[Release] How to make bunkers SUPER EASY!!

[soccerguy]

How To Create Bunkers So Easily You Will Probably S#!t Your Pants!!

DONT FORGET TO THANK +REP ME

These building functions will allow you to create bunkers with 2 coordinates in each functions. This challenged my brain power:

CreateElevater(enter, exit, angle) - enter: position to enter at | exit: position of exit | angle: player angle on exit

CreateBlocks(pos, angle) - pos: position of block | angle: angle of block

CreateDoors(open, close, angle, size, height, hp, range) - open: position of open | close: position of close | angle: angle of door | size: blocks long | height: blocks high | hp: health | range: range to use door

CreateRamps(top, bottom) - top: top of ramp | bottom: bottom of ramp

CreateGrids(corner1, corner2, angle) - corner1: position of one corner | corner2: position of opposite corner | angle: rotation around corner 1

CreateWalls(start, end) - start: start of wall, lowest(z) | end: end of wall, highest(z)

CreateCluster(amount, pos, radius) - amount: number of random blocks | pos: center | radius: radius around center

Special Features:
CreateWalls is made to create perfect corners just 4 coordinates will make u a perfect shape

CreateDoors can be used to make trapdoors. To use (90, y, z) angle for an upright door, (0, y, z) for a trapdoor

CreateRamp is a godly and less block using alternative to stairs


Code:

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); 
} 
 
CreateBlocks(pos, angle) 
{ 
        block = spawn("script_model", pos ); 
        block setModel("com_plasticcase_friendly"); 
        block.angles = angle; 
        block Solid(); 
        block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 
        wait 0.01; 
} 
 
CreateDoors(open, close, angle, size, height, hp, range) 
{ 
        offset = (((size / 2) - 0.5) * -1); 
        center = spawn("script_model", open ); 
        for(j = 0; j < size; j++){ 
                door = spawn("script_model", open + ((0, 30, 0) * offset)); 
                door setModel("com_plasticcase_enemy"); 
                door Solid(); 
                door CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 
                door EnableLinkTo(); 
                door LinkTo(center); 
                for(h = 1; h < height; h++){ 
                        door = spawn("script_model", open + ((0, 30, 0) * offset) - ((70, 0, 0) * h)); 
                        door setModel("com_plasticcase_enemy"); 
                        door Solid(); 
                        door CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 
                        door EnableLinkTo(); 
                        door LinkTo(center); 
                } 
                offset += 1; 
        } 
        center.angles = angle; 
        center.state = "open"; 
        center.hp = hp; 
        center.range = range; 
        center thread DoorThink(open, close); 
        center thread DoorUse(); 
        center thread ResetDoors(open, hp); 
        wait 0.01; 
} 
 
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; 
        } 
} 
 
CreateCluster(amount, pos, radius) 
{ 
        for(i = 0; i < amount; i++) 
        { 
                half = radius / 2; 
                power = ((randomInt(radius) - half), (randomInt(radius) - half), 500); 
                block = spawn("script_model", pos + (0, 0, 1000) ); 
                block setModel("com_plasticcase_friendly"); 
                block.angles = (90, 0, 0); 
                block PhysicsLaunchServer((0, 0, 0), power); 
                block Solid(); 
                block CloneBrushmodelToScriptmodel( level.airDropCrateCollision ); 
                block thread ResetCluster(pos, radius); 
                wait 0.05; 
        } 
} 
 
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; 
        } 
} 
 
DoorThink(open, close) 
{ 
        while(1) 
        { 
                if(self.hp > 0){ 
                        self waittill ( "triggeruse" , player ); 
                        if(player.team == "allies"){ 
                                if(self.state == "open"){ 
                                        self MoveTo(close, level.doorwait); 
                                        wait level.doorwait; 
                                        self.state = "close"; 
                                        continue; 
                                } 
                                if(self.state == "close"){ 
                                        self MoveTo(open, level.doorwait); 
                                        wait level.doorwait; 
                                        self.state = "open"; 
                                        continue; 
                                } 
                        } 
                        if(player.team == "axis"){ 
                                if(self.state == "close"){ 
                                        self.hp--; 
                                        player iPrintlnBold("HIT"); 
                                        wait 1; 
                                        continue; 
                                } 
                        } 
                } else { 
                        if(self.state == "close"){ 
                                self MoveTo(open, level.doorwait); 
                        } 
                        self.state = "broken"; 
                        wait .5; 
                } 
        } 
} 
 
DoorUse(range) 
{ 
        self endon("disconnect"); 
        while(1) 
        { 
                foreach(player in level.players) 
                { 
                        if(Distance(self.origin, player.origin) <= self.range){ 
                                if(player.team == "allies"){ 
                                        if(self.state == "open"){ 
                                                player.hint = "Press ^3[{+activate}] ^7to ^2Close ^7the door"; 
                                        } 
                                        if(self.state == "close"){ 
                                                player.hint = "Press ^3[{+activate}] ^7to ^2Open ^7the door"; 
                                        } 
                                        if(self.state == "broken"){ 
                                                player.hint = "^1Door is Broken"; 
                                        } 
                                } 
                                if(player.team == "axis"){ 
                                        if(self.state == "close"){ 
                                                player.hint = "Press ^3[{+activate}] ^7to ^2Attack ^7the door"; 
                                        } 
                                        if(self.state == "broken"){ 
                                                player.hint = "^1Door is Broken"; 
                                        } 
                                } 
                                if(player.buttonPressed[ "+activate" ] == 1){ 
                                        player.buttonPressed[ "+activate" ] = 0; 
                                        self notify( "triggeruse" , player); 
                                } 
                        } 
                } 
                wait .045; 
        } 
} 
 
ResetDoors(open, hp) 
{ 
        while(1) 
        { 
                level waittill("RESETDOORS"); 
                self.hp = hp; 
                self MoveTo(open, level.doorwait); 
                self.state = "open"; 
        } 
} 
 
ResetCluster(pos, radius) 
{ 
        wait 5; 
        self RotateTo(((randomInt(36)*10), (randomInt(36)*10), (randomInt(36)*10)), 1); 
        level waittill("RESETCLUSTER"); 
        self thread CreateCluster(1, pos, radius); 
        self delete(); 
} 
 
roundUp( floatVal ) 
{ 
        if ( int( floatVal ) != floatVal ) 
                return int( floatVal+1 ); 
        else 
                return int( floatVal ); 
}

Example:

Underpass() 
{ 
        CreateElevator((-415, 3185, 392), (-1630, 3565, 1035), (0, 180, 0)); 
        CreateBlocks((1110, 1105, 632), (90, 0, 0)); 
        CreateBlocks((-2740, 3145, 1100), (90, 0, 0)); 
        CreateBlocks((2444, 1737, 465), (90, 0, 0)); 
        CreateWalls((-1100, 3850, 1030), (-1100, 3085, 1160)); 
        CreateWalls((-2730, 3453, 1030), (-2730, 3155, 1150)); 
        CreateWalls((-2730, 3155, 1030), (-3330, 3155, 1180)); 
        CreateWalls((-3330, 3155, 1030), (-3330, 3890, 1180)); 
        CreateWalls((-3330, 3890, 1030), (-2730, 3890, 1180)); 
        CreateWalls((-2730, 3890, 1030), (-2730, 3592, 1150)); 
        CreateWalls((-2730, 3890, 1150), (-2730, 3155, 1180)); 
        CreateDoors((-2730, 3400, 1052), (-2730, 3522.5, 1052), (90, 180, 0), 4, 2, 20, 75); 
        CreateRamps((-3285, 3190, 1125), (-3285, 3353, 1030)); 
        CreateRamps((-3285, 3855, 1125), (-3285, 3692, 1030)); 
        CreateGrids((-2770, 3190, 1120), (-3230, 3190, 1120), (0, 0, 0)); 
        CreateGrids((-2770, 3855, 1120), (-3230, 3855, 1120), (0, 0, 0)); 
        CreateGrids((-2770, 3220, 1120), (-2770, 3825, 1120), (0, 0, 0)); 
        CreateCluster(20, (-3030, 3522.5, 1030), 250); 
}

Credits:
Killingdyl-For making/finding this
Me-For uploading on mpgh