 |
PDE in is the class that stores the data of the equation.
|
 |
U(x, y) specifies the solution of the equation.
|
 |
error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
|
 |
PDE out returns PDE in unchanged.
|
 |
PDE Plot returns an intensity graph that renders U(x, y).
|
 |
X Scale returns the offset and multiplier of the x-scale. X Scale returns the offset and multiplier of the PDE Plot x-scale.
 |
Offset returns the offset of the x-scale.
|
 |
Multiplier returns the multiplier of the x-scale.
|
|
 |
Y Scale returns the offset and multiplier of y-scale. Y Scalereturns the offset and multiplier of the PDE Plot y-scale.
 |
Offset returns the offset of the y-scale.
|
 |
Multiplier returns the multiplier of the y-scale.
|
|
 |
error out contains error information. This output provides standard error out functionality.
|
 |
plot style specifies how LabVIEW draws the solution for PDE Plot.
0 | Wireframe—Draws the solution with line segments that connect at Grid Points. | 1 | Polygons (default)—Draws the solution with filled geometry. |
|
 |
PDE in is the class that stores the data of the equation.
|
 |
U(x, y) specifies the solution of the equation in Grid Points from the PDE Solver VI.
|
 |
Grid Points specifies the grid points for the equation.
 |
X specifies the x-coordinate of Grid Points.
|
 |
Y specifies the y-coordinate of Grid Points.
|
|
 |
error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
|
 |
PDE out returns PDE in unchanged.
|
 |
PDE Plot returns a reference to a 3D scene object. Wire this output to the 3D picture control to view the solution.
|
 |
Triangulation Plot returns an XY graph that illustrates triangulation.
|
 |
error out contains error information. This output provides standard error out functionality.
|
 |
PDE in is the class that stores the data of the equation.
|
 |
U(t, x) specifies the solution of the equation.
|
 |
error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
|
 |
PDE out returns PDE in unchanged.
|
 |
PDE Plot returns an intensity graph that renders U(t, x).
|
 |
X Scale returns the offset and multiplier of the x-scale. X Scale returns the offset and multiplier of the PDE Plot x-scale.
 |
Offset returns the offset of the x-scale.
|
 |
Multiplier returns the multiplier of the x-scale.
|
|
 |
Y Scale returns the offset and multiplier of y-scale. Y Scalereturns the offset and multiplier of the PDE Plot y-scale.
 |
Offset returns the offset of the y-scale.
|
 |
Multiplier returns the multiplier of the y-scale.
|
|
 |
error out contains error information. This output provides standard error out functionality.
|
 |
PDE in is the class that stores the data of the equation.
|
 |
U(t, x, y) specifies the solution of the equation.
|
 |
index (time step) specifies the index of the time step.
If index (time step) is negative or greater than # of t-points from the Define PDE Domain VI, LabVIEW renders the solution at final t. Otherwise, LabVIEW renders the solution at index (time step). The default is –1.
|
 |
error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
|
 |
PDE out returns PDE in unchanged.
|
 |
PDE Plot returns an intensity graph that renders U(t, x, y) at index (time step).
|
 |
X Scale returns the offset and multiplier of the x-scale. X Scale returns the offset and multiplier of the PDE Plot x-scale.
 |
Offset returns the offset of the x-scale.
|
 |
Multiplier returns the multiplier of the x-scale.
|
|
 |
Y Scale returns the offset and multiplier of y-scale. Y Scalereturns the offset and multiplier of the PDE Plot y-scale.
 |
Offset returns the offset of the y-scale.
|
 |
Multiplier returns the multiplier of the y-scale.
|
|
 |
error out contains error information. This output provides standard error out functionality.
|
 |
PDE in is the class that stores the data of the equation.
|
 |
U(t, x) specifies the solution of the equation.
|
 |
error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
|
 |
PDE out returns PDE in unchanged.
|
 |
PDE Plot returns an intensity graph that renders U(t, x).
|
 |
X Scale returns the offset and multiplier of the x-scale. X Scale returns the offset and multiplier of the PDE Plot x-scale.
 |
Offset returns the offset of the x-scale.
|
 |
Multiplier returns the multiplier of the x-scale.
|
|
 |
Y Scale returns the offset and multiplier of y-scale. Y Scalereturns the offset and multiplier of the PDE Plot y-scale.
 |
Offset returns the offset of the y-scale.
|
 |
Multiplier returns the multiplier of the y-scale.
|
|
 |
error out contains error information. This output provides standard error out functionality.
|
 |
PDE in is the class that stores the data of the equation.
|
 |
U(t, x, y) specifies the solution of the equation.
|
 |
index (time step) specifies the index of the time step.
If index (time step) is negative or greater than # of t-points from the Define PDE Domain VI, LabVIEW renders the solution at final t. Otherwise, LabVIEW renders the solution at index (time step). The default is –1.
|
 |
error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
|
 |
PDE out returns PDE in unchanged.
|
 |
PDE Plot returns an intensity graph that renders U(t, x, y) at index (time step).
|
 |
X Scale returns the offset and multiplier of the x-scale. X Scale returns the offset and multiplier of the PDE Plot x-scale.
 |
Offset returns the offset of the x-scale.
|
 |
Multiplier returns the multiplier of the x-scale.
|
|
 |
Y Scale returns the offset and multiplier of y-scale. Y Scalereturns the offset and multiplier of the PDE Plot y-scale.
 |
Offset returns the offset of the y-scale.
|
 |
Multiplier returns the multiplier of the y-scale.
|
|
 |
error out contains error information. This output provides standard error out functionality.
|
The following block diagram illustrates how to set the scale offset and multiplier of PDE Plot by X Scale and Y Scale.
If you do not set the scale offset and multiplier, LabVIEW uses the default settings of the intensity graph.