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479 | with duration_io;
with Ada.Calendar;
with Communications_with_User; use Communications_with_User;
with Time_Stamps;
with Standard_Integer_Numbers_io; use Standard_Integer_Numbers_io;
with Standard_Floating_Numbers; use Standard_Floating_Numbers;
with Double_Double_Numbers; use Double_Double_Numbers;
with Quad_Double_Numbers; use Quad_Double_Numbers;
with Standard_Complex_Numbers;
with DoblDobl_Complex_Numbers;
with QuadDobl_Complex_Numbers;
with Standard_Complex_Vectors;
with Standard_Complex_Vectors_io; use Standard_Complex_Vectors_io;
with DoblDobl_Complex_Vectors;
with DoblDobl_Complex_Vectors_io; use DoblDobl_Complex_Vectors_io;
with QuadDobl_Complex_Vectors;
with QuadDobl_Complex_Vectors_io; use QuadDobl_Complex_Vectors_io;
with System_Convolution_Circuits; use System_Convolution_Circuits;
with Random_Convolution_Circuits; use Random_Convolution_Circuits;
with Shift_Convolution_Circuits; use Shift_Convolution_Circuits;
with Multitasked_Shift_Circuits; use Multitasked_Shift_Circuits;
package body Test_mtShift_Convolutions is
procedure Standard_Test
( dim,deg,nbr,pwr : in integer32; nbt : in out integer32;
output : in boolean := true ) is
use Standard_Complex_Numbers;
use Standard_Speelpenning_Convolutions;
c : constant Circuits
:= Standard_Random_Convolution_Circuits(dim,deg,nbr,pwr);
cwork : Circuits(c'range);
multstart,multstop,seristart,seristop : Ada.Calendar.Time;
seri_elapsed,mult_elapsed,speedup,efficiency : Duration;
ans : character;
dt : constant double_float := 0.1;
zero : constant Complex_Number := Create(0.0);
wrk : constant Standard_Complex_Vectors.Link_to_Vector
:= new Standard_Complex_Vectors.Vector'(0..deg => zero);
cff1,cff2 : Standard_Complex_Vectors.Vector(0..deg);
use Ada.Calendar; -- for the difference operator on Duration
begin
put_line("Running on one task ...");
Copy(c,cwork);
seristart := Ada.Calendar.Clock;
Shift(cwork,wrk,dt);
seristop := Ada.Calendar.Clock;
seri_elapsed := seristop - seristart;
put_line("-> Elapsed time without multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,seristart,seristop);
if output then
Standard_Complex_Vectors.Copy(cwork(1).cff(1).all,cff1);
put_line("The first shifted coefficients :"); put_line(cff1);
end if;
loop
new_line;
put("Running with "); put(nbt,1); put_line(" tasks ...");
Copy(c,cwork);
multstart := Ada.Calendar.Clock;
Standard_Multitasking(nbt,deg,cwork,dt,output);
multstop := Ada.Calendar.Clock;
mult_elapsed := multstop - multstart;
Time_Stamps.Write_Elapsed_Time(standard_output,multstart,multstop);
if seri_elapsed + 1.0 /= 1.0 then
speedup := seri_elapsed/mult_elapsed;
put("The speedup : "); duration_io.put(speedup,1,3);
efficiency := speedup/duration(nbt);
efficiency := duration(100)*efficiency;
put(" efficiency : "); duration_io.put(efficiency,2,2); new_line;
end if;
Standard_Complex_Vectors.Copy(cwork(1).cff(1).all,cff2);
if output then
Standard_Complex_Vectors.Copy(cwork(1).cff(1).all,cff2);
put_line("The first shifted coefficients :"); put_line(cff2);
end if;
put("Continue with different number of tasks ? (y/n) ");
Ask_Yes_or_No(ans);
exit when (ans /= 'y');
put("Give the number of tasks : "); get(nbt);
end loop;
end Standard_Test;
procedure DoblDobl_Test
( dim,deg,nbr,pwr : in integer32; nbt : in out integer32;
output : in boolean := true ) is
use DoblDobl_Complex_Numbers;
use DoblDobl_Speelpenning_Convolutions;
c : constant Circuits
:= DoblDobl_Random_Convolution_Circuits(dim,deg,nbr,pwr);
cwork : Circuits(c'range);
multstart,multstop,seristart,seristop : Ada.Calendar.Time;
seri_elapsed,mult_elapsed,speedup,efficiency : Duration;
ans : character;
dt : constant double_double := create(0.1);
zero : constant Complex_Number := Create(integer(0));
wrk : constant DoblDobl_Complex_Vectors.Link_to_Vector
:= new DoblDobl_Complex_Vectors.Vector'(0..deg => zero);
cff1,cff2 : DoblDobl_Complex_Vectors.Vector(0..deg);
use Ada.Calendar; -- for the difference operator on Duration
begin
put_line("Running on one task ...");
Copy(c,cwork);
seristart := Ada.Calendar.Clock;
Shift(cwork,wrk,dt);
seristop := Ada.Calendar.Clock;
seri_elapsed := seristop - seristart;
put_line("-> Elapsed time without multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,seristart,seristop);
if output then
DoblDobl_Complex_Vectors.Copy(cwork(1).cff(1).all,cff1);
put_line("The first shifted coefficients :"); put_line(cff1);
end if;
loop
new_line;
put("Running with "); put(nbt,1); put_line(" tasks ...");
Copy(c,cwork);
multstart := Ada.Calendar.Clock;
DoblDobl_Multitasking(nbt,deg,cwork,dt,output);
multstop := Ada.Calendar.Clock;
mult_elapsed := multstop - multstart;
Time_Stamps.Write_Elapsed_Time(standard_output,multstart,multstop);
if seri_elapsed + 1.0 /= 1.0 then
speedup := seri_elapsed/mult_elapsed;
put("The speedup : "); duration_io.put(speedup,1,3);
efficiency := speedup/duration(nbt);
efficiency := duration(100)*efficiency;
put(" efficiency : "); duration_io.put(efficiency,2,2); new_line;
end if;
DoblDobl_Complex_Vectors.Copy(cwork(1).cff(1).all,cff2);
if output then
DoblDobl_Complex_Vectors.Copy(cwork(1).cff(1).all,cff2);
put_line("The first shifted coefficients :"); put_line(cff2);
end if;
put("Continue with different number of tasks ? (y/n) ");
Ask_Yes_or_No(ans);
exit when (ans /= 'y');
put("Give the number of tasks : "); get(nbt);
end loop;
end DoblDobl_Test;
procedure QuadDobl_Test
( dim,deg,nbr,pwr : in integer32; nbt : in out integer32;
output : in boolean := true ) is
use QuadDobl_Complex_Numbers;
use QuadDobl_Speelpenning_Convolutions;
c : constant Circuits
:= QuadDobl_Random_Convolution_Circuits(dim,deg,nbr,pwr);
cwork : Circuits(c'range);
multstart,multstop,seristart,seristop : Ada.Calendar.Time;
seri_elapsed,mult_elapsed,speedup,efficiency : Duration;
ans : character;
dt : constant quad_double := create(0.1);
zero : constant Complex_Number := Create(integer(0));
wrk : constant QuadDobl_Complex_Vectors.Link_to_Vector
:= new QuadDobl_Complex_Vectors.Vector'(0..deg => zero);
cff1,cff2 : QuadDobl_Complex_Vectors.Vector(0..deg);
use Ada.Calendar; -- for the difference operator on Duration
begin
put_line("Running on one task ...");
Copy(c,cwork);
seristart := Ada.Calendar.Clock;
Shift(cwork,wrk,dt);
seristop := Ada.Calendar.Clock;
seri_elapsed := seristop - seristart;
put_line("-> Elapsed time without multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,seristart,seristop);
if output then
QuadDobl_Complex_Vectors.Copy(cwork(1).cff(1).all,cff1);
put_line("The first shifted coefficients :"); put_line(cff1);
end if;
loop
new_line;
put("Running with "); put(nbt,1); put_line(" tasks ...");
Copy(c,cwork);
multstart := Ada.Calendar.Clock;
QuadDobl_Multitasking(nbt,deg,cwork,dt,output);
multstop := Ada.Calendar.Clock;
mult_elapsed := multstop - multstart;
Time_Stamps.Write_Elapsed_Time(standard_output,multstart,multstop);
if seri_elapsed + 1.0 /= 1.0 then
speedup := seri_elapsed/mult_elapsed;
put("The speedup : "); duration_io.put(speedup,1,3); new_line;
efficiency := speedup/duration(nbt);
efficiency := duration(100)*efficiency;
put(" efficiency : "); duration_io.put(efficiency,2,2); new_line;
end if;
QuadDobl_Complex_Vectors.Copy(cwork(1).cff(1).all,cff2);
if output then
QuadDobl_Complex_Vectors.Copy(cwork(1).cff(1).all,cff2);
put_line("The first shifted coefficients :"); put_line(cff2);
end if;
put("Continue with different number of tasks ? (y/n) ");
Ask_Yes_or_No(ans);
exit when (ans /= 'y');
put("Give the number of tasks : "); get(nbt);
end loop;
end QuadDobl_Test;
procedure Standard_Benchmark
( file : in file_type; deg,nbruns,inc : in integer32;
c : in Standard_Speelpenning_Convolutions.Circuits;
verbose : in boolean := true ) is
use Standard_Complex_Numbers;
use Standard_Speelpenning_Convolutions;
cwork : Circuits(c'range);
multstart,multstop,seristart,seristop : Ada.Calendar.Time;
seri_elapsed,mult_elapsed,speedup,efficiency : Duration;
nbt : integer32 := 2;
t : constant double_float := 0.1;
zero : constant Complex_Number := Create(0.0);
wrk : constant Standard_Complex_Vectors.Link_to_Vector
:= new Standard_Complex_Vectors.Vector'(0..deg => zero);
use Ada.Calendar;
begin
put_line(file,"double precision");
if verbose
then put_line("Running on one task ...");
end if;
Copy(c,cwork);
seristart := Ada.Calendar.Clock;
Shift(cwork,wrk,t);
seristop := Ada.Calendar.Clock;
seri_elapsed := seristop - seristart;
put(file," 1 : ");
duration_io.put(file,seri_elapsed,1,3); new_line(file);
if verbose then
put_line("-> Elapsed time without multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,seristart,seristop);
end if;
for k in 1..nbruns loop
if verbose then
new_line;
put("Running with "); put(nbt,1); put_line(" tasks ...");
end if;
Copy(c,cwork);
multstart := Ada.Calendar.Clock;
Standard_Multitasking(nbt,deg,cwork,t,false);
multstop := Ada.Calendar.Clock;
mult_elapsed := multstop - multstart;
if verbose then
new_line;
put_line("-> Elapsed time on multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,multstart,multstop);
end if;
if seri_elapsed + 1.0 /= 1.0 then
speedup := seri_elapsed/mult_elapsed;
efficiency := speedup/duration(nbt);
efficiency := duration(100)*efficiency;
if verbose then
put("The speedup : "); duration_io.put(speedup,1,3);
put(" efficiency : "); duration_io.put(speedup,2,2); new_line;
end if;
end if;
put(file,nbt,3);
put(file," : "); duration_io.put(file,mult_elapsed,1,3);
put(file," : "); duration_io.put(file,speedup,1,3);
put(file," : "); duration_io.put(file,efficiency,2,2);
new_line(file); flush(file);
nbt := nbt + inc;
end loop;
end Standard_Benchmark;
procedure DoblDobl_Benchmark
( file : in file_type; deg,nbruns,inc : in integer32;
c : in DoblDobl_Speelpenning_Convolutions.Circuits;
verbose : in boolean := true ) is
use DoblDobl_Complex_Numbers;
use DoblDobl_Speelpenning_Convolutions;
cwork : Circuits(c'range);
multstart,multstop,seristart,seristop : Ada.Calendar.Time;
seri_elapsed,mult_elapsed,speedup,efficiency : Duration;
nbt : integer32 := 2;
t : constant double_double := create(0.1);
zero : constant Complex_Number := Create(integer(0));
wrk : constant DoblDobl_Complex_Vectors.Link_to_Vector
:= new DoblDobl_Complex_Vectors.Vector'(0..deg => zero);
use Ada.Calendar;
begin
put_line(file,"double double precision");
if verbose
then put_line("Running on one task ...");
end if;
Copy(c,cwork);
seristart := Ada.Calendar.Clock;
Shift(cwork,wrk,t);
seristop := Ada.Calendar.Clock;
seri_elapsed := seristop - seristart;
put(file," 1 : ");
duration_io.put(file,seri_elapsed,1,3); new_line(file);
if verbose then
put_line("-> Elapsed time without multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,seristart,seristop);
end if;
for k in 1..nbruns loop
if verbose then
new_line;
put("Running with "); put(nbt,1); put_line(" tasks ...");
end if;
Copy(c,cwork);
multstart := Ada.Calendar.Clock;
DoblDobl_Multitasking(nbt,deg,cwork,t,false);
multstop := Ada.Calendar.Clock;
mult_elapsed := multstop - multstart;
if verbose then
new_line;
put_line("-> Elapsed time on multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,multstart,multstop);
end if;
if seri_elapsed + 1.0 /= 1.0 then
speedup := seri_elapsed/mult_elapsed;
efficiency := speedup/duration(nbt);
efficiency := duration(100)*efficiency;
if verbose then
put("The speedup : "); duration_io.put(speedup,1,3);
put(" efficiency : "); duration_io.put(efficiency,2,2); new_line;
end if;
end if;
put(file,nbt,3);
put(file," : "); duration_io.put(file,mult_elapsed,1,3);
put(file," : "); duration_io.put(file,speedup,1,3);
put(file," : "); duration_io.put(file,efficiency,2,2);
new_line(file); flush(file);
nbt := nbt + inc;
end loop;
end DoblDobl_Benchmark;
procedure QuadDobl_Benchmark
( file : in file_type; deg,nbruns,inc : in integer32;
c : in QuadDobl_Speelpenning_Convolutions.Circuits;
verbose : in boolean := true ) is
use QuadDobl_Complex_Numbers;
use QuadDobl_Speelpenning_Convolutions;
cwork : Circuits(c'range);
multstart,multstop,seristart,seristop : Ada.Calendar.Time;
seri_elapsed,mult_elapsed,speedup,efficiency : Duration;
nbt : integer32 := 2;
t : constant quad_double := create(0.1);
zero : constant Complex_Number := Create(integer(0));
wrk : constant QuadDobl_Complex_Vectors.Link_to_Vector
:= new QuadDobl_Complex_Vectors.Vector'(0..deg => zero);
use Ada.Calendar;
begin
put_line(file,"quad double precision");
if verbose
then put_line("Running on one task ...");
end if;
Copy(c,cwork);
seristart := Ada.Calendar.Clock;
Shift(cwork,wrk,t);
seristop := Ada.Calendar.Clock;
seri_elapsed := seristop - seristart;
put(file," 1 : ");
duration_io.put(file,seri_elapsed,1,3); new_line(file);
if verbose then
put_line("-> Elapsed time without multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,seristart,seristop);
end if;
for k in 1..nbruns loop
if verbose then
new_line;
put("Running with "); put(nbt,1); put_line(" tasks ...");
end if;
Copy(c,cwork);
multstart := Ada.Calendar.Clock;
QuadDobl_Multitasking(nbt,deg,cwork,t,false);
multstop := Ada.Calendar.Clock;
mult_elapsed := multstop - multstart;
if verbose then
new_line;
put_line("-> Elapsed time on multitasking : ");
Time_Stamps.Write_Elapsed_Time(standard_output,multstart,multstop);
end if;
if seri_elapsed + 1.0 /= 1.0 then
speedup := seri_elapsed/mult_elapsed;
efficiency := speedup/duration(nbt);
efficiency := duration(100)*efficiency;
if verbose then
put("The speedup : "); duration_io.put(speedup,1,3);
put(" efficiency : "); duration_io.put(efficiency,2,2); new_line;
end if;
end if;
put(file,nbt,3);
put(file," : "); duration_io.put(file,mult_elapsed,1,3);
put(file," : "); duration_io.put(file,speedup,1,3);
put(file," : "); duration_io.put(file,efficiency,2,2);
new_line(file); flush(file);
nbt := nbt + inc;
end loop;
end QuadDobl_Benchmark;
procedure Benchmark ( dim,deg,nbr,pwr : in integer32 ) is
qd_c : constant QuadDobl_Speelpenning_Convolutions.Circuits
:= QuadDobl_Random_Convolution_Circuits(dim,deg,nbr,pwr);
dd_c : constant DoblDobl_Speelpenning_Convolutions.Circuits
:= to_double_double(qd_c);
d_c : constant Standard_Speelpenning_Convolutions.Circuits
:= to_double(qd_c);
nbruns,inc : integer32 := 0;
file : file_type;
begin
put("Give the number of multitasked runs : "); get(nbruns);
put("Give the increment on the tasks : "); get(inc);
skip_line;
new_line;
put_line("Reading the name of the output file ...");
Read_Name_and_Create_File(file);
new_line;
put_line("See the output file for results ...");
new_line;
put(file,"dimension : "); put(file,dim,1);
put(file," degree : "); put(file,deg,1); new_line(file);
Standard_Benchmark(file,deg,nbruns,inc,d_c,false);
DoblDobl_Benchmark(file,deg,nbruns,inc,dd_c,false);
QuadDobl_Benchmark(file,deg,nbruns,inc,qd_c,false);
end Benchmark;
procedure Main is
dim,deg,nbr,pwr,nbt : integer32 := 0;
answer,precision : character;
begin
new_line;
put_line("Testing multitasked shifting of coefficients ...");
new_line;
put("Give the dimension : "); get(dim);
put("Give the degree of the series : "); get(deg);
put("Give the number of monomials : "); get(nbr);
put("Give the highest power of each variable : "); get(pwr);
new_line;
put("Benchmark for all precisions ? (y/n) "); Ask_Yes_or_No(answer);
if answer = 'y' then
Benchmark(dim,deg,nbr,pwr);
else
put("Give the number of tasks : "); get(nbt);
put("Output during multitasking ? (y/n) "); Ask_Yes_or_No(answer);
new_line;
put_line("MENU for the working precision :");
put_line(" 0. double precision");
put_line(" 1. double double precision");
put_line(" 2. quad double precision");
put("Type 0, 1, or 2 to select the working precision : ");
Ask_Alternative(precision,"012");
case precision is
when '0' => Standard_Test(dim,deg,nbr,pwr,nbt,answer='y');
when '1' => DoblDobl_Test(dim,deg,nbr,pwr,nbt,answer='y');
when '2' => QuadDobl_Test(dim,deg,nbr,pwr,nbt,answer='y');
when others => null;
end case;
end if;
end Main;
end Test_mtShift_Convolutions;
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