Graphics3D 640,480,0,2
SetBuffer BackBuffer()
Dither 0
Dim plane#(0,0)
Dim noise#(0)
Global pivot,camera,mxs#,mys#,Light,timer3

Const gravitation#=9.8

pivot=CreatePivot()
PositionEntity pivot,0,3,-10
camera=CreateCamera(pivot)
CameraClsColor camera,0,75,151
light=CreateLight()
MeshLight=CreateSphere(6,light)
;ScaleMesh meshlight,0.3,0.3,0.3
EntityFX meshlight,1
AmbientLight 15,15,15

mesh=CreateWaterPlane(36,36,3,3)
PrepareWaterData(mesh)

While Not ((KeyDown(56) And KeyHit(62)) Or (KeyHit(56) And KeyDown(62)) Or KeyHit(1))
timer3=MilliSecs()
PointEntity light,mesh
PositionEntity light,25*Sin(MilliSecs()/30),25,25*Cos(MilliSecs()/30)
UpdateWaterPlane(0.5,0.2,0.7,mesh)
UpdateWorld
RenderWorld
control(0.5,1.4)
Text 200,200,noise#(Rand(0,200))
Flip 0
Wend
End


Function UpdateWaterPlane(windx#,windy#,windz#,meshhandle)
mesh=meshhandle
meshsurf=GetSurface(mesh,1)
qvert=CountVertices(meshsurf)
For i=0 To qvert-1
x00#=plane#(i,0)
y00#=plane#(i,1)

z01#=8*Cos(MilliSecs()/10+x00*3)+6*Sin(MilliSecs()/35+y00*1.5)+0.5*Sin(noise#(i)+MilliSecs()/4)
x01#=x00-8*Cos(MilliSecs()/10+x00*3)+0.5*Cos(noise#(i)+MilliSecs()/8)
y01#=y00-6*Sin(MilliSecs()/25+y00*2)+0.5*Sin(noise#(i)+MilliSecs()/4)
VertexCoords meshsurf,i,x01,z01,y01
Next
UpdateNormals mesh
End Function

Function PrepareWaterData(meshid)
mesh=meshid
meshsurf=GetSurface(mesh,1)
qvert=CountVertices(meshsurf)
Dim plane#(qvert,3)
For i=0 To qvert-1
plane#(i,0)=VertexX(meshsurf,i)
plane#(i,1)=VertexZ(meshsurf,i)

Next
End Function

Function CreateWaterPlane(width,depth,gridx#,gridy#)
mesh=CreateMesh()
meshsurf=CreateSurface(mesh)
b=width
d=depth
For y=-d To d
For x=-b To b

v0=AddVertex(meshSurf,x*gridx,0,y*gridy)
VertexNormal (meshsurf,v0,0,1,0)
Next
Next

qvert=CountVertices(meshSurf)

For i=0 To qvert-1
v0=i
x0#=VertexX(meshSurf,V0)
y0#=VertexZ(meshSurf,V0)

bize=i+3*b
If bize>qvert-1 Then bize=qvert-1

For z=i To bize
If (VertexX#(meshSurf,z)-gridx=x0#) And (VertexZ#(meshSurf,z)=y0#) Then v1=z
If (VertexX#(meshSurf,z)=x0#) And (VertexZ#(meshSurf,z)-gridy=y0#) Then v2=z
If (VertexX#(meshSurf,z)-gridx=x0#) And (VertexZ#(meshSurf,z)-gridy=y0#) Then v3=z
Next

If v0<>v1 And v2<>v3 Then AddTriangle(meshsurf,v1,v0,v2) : AddTriangle(meshsurf,v3,v1,v2) :v1=v2=v3=0
Next

For i=0 To qvert-1
x00#=VertexX(meshsurf,i)
y00#=VertexZ(meshsurf,i)
u00#=x00/(width*gridx)
v00#=y00/(depth*gridy)
VertexTexCoords meshsurf,i,u00,v00

Next

Dim noise#(qvert)
For i=0 To qvert-1
noise#(i)=Rnd(0,359.99)
Next

testtex=CreateTexture(256,256,256)
SetBuffer TextureBuffer(testtex)
Color 127,127,127
Rect 0,0,128,128
Rect 128,128,128,128
Color 235,240,235
Rect 0,128,128,128
Rect 128,0,128,128
SetBuffer BackBuffer()
EntityTexture mesh,testtex,0,0
ScaleTexture testtex,.1,.1


Return mesh
End Function

Function control(speed#,mousesensitivity#)
If KeyDown(2) WireFrame True Else WireFrame False
mxs#=mxs#+(MouseXSpeed()/5.0)
mys#=mys#+(MouseYSpeed()/5.0)
RotateEntity camera,mousesensitivity#*mys#,-mousesensitivity#*mxs#,0
MoveMouse GraphicsWidth()/2,GraphicsHeight()/2
If KeyDown(17) Or KeyDown(200) MoveEntity camera,0,0,speed#
If KeyDown(31) Or KeyDown(208) MoveEntity camera,0,0,-speed#
If KeyDown(30) Or KeyDown(203) MoveEntity camera,-speed#,0,0
If KeyDown(32) Or KeyDown(205) MoveEntity camera,speed#,0,0
PositionEntity pivot,EntityX#(camera,1),EntityY#(camera,1),Entity Z#(camera,1)
PositionEntity camera,0,0,0


Text 100,10,"polygons in view "+TrisRendered()
If (MilliSecs()-timer3)<>0 Text 100,40,"Frames per second is: "+1000/(MilliSecs()-timer3)
End Function

Ты мну щас реально склонил к Хорсу)) Надо какнить в нем поразбиратся))

Graphics3D 640,480,0,2
SetBuffer BackBuffer()
Dither 0
Dim plane#(0,0)
Dim noise#(0)
Dim CubeData#(0,0)
Global pivot,camera,mxs#,mys#,Light,timer3,debugcam,water mesh,watertex,dsd

pivot=CreatePivot()
PositionEntity pivot,0,3,-10
camera=CreateCamera(pivot)
CameraClsColor camera,0,75,151
light=CreateLight()
MeshLight=CreateSphere(6,light)
;ScaleMesh meshlight,0.3,0.3,0.3
EntityFX meshlight,1
watermesh=LoadMesh("mesh/water.b3d")
testtex=CreateTexture(256,256,256)
SetBuffer TextureBuffer(testtex)
Color 127,127,127
Rect 0,0,128,128
Rect 128,128,128,128
Color 235,240,235
Rect 0,128,128,128
Rect 128,0,128,128
SetBuffer BackBuffer()

dsd=CreatePivot()
cubecount=100
Dim cubedata#(cubecount,2)
For i=0 To cubecount
dh=CreateCube(dsd)
PositionEntity dh,Rand(-90,90),Rand(50,90),Rand(-90,90)
EntityColor dh,Rand(0,255),Rand(0,255),Rand(0,255)
ScaleEntity dh,Rnd(0.5,2),Rnd(0.5,2),Rnd(0.5,2)
cubedata#(i,0)=EntityX(dh,1)
cubedata#(i,1)=EntityZ(dh,1)
Next


watertex=LoadTexture("maps/water.jpg")
SetCubeMode watertex,1
EntityTexture watermesh,watertex,0,1

normaltex = LoadTexture("maps/waternormal.png")
TextureBlend normaltex,4
EntityTexture watermesh,watertex,0,0
preparations(watermesh)


While Not ((KeyDown(56) And KeyHit(62)) Or (KeyHit(56) And KeyDown(62)) Or KeyHit(1))
timer3=MilliSecs()

GrimMagicWater(watermesh)


UpdateWorld
RenderWorld
control(0.5,1.4)
Flip 0
Wend
End

Function GrimMagicWater(meshid)
PointEntity light,camera
PositionEntity light,225*Sin(MilliSecs()/30),15,225*Cos(MilliSecs()/30)
PositionEntity watermesh,EntityX(camera,1),0,EntityZ(camera,1)
RotateEntity watermesh,0,EntityYaw(camera,1)-45,0
If EntityY(camera,1)<1 Then PositionEntity camera,EntityX(camera,1),1,EntityZ(camera,1),1
ScaleTexture watertex,1+Sin(MilliSecs()/100)/10,1+Cos(MilliSecs()/50)/10



waveheight#=8
horizwave#=6
Noiseamplitude#=0.2
wavelength#=10 ; ìåíüøåå çíà÷åíèå îçíà÷àåò áîëüøóþ äëèíó
wavehorizlength#=35
speed#=1
time#=MilliSecs()*speed

mesh=meshid
meshsurf=GetSurface(mesh,1)
qvert=CountVertices(meshsurf)
;òåïåðü ìàãèÿ
For i=0 To qvert-1
x000#=plane#(i,0)
y000#=plane#(i,2)
z000#=0
TFormPoint x000,z000,y000,mesh,0
x00#=TFormedX()
y00#=TFormedZ()

z01#=waveheight*Cos(time/wavelength+x00*wavelength/3)+horizwave*Sin(time/wavehorizlength#+y00*wavelength/5)+Noiseamplitude*Sin(noise#(i)+time/4)
x01#=x00-waveheight*Cos(time/wavelength+x00*wavelength/3)+Noiseamplitude*Cos(noise#(i)+time/4)
y01#=y00-horizwave*Sin(time/wavehorizlength#+y00*wavelength/5)+Noiseamplitude*Sin(noise#(i)+time/4)
TFormPoint x01,z01,y01,0,mesh
VertexCoords meshsurf,i,TFormedX(),TFormedY(),TFormedZ()
VertexTexCoords meshsurf,i,x00/25,y00/25

Next
UpdateNormals mesh

For i=1 To CountChildren(dsd)
child=GetChild(dsd,i)

x00=cubedata#(i-1,0)
y00=cubedata#(i-1,1)
z01#=waveheight*Cos(time/wavelength+x00*wavelength/3)+horizwave*Sin(time/wavehorizlength#+y00*wavelength/5)+Noiseamplitude*Sin(noise#(i)+time/4)
x01#=x00-waveheight*Cos(time/wavelength+x00*wavelength/3)+Noiseamplitude*Cos(noise#(i)+time/4)
y01#=y00-horizwave*Sin(time/wavehorizlength#+y00*wavelength/5)+Noiseamplitude*Sin(noise#(i)+time/4)
PositionEntity child,x01,z01,y01,1
Next
End Function

Function preparations(meshid)
mesh=meshid
meshsurf=GetSurface(mesh,1)
qvert=CountVertices(meshsurf)
Dim plane#(qvert,3)
Dim noise#(qvert)
For i=0 To qvert-1
plane#(i,0)=VertexX(meshsurf,i) ;x
plane#(i,1)=VertexY(meshsurf,i) ;x
plane#(i,2)=VertexZ(meshsurf,i) ;x
noise#(i)=Rnd(0,359.99)
Next
End Function

Function control(speed#,mousesensitivity#)
If KeyDown(2) WireFrame True Else WireFrame False
mxs#=mxs#+(MouseXSpeed()/5.0)
mys#=mys#+(MouseYSpeed()/5.0)
RotateEntity camera,mousesensitivity#*mys#,-mousesensitivity#*mxs#,0
MoveMouse GraphicsWidth()/2,GraphicsHeight()/2
If KeyDown(17) Or KeyDown(200) MoveEntity camera,0,0,speed#
If KeyDown(31) Or KeyDown(208) MoveEntity camera,0,0,-speed#
If KeyDown(30) Or KeyDown(203) MoveEntity camera,-speed#,0,0
If KeyDown(32) Or KeyDown(205) MoveEntity camera,speed#,0,0
PositionEntity pivot,EntityX#(camera,1),EntityY#(camera,1),Entity Z#(camera,1)
PositionEntity camera,0,0,0


Text 100,10,"polygons in view "+TrisRendered()
If (MilliSecs()-timer3)<>0 Text 100,40,"Frames per second is: "+1000/(MilliSecs()-timer3)
End Function