3d Studio Max Plugins
Um man Plugins für 3D Studio Max zu schreiben, muss man nicht C++ kennen. Man kann das Plugin auch mit Maxskript schreiben. Hier habe ich einpaar einfache Beispiele :
I. Fläche
II. Segmentierte Flфche
III.Quader
IV. Zilinder
V. Sphere
VI. Haus
VII.Korone
I. Fläche
plugin simpleObject Flaeche
name:"Flaeche"
category:"CGR2"
classID:#(0xe855567c, 0xbcd73b8b)
(
parameters main rollout:params
(
width type:#float ui:width default:1
hight type:#float ui:hight default:1
)
rollout params "Flaeche"
(
spinner width "Width" range:[0,90,1]
spinner hight "Hight" range:[0,90,1]
)
on buildMesh do (
vert_array = #()
face_array = #()
v1 = [ 1*width , 1*hight , 0]
v2 = [-1*width , 1*hight , 0]
v3 = [ 1*width , -1*hight , 0]
v4 = [-1*width , -1*hight , 0]
append vert_array v1
append vert_array v2
append vert_array v3
append vert_array v4
append face_array [1,2,3]
append face_array [3,2,4]
setMesh mesh verts:vert_array faces:face_array
)
tool create
(
on mousePoint click do
(
case click of
(
1: coordsys grid (nodeTM.translation = gridPoint)
)
)
on mouseMove click do
(
case click of
(
2: ((width = abs(gridDist.x))
(hight = abs(gridDist.y)))
3: (#stop)
)
)
)
)
nach oben
II. Segmentierte Fläche
plugin simpleObject Flaeche
name:"Flaeche"
category:"CGR2"
classID:#(0xe855567c, 0xbcd73b8b)
(
parameters main rollout:params
(
seg_width type:#integer ui:seg_width default:3
seg_hight type:#integer ui:seg_hight default:3
width type:#float ui:width default:1
hight type:#float ui:hight default:1
)
rollout params "Flфche"
(
spinner seg_hight "seg_hight" range:[2,100,10] type:#integer
spinner seg_width "seg_width" range:[2,100,10] type:#integer
spinner width "Width" range:[-1000,1000,1] type:#float
spinner hight "Hight" range:[-1000,1000,1] type:#float
)
on buildMesh do (
vert_array = #()
face_array = #()
for i=0 to seg_width by 1 do
(
for j=0 to seg_hight by 1 do
(
v = [ (i*width)/seg_width, (j*hight)/seg_hight , 0 ]
print v
append vert_array v
)
)
if (width > 0 and hight > 0) or (width < 0 and hight < 0) then (
for i=0 to seg_width-1 by 1 do
(
for j=1 to seg_hight by 1 do
(
append face_array [i*(seg_hight+1)+j, (i+1)*(seg_hight+1)+j, (i+1)*(seg_hight+1)+j+1]
append face_array [i*(seg_hight+1)+j, (i+1)*(seg_hight+1)+j+1, i*(seg_hight+1)+j+1]
)
)
) else (
for i=0 to seg_width-1 by 1 do
(
for j=1 to seg_hight by 1 do
(
append face_array [i*(seg_hight+1)+j, i*(seg_hight+1)+j+1, (i+1)*(seg_hight+1)+j+1]
)
)
)
setMesh mesh verts:vert_array faces:face_array
)
tool create
(
on mousePoint click do
(
case click of
(
1: coordsys grid (nodeTM.translation = gridPoint)
)
)
on mouseMove click do
(
case click of
(
2: ( (width = gridDist.x)
(hight = gridDist.y) )
3: (#stop)
)
)
)
)
nach oben
II. Quader
plugin simpleObject NewBox
name:"Box"
category:"CGR2"
classID:#(0x4ef2985b, 0x5eda3ff0)
(
parameters main rollout:params
(
width type:#float ui:width default:1
hight type:#float ui:hight default:1
lenght type:#float ui:lenght default:1
)
rollout params "Flфche"
(
spinner width "Width" range:[0,90,1]
spinner hight "Hight" range:[0,90,1]
spinner lenght "Lenght" range:[-90,90,1]
)
on buildMesh do (
vert_array = #()
face_array = #()
v1 = [ 1*width , 1*hight , 0]
v2 = [-1*width , 1*hight , 0]
v3 = [ 1*width , -1*hight , 0]
v4 = [-1*width , -1*hight , 0]
v5 = [ 1*width , 1*hight , 1*lenght]
v6 = [-1*width , 1*hight , 1*lenght]
v7 = [ 1*width , -1*hight , 1*lenght]
v8 = [-1*width , -1*hight , 1*lenght]
append vert_array v1
append vert_array v2
append vert_array v3
append vert_array v4
append vert_array v5
append vert_array v6
append vert_array v7
append vert_array v8
if lenght > 0 then (
append face_array [2,1,3]
append face_array [2,3,4]
append face_array [3,7,4]--
append face_array [8,4,7]--
append face_array [7,3,1]
append face_array [5,7,1]
append face_array [5,6,8]--
append face_array [5,8,7]--
append face_array [2,5,6]
append face_array [1,2,5]
append face_array [4,8,6]--
append face_array [2,4,6]--
) else (
append face_array [1,2,3]
append face_array [3,2,4]
append face_array [7,3,4]--
append face_array [4,8,7]--
append face_array [3,7,1]
append face_array [7,5,1]
append face_array [6,5,8]--
append face_array [8,5,7]--
append face_array [5,2,6]
append face_array [2,1,5]
append face_array [8,4,6]--
append face_array [4,2,6]--
)
setMesh mesh verts:vert_array faces:face_array
)
tool create
(
on mousePoint click do
(
case click of
(
1: coordsys grid (nodeTM.translation = gridPoint)
)
)
on mouseMove click do
(
case click of
(
2: ((width = abs(gridDist.x))
(hight = abs(gridDist.y)))
3: ( lenght = gridDist.z )
4: (#stop)
)
)
)
)
nach oben
IV. Zilinder
plugin simpleObject Zilinder
name:"Zilinder"
category:"CGR2"
classID:#(0xeb2ad4f, 0x190a419f)
(
parameters main rollout:params
(
segments type:#integer ui:segments default:5
radius type:#float ui:radius default:1.0
height type:#float ui:height default:1.0
)
rollout params "Zilinder"
(
spinner segments "Segments " range:[2,500,10] type:#integer
spinner height "height " range:[-100,100,0] type:#float
spinner radius "Radius " range:[0,100,0] type:#float
)
on buildMesh do (
segm = segments + 1
vert_array = #()
face_array = #()
for i=0 to 1 by 1 do(
append vert_array [0, i*height , 0]
for j=0 to segments by 1 do(
winkel = (j * (360.01 / segments) )
vx = cos(winkel) * radius
vy = i*height
vz = sin(winkel) * radius
append vert_array [vx, vy, vz]
)
)
if height > 0 then (
for i=1 to segments by 1 do(
append face_array[1,i+1,i+2 ]
)
for i=1 to segments by 1 do(
append face_array[i+1, i+segments+3, i+2 ]
append face_array[i+2, i+segments+3, i+segments+4 ]
)
for i=1 to segments by 1 do(
append face_array[segments + i + 3, segments + 3 , segments + i + 4 ]
)
) else (
for i=1 to segments by 1 do(
append face_array[i+1,1,i+2 ]
)
for i=1 to segments by 1 do(
append face_array[i+segments+3, i+1, i+2 ]
append face_array[i+segments+3, i+2, i+segments+4 ]
)
for i=1 to segments by 1 do(
append face_array[segments + 3, segments + i + 3 , segments + i + 4 ]
)
)
setMesh mesh verts:vert_array faces:face_array
)
tool create
(
on mousePoint click do
(
case click of
(
1: coordsys grid (nodeTM.translation = gridPoint)
)
)
on mouseMove click do
(
case click of
(
2: (radius = gridDist.x)
3: (height = gridDist.y)
4: (#stop)
)
)
)
)
nach oben
V. Sphere
plugin simpleObject Bal
name:"Bal"
category:"CGR2"
classID:#(0xeb2ad4f, 0x190a419f)
(
parameters main rollout:params
(
segments type:#integer ui:segments default:5
radius type:#float ui:radius default:1
rings type:#integer ui:rings default:4
)
rollout params "Ball"
(
spinner segments "Segments " range:[3,500,10] type:#integer
spinner rings "Rings " range:[3,10000,0] type:#integer
spinner radius "Radius " range:[0,10000,0] type:#float
)
on buildMesh do (
segm = segments + 1
if segm > 2 then (
vert_array = #()
face_array = #()
anzahlPunkte = segments * rings
for i=0 to rings - 1 by 1 do(
ringRadius = sin(i * 180 / (rings - 1)) * radius
ringY =cos(i * 180 / (rings - 1)) * radius
for j=0 to segm - 1 by 1 do(
winkel = (j * 360) / (segm - 1)
vx =cos(winkel) * ringRadius
vy = ringY
vz = sin(winkel) * ringRadius
append vert_array [vx, vy, vz]
)
)
for i=1 to rings-1 by 1 do(
ring = 0
seg = 0
for j=1 to segm - 1 by 1 do(
if i == rings - 1 then (
ring = 0
) else (
ring = i
)
if j == segm then (
seg = 0
) else (
seg = j
)
append face_array[ ring*segm+seg,(ring+1)*segm+seg+1, (ring+1)*segm+seg]
append face_array[ ring*segm+seg,ring*segm+seg+1,(ring+1)*segm+seg+1]
)
)
for i=0 to rings by 1 do(
for j=0 to segments by 1 do(
ring = 0
if i == rings - 1 then (
ring = 0
) else (
ring = i
)
seg = 0
if j == segments - 1 then (
seg = 0
) else (
seg = j
)
)
)
)
setMesh mesh verts:vert_array faces:face_array
)
tool create
(
on mousePoint click do
(
case click of
(
1: coordsys grid (nodeTM.translation = gridPoint)
)
)
on mouseMove click do
(
case click of
(
2: (radius = abs(gridDist.x))
3: (#stop)
)
)
)
)
nach oben
VI. Haus
plugin simpleObject Hasus
name:"Haus"
category:"CGR2"
classID:#(0x3e2cb992, 0x65416766)
(
parameters main rollout:params
(
width type:#float ui:width default:1
hight type:#float ui:hight default:1
lenght type:#float ui:lenght default:1
dach type:#float ui:dach default:1
)
rollout params "Haus"
(
spinner width "Width" range:[0,90,1]
spinner hight "Hight" range:[0,90,1]
spinner lenght "Lenght " range:[0,90,1]
spinner dach "Dach " range:[0,90,1]
)
on buildMesh do (
vert_array = #()
face_array = #()
v1 = [ 1*width, 1*hight, -1*lenght]
v2 = [-1*width, 1*hight, -1*lenght]
v3 = [-1*width, 1*hight, 1*lenght]
v4 = [ 1*width, 1*hight, 1*lenght]
v5 = [ 1*width, -1*hight, -1*lenght]
v6 = [-1*width, -1*hight, -1*lenght]
v7 = [-1*width, -1*hight, 1*lenght]
v8 = [ 1*width, -1*hight, 1*lenght]
v9 = [ 0, 0 , 2*lenght]
append vert_array v1
append vert_array v2
append vert_array v3
append vert_array v4
append vert_array v5
append vert_array v6
append vert_array v7
append vert_array v8
append vert_array v9
append face_array [1,2,3]
append face_array [3,4,1]
append face_array [1,2,6]
append face_array [1,6,5]
append face_array [1,4,5]
append face_array [5,4,8]
append face_array [3,6,2]--
append face_array [3,7,6]--
append face_array [6,5,7]
append face_array [7,5,8]
append face_array [7,4,3]
append face_array [8,4,7]
--dach
append face_array [1,2,9]
append face_array [2,3,9]
append face_array [3,4,9]
append face_array [4,1,9]
setMesh mesh verts:vert_array faces:face_array
)
tool create
(
on mousePoint click do
(
case click of
(
1: coordsys grid (nodeTM.translation = gridPoint)
)
)
on mouseMove click do
(
case click of
(
2: (width = abs(gridDist.x))
3: (hight = abs(gridDist.y))
4: (lenght = abs(gridDist.z))
5: (#stop)
)
)
)
)
nach oben
VII. Korone
plugin simpleObject Bal
name:"Korone"
category:"CGR2"
classID:#(0xeb2ad4f, 0x190a419f)
(
parameters main rollout:params
(
segments type:#integer ui:segments default:5
radius type:#float ui:radius default:1
rings type:#integer ui:rings default:4
)
rollout params "Haus"
(
spinner segments "Segments " range:[2,500,10] type:#integer
spinner rings "Rings " range:[0,10000,0] type:#integer
spinner radius "Radius " range:[0,10000,0] type:#float
)
on buildMesh do (
vert_array = #()
face_array = #()
anzahlPunkte = segments * rings
for i=0 to rings - 1 by 1 do(
ringRadius = sin(i * 180 / (rings - 1)) * radius
ringY =cos(i * 180 / (rings - 1)) * radius
for j=0 to segments - 1 by 1 do(
winkel = (j * 360) / (segments - 1)
vx =cos(winkel) * ringRadius
vy = ringY
vz = sin(winkel) * ringRadius
append vert_array [vx, vy, vz]
)
)
for i=0 to segments - 1 by 1 do(
if i == segments - 1 then (
seg = segments+1
) else (
seg = segments+i+2
)
)
for i=1 to 1 by 1 do(
ring = 0
seg = 0
for j=1 to segments - 1 by 1 do(
print i
print j
if i == rings - 1 then (
ring = 0
) else (
ring = i
)
if j == segments then (
seg = 0
) else (
seg = j
)
append face_array[ ring*segments+seg,(ring+1)*segments+seg,(ring+1)*segments+seg+1]
)
)
for i=0 to rings by 1 do(
for j=0 to segments by 1 do(
ring = 0
if i == rings - 1 then (
ring = 0
) else (
ring = i
)
seg = 0
if j == segments - 1 then (
seg = 0
) else (
seg = j
)
)
)
setMesh mesh verts:vert_array faces:face_array
)
tool create
(
on mousePoint click do
(
case click of
(
1: coordsys grid (nodeTM.translation = gridPoint)
)
)
on mouseMove click do
(
case click of
(
2: (radius = abs(gridDist.x))
3: (#stop)
)
)
)
)