The DMM stands beyond above
in comparison to traditional RBD (Rigid Body Dynamics).The RBD can control the
simulations with limited number of ways, where DMM has 100s of degrees of
freedom. The eminency which DMM holds is its flexibility of changing physical
material properties from jelly to concrete.
The DMM also holds real
world physical materials and attributes like Young’s modulus, Friction,
Gravity, Poisson values...etc.
Digital molecular matter is
a next generation revolution in FX industry which is based on FEA (Finite
Element Analysis).FEA was introduced in 1940’s and developed further in 1960’s
and 70’s .The FEA was used to detect the defects of Nuclear plant and gas
pipelines. FEA is used to detect the change in the material properties under
stress and strain. This technology was implemented in CGI by Pixelux
Entertainment. The idea of this technology was considered by M.P.C, also and
was used in their pipeline with Project “KALI”.
The DMM has a unique mesh
called “TET”Mesh which is different from a polygonal mesh; in this case the
Tetrahedral is connected to each other with vertices, edges and faces and
entirely dense from inside. The simulation of mesh takes place in manner like,
a low resolution is encapsulating the high resize output surface mesh and
drives the output mesh.Ini actual it’s the simulated mesh which do all the
simulations and dynamics from the input received from DMM simulator. The DMM is
way fast and predictable and now a day’s a lot of software’s are also supporting
the FEA.
0 comments :
Post a Comment