Huge rendering time with maya fluids and arnold I did it with maya fluids pretty fast, but Thread by: bybyle Subscribe. How do i animate a character with nparticle soft body?
Hi im new here. I have been having this problem, i have a fully rigged character with face expressions, and i applied soft body in the nparticle Thread by: Frost7 Subscribe. Thread by: klinggone Subscribe. Throwing wine glass on a surface. Hi, I'm having trouble of a glass breaking simulation. I want my wine glass to hit a wall and break after it hits the wall. It's more like someone Thread by: Faker Subscribe.
Troubles with lattices on a dynamic car rig. Hello guys, So I tried to rig a car with dynamics, everything went well, but it seems like the latices for the wheels doesnt follow and so if I Alembic imported daz models won't work as colliders. I've been following a reallusion tutorial and animating characters in iclone and exporting as alembic into Maya. Everything is working fine except Thread by: Shermon Subscribe.
Hey - I am trying to make a jester's hat. I need the hat to be floppy with little white balls at the end of each spikey bit. The hat is attached to Thread by: twyeld Subscribe. Simulating a Double Pendulum.
I am trying to simulate the motion of a double pendulum in maya , but can't figure it out. I have tried both ncloth and using a gravity field, Thread by: bmyonatan Subscribe.
To browse Academia. Skip to main content. By using our site, you agree to our collection of information through the use of cookies. To learn more, view our Privacy Policy. Log In Sign Up. Download Free PDF. Tri Bang. Download PDF. This particle type works specifically with the Particle Cloud material type and doesn't render with typical object "surface" materials. Tube As the name implies, the source object type is a kind of uncapped cylinder.
You can define the radius at the two ends and renders only with volumetric material types. Instanced Geometry If you want to have an object stand-in for the particles, you should use Maya's Instancer, which enables you to use any kind of geometry or textures you like. In the attribute editor turn onvisible in reflections, visible in refractions and cast shadows. Any particle system can collide with any scene geometry, but you have to set each collision up separately. The particles then collide if they hit the object.
Particles can also be set to have goals, meaning that the particles try to move to a specific configuration, shape, or location. You can create goals by selecting the particle object you want to be affected by the goal. Shift-select the object you want to.
Nail Ties an object to a point in the scene. The object behaves as though it's tethered by a solid rod, but it can orbit anywhere around the tie point as it collides with objects or is affected by fields. You can not use a Nail constraint on a passive rigid body. Pin This type of constraint requires two objects that are tied together to a separate pivot point. You can use a pin constraint to create effects such as link in a chain or robotic arm. Hinge As the name implies, you get free rotation constrained to an axis.
You can make active objects hinge to a point in space, to another active object, or to a passive object. Spring This constraint is similar to the Nail constraint, but it also has a telescoping characteristic that allows it to extend its length. As with the Hinge, you can use the Spring to tie an active object to another active object, to a passive object, or to a point in space.
Barrier Blocks objects from going beyond a planar boundary. You can assign this constraint to only one object. Objects can deflect, but not bounce, from the Barrier constraint, so it's recommended for objects that block other objects, such as walls or floors.
Maya Tutorial - Index. Maya Tutorial - Nurbs Curves and Surfaces. Maya Tutorial - Polygonal Modeling. Maya Tutorial - Texturing and Shading. Maya Tutorial - Cameras and Lighting. Maya Tutorial - Basics of Animation. Maya Tutorial - Dynamics and Special Effects. Maya Tutorial - Rendering. Maya Tutorial - Creating a Report. Active and Passive Bodies Objects that interact can be active or passive. You can set values for Initial Velocity and Initial Spin for active objects.
Fig Dynamics settings for active rigid bodies Fields Fields are localized or global forces that act on objects. The following fields are included with Maya: Air An air field simulates the effects of moving air.
The objects you connect to the air field accelerate or decelerate so their velocities match that of the air as the animation plays. A "push" type of field, it comes with presets for Wind, Wake, and Fan. Drag a field that slows the momentum over time of objects within its reach. A drag field exerts a friction or braking force on an object that's animated with dynamic motion. Gravity The most commonly used field, it causes objects to move and accelerate in a given direction.
You can limit its reach to create localized gravity fields. It simulates the Earth's gravitational force. Newton Similar to gravity, but operates in a spherical manner. A newton field pulls object towards it. Objects are attracted to Newton fields more strongly depending on their mass and their distance from the Newton field. Radial A radial field pushes objects away or pulls them toward itself, like a magnet.
Like the Newton field, but it doesn't take mass into account. It can be set to diminish with distance, as with the Gravity and Air fields, and it can be set to push or pull. Turbulence Makes the object's motion or deformations more random.
Turbulence is usually applied to soft bodies or particles to create the impression of wind or waves. Uniform A field that pushes objects in a specified direction. Like the Gravity field, but without the progressive acceleration that Gravity includes. Vortex A kind of rotating gravity, the Vortex field pulls objects in a spiraling motion that's centered on the field's icon.
Often used to create galaxies, whirlpools, or tornados with particle systems.
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