pyrocluster cinema 4d 9 Manual Do Utilizador
PYROCLUSTER
REFERENCE 29
Age page
For details on using gradients, look up ‘Using gradients’ in the index.
On this page you can enable and
disable age effects and adjust
the animation properties of
various attributes.
With these settings, you can have puffs change their color, radius and luminosity
depending on how far away they are from the emitter. This is useful for effects where
the color, shape and luminosity changes over distance, such as the flames of rocket
boosters, for example.
depending on how far away they are from the emitter. This is useful for effects where
the color, shape and luminosity changes over distance, such as the flames of rocket
boosters, for example.
Use Age Effects
Enable this option to switch on the age effects.
Radius
For details on using gradients, look up ‘Using gradients’ in the index.
In the Age Radius gradient,
white creates the radius set on
the Shape page, while a black
or a dark color creates a zero or
small volume radius respectively.
So, on the left, particles start
small and grow evenly over their
lifetime while, on the right, the
particles are larger to start with,
shrink a little and then grow to
their full size.
The Radius gradient controls the puff’s radius over the particle’s lifetime; each
grayscale represents a radius value.
On the Shape page you can set the basic volume radius for the selected PyroCluster
material; without any other effects turned on, PyroCluster will use this radius to render
the cloud or smoke effects. However, if you enable Age Effects, it’s different.
material; without any other effects turned on, PyroCluster will use this radius to render
the cloud or smoke effects. However, if you enable Age Effects, it’s different.
A plain white color in the Age Radius gradient represents the radius defined on the
Shape page and a plain black color represents a radius of 0 (i.e. a dot). The left and
Shape page and a plain black color represents a radius of 0 (i.e. a dot). The left and
right edges of the Age Radius gradient correspond to the time of the particle’s birth
and death respectively.
and death respectively.