ZPL Assignment Help

ZPL (short for Z-level Programming Language) is an array programming language designed to replace C and C++ programming languages in engineering and scientific applications. Because its design goal was to obtain cross-platform high performance, ZPL programs run fast on both sequential and parallel computers. Highly-parallel ZPL programs are simple and easy to write because it exclusively uses implicit parallelism.

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Feature of ZPL programming language:

  • It can run fast on parallel computers.
  • ZPL concepts are easy to understand and intuitive.
  • Every statement in ZPL is terminated with a semicolon
  • ZPL has a set of operators that partition into the usual groups.
  • The ZPL compiler converts ZPL source text to ANSI C object code.
  • Identifiers are used to name variables and other constituents of ZPL programs.
  • ZPL uses familiar control structures

ZPL Programming Code Example

     1         program Jacobi;
 2         /*                                          Jacobi Iteration
 3                                           Written by L. Snyder, May 1994 */
 4        config var                    n        : integer = 512;  -- Declarations
 5                                           delta : float = 0.000001;
 6
 7         region                       R = [1..n, 1..n];
 8         var                             A, Temp: [R] float;
 9                                           err : float;
10
11        direction                    north = [-1, 0];
12                                           east = [ 0, 1];
13                                           west = [ 0,-1];
14                                           south = [ 1, 0];
15
16          procedure Jacobi();
17          begin
18               [R]                       A := 0.0;            -- Initialization
19               [north of R]          A := 0.0;
20               [east of R]            A := 0.0;
21               [west of R]           A := 0.0;
22               [south of R]         A := 1.0;
23
24           [R]                            repeat                -- Body
25                                               Temp := (A@north + A@east
26                                                             + A@west + A@south)/4.0;
27                                                err     := max<< abs(A - Temp);
28                                                  A     := Temp;
29                                              until err < delta;
30            end;