Mylenium
Forum Replies Created
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Not really. AE’s layers are always double-sided and show the same both on their front and backside – Echospace doesn’t change this. You might be able to fake it if you apply two instances of an effect that can use textures (Motion Tile or Texturize for instance) and then apply an expression to fade the image in or out using their opacity controls. There is some code by Dan Ebberts floating around here originally intended for hiding layers facing away from the camera. do a search and you might be able to adjust it to your needs.
Mylenium
[Pour Myl
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Like the others said, you can’t manipulate that directly with expressions. However, some plugins have animatable transfer mode controls and you may wanna look into them. Try e.g. the Solid Composite effect.
Mylenium
[Pour Myl
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Like the others said, you can’t manipulate that directly with expressions. However, some plugins have animatable transfer mode controls and you may wanna look into them. Try e.g. the Solid Composite effect.
Mylenium
[Pour Myl
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The power of the modulus:
my_rotattion = rotation % 360
Mylenium
[Pour Myl
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The power of the modulus:
my_rotattion = rotation % 360
Mylenium
[Pour Myl
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This is the Antialiasing/ filtering. You can’t do anything about it (except turn it off by working with draft quality, but you wouldn’t want that). Unfortunately in AE there is no difference between texture filtering and edge antialiasing, so everything is softened, even pixels that are supposed to remain sharp. Look elswhere, if you need a better solution.
Mylenium
[Pour Myl
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Assuming they are all in one comp and no other layers get in the way, use an expression:
X=position[0];
Y=position[1];
Z=1500*(index-1); //index starts with one so your layers will never be at zero without subtracting the value[X,Y,Z]
Mylenium
[Pour Myl
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Assuming they are all in one comp and no other layers get in the way, use an expression:
X=position[0];
Y=position[1];
Z=1500*(index-1); //index starts with one so your layers will never be at zero without subtracting the value[X,Y,Z]
Mylenium
[Pour Myl
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Swap the path using expressions:
X=position[1];
Y=0;
Z=position[0];[X,Y,Z]
This will derive the X from the circle’s Y and Z from the circle’s X.
Mylenium
[Pour Myl
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Swap the path using expressions:
X=position[1];
Y=0;
Z=position[0];[X,Y,Z]
This will derive the X from the circle’s Y and Z from the circle’s X.
Mylenium
[Pour Myl