12-16-2010, 08:19
This functions are made by Killingdyl in MW2, and later converted to BO by Met94.
They are not all working correctly and are not all done, so yeh have fun testing them and updating them but be sure to post updates in this topic =)
Doors
Teleportflags (Model not working correctly)
Ramps
Grids
Walls
Cluster
Floatval
They are not all working correctly and are not all done, so yeh have fun testing them and updating them but be sure to post updates in this topic =)
Code:
CreateBlocks(pos, angle)
{
if(!level.CreateBunkers) return;
block = spawn("script_model", pos, 1 );
block setModel( level.crateModelFriendly );
block.angles = angle;
wait 0.01;
}
Code:
CreateDoors(open, close, angle, size, height, hp, range)
{
if(!level.CreateBunkers) return;
level.doorwait = 0.7;
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))*1.5, 1);
door setModel( level.crateModelFriendly );
door EnableLinkTo();
door LinkTo(center);
for(h = 1; h < height; h++){
door = spawn("script_model", open + (((0, 30, 0) * offset)*1.5) - ((55, 0, 0) * h), 1);
door setModel( level.crateModelFriendly );
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;
}
DoorThink(open, close)
{
while(1)
{
if(self.hp > 0){
self waittill ( "triggeruse" , player );
if(player.team == "axis"){
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 == "allies"){
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;
return;
}
}
}
DoorUse(range)
{
self endon("disconnect");
while(1)
{
for(i=0;i<level.players.size;i++)
{
player = level.players[i];
if(Distance(self.origin, player.origin) <= self.range){
if(player.team == "axis"){
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 == "allies"){
if(self.state == "close"){
player.hint = "Press ^3[{+activate}] ^7to ^2Attack ^7the door";
}
if(self.state == "broken"){
player.hint = "^1Door is Broken";
}
}
//if(player isButtonPressed("X")){
// 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";
}
}
Code:
CreateElevator(enter, exit, angle, notantycamp, range)
{
if(!level.CreateBunkers) return;
if(!isDefined(notantycamp)) notantycamp = true;
if(!isDefined(range)) range = 75;
if(notantycamp) {
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, range);
}
ElevatorThink(enter, exit, angle, range)
{
self endon("disconnect");
while(1)
{
for(i=0;i<level.players.size;i++)
{
player = level.players[i];
if(Distance(enter, player.origin) <= range){
player SetOrigin(exit);
player SetPlayerAngles(angle);
}
}
wait .25;
}
}
Code:
CreateRamps(top, bottom)
{
if(!level.CreateBunkers) return;
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)), 1);
block setModel( level.crateModelFriendly );
block.angles = BA;
wait 0.01;
}
block = spawn("script_model", (bottom + ((XA, YA, ZA) * blocks) - (0, 0, 5)), 1);
block setModel( level.crateModelFriendly );
block.angles = (BA[0], BA[1], 0);
wait 0.01;
}
Code:
CreateGrids(corner1, corner2, angle)
{
if(!level.CreateBunkers) return;
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)), 1);
block setModel( level.crateModelFriendly );
block.angles = (0, 0, 0);
block LinkTo(center);
wait 0.01;
}
}
}
center.angles = angle;
}
Code:
CreateWalls(start, end)
{
if(!level.CreateBunkers) return;
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)), 1);
block setModel( level.crateModelFriendly );
block.angles = Angle;
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)), 1);
block setModel( level.crateModelFriendly );
block.angles = Angle;
wait 0.001;
}
block = spawn("script_model", ((end[0], end[1], start[2]) + (TXA * -1, TYA * -1, 10) + ((0, 0, ZA) * h)), 1);
block setModel( level.crateModelFriendly );
block.angles = Angle;
wait 0.001;
}
}
Code:
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), 1 );
block setModel( level.crateModelFriendly );
block.angles = (90, 0, 0);
//block PhysicsLaunchServer((0, 0, 0), power);
block thread ResetCluster(pos, radius);
wait 0.05;
}
}
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();
}
Floatval
Code:
roundUp( floatVal )
{
if ( int( floatVal ) != floatVal )
return int( floatVal+1 );
else
return int( floatVal );
}
--