Same problem here - In the meantime, if you want to test the demo without the bloom effect(and perhaps other effects as well...) just replace the "techex.wdl" code with this(same script only with the render parts commented out):
Code:
var video_mode = 8; // screen size 640x480
var video_depth = 32; // 32 bit colour D3D mode
string level_str = <techex.WMB>; // give file names in angular brackets
dllfunction prototype;
dllfunction render_backbuffer(entity);
function main()
{
level_load(level_str);
freeze_mode = 1;
wait(4);
freeze_mode = 0;
//screengrab();
}
// Shader Part
var light_dist=700; //this is how far away form a light it will be visible.
action light_pos_object
{
wait(5);
my.invisible=on;
my.passable=on;
my.lightrange=700; //could be set also to a skill
my.red=128; //just put in the r,g,b values
my.green=128;
my.blue=128;
my.cast=on; //casts a shadow when on
}
//******************
bmap env_bmp=<env_map.bmp>;
bmap castle1_walls = <castle1_walls_t.tga>;
bmap castle1_walls_tDOT3 = <castle1_walls_tDOT3.tga>;
bmap castle1_walls_tH = <castle1_walls_tHeight.tga>;
material castle1_walls_t
{
skin2 = castle1_walls_tDOT3 ;
skin3 = castle1_walls_tH ;
flags = tangent;
}
material castle1_walls_2
{
skin1 = castle1_walls_tDOT3 ;
flags = tangent;
}
material castle1_walls_3
{
skin1 = castle1_walls_tDOT3 ;
flags = tangent;
}
material castle1_walls_4
{
skin1 = castle1_walls_tDOT3 ;
skin3 = castle1_walls;
skin4 = env_bmp ;
flags = tangent;
}
/*
/////////////////////////
// Bloom
material mat_bloom
{
}
entity glow_quad
{
type = <grey.TGA>; //128*128 works best but can be any size
//this entity is always invisible..
}
entity glow_quad_view
{
type = <grey.TGA>;
layer = 2; // display above view entities with layer 1
view = CAMERA; // same camera parameters as the default view
// set the x position according to the texture size..
// x = 36; // for 32
// x = 72; // for 64
x = 145; // for 128
y = 0; //center horzontally
z = 0; // and center vertically
}
function map_glow()
{
me=glow_quad_view;
my.ambient=10;
my.transparent=on;
my.bright=on;
my.alpha=50;
my.visible=on;
my.material=mat_bloom;
my.scale_x=1.33; //this scales it to screen proportions..
while(1)
{
//sets material skin1 to the rendered view tex
mat_bloom.skin1=bmap_for_entity(glow_quad,0);
wait(1);
}
}
function screengrab()
{
wait(20);
me=glow_quad;
map_glow();
while(1)
{
render_backbuffer(me);
wait(1);
}
}
*/
///////////////////
// Toon Shading
// Normaliser cubemap sprite
bmap bmp_normalizationcube=<tsnormalise.tga>;
// Paint shade map for toonshader
bmap bmp_tstonemap=<ts2tone.tga>; // <<< CHANGE THIS TO CHANGE PAINT SHADING
function mat_toon_init
{
bmap_to_cubemap(mtl.skin1);
}
material mat_toon
{
skin1=bmp_normalizationcube; // This is the normalisation cubemap created by the starter function
skin2=bmp_tstonemap;
flags=tangent;
event = mat_toon_init;
}
action Shader_Toon
{
//my.shadow = on;
//my.cast = on;
my.material = mat_toon;
render_shadows();
}
/*******************************************************
softshadows.wdl
(c)2005 Matt Aufderheide
*******************************************************/
string my_file;
string empty="";
string sourcefile;
entity* temp_ent;
var VecTo[3];
var VecFrom[3];
//change this for different LOD versions..
//here I am using the LOD 0 file ..
//however if you want, you can change it 1,2,3 to always have a
//low res model as your shadow..however it seems to work fine this way if you have LODs
//if you dont have LOD change this string to simply ".mdl"
string control_file="e.mdl";
//i have included this tga file
bmap softshadow_bmap = <shadow_color.tga>;
material mat_softshadows{}
//flatten the shadow to the ground normals
function shadow_to_normal()
{
temp_ent = YOU;
trace_mode = IGNORE_PASSENTS+ IGNORE_ME+ IGNORE_YOU+ IGNORE_MODELS;
vec_set(vecFrom,YOU.X);
vec_set(vecTo,vecFrom);
vecTo.Z -= 500;
result = trace(vecFrom,vecTo);
YOU = temp_ent; // YOU (the entity itself) is changed by SONAR
if(result > 0)
{
// place shadow 2 quants above the floor
MY.z = YOU.z - RESULT + 2; //YOUR.min_z*/ + 2 - RESULT;
MY.x = YOU.x;
MY.y = YOU.y;
// adapt shadow orientation to floor slope
if ((NORMAL.x != 0) || (NORMAL.y != 0))
{ // we're on a slope
// conform shadow to slope
MY.PAN = 0;
MY.tilt = - asin(NORMAL.x);
MY.roll = - asin(NORMAL.y);
temp.pan = YOU.PAN;
temp.tilt = 0;
temp.roll = 0;
rotate(my,temp,nullvector);
}
else
{
MY.pan = YOU.pan;
MY.tilt = 0; // set it flat onto the floor
MY.roll = 0;
}
}
}
//this function controls the far disnace you can see shadow
function shadow_vis()
{
while(me)
{
if (vec_dist(my.x,camera.x) > 1000) //adjust this dist here
{
my.invisible=on;
}
else
{
my.invisible=off;
}
wait(10+(random(5)));
}
}
//animate and move the shadow mesh
function shadow_mesh()
{
my.scale_x=your.scale_x;
my.scale_y=your.scale_y;
my.scale_z=your.scale_z;
my.scale_z*=0.01;
my.passable=on;
my.push=-1;
my.ambient=0;
my.transparent=on;
my.flare=on;
my.passable=on;
my.push=-1;
shadow_vis();
my.material=mat_softshadows;
mat_softshadows.skin1=softshadow_bmap;
my.skill41=float(0.4); // adjust this to increase blurriness..
while(me)
{
if you!=null
{
my.frame=your.frame;
my.next_frame=your.next_frame;
shadow_to_normal();
}
if you==null
{
ent_remove(me);
}
wait(1);
}
}
function render_shadows()
{
str_cpy(my_file,empty);
str_for_entfile (sourcefile, me);
str_trunc(sourcefile,5);
str_cpy(my_file,sourcefile);
str_cat(my_file,control_file);
ent_create(my_file,my.x,shadow_mesh);
}
///////////////////////
// Load Shaders
starter load_shaders()
{
d3d_automaterial=1;
effect_load(castle1_walls_t,"parallax.fx");
effect_load(castle1_walls_2,"normalmap_level_ps20.fx");
effect_load(castle1_walls_4,"spec_mapworld.fx");
effect_load(castle1_walls_3,"bumpmap.fx");
//effect_load(mat_bloom,"bloom.fx");
effect_load(mat_toon,"toon.fx");
effect_load(mat_softshadows,"softshadow.fx");
}
Thanks for the great demo Matt!
