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.

Programming, assignment, project and homework with ZPL programming language are presented by the assignmenthelp.net. Every type of help and guidance are offered for you by the expert team of professional programmer and tutor for solving problems with ZPL. Students can chat will our professional in order to solve their problem and explanation for problem.

What kind of Assignment Help in ZPL programming We provide?{" "}

We provide every help for ZPL programming. Help include assignment, project, homework, programming and proper documentation. Any student can take help with our professional and expert by chatting. We also offer online tutorial for all student who wish to learn ZPL at the nominal cost.

---

ZPL Assignment Help By Online Tutoring and Guide Sessions at AssignmentHelp.Net

---

Student facing problem with ZPL programming then student can refer our introduction part or chat with our expert team of professional for solving their problem. Anyone can join our online tutorial service and learn ZPL programming language in effective way in nominal cost. Our expert team is available 24/7 live to help you in your homework and assignment within time. Our service is open for all students.

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;
`}