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Set a camera to free fall like a Rigid Body?
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Set a camera to free fall like a Rigid Body?
Is there a way to make particles behave like rigid body objects?How to make small objects fall properly with rigid body?How do I prevent rigid body objects from falling down before they are hit?Is there a way to make rigid body interact with softbody physics?Rigid body. Why doesn't the ball fall into the cone?Is it possible to do a Rigid Body chain that needs to split at a certain frame?How to make a specific area of a soft body behave like rigid body (or vice versa)?Insert keyframe for rigid body properties for object python script blenderMake rigid body fall at specific frame? frame_set not working properly? script pythonBaked the duplicate of rigid body object
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$begingroup$
I want to capture freely falling objects from their reference frame. i.e. to have the camera freely falling due to gravity in the exact same manner. Is there a simple way to make a camera free fall just like a Rigid Body?
camera physics rigid-body-simulation rigidbody
New contributor
$endgroup$
add a comment |
$begingroup$
I want to capture freely falling objects from their reference frame. i.e. to have the camera freely falling due to gravity in the exact same manner. Is there a simple way to make a camera free fall just like a Rigid Body?
camera physics rigid-body-simulation rigidbody
New contributor
$endgroup$
add a comment |
$begingroup$
I want to capture freely falling objects from their reference frame. i.e. to have the camera freely falling due to gravity in the exact same manner. Is there a simple way to make a camera free fall just like a Rigid Body?
camera physics rigid-body-simulation rigidbody
New contributor
$endgroup$
I want to capture freely falling objects from their reference frame. i.e. to have the camera freely falling due to gravity in the exact same manner. Is there a simple way to make a camera free fall just like a Rigid Body?
camera physics rigid-body-simulation rigidbody
camera physics rigid-body-simulation rigidbody
New contributor
New contributor
edited 2 hours ago
David♦
36.7k1899235
36.7k1899235
New contributor
asked 4 hours ago
Yotam VakninYotam Vaknin
1161
1161
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2 Answers
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$begingroup$
No python needed.
Simply add a Copy Location constraint to the camera. Set the Target to an object with an active rigid body. (I simply duplicated one of my colorful cubes and moved it back from the rest of the bunch. Remember to turn the visibility off). That will get the camera to fall down with gravity.
To get the nice camera shake when it hits the ground we need two more constraints. A Copy Rotation constraint and a Track To constraint.
The Copy Rotation is copying the rotation of the same cube the camera is glued to, that gets the real shake from the impact with the ground. (I have the Influence of that set to 0.5 just to tone it down a bit.)
The Track To is to keep all my cube in frame. (you can see how much the cubes tumble, and without this constraint the camera would do that too.)
These are my constraints on the camera. Do note the object "Cube.001" is the cube I moved off screen for the camera, and the "Cube" is simply one in the middle of the pack.
$endgroup$
add a comment |
$begingroup$
I solved it by adding a cube, letting it fall and baking its keyframes. I then used the cubes baked positions as the camera's. Since this is not exactly what I wanted, I'm leaving the question open. My code is here for anyone to use:
import bpy
cube = bpy.data.objects['Cube.009']
camera = bpy.data.objects['Camera']
sce = bpy.context.scene
for i in range(300):
sce.frame_set(i)
camera.location.z = cube.location.z
camera.keyframe_insert(data_path='location', index = 2, frame = i)
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2 Answers
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2 Answers
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$begingroup$
No python needed.
Simply add a Copy Location constraint to the camera. Set the Target to an object with an active rigid body. (I simply duplicated one of my colorful cubes and moved it back from the rest of the bunch. Remember to turn the visibility off). That will get the camera to fall down with gravity.
To get the nice camera shake when it hits the ground we need two more constraints. A Copy Rotation constraint and a Track To constraint.
The Copy Rotation is copying the rotation of the same cube the camera is glued to, that gets the real shake from the impact with the ground. (I have the Influence of that set to 0.5 just to tone it down a bit.)
The Track To is to keep all my cube in frame. (you can see how much the cubes tumble, and without this constraint the camera would do that too.)
These are my constraints on the camera. Do note the object "Cube.001" is the cube I moved off screen for the camera, and the "Cube" is simply one in the middle of the pack.
$endgroup$
add a comment |
$begingroup$
No python needed.
Simply add a Copy Location constraint to the camera. Set the Target to an object with an active rigid body. (I simply duplicated one of my colorful cubes and moved it back from the rest of the bunch. Remember to turn the visibility off). That will get the camera to fall down with gravity.
To get the nice camera shake when it hits the ground we need two more constraints. A Copy Rotation constraint and a Track To constraint.
The Copy Rotation is copying the rotation of the same cube the camera is glued to, that gets the real shake from the impact with the ground. (I have the Influence of that set to 0.5 just to tone it down a bit.)
The Track To is to keep all my cube in frame. (you can see how much the cubes tumble, and without this constraint the camera would do that too.)
These are my constraints on the camera. Do note the object "Cube.001" is the cube I moved off screen for the camera, and the "Cube" is simply one in the middle of the pack.
$endgroup$
add a comment |
$begingroup$
No python needed.
Simply add a Copy Location constraint to the camera. Set the Target to an object with an active rigid body. (I simply duplicated one of my colorful cubes and moved it back from the rest of the bunch. Remember to turn the visibility off). That will get the camera to fall down with gravity.
To get the nice camera shake when it hits the ground we need two more constraints. A Copy Rotation constraint and a Track To constraint.
The Copy Rotation is copying the rotation of the same cube the camera is glued to, that gets the real shake from the impact with the ground. (I have the Influence of that set to 0.5 just to tone it down a bit.)
The Track To is to keep all my cube in frame. (you can see how much the cubes tumble, and without this constraint the camera would do that too.)
These are my constraints on the camera. Do note the object "Cube.001" is the cube I moved off screen for the camera, and the "Cube" is simply one in the middle of the pack.
$endgroup$
No python needed.
Simply add a Copy Location constraint to the camera. Set the Target to an object with an active rigid body. (I simply duplicated one of my colorful cubes and moved it back from the rest of the bunch. Remember to turn the visibility off). That will get the camera to fall down with gravity.
To get the nice camera shake when it hits the ground we need two more constraints. A Copy Rotation constraint and a Track To constraint.
The Copy Rotation is copying the rotation of the same cube the camera is glued to, that gets the real shake from the impact with the ground. (I have the Influence of that set to 0.5 just to tone it down a bit.)
The Track To is to keep all my cube in frame. (you can see how much the cubes tumble, and without this constraint the camera would do that too.)
These are my constraints on the camera. Do note the object "Cube.001" is the cube I moved off screen for the camera, and the "Cube" is simply one in the middle of the pack.
answered 2 hours ago
David♦David
36.7k1899235
36.7k1899235
add a comment |
add a comment |
$begingroup$
I solved it by adding a cube, letting it fall and baking its keyframes. I then used the cubes baked positions as the camera's. Since this is not exactly what I wanted, I'm leaving the question open. My code is here for anyone to use:
import bpy
cube = bpy.data.objects['Cube.009']
camera = bpy.data.objects['Camera']
sce = bpy.context.scene
for i in range(300):
sce.frame_set(i)
camera.location.z = cube.location.z
camera.keyframe_insert(data_path='location', index = 2, frame = i)
New contributor
$endgroup$
add a comment |
$begingroup$
I solved it by adding a cube, letting it fall and baking its keyframes. I then used the cubes baked positions as the camera's. Since this is not exactly what I wanted, I'm leaving the question open. My code is here for anyone to use:
import bpy
cube = bpy.data.objects['Cube.009']
camera = bpy.data.objects['Camera']
sce = bpy.context.scene
for i in range(300):
sce.frame_set(i)
camera.location.z = cube.location.z
camera.keyframe_insert(data_path='location', index = 2, frame = i)
New contributor
$endgroup$
add a comment |
$begingroup$
I solved it by adding a cube, letting it fall and baking its keyframes. I then used the cubes baked positions as the camera's. Since this is not exactly what I wanted, I'm leaving the question open. My code is here for anyone to use:
import bpy
cube = bpy.data.objects['Cube.009']
camera = bpy.data.objects['Camera']
sce = bpy.context.scene
for i in range(300):
sce.frame_set(i)
camera.location.z = cube.location.z
camera.keyframe_insert(data_path='location', index = 2, frame = i)
New contributor
$endgroup$
I solved it by adding a cube, letting it fall and baking its keyframes. I then used the cubes baked positions as the camera's. Since this is not exactly what I wanted, I'm leaving the question open. My code is here for anyone to use:
import bpy
cube = bpy.data.objects['Cube.009']
camera = bpy.data.objects['Camera']
sce = bpy.context.scene
for i in range(300):
sce.frame_set(i)
camera.location.z = cube.location.z
camera.keyframe_insert(data_path='location', index = 2, frame = i)
New contributor
New contributor
answered 3 hours ago
Yotam VakninYotam Vaknin
1161
1161
New contributor
New contributor
add a comment |
add a comment |
Yotam Vaknin is a new contributor. Be nice, and check out our Code of Conduct.
Yotam Vaknin is a new contributor. Be nice, and check out our Code of Conduct.
Yotam Vaknin is a new contributor. Be nice, and check out our Code of Conduct.
Yotam Vaknin is a new contributor. Be nice, and check out our Code of Conduct.
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