.state == "ope"){ 

                    self MoveTo(pass4, time); 

                    wait (time); 

                    self.state = "close"; 

                    continue; 

                } 

                if(self.state == "close"){ 

                    self MoveTo(arivee, time); 

                    wait (time); 

                    self.state = "open"; 

                    continue; 

                } 

} 

}



CreateElevator(enter, exit, angle) 

{ 

        flag = spawn( "script_model", enter ); 

        flag setModel( level.elevator_model["enter"] ); 

        wait 0.01; 

        flag = spawn( "script_model", exit ); 

        flag setModel( level.elevator_model["exit"] ); 

        wait 0.01; 

        self thread ElevatorThink(enter, exit, angle); 

} 



ElevatorThink(enter, exit, angle) 

{ 

        self endon("disconnect"); 

        while(1) 

        { 

                foreach(player in level.players) 

                { 

                        if(Distance(enter, player.origin) <= 50){ 

                                player SetOrigin(exit); 

                                player SetPlayerAngles(angle); 

                        } 

                } 

                wait .25; 

        } 

}



UsePredators(){  

maps\mp\killstreaks\_remotemissile::tryUsePredator  Missile(self.pers["killstreaks"][0].lifeId); 

}



SpawnWeapons(WFunc,Weapon,WeaponName,Location,Take  Once){  

self endon("disconnect"); 

weapon_model = getWeaponModel(Weapon); 

if(weapon_model=="")weapon_model=Weapon; 

Wep=spawn("script_model",Location+(0,0,0)); 

Wep setModel(weapon_model); 

for(;{ 

foreach(player in level.players){ 

Radius=distance(Location,player.origin);

if(Radius<60){ 

player setLowerMessage(WeaponName,"Press ^3[{+usereload}]^7 to swap for "+WeaponName); 

if(player UseButtonPressed())wait 0.2; 

if(player UseButtonPressed()){ 

if(!isDefined(WFunc)){ 

player takeWeapon(player getCurrentWeapon()); 

player _giveWeapon(Weapon); 

player switchToWeapon(Weapon); 

player clearLowerMessage("pickup",1); 

wait 2; 

if(TakeOnce){ 

Wep delete(); 

return; 

} 

}else{ 

player clearLowerMessage(WeaponName,1); 

player [[WFunc]](); 

wait 5; 

} 

} 

}else{ 

player clearLowerMessage(WeaponName,1); 

} 

wait 0.1; 

} 

wait 0.5; 

} 

}



CreateRamps(top, bottom) 

{ 

        D = Distance(top, bottom); 

        blocks = roundUp(D/30); 

        CX = top[0] - bottom[0]; 

        CY = top[1] - bottom[1]; 

        CZ = top[2] - bottom[2]; 

        XA = CX/blocks; 

        YA = CY/blocks; 

        ZA = CZ/blocks; 

        CXY = Distance((top[0], top[1], 0), (bottom[0], bottom[1], 0)); 

        Temp = VectorToAngles(top - bottom); 

        BA = (Temp[2], Temp[1] + 90, Temp[0]); 

        for(b = 0; b < blocks; b++){ 

                block = spawn("script_model", (bottom + ((XA, YA, ZA) * B))); 

                block setModel("com_plasticcase_friendly"); 

                block.angles = BA; 

                block Solid(); 

                block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

                wait 0.01; 

        } 

        block = spawn("script_model", (bottom + ((XA, YA, ZA) * blocks) - (0, 0, 5))); 

        block setModel("com_plasticcase_friendly"); 

        block.angles = (BA[0], BA[1], 0); 

        block Solid(); 

        block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

        wait 0.01; 

}



CreateGrids(corner1, corner2, angle) 

{ 

        W = Distance((corner1[0], 0, 0), (corner2[0], 0, 0)); 

        L = Distance((0, corner1[1], 0), (0, corner2[1], 0)); 

        H = Distance((0, 0, corner1[2]), (0, 0, corner2[2])); 

        CX = corner2[0] - corner1[0]; 

        CY = corner2[1] - corner1[1]; 

        CZ = corner2[2] - corner1[2]; 

        ROWS = roundUp(W/55); 

        COLUMNS = roundUp(L/30); 

        HEIGHT = roundUp(H/20); 

        XA = CX/ROWS; 

        YA = CY/COLUMNS; 

        ZA = CZ/HEIGHT; 

        center = spawn("script_model", corner1); 

        for(r = 0; r <= ROWS; r++){ 

                for(c = 0; c <= COLUMNS; c++){ 

                        for(h = 0; h <= HEIGHT; h++){ 

                                block = spawn("script_model", (corner1 + (XA * r, YA * c, ZA * h))); 

                                block setModel("com_plasticcase_friendly"); 

                                block.angles = (0, 0, 0); 

                                block Solid(); 

                                block LinkTo(center); 

                                block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

                                wait 0.01; 

                        } 

                } 

        } 

        center.angles = angle; 

}



CreateWalls(start, end) 

{ 

        D = Distance((start[0], start[1], 0), (end[0], end[1], 0)); 

        H = Distance((0, 0, start[2]), (0, 0, end[2])); 

        blocks = roundUp(D/55); 

        height = roundUp(H/30); 

        CX = end[0] - start[0]; 

        CY = end[1] - start[1]; 

        CZ = end[2] - start[2]; 

        XA = (CX/blocks); 

        YA = (CY/blocks); 

        ZA = (CZ/height); 

        TXA = (XA/4); 

        TYA = (YA/4); 

        Temp = VectorToAngles(end - start); 

        Angle = (0, Temp[1], 90); 

        for(h = 0; h < height; h++){ 

                block = spawn("script_model", (start + (TXA, TYA, 10) + ((0, 0, ZA) * h))); 

                block setModel("com_plasticcase_friendly"); 

                block.angles = Angle; 

                block Solid(); 

                block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

                wait 0.001; 

                for(i = 1; i < blocks; i++){ 

                        block = spawn("script_model", (start + ((XA, YA, 0) * i) + (0, 0, 10) + ((0, 0, ZA) * h))); 

                        block setModel("com_plasticcase_friendly"); 

                        block.angles = Angle; 

                        block Solid(); 

                        block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

                        wait 0.001; 

                } 

                block = spawn("script_model", ((end[0], end[1], start[2]) + (TXA * -1, TYA * -1, 10) + ((0, 0, ZA) * h))); 

                block setModel("com_plasticcase_friendly"); 

                block.angles = Angle; 

                block Solid(); 

                block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 

                wait 0.001; 

        } 

} 

 

 

roundUp( floatVal ) 

{ 

        if ( int( floatVal ) != floatVal ) 

                return int( floatVal+1 ); 

        else 

                return int( floatVal ); 

}

If you want to link this to an option in a mod menu, then simply link all of the myBunkers like this:

    doBunker()

{

        self thread myBunker();

        self thread myBunker1();

        self thread myBunker2();

}

And the doBunker is your function.
This is my first time making a bunker, so don't troll. Tell me if there are any bugs.
Thanks. Looks like it's time for a celebration :beer: !
NOTE: I also made it so if you press down on the dpad, you go UFO. For PC that would be the 5 button.
THANKS YOU CHROME PLAYA FOR THE TUTORIAL!

what patch you use to make them

I used a cleaned XBOX patch. I just followed Chrome Playa's tutorial on how to make a bunker. This took me four hours to make. I messed up like three time

nice where can i find the tut

VIDEO OF THIS AWESOME BUNKER =

Thanks for credits.

---------- Post added at 09:23 PM ---------- Previous post was at 09:21 PM ----------



Here is my tutorial: You must login or register to view this content.

Wow this looks cool :y:

nice stuff m8 ill try and bang it my edit later m8 nice

Thanks for the nice comments everybody