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eventscripts.pas
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eventscripts.pas
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unit eventscripts;
interface
uses
Sysutils,
Direct3D9,
D3DX9,
Windows,
Math,
Typestuff,
PerlinNoise,
ojjektumok,
newsoundunit,
ParticleSystem;
type
TStickmanEvent = class (TObject)
protected
g_pD3Ddevice:IDirect3ddevice9;
public
error:integer;
vege:boolean;
phs,phstim:integer;
kivec:TD3DXVector3;
constructor Create;
procedure Phase(mi:integer);virtual;
procedure Step;virtual;
procedure RenderModels;virtual ;
//destructor Destroy;
end;
TSpaceshipEvent = class (TStickmanEvent)
protected
g_pD3Ddevice:IDirect3ddevice9;
g_pMesh:ID3DXMesh;
fotex,futotex,kekpirostex,csilltex:IDirect3DTexture9;
verts:array of Ttri;
vertbuf:IDirect3DVertexBuffer9;
automatic,betoltve:boolean;
futotim:single;
beaconpos,spcpos,vegpos:TD3DXvector3;
agpos,agvpos:array [0..49] of TD3DXVector3;
matrot:TD3DMatrix;
procedure fillvertbuf;
procedure nagyrobbanas(hol:TD3DXVector3);
procedure aghangok;
public
constructor Create(adevice : IDirect3ddevice9;auto:boolean;dir:string);
procedure Phase(mi:integer); override;
procedure Step; override;
procedure RenderModels; override;
destructor Destroy; override;
end;
Treactortores=record
vec1,vec2:TD3DXVector3;
elagazik:integer;
elozo:integer;
end;
TReactorEvent = class (TStickmanEvent)
protected
szikr_pos:array [0..9] of TD3DXVector3;
szikr_seb:array [0..9] of TD3DXVector3;
toresek:array of Treactortores;
re_pos:TD3DXVector3;
procedure alapeffect;
procedure sounds;
public
constructor Create(adevice : IDirect3ddevice9;are_pos:TD3DXVector3;dir:string);
procedure Phase(mi:integer); override;
procedure Step; override;
procedure RenderModels; override;
destructor Destroy; override;
end;
TPortalEvent = class (TStickmanEvent)
protected
framemesh:ID3DXMesh;
eventpos,beaconpos:TD3DXVector3;
darabok:array [0..7] of TD3DXVector3;
darabhely:array [0..7] of TD3DXVector3;
matrot:TD3DMatrix;
frametex:IDirect3DTexture9;
fordul,speed:single;
procedure sounds;
// procedure alapeffect;
// procedure sounds;
public
vege:boolean;
constructor Create(adevice : IDirect3ddevice9;auto:boolean;dir:string);
procedure Phase(mi:integer); override;
procedure Step; override;
procedure RenderModels; override;
destructor Destroy; override;
end;
implementation
constructor TStickmanEvent.Create;
begin
inherited create;
phs:=0;
phstim:=0;
vege:=false;
end;
procedure TStickmanEvent.Phase(mi:integer);
begin
//Virtaul
end;
procedure TStickmanEvent.Step;
begin
//Virtaul
end;
procedure TStickmanEvent.Rendermodels;
begin
//Virtaul
end;
constructor TPortalEvent.Create(adevice : IDirect3ddevice9;auto:boolean;dir:string);
var
a:integer;
iii:TD3DXVector3;
begin
inherited create;
g_pD3Ddevice:=adevice;
if not LTFF (g_pd3dDevice,'data/textures/frame.jpg',frametex) then
Exit;
if FAILED(D3DXLoadMeshFromX(PChar(dir+'portal.x'),0,g_pd3ddevice,nil,nil,nil,nil,framemesh)) then Exit;
if ATportalhely<>-1 then
eventpos:=ojjektumarr[ATportalhely].holvannak[0]
else
eventpos:=d3dxvector3(0,-100,0);
eventpos.z:=eventpos.z+7.5;
eventpos.y:=eventpos.y+18.5;
eventpos.x:=eventpos.x-9.7;
fordul:=0;
speed:=0;
matrot:=identmatr;
darabhely[0] := D3DXVector3(7,-2.64,-1);
darabhely[1] := D3DXVector3(9.5,-2.64,-6);
darabhely[2] := D3DXVector3(9,-2.64,-10);
darabhely[3] := D3DXVector3(10,-2.64,-5.5);
darabhely[4] := D3DXVector3(-5,-2.64,4);
darabhely[5] := D3DXVector3(-7.5,-2.64,-3);
darabhely[6] := D3DXVector3(-7,-2.64,-8.5);
darabhely[7] := D3DXVector3(9.5,-2.75,-17);
for a:=0 to 7 do begin
iii:= D3DXVector3(sin(a/4*D3DX_PI)*-2,0,cos(a/2*D3DX_PI)*-2); //-sin(a/16*D3DX_PI)*5
D3DXVec3Add(darabhely[a],darabhely[a],iii);
// darabhely[a] := iii;
end;
phase(0);
error := 0;
end;
procedure TPortalEvent.Phase(mi:integer);
var
vec1:TD3DXVector3;
begin
phs:=mi;
if (phs=1) then phstim:=0;
if phs=1 then
begin
speed:=0.0018;
vec1 := pantheonPos;
playsound(40,false,phstim,false,vec1);
end;
end;
procedure TPortalEvent.Rendermodels;
var
a:integer;
szint:single;
hely,tmp:TD3DXVector3;
mat,mat1,mat2,mat3:TD3DMatrix;
begin
g_pd3dDevice.SetTextureStageState(0, D3DTSS_COLOROP, D3DTOP_SELECTARG1 );
g_pd3ddevice.settexture(0,frametex);
if framemesh=nil then exit;
if phs>1 then
begin
mat2 := matrot;
D3DXMatrixTranslation(mat1,eventpos.x,eventpos.y,eventpos.z);
D3DXMatrixScaling(mat2,3.2,3.2,3.2);
D3DXMatrixMultiply(mat,mat2,mat1);
D3DXMatrixRotationZ(mat2,D3DX_PI*0.5);
//D3DXMatrixRotationX(mat2,D3DX_PI*-0.5);
D3DXMatrixMultiply(mat,mat2,mat);
g_pd3ddevice.SetTransform(D3DTS_WORLD,mat);
g_pd3ddevice.settexture(0,frametex);
for a:=0 to 7 do
begin
mat2 :=matrot;
D3DXMatrixRotationY(mat2,D3DX_PI*0.25*a+fordul);
D3DXMatrixMultiply(mat3,mat2,mat);
g_pd3ddevice.SetTransform(D3DTS_WORLD,mat3);
framemesh.DrawSubset(0);
end;
end
else
begin
for a:=0 to 7 do
begin
szint:=(phstim-a*250)/250;
if szint>1 then szint:=1;
if szint<0 then szint:=0;
szint:=szint*szint;
mat2 := matrot;
D3DXVec3Add(tmp,darabhely[a],eventpos);
D3DXVec3Lerp(hely,tmp,eventpos,szint);
D3DXMatrixTranslation(mat1,hely.x,hely.y,hely.z);
D3DXMatrixScaling(mat2,3.2,3.2,3.2);
D3DXMatrixRotationX(mat2,D3DX_PI/2);
D3DXMatrixMultiply(mat,mat2,mat1);
g_pd3ddevice.SetTransform(D3DTS_WORLD,mat);
g_pd3ddevice.settexture(0,frametex);
mat2 :=matrot;
D3DXMatrixRotationY(mat2,D3DX_PI*0.25*a+fordul*szint);
D3DXMatrixMultiply(mat3,mat2,mat);
g_pd3ddevice.SetTransform(D3DTS_WORLD,mat3);
framemesh.DrawSubset(0);
end;
end;
//framemesh.DrawSubset(1);
end;
procedure TPortalEvent.sounds;
begin
if (phs=1) and ((phstim) mod 250=0) and (phstim>200) then
playsound(35,false,phstim,false,eventpos);
if phstim = 2000 then
playsound(37,false,555,true,eventpos);
if phstim = 3350 then
playsound(36,false,556,true,eventpos);
end;
procedure TPortalEvent.Step;
var
m,i:integer;
vec1,vec2,plsvec:TD3DXVector3;
x,y:single;
atav:single;
begin
sounds;
m:=0;
case phs of
//0 - darabokban hever, külsõ indítás
1:m:=2000; //helyére másznak, lassan fordul
2:m:=3350; //gyorsul,néhány részecske
3:m:=7000; //kialakul az örvény, megnyílik a cucc
end;
if phstim>7000 then m:=3;
if (phs<>0) and (phstim>m) then phase(phs+1);
if phs=0 then phstim:=0;
if (phs=2) and (speed<0.012) then speed:=speed+0.00001;
if phstim=2000 then
for i:=0 to 32 do begin
vec1 := D3DXVector3(sin(i/16*D3DX_PI)*3,cos(i/16*D3DX_PI)*3,0);
D3DXVec3Add(vec1,eventpos,vec1);
Particlesystem_add(simpleparticleCreate(vec1,D3DXVector3(0,0,0),2,2,0,$FFFFFFFF,300))
end;
if phstim=2300 then
for i:=0 to 32 do begin
vec1 := D3DXVector3(sin(i/16*D3DX_PI)*3,cos(i/16*D3DX_PI)*3,0);
D3DXVec3Add(vec1,eventpos,vec1);
Particlesystem_add(simpleparticleCreate(vec1,D3DXVector3(0,0,0),2,2,$FFFFFFFF,0,300))
end;
atav:=tavpointpointsq(eventpos,d3dxvector3(cpx^,cpy^,cpz^));
if (atav<sqr(100*opt_particle)) then
if (phs=3) or ( ((phs=2) and (random(2000)<phstim-2000))) then
begin
vec1 := D3DXVector3(0,cos(fordul+D3DX_PI*0.25*(phstim mod 8))*3,sin(fordul+D3DX_PI*0.25*(phstim mod 8))*3);
D3DXVec3Add(vec1,eventpos,vec1);
Particlesystem_add(simpleparticleCreate(vec1,D3DXVector3(0.05,0,0),0.2,0.02,$FF00FFFF,0,200));
end;
if (atav<sqr(100*opt_particle)) then
if (phs=3) and ((phstim mod 10) = 0) then
begin
plsvec.x:=random(200)-100;
plsvec.z:=random(200)-100;
plsvec.y:=random(200)-100;
fastvec3normalize(plsvec);
plsvec.x:=plsvec.x*2;
plsvec.y:=plsvec.z*2;
plsvec.z:=plsvec.z*2;
D3DXVec3Add(vec2,eventpos,plsvec);
// Particlesystem_Add_Villam(vec2,plsvec,0.2,0.25,5,0.1,$FFfffdce,100);
end;
if (atav<sqr(100*opt_particle)) then
if (phs=3) and ((phstim mod 2) = 0) then
begin
x:=cos(-fordul/2+D3DX_PI*0.1176*(phstim mod 17))*3;
y:=sin(-fordul/2+D3DX_PI*0.1176*(phstim mod 17))*3;
vec1 := D3DXVector3(0,x,y);
D3DXVec3Add(vec1,eventpos,vec1);
vec2.x := 0.035;
vec2.y := x*-0.004;
vec2.z := y*-0.004;
Particlesystem_add(simpleparticleCreate(vec1,vec2,0.2+random(10)/10,0.02,$FF00FFFF,0,220));
if ((phstim mod 30) = 0) then
Particlesystem_add(fenykorcreate(eventpos,D3DXVector3(0.04,0,0),d3dxvector3(0,1,0),d3dxvector3(0,0,1),2.85,2.85,0.3,$8866FFFF,0,300));
end;
if phs=3 then speed:=0.02;
fordul:= (fordul+D3DX_PI*speed);
if fordul>4*D3DX_PI then fordul:=0;
if phstim>6000 then phstim:=phstim-1000;
inc(phstim);
end;
destructor TPortalEvent.Destroy;
begin
framemesh:=nil;
g_pd3ddevice:=nil;
inherited;
end;
// data\event\
constructor TSpaceshipEvent.Create(adevice : IDirect3ddevice9;auto:boolean;dir:string);
var
tempmesh:ID3DXMesh;
fc:TD3DXVector3;
adj:pointer;
pVert:Pcustomvertexarray;
pInd:Pwordarray;
pattr:Pdwordarray;
vmi,vma,tmp:TD3DXVector3;
scl:single;
i,j:integer;
trinum:integer;
tmptri:Ttri;
begin
inherited create;
betoltve:=false;
vege:=true;
g_pD3Ddevice:=adevice;
if not LTFF (g_pd3dDevice,'data\textures\metal003.bmp',fotex) then
Exit;
if not LTFF (g_pd3dDevice,dir+'kekpiros.bmp',kekpirostex) then
Exit;
if not LTFF (g_pd3dDevice,dir+'futofeny.png',futotex) then
Exit;
if not LTFF (g_pd3dDevice,dir+'csill.bmp',csilltex) then
Exit;
if FAILED(D3DXLoadMeshFromX(PChar(dir+'spcshp.x'),0,g_pd3ddevice,nil,nil,nil,nil,tempmesh)) then exit;
if FAILED(tempmesh.CloneMeshFVF(0,D3DFVF_CUSTOMVERTEX,g_pd3ddevice,g_pMesh)) then exit;
if tempmesh<>nil then tempmesh:=nil;
g_pMesh.LockVertexBuffer(0,pointer(pvert));
D3DXComputeboundingbox(pointer(pvert),g_pMesh.GetNumVertices,g_pMesh.GetNumBytesPerVertex,vmi,vma);
scl:=max(vma.x-vmi.x,max(vma.y-vmi.y,vma.z-vmi.z));
scl:=scl/100;
d3dxvec3subtract(fc,vma,vmi);
d3dxvec3scale(fc,fc,-0.5/scl);
for i:=0 to g_pMesh.GetNumVertices-1 do
begin
tmp.z:=(pvert[i].position.z-vmi.z)/scl;
tmp.y:=(pvert[i].position.y-vmi.y)/scl;
tmp.x:=(pvert[i].position.x-vmi.x)/scl;
pvert[i].color:=RGB(200,200,200);
d3dxvec3add(pvert[i].position,tmp,fc);
end;
g_pMesh.UnlockVertexBuffer;
getmem(adj,g_pmesh.getnumfaces*12);
g_pMesh.generateadjacency(0.001,adj);
D3DXComputenormals(g_pMesh,adj);
freemem(adj);
if FAILED(g_pMesh.LockVertexBuffer(0,pointer(pvert))) then exit;
if FAILED(g_pMesh.LockIndexBuffer(D3DLOCK_READONLY,pointer(pind))) then exit;
if FAILED(g_pMesh.LockAttributeBuffer(D3DLOCK_READONLY,pdword(pattr))) then exit;
trinum:=g_pMesh.GetNumFaces;
setlength(verts,trinum);
j:=0;
for i:=0 to trinum-1 do
if pattr[i]<>3 then
begin
verts[j,0]:=pvert[pind[i*3+0]].position;
verts[j,1]:=pvert[pind[i*3+1]].position;
verts[j,2]:=pvert[pind[i*3+2]].position;
j:=j+1;
end;
trinum:=j;
setlength(verts,trinum);
g_pMesh.UnlockVertexBuffer;
g_pMesh.UnlockIndexBuffer;
g_pMesh.UnlockAttributeBuffer;
for i:=0 to trinum-2 do
for j:=i to trinum-1 do
//if (verts[i,0].x+verts[i,0].y)>(verts[j,0].x+verts[j,0].y) then
if random(2)=0 then
begin
tmptri:=verts[i];
verts[i]:=verts[j];
verts[j]:=tmptri;
end;
if FAILED(g_pd3dDevice.CreateVertexBuffer(trinum*3*sizeof(Tcoloredvert),
D3DUSAGE_WRITEONLY+D3DUSAGE_DYNAMIC, D3DFVF_COLOREDVERTEX,
D3DPOOL_DEFAULT, vertbuf, nil)) then exit;
betoltve:=true;
beaconpos:=pantheonPos;
beaconpos.x:=beaconpos.x-300;
beaconpos.y:=beaconpos.y+30;
vegpos:=DNSVec;
vegpos.x:=vegpos.x-200;
// vegpos.y:=beaconpos.y;
vege:=false;
automatic:=auto;
zeromemory(@agpos,sizeof(agpos));
zeromemory(@agvpos,sizeof(agvpos));
matrot:=identmatr;
futotim:=0;
phase(0);
end;
procedure TSpaceshipEvent.Phase(mi:integer);
var
i:integer;
v1,v2,pos,vec1,vec2:TD3DXVector3;
t:TD3DXVector3;
col:byte;
begin
phs:=mi;
phstim:=0;
if mi=7 then
begin
for i:=0 to 50 do
begin
spcpos:=vegpos;
vec1:=vegpos;
randomplus(vec1,phstim,5);
vec2:=vec1;
vec2.x:=vec2.x+150;
Particlesystem_add(fenycsikcreate(vec1,vec2,(60-i) div 5,$001020A0,10+i));
end;
end;
if mi=9 then
begin
playsound(28,false,120,true,vegpos);
setsoundproperties(28,120,0,5000,true,vegpos);
end;
if mi=10 then
begin
for i:=0 to 10 do
begin
v1:=D3DXVector3(0,(random(100)-50)/100,6);
v2:=D3DXVector3(6,(random(100)-50)/100,0);
// v1:=randomvec(i*10,0.1);
// v2:=randomvec(i*10+3,0.1);
Particlesystem_add(fenykorCreate(spcpos,randomvec(i*3.5,0.05),
v1,v2,10,3000,0.5,$A0B02010,0,100));
end;
for i:=0 to 20 do
begin
v1:=randomvec(i*3+animstat,40);
d3dxvec3add(v1,v1,spcpos);
Particlesystem_add(fenycsik2Create(spcpos,v1,1,$FFFFFFFF,0,200+random(500)));
end;
for i:=0 to 50 do
begin
t:=randomvec(animstat*2+i*3,1.5);
col:=round((-t.x+t.y)*80+70);
Particlesystem_add(ExpsebparticleCreate(spcpos,t,random(100)/100+4.0,4.0,0.95,$FF000000+$20100*col {(random(50))},$00000000,random(500)+100));
end;
for i:=0 to 300 do
begin
t:=randomvec(animstat*2+i*3,1.5);
d3dxvec3scale(t,t,2*fastinvsqrt(d3dxvec3lengthsq(t)));
pos:=D3DXVector3(spcpos.x-t.x*10,spcpos.y-t.y*10,spcpos.z-t.z*10);
pos:=spcpos;
Particlesystem_add(ExpsebparticleCreate(pos,t,10.0,10.0,1-min(abs(t.y)/20,0.05),$10A02010,$00000000,random(50)+200));
end;
vege:=true;
end;
stopsound(31,123);
stopsound(31,124);
stopsound(31,1235);
end;
procedure TSpaceshipevent.aghangok;
var
sorrend:array [0..5] of shortint;
sortav:array [0..5] of single;
i,j,k:integer;
tt:single;
begin
//admingömbök
for i:=0 to 2 do
begin
sorrend[i]:=-1;
sortav[i]:=100000;
end;
//Legközelebbi 6
for i:=0 to high(agpos) do
begin
tt:=tavpointpointsq(agpos[i],campos);
for j:=0 to 2 do
begin
if tt<sortav[j] then
begin
for k:=5 downto j+1 do
begin
sortav[k]:=sortav[k-1];
sorrend[k]:=sorrend[k-1];
end;
sortav[j]:=tt;
sorrend[j]:=i;
break;
end;
end;
end;
for i:=0 to 2 do
if sorrend[i]>=0 then
begin
if phstim<i*10 then break;
playsound(15,false,i+123,false,agpos[sorrend[i]]);
//d3dxvec3subtract(tmp,agpos[sorrend[i]],agvpos[sorrend[i]]);
//d3dxvec3scale(tmp,tmp,-1000);
// setsoundvelocity(15,i,tmp);
setsoundproperties(15,i+123,0,round(15000+10000*perlin.Noise1D(phstim/100+i*3)+phstim*15),true,D3DXVector3zero);
end
else
StopSound(30,i);
end;
procedure TSpaceshipEvent.nagyrobbanas(hol:TD3DXVector3);
var
i:integer;
t:TD3DXVector3;
col:byte;
begin
for i:=0 to 50 do
begin
t:=hol;
randomplus(t,animstat*10+i,15);
Particlesystem_add(SimpleparticleCreate(t,randomvec(animstat*10+i,0.05),5,0,$00FFFF00,$01FF2010,random(20)+20));
end;
for i:=0 to 100 do
begin
t:=randomvec(animstat*2+i*3,1.5);
col:=round((-t.x+t.y)*80+70);
Particlesystem_add(ExpsebparticleCreate(hol,t,random(100)/100+3.0,3.0,0.95,$FF000000+$20100*col {(random(50))},$00000000,random(50)+20));
end;
if random(3)=0 then
begin
playsound(17,false,phstim,true,hol);
setsoundproperties(17,phstim,-1000,11000+random(22000),true,hol);
end;
end;
procedure TSpaceshipEvent.Step;
var
m,i,j:integer;
rnd,tmp:TD3DXVector3;
vec1,vec2:TD3DXVector3;
r2:single;
sng:single;
lfac:single;
ap,eap:TD3DXVector3;
plsvec:TD3DXVector3;
begin
{
0: kis világító bigyó
1:teleportálás
2: megjelenik és elindul
3: megáll és néz
4: lõ kicsit
5: lõ noobot
6: tölt
7: lõ
8: admin lõ 50 kis golyót
9: robbanás
10: destroy
}
m:=0;
if automatic then
case phs of
0:m:=7000; //7000-re vissza!!!!!!!!444négy4
1:m:=1000;
2:m:=1000;
3:m:=1500;
4:m:=1000;
5:m:=1000;
6:m:=500;
7:m:=700;
8:m:=1500;
9:m:=1200;
end;
if phstim>m then phase(phs+1);
if (phs=0) or (phs=1) then
begin
//fekete lik
spcpos:=beaconpos;
vec1:=beaconpos;
vec1.y:=vec1.y+30;
vec1.x:=vec1.x+1;
if (phstim mod 4)=0 then
Particlesystem_add(fenykorCreate(vec1,randomvec(phstim,0.1),
D3DXVector3(0,0,1),D3DXVector3(2.4,0,0),23,35,0.1,$FF000000,0,100));
if (phstim mod 4)=0 then
begin
plsvec.x:=random(200)-100;
plsvec.z:=random(200)-100;
plsvec.y:=0;
fastvec3normalize(plsvec);
plsvec.x:=plsvec.x*5;
plsvec.z:=plsvec.z*5;
vec1.x:=vec1.x+plsvec.x*10;
vec1.z:=vec1.z+plsvec.z*4;
Particlesystem_Add_Villam(vec1,plsvec,5,0.25,5,1,$FF000000,20);
end;
end;
if phs=1 then
begin
//megjelenik
spcpos:=beaconpos;
end;
if phs=2 then
begin
//elindul
//két alfázis: elindul
D3DXVec3lerp(spcpos,beaconpos,vegpos,min(phstim/1000,1));
//500/50=200/20
rnd:=randomvec((phstim-1000)/100,1500/400);
D3DXVec3add(spcpos,spcpos,rnd);
D3DXVec3lerp(spcpos,beaconpos,spcpos,min(phstim/300,1));
end;
if phs=3 then
begin
//3: megáll és néz
rnd:=randomvec(phstim/100,(1500-phstim)/400);
D3DXVec3add(spcpos,vegpos,rnd);
end;
if phs=4 then
begin
//lõ kis lézereket
spcpos:=vegpos;
if phstim<800 then
if (phstim mod 10)=0 then
begin
vec1:=vegpos;
vec1.z:=vec1.z+40*(random(2)-0.5);
randomplus(vec1,phstim,1);
vec2:=vec1;
vec2.x:=vec2.x+150;
randomplus(vec2,phstim+100,20);
vec2.x:=vec1.x+150;
Particlesystem_add(fenycsikcreate(vec1,vec2,0.5,$A0FF1010,50));
Particlesystem_add(fenycsikcreate(vec1,vec2,0.2,$A0A0A0A0,50));
Particlesystem_add(simpleparticleCreate(vec2,D3DXvector3zero,1,10,$FFFF3030,0,70));
playsound(29,false,phstim,true,vec1);
// setSoundProperties(29,phstim,0,40000,true,D3DXVector3Zero)
end;
if phstim=1100 then playsound(33,false,phstim,true,spcpos);
end;
if phs=5 then
begin
//lõ noobokat
//... gondolom fõprogramban
spcpos:=vegpos;
kivec:=spcpos;
kivec.y:=kivec.y-1;
kivec.x:=kivec.x+40;
kivec.z:=kivec.z+(random(2)-0.5)*2*(10+random(5));
if phstim=800 then playsound(33,false,phstim,true,spcpos);
end;
if phs=6 then
begin
spcpos:=vegpos;
playsound(31,true,123,true,spcpos);
setsoundproperties(31,123,-200,22000+100*phstim,true,spcpos);
end;
if (phs>=6) and (phs<=8) then
begin
// töltés effekt
tmp:=D3DXVector3(vegpos.x+random(phstim div 10)-10,vegpos.y,vegpos.z);
Particlesystem_add(SimpleparticleCreate(tmp,D3DXvector3zero,5.0,4.0,$00C05025,0,40));
for j:=0 to 2 do
begin
if (phs=6) then if j*150>phstim then break;
vec1:=D3DXVector3(spcpos.x+9.7+j*7.7,spcpos.y+11,spcpos.z+9);
vec2:=D3DXVector3(spcpos.x+9.7+j*7.7,spcpos.y-11,spcpos.z-9);
for i:=0 to 9 do
begin
d3dxvec3lerp(ap,vec1,vec2,i/10);
randomplus(ap,phstim*0.5,(5-abs(i-5)));
d3dxvec3lerp(eap,vec1,vec2,(i+1)/10);
randomplus(eap,phstim*0.5,(5-abs(i-4)));
Particlesystem_add(fenycsikcreate(ap,eap,(6-abs(i-4.5))*0.2,$00B04020,5));
end;
vec1:=D3DXVector3(spcpos.x+9.7+j*7.7,spcpos.y+11,spcpos.z-9);
vec2:=D3DXVector3(spcpos.x+9.7+j*7.7,spcpos.y-11,spcpos.z+9);
for i:=0 to 9 do
begin
d3dxvec3lerp(ap,vec1,vec2,i/10);
randomplus(ap,phstim*0.5,(5-abs(i-5)));
d3dxvec3lerp(eap,vec1,vec2,(i+1)/10);
randomplus(eap,phstim*0.5,(5-abs(i-4)));
Particlesystem_add(fenycsikcreate(ap,eap,(6-abs(i-4.5))*0.2,$00B04020,5));
end;
end;
end;
if (phs=7) or (phs=8) then
begin
// lõ
spcpos:=vegpos;
vec1:=vegpos;
randomplus(vec1,phstim,5);
vec2:=vec1;
vec2.x:=vec2.x+150;
Particlesystem_add(fenycsikcreate(vec1,vec2,3,$00A02010,20));
Particlesystem_add(simpleparticleCreate(vec2,D3DXvector3zero,10.0,10.0,$00C05025,0,20));
vec1:=vegpos;
vec2:=vec1;
vec2.x:=vec2.x+150;
for i:=3 to 9 do
begin
d3dxvec3lerp(ap,vec1,vec2,i/10);
randomplus(ap,phstim,15);
d3dxvec3lerp(eap,vec1,vec2,(i+1)/10);
randomplus(eap,phstim,15);
Particlesystem_add(fenycsikcreate(ap,eap,0.3,$00B04020,20));
end;
r2:=tavpointpoint(vec2,DNSVec);
ap:=vec2;
for i:=0 to 10 do
begin
eap:=ap;
randomplus(ap,animstat+i*0.1,40);
d3dxvec3subtract(ap,ap,DNSVec);
d3dxvec3scale(ap,ap,fastinvsqrt(d3dxvec3lengthsq(ap))*r2);
d3dxvec3add(ap,ap,DNSvec);
Particlesystem_add(fenycsikcreate(eap,ap,(10-i)/3,colorlerp($00A02010,0,i/20),i*2+2));
end;
playsound(31,true,123,true,vec1);
setsoundproperties(31,123,0,0,true,spcpos);
if phstim>20 then
playsound(31,true,124,true,vec2);
end;
if phs=8 then
begin
// admin lõ 50 kis golyót
// 3 alfázis: fellövés, iránytartás,becsapódás
agvpos:=agpos;
for i:=0 to high(agpos) do
begin
vec1:=pantheonPos;
vec1.y:=vec1.y-i*5+phstim*3;
vec2:=randomvec(phstim*0.01+i*200,1);
fastvec3normalize(vec2);
if phstim>1000+i*5 then d3dxvec3scale(vec2,vec2,(100+1500-phstim)/(500-i*5));
vec2:=D3DXVector3(vec2.x*90+vegpos.x,vec2.y*30+vegpos.y,vec2.z*60+vegpos.z);
lfac:=(phstim*3-i*5-150)/500;
if lfac<0 then lfac:=0;
if lfac>1 then lfac:=1;
D3DXVec3lerp(agpos[i],vec1,vec2,lfac);
Particlesystem_add(Simpleparticlecreate(agpos[i],
D3DXVector3Zero,
3,0,$00606060,$00000060,20));
end;
if (random(10)=0) then
if phstim>1250 then
begin
nagyrobbanas(D3DXVector3(vegpos.x+random(100)-50,vegpos.y+random(16)-8,vegpos.z+random(40)-20));
end;
aghangok;
end;
if phs=9 then
begin
// 7: robbanás és esés
D3DXVec3subtract(spcpos,vegpos,D3DXVector3(-sqr(phstim/2000)*vegpos.y,sqr(phstim/2000)*vegpos.y,sqr(phstim/2000)*vegpos.y));
sng:=1-1/(phstim*0.003+1);
D3DXMatrixRotationAxis(matrot,D3DXVector3(1,0,1),-sng*0.7);
if (random(5)=0) or (phstim<3) then
if phstim<800 then
begin
d3dxvec3transformcoord(vec1,D3DXVector3(random(100)-50,random(16)-8,random(40)-20),matrot);
d3dxvec3add(vec1,vec1,spcpos);
nagyrobbanas(vec1);
end
else
begin
plsvec:=randomvec(phstim,1);
fastvec3normalize(plsvec);
d3dxvec3scale(plsvec,plsvec,7);
Particlesystem_Add_Villam(spcpos,plsvec,7,0.25,5,1,$FFFFFFFF,20);
end;
if (phstim=1200-450) then
playsound(32,false,12345,true,spcpos);
end;
if (phs>1) and (phs<9) then
begin
playsound(30,false,123,true,spcpos);
//setsoundproperties(30,123,0,10000,true,spcpos);
end;
if phs<=1 then
begin
vec1:=beaconpos;
vec1.y:=beaconpos.y+30;
playsound(31,true,1235,true,vec1);
end
else
stopsound(31,1235);
inc(phstim);
futotim:=futotim+0.03;
end;
procedure TSpaceshipEvent.fillvertbuf;
var
i,j:integer;
pvert:PColoredVertArray;
tmp:TD3DXVector3;
pls:single;
alph:byte;
col2:cardinal;
begin
vertbuf.Lock(0,0,pointer(pvert),D3DLOCK_DISCARD);
if phs=1 then
for i:=0 to high(verts) do
for j:=0 to 2 do
begin
tmp:=verts[i,j];
pls:=max(i/6+30-phstim,0);
tmp.y:=tmp.y+pls;
alph:=round(255*
(1-min(pls,30)/30)*
min(max((phstim/700),0.5),1)
);
if phstim>745then alph:=max(round((1000-phstim)),0);
pvert[i*3+j].position:=tmp;
d3dxvec3scale(tmp,tmp,0.1);
pvert[i*3+j].col:=$01000000*alph+colorlerp(0,round((perlin.Noise(tmp.x,tmp.y+phstim/20,tmp.z)+1.1)*120) shl 16,alph/255);
end
else
for i:=0 to high(verts) do
for j:=0 to 2 do
begin
tmp:=verts[i,j];
if phstim>900 then
begin
//randomplus(tmp,phstim/100,(phstim-900)/2);
pls:=1+perlin.Noise(tmp.x/20,tmp.y/20+phstim/20,tmp.z/20)*(phstim-900)*0.02;
d3dxvec3scale(tmp,tmp,pls*(1200-phstim)/300);
pvert[i*3+j].position:=tmp;
d3dxvec3scale(tmp,tmp,0.1);
col2:=$FFFF0000+round((perlin.Noise(tmp.x,tmp.y+phstim/200,tmp.z)+1.1)*120)*$0101;
pvert[i*3+j].col:=colorlerp(col2,0,max(0,min(abs(1-pls),1)));
end
else
begin
pvert[i*3+j].position:=tmp;
d3dxvec3scale(tmp,tmp,0.1);
col2:=$FFFF0000+round((perlin.Noise(tmp.x,tmp.y+phstim/200,tmp.z)+1.1)*120)*$0101;
pvert[i*3+j].col:=colorlerp(0,col2,min((phstim-800)/100,1));
end;
end;
g_pMesh.UnlockVertexBuffer;
end;
procedure TSpaceshipEvent.RenderModels;
var
mat,mat1,mat2:TD3DMatrix;
begin
if (phs>1) and ((phs<9) or (phstim<900)) or ((phs=1) and (phstim>745)) then
begin
g_pd3dDevice.SetTextureStageState(0, D3DTSS_COLOROP, D3DTOP_MODULATE );
D3DXMatrixTranslation(mat1,spcpos.x,spcpos.y,spcpos.z);
D3DXMatrixMultiply(mat,matrot,mat1);
g_pd3ddevice.SetTransform(D3DTS_WORLD,mat);
g_pd3ddevice.settexture(0,fotex);
g_pmesh.DrawSubset(0);
g_pd3dDevice.SetTextureStageState(0, D3DTSS_TEXTURETRANSFORMFLAGS, D3DTTFF_COUNT2);
mat1:=identmatr;