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|
///////////////////////////////////////////////////////////
// Dynamic Foliage v.1 for CoD:WaW & CoD:MW
// Coded by Zweimann ( zweimann@helipollos.es )
// This code has been written to enhance the ingame experience,
// adding dynamic scenarios instead of static ones.
///////////////////////////////////////////////////////////
#include maps\mp\_utility;
#include common_scripts\utility;
// ---------------------------------------------------------------------
// Init Script
// ---------------------------------------------------------------------
initdfs()
{
println("^1Initializing Zweimann's Dynamic Foliage System");
// There should be three different script_models: trees, foliage and grass, because they're
// treated in a different way.
// Consider Grass to grass (obviously) and to very small foliage elements
// Consider Foliage to midsize foliage
// classname: script_model
// targetname: <name>
// These names were used in Burma 1.1. Change them to whatever you want
level.dfs_tree_sm_name = "mytrees";
level.dfs_foliage_sm_name = "myfoliages";
level.dfs_grass_sm_name = "mygrass";
// You must set up here Strength of Wind, to simulate higher or lower sway
// on foliage and trees.
// 0 means no wind @ all
// 10 means A HURRICANE : )
// Recommended values: 0.3 to 0.6. Optimal value: 0.5;
// Obviously you can setup a dvar or whatever for this
level.dfs_wind_strength = 0.5;
// Let's start
foliage_animation();
grass_animation();
tree_animation();
}
// -----------------------------------------------------------------
// Main Scripts
// -----------------------------------------------------------------
tree_animation()
{
level endon("game_ended");
// Sway animation for Trees
// Slower, softer
entities = getentarray( level.dfs_tree_sm_name, "targetname" );
vpoint = level.dfs_wind_strength / 1.4;
vangles = level.dfs_wind_strength / 1.5;
vtime = ( 6 * ( 1 - level.dfs_wind_strength ) );
for( i = 0; i < entities.size; i++ )
{
factor = randomIntRange( 0, 10 );
if ( factor >= 5 )
mmfactor = 1;
else
mmfactor = -1;
vibvector = entities[i].origin + ( ( vpoint * mmfactor ), 0, 0 );
entities[i] vibrate( vibvector, vangles * mmfactor , vtime, ( ( level.timelimit * 1.2 ) * 60 ) );
// Tree is damageable now
entities[i] setcandamage(true);
// Trees are destroyable, so let's start their threads
entities[i] thread treethreads();
wait 0.005;
}
}
foliage_animation()
{
level endon("game_ended");
// Sway animation for Foliage
// Stronger
entities = getentarray( level.dfs_foliage_sm_name, "targetname" );
vpoint = level.dfs_wind_strength * 1.5;
vangles = level.dfs_wind_strength * 2;
vtime = ( ( 1 - level.dfs_wind_strength ) ) * 5;
mmfactor = 1;
for( i = 0; i < entities.size; i++ )
{
mmfactor *= -1;
vibvector = entities[i].origin + ( randomFloatRange( 0,90 ) * mmfactor , 0, 0 );
entities[i] vibrate( vibvector, ( vangles * mmfactor ) , vtime, ( ( level.timelimit * 1.2 ) * 60 ) );
wait 0.005;
}
}
grass_animation()
{
level endon("game_ended");
// Sway animation for Grass
// Strongest
entities = getentarray( level.dfs_grass_sm_name, "targetname" );
vpoint = level.dfs_wind_strength * 2;
vangles = level.dfs_wind_strength * 4;
vtime = ( ( 1 - level.dfs_wind_strength ) ) * 2.5;
mmfactor = 1;
for( i = 0; i < entities.size; i++ )
{
mmfactor *= -1;
vibvector = entities[i].origin + ( ( vpoint * mmfactor ), 0, 0 );
entities[i] vibrate( vibvector, ( vangles * mmfactor ) , vtime, ( ( level.timelimit * 1.2 ) * 60 ) );
wait 0.005;
}
}
treethreads()
{
level endon("game_ended");
self endon("broken");
while( !isDefined(self.broken) )
{
// You can even play with tagName if you place Trees/Palms with more than one tag
// Trees could be burned, broken and more.
// By the moment, they're destroyed and sunk down
self waittill("damage", damage, attacker, direction_vec, point, mod, modelName, tagName);
if ( mod != "MOD_RIFLE_BULLET" && mod != "MOD_PISTOL_BULLET" && mod != "MOD_MELEE" )
if ( damage > 50 )
self treefall();
}
}
// Code below is originally from CoD:WaW scripts
// Modified by Zweimann to fit our requirements
treefall()
{
yaw = randomint(360);
break_angles = (self.angles[0], yaw, self.angles[2]);
break_vector = anglesToForward(break_angles);
break_vector = vectorScale(break_vector, 100);
start = (self.origin + break_vector) + (0, 0, 512);
end = start + (0, 0, -1024);
trace = bulletTrace(start, end, false, self);
dist_vector = ((self.origin + break_vector) - trace["position"]);
dist = dist_vector[2];
velocity = 0;
travelled = 0;
lasttravelled = travelled;
count = 0;
lastcount = count;
while(travelled < dist)
{
velocity = velocity + 340;
lasttravelled = travelled;
travelled = travelled + velocity;
lastcount = count;
count++;
}
remainder = lasttravelled - dist;
if(remainder < 0)
remainder = remainder * -1;
if ( velocity != 0 )
time = lastcount + (remainder / velocity);
else
time = lastcount;
self moveGravity(break_vector, time);
self waittill("movedone");
vec = vectorNormalize(break_vector);
vec = vectorScale(vec, 320);
start = (self.origin + vec) + (0, 0, 1024);
end = start + (0, 0, -1024);
trace = bulletTrace(start, end, false, self);
ground = trace["position"];
treeup_vector = anglesToUp(self.angles);
treeup_angles = vectortoangles(treeup_vector);
rest_vector = ground - self.origin;
rest_angles = vectorToAngles(rest_vector);
treeorg = spawn("script_origin", self.origin);
treeorg.origin = self.origin;
treeorg.angles = (treeup_angles[0], rest_angles[1], rest_angles[2]);
self linkto(treeorg);
treeorg rotateTo(rest_angles, 1.15, .5, 0);
treeorg waittill("rotatedone");
treeorg rotatepitch(-2.5,.21,.05,.15);
treeorg waittill("rotatedone");
treeorg rotatepitch(2.5,.26,.15,.1);
treeorg waittill("rotatedone");
self unlink();
self.broken = 1;
self notify("broken");
self setcandamage(false);
}
|
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