10.13.2.3. Design Space output

This informs the format of load data which is exported according to Design Space export type.

The following is the OUTPUT of Design Space and each component is described.

Time
       1.0
Frame
       51
Inertial State
       Body
              Body1
       Gravitational Acceleration
              -9.25596e+061    -9.25596e+061    -9.25596e+061
       Translational Velocity
              -9.25596e+061    -9.25596e+061    -9.25596e+061
       Translational Acceleration
              -9.25596e+061    -9.25596e+061    -9.25596e+061
       Rotational Velocity
              -9.25596e+061    -9.25596e+061    -9.25596e+061
       Rotational Acceleration
              -9.25596e+061    -9.25596e+061    -9.25596e+061
Load
       Body
               Body1
Cord
       Features
               RDBody1.Face1
       Position
              -9.25596e+061    -9.25596e+061    -9.25596e+061
       Load
              -9.25596e+061    -9.25596e+061    -9.25596e+061
       Torque
              -9.25596e+061    -9.25596e+061    -9.25596e+061

TIME: Time at which load data is exported.
Frame: Frame at which load data is exported.
Inertia State: Body information.

“Body”

<The Body name>

“Gravitational Acceleration”

<The gravity that is defined for the model: 3 components(x,y,z) >

“Translational Velocity”

<The Translational velocity of the body: 3 components(x,y,z) >

“Translational Acceleration“

< The Translational acceleration of the body: 3 components(x,y,z) >

“Rotational Velocity”

< The Rotational velocity of the body: 3 components(x,y,z) >

“Rotational Acceleration”

< The Rotational acceleration of the body: 3 components(x,y,z) >
Load: Load information

“Body”

<The body name>

“Cord”

<Not Used>

“Features”

<The name of attribute to be applied by load or joint >

“Position”

<The position at which a load or Torque is acting: 3 components(x,y,z) >

“Load”

<The load data: 3 components(x,y,z) >

“Torque”

<The Torque data: 3 components(x,y,z) >