A regular 2D grid. This simplified example preserves the result.
> dx -processors 1 -script
dx> c = Construct( [0,0],{[0,1],[1,0]},[3,3],{0,1,2,3,4,5,6,7,8} );
dx> d = Post( c, "connections" );
dx> e = Reduce( d, 2 );
dx> Print( c, "r", "data" );
0: PRINT:
Field. 4 components.
Component number 0, name 'positions':
Component number 1, name 'connections':
Component number 2, name 'data':
Generic Array. 9 items, integer, real, scalar
Attribute. Name 'dep':
-> String. "positions"
Component number 3, name 'box':
Randy
Gregory D Abram:
|
|Whats your data look like? I did this:
|
|c = Construct([-1 -1 -1], [.1 .1 .1], [21 21 21], {1 .. 9261});
|c = Post(c, "connections");
|c = Reduce(c, 2);
|Print(c, "r", "data");
|
|And got:
|
|Field. 4 components.
|Component number 0, name 'positions':
|Component number 1, name 'connections':
|Component number 2, name 'data':
| Generic Array. 1000 items, integer, real, 1-vector
| Attribute. Name 'dep':
| String. "connections"
|Component number 3, name 'box':
...
Randall Hopper
|I have a data field that's position dependent.
|I Post it to make it connection dependent.
|I then Reduce it by 2.
|The resulting data is position dependent.
--
Randall Hopper (mailto:[EMAIL PROTECTED])
Lockheed Martin Operation Support
EPA Scientific Visualization Center
US EPA N127-01; RTP, NC 27711
