void simulate_RT(component c, double a){
/* Memory Allocation, Structures and Fields */
grid_volume v = vol2d(size_x,size_y,a); /* Grid volume for computations */
structure s0(v,air,pml(h_PML,Y)); /* Reference case: no scatterers; PML termination in the y-direction */
structure s(v,air_glass_grating,pml(h_PML,Y)); /* Structure to be simulated; PML termination in the y-direction */
fields f0(&s0); /* Fields for reference case */
fields f(&s); /* Fields for simulation structure */
h5file *eps_file_ptr=f.open_h5file(eps_file_name);
f.output_hdf5(Dielectric, v.surroundings(), eps_file_ptr, true); /* Outputting dielectric function as .h5 file; <fields>.output_hdf5(<field_type>,<?>) */
/* Flux Lines for Transmissions and Reflection Detectors */
volume flux_line_trans(vec(0,h_PML+4*h_sep+d),vec(size_x,h_PML+4*h_sep+d));
volume flux_line_refl(vec(0,h_PML+2*h_sep),vec(size_x,h_PML+2*h_sep));
/* Appropriate Bloch Boundary Conditions */
double k_x=n_air*freq_centre*sin(theta_degrees*const_pi/180.0);
f0.use_bloch(vec(k_x,0.0));
f.use_bloch(vec(k_x,0.0));
/* Light Sources */
gaussian_src_time src(freq_centre, 0.5/pw_freq_width, 0, 5/pw_freq_width); /* Time-domain definition of source */
volume src_line(vec(0,h_PML+h_sep),vec(size_x,h_PML+h_sep));
f0.add_volume_source(c,src,src_line,src_spatial_modulator,1.0);
f.add_volume_source(c,src,src_line,src_spatial_modulator,1.0);
master_printf("# Line source(s) added ...\n");
/* Fluxes for Transmission, Reflection */
dft_flux f_t0 = f0.add_dft_flux_plane(flux_line_trans,min2(freq_min,freq_max),max2(freq_min,freq_max),num_freqs);
dft_flux f_t = f.add_dft_flux_plane(flux_line_trans,min2(freq_min,freq_max),max2(freq_min,freq_max),num_freqs);
dft_flux f_r0 = f0.add_dft_flux_plane(flux_line_refl,min2(freq_min,freq_max),max2(freq_min,freq_max),num_freqs);
dft_flux f_r = f.add_dft_flux_plane(flux_line_refl,min2(freq_min,freq_max),max2(freq_min,freq_max),num_freqs);
angleResolvedDetectors2D *ard = new angleResolvedDetectors2D(h_PML+4*h_sep, h_PML+2*h_sep, size_x, a, angle_res_degrees, freq_min, freq_max, num_freqs, theta_degrees, n_air, n_air, degree);
master_printf("# Simulating reference structure ...\n");
double t_final_src_0=f0.last_source_time(), t_final_sim_0=t_final_src_0+duration_factor*num_freqs/pw_freq_width/2;
master_printf("\tparameter__user_inaccessible:\tt_final_src_0 = %f\n",t_final_src_0);
master_printf("\tparameter__user_inaccessible:\tt_final_sim_0 = %f\n",t_final_sim_0);
while(f0.time() < t_final_sim_0){ /* Time-stepping -- reference structure */
f0.step();
double t=f0.time();
ard->update(t,f0,reference);
}
f_r0.save_hdf5(f0, flux_file_name, "reflection");
ard->finalize_update(reference);
master_printf("# Simulating test structure ...\n");
double t_final_src=f.last_source_time(), t_final_sim=t_final_src+duration_factor*num_freqs/pw_freq_width/2;
master_printf("\tparameter__user_inaccessible:\tt_final_src = %f\n",t_final_src);
master_printf("\tparameter__user_inaccessible:\tt_final_sim = %f\n",t_final_sim);
f_r.load_hdf5(f, flux_file_name, "reflection");
f_r.scale_dfts(-1.0);
while(f.time() < t_final_sim){ /* Time-stepping -- simulated structure */
f.step();
double t=f.time();
ard->update(t,f,simulation);
}
f.output_hdf5(c, v.surroundings()); /* Outputting electric field as .h5 file; <fields>.output_hdf5(<field_type>,<?>) */
ard->finalize_update(simulation);
double *flux_t = f_t.flux(); /* Calculating flux -- integrating? */
double *flux_t0 = f_t0.flux(); /* Calculating flux -- integrating? */
double *flux_r = f_r.flux(); /* Calculating flux -- integrating? */
double *flux_r0 = f_r0.flux(); /* Calculating flux -- integrating? */
double *T; /* Array to store transmission coefficients (frequency-dependent) */
double *R; /* Array to store reflection coefficients (frequency-dependent) */
T = new double[num_freqs];
R = new double[num_freqs];
for (int i=0; i<num_freqs; ++i){ /* Calculating transmission, reflection coefficients */
T[i] = flux_t[i] / flux_t0[i];
R[i] = -flux_r[i] / flux_r0[i];
}
double dfreq = pw_freq_width / (num_freqs-1);
master_printf("transmission:, omega, T\n");
master_printf("reflection:, omega, R\n");
master_printf("addition_check:, omega, R+T\n");
for (int l=0; l<num_freqs; ++l){ /* Printing transmission coefficient values */
master_printf("transmission:, %f, %f\n",freq_min+l*dfreq,T[l]);
master_printf("reflection:, %f, %f\n",freq_min+l*dfreq,R[l]);
master_printf("addition_check:, %f, %f\n",freq_min+l*dfreq,T[l]+R[l]);
}
ard->print_angle_unresolved_T();
ard->print_angle_unresolved_R();
ard->print_angle_resolved_T(file_name_prefix);
ard->print_angle_resolved_R(file_name_prefix);
delete [] eps_file_name;
delete [] flux_file_name;
delete [] flux_t; /* "Garbage collection" at end of code execution */
delete [] flux_t0; /* "Garbage collection" at end of code execution */
delete [] flux_r; /* "Garbage collection" at end of code execution */
delete [] flux_r0; /* "Garbage collection" at end of code execution */
delete [] T; /* "Garbage collection" at end of code execution */
delete [] R; /* "Garbage collection" at end of code execution */
delete ard;
}
/* ***************************************************
* Punch out MEMCPY *
* ************************************************** */
void c2_memcpy(void)
{
if (traceflg == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy");
trace_rec_1();
}
char ch;
char *p1;
char tfield1[VAR_LGTH];
char tfield2[VAR_LGTH];
char tfield3[VAR_LGTH];
int pi;
int pi2;
int x = 0;
int x1 = 0;
int x4 = 0;
int I = 0;
int ret = 0;
p1 = strstr(p_string, "+");
pi = 0;
ch = p_string[pi];
while ((ch == ' ') || (ch == '\t') || (ch == '{'))
{
pi++;
ch = p_string[pi];
}
while (ch != '(')
{
pi++;
ch = p_string[pi];
}
pi++;
ch = p_string[pi];
pi2 = 0;
while (ch != ',')
{
tfield1[pi2] = ch;
pi2++;
pi++;
ch = p_string[pi];
}
tfield1[pi2] = '\0';
x = 0;
for (I = 0; I < gv_ct; I++)
{
ret = strcmp(tfield1, gw_variable[I].gv_name);
if (ret == 0)
{
x4 = gw_variable[I].gv_lgth;
x1 = strcmp(gw_variable[I].gv_type, "C");
if (x1 != 0)
{
printf("c2z_mem.c c2_memcpy tfield1 Not Character = %s\n", tfield1);
printf("c2z_mem.c c2_memcpy rct = %d p_string = %s", rct, p_string);
c2_debug();
exit(1);
}
if (x1 == 0)
{
x = 1;
}
}
}
if (x == 0)
{
printf("c2z_mem.c c2_memcpy tfield1 Not Found = %s\n", tfield1);
printf("c2z_mem.c c2_memcpy rct = %d p_string = %s", rct, p_string);
c2_debug();
exit(1);
}
if (!p1)
{
while (ch != ',')
{
pi++;
ch = p_string[pi];
}
pi++;
ch = p_string[pi];
pi2 = 0;
while (ch != ',')
{
tfield2[pi2] = ch;
pi2++;
pi++;
ch = p_string[pi];
}
tfield2[pi2] = '\0';
while (ch != ',')
{
pi++;
ch = p_string[pi];
}
pi++;
ch = p_string[pi];
pi2 = 0;
while (ch != ')')
{
tfield3[pi2] = ch;
pi2++;
pi++;
ch = p_string[pi];
}
tfield3[pi2] = '\0';
strcpy(a_string, "*");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy #1");
trace_rec_3();
}
strcpy(a_string, " MVC ");
strcat(a_string, tfield1);
strcat(a_string, "(");
snprintf(wk_strg, sizeof(wk_strg), "%d", x4);
strcat(a_string, wk_strg);
strcat(a_string, "),=CL");
strcat(a_string, wk_strg);
strcat(a_string, "' '");
strcpy(wk_remark, " memcpy */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy #2");
trace_rec_3();
}
strcpy(a_string, " MVC ");
strcat(a_string, tfield1);
strcat(a_string, "(");
strcat(a_string, tfield3);
strcat(a_string, "),");
strcat(a_string, tfield2);
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy #3");
trace_rec_3();
}
strcpy(a_string, "*");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy #4");
trace_rec_3();
}
}
if (p1)
{
pi = 0;
ch = p_string[pi];
while ((ch == ' ') || (ch == '\t') || (ch == '{'))
{
pi++;
ch = p_string[pi];
}
while (ch != '(')
{
pi++;
ch = p_string[pi];
}
pi++;
ch = p_string[pi];
pi2 = 0;
while (ch != ',')
{
if (ch != '_')
{
tfield1[pi2] = ch;
pi2++;
}
pi++;
ch = p_string[pi];
}
tfield1[pi2] = '\0';
x = 0;
x4 = 0;
for (I = 0; I < gv_ct; I++)
{
ret = strcmp(tfield1, gw_variable[I].gv_name);
if (ret == 0)
{
x4 = gw_variable[I].gv_lgth;
x1 = strcmp(gw_variable[I].gv_type, "C");
if (x1 != 0)
{
printf("c2z_mem.c c2_memcpy tfield1 Not Character = %s\n", tfield1);
printf("c2z_mem.c c2_memcpy rct = %d p_string = %s", rct, p_string);
c2_debug();
exit(1);
}
if (x1 == 0)
{
x = 1;
}
}
}
if (x == 0)
{
printf("c2z_mem.c c2_memcpy tfield1 Not Found = %s\n", tfield1);
printf("c2z_mem.c c2_memcpy rct = %d p_string = %s", rct, p_string);
c2_debug();
exit(1);
}
while (ch != ',')
{
pi++;
ch = p_string[pi];
}
pi++;
ch = p_string[pi];
pi2 = 0;
while (ch != ',')
{
if (ch != '_')
{
tfield2[pi2] = ch;
pi2++;
}
pi++;
ch = p_string[pi];
}
tfield2[pi2] = '\0';
while (ch != ',')
{
pi++;
ch = p_string[pi];
}
pi++;
ch = p_string[pi];
pi2 = 0;
while (ch != ')')
{
tfield3[pi2] = ch;
pi2++;
pi++;
ch = p_string[pi];
}
tfield3[pi2] = '\0';
strcpy(a_string, "*");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy #5");
trace_rec_3();
}
strcpy(a_string, " MVC ");
strcat(a_string, tfield1);
strcat(a_string, "(");
snprintf(wk_strg, sizeof(wk_strg), "%d", x4);
strcat(a_string, wk_strg);
strcat(a_string, "),=CL");
strcat(a_string, wk_strg);
strcat(a_string, "' '");
strcat(a_string, "' '");
strcpy(wk_remark, " memcpy */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy #6");
trace_rec_3();
}
strcpy(a_string, " MVC ");
strcat(a_string, tfield1);
strcat(a_string, "(");
strcat(a_string, tfield3);
strcat(a_string, "),");
strcat(a_string, tfield2);
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy #7");
trace_rec_3();
}
strcpy(a_string, "*");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_mem.c c2_memcpy #8");
trace_rec_3();
}
}
}
void c2_isalnum()
{
strcpy(a_string, "*");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #1");
trace_rec_3();
}
strcpy(a_string, "ISALNUM DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #2");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #5");
trace_rec_3();
}
strcpy(a_string, " LARL R8,C370EOF");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #6");
trace_rec_3();
}
work_use_ct[74]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #7");
trace_rec_3();
}
strcpy(a_string, " JLE ALN06");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #8");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #5");
trace_rec_3();
}
strcpy(a_string, " LARL R8,C370XXX");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #6");
trace_rec_3();
}
work_use_ct[72]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #7");
trace_rec_3();
}
strcpy(a_string, " JLE ALN06");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #8");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #9");
trace_rec_3();
}
strcpy(a_string, " LARL R8,C370B1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #10");
trace_rec_3();
}
work_use_ct[52]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #11");
trace_rec_3();
}
strcpy(a_string, " JLE ALN06");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #12");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #13");
trace_rec_3();
}
strcpy(a_string, " LARL R8,C370PER");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #14");
trace_rec_3();
}
work_use_ct[75]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #15");
trace_rec_3();
}
strcpy(a_string, " JLE ALN06");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #16");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #17");
trace_rec_3();
}
strcpy(a_string, " LARL R8,C370COLN");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #18");
trace_rec_3();
}
work_use_ct[81]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #19");
trace_rec_3();
}
strcpy(a_string, " JLE ALN06");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #20");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1A");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #21");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " LARL R8,C370UCA");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #22");
trace_rec_3();
}
work_use_ct[35]++;
strcpy(a_string, " MVC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #23");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #24");
trace_rec_3();
}
work_use_ct[2]++;
strcpy(a_string, " LARL R8,C370L1A");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #25");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #26");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " JLE ALN01");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #27");
trace_rec_3();
}
strcpy(a_string, " JLH ALN01");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #28");
trace_rec_3();
}
strcpy(a_string, " JLU ALN02");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #29");
trace_rec_3();
}
strcpy(a_string, "ALN01 DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #30");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1A");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #31");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " LARL R8,C370UCZ");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #32");
trace_rec_3();
}
work_use_ct[36]++;
strcpy(a_string, " MVC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #33");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #34");
trace_rec_3();
}
work_use_ct[2]++;
strcpy(a_string, " LARL R9,C370L1A");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #35");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #36");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " JLE ALN03");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #37");
trace_rec_3();
}
strcpy(a_string, " JLL ALN03");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #38");
trace_rec_3();
}
strcpy(a_string, " JLU ALN02");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #39");
trace_rec_3();
}
strcpy(a_string, "ALN03 DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #40");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370ISAL");
strcpy(wk_remark, " C370ISAL */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #41");
trace_rec_3();
}
strcpy(a_string, " LARL R8,C370ONE");
strcpy(wk_remark, " C370ONE */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #42");
trace_rec_3();
}
work_use_ct[33]++;
strcpy(a_string, " ZAP 0(6,R9),0(6,R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #43");
trace_rec_3();
}
strcpy(a_string, " JLU ALN04");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #44");
trace_rec_3();
}
strcpy(a_string, "ALN02 DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #45");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1A");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #46");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " LARL R8,C370LCA");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #47");
trace_rec_3();
}
work_use_ct[37]++;
strcpy(a_string, " MVC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #48");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #49");
trace_rec_3();
}
work_use_ct[2]++;
strcpy(a_string, " LARL R9,C370L1A");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #50");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #51");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " JLE ALN05");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #52");
trace_rec_3();
}
strcpy(a_string, " JLH ALN05");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #53");
trace_rec_3();
}
strcpy(a_string, " JLU ALN06");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #54");
trace_rec_3();
}
strcpy(a_string, "ALN05 DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #55");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370L1A");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #56");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " LARL R8,C370LCZ");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #57");
trace_rec_3();
}
work_use_ct[38]++;
strcpy(a_string, " MVC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #58");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " LARL R9,C370L1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #59");
trace_rec_3();
}
work_use_ct[2]++;
strcpy(a_string, " LARL R9,C370L1A");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #60");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " CLC 0(1,R9),0(R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #61");
trace_rec_3();
}
work_use_ct[59]++;
strcpy(a_string, " JLE ALN03");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #62");
trace_rec_3();
}
strcpy(a_string, " JLL ALN03");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #63");
trace_rec_3();
}
strcpy(a_string, "ALN06 DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #64");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370ISAL");
strcpy(wk_remark, " C370ISAL */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #65");
trace_rec_3();
}
strcpy(a_string, " LARL R8,C370ZERO");
strcpy(wk_remark, " C370ZERO */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #66");
trace_rec_3();
}
work_use_ct[32]++;
strcpy(a_string, " ZAP 0(6,R9),0(6,R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #67");
trace_rec_3();
}
strcpy(a_string, "ALN04 DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #68");
trace_rec_3();
}
strcpy(a_string, " PR");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_isalnum.c c2_isalnum #71");
trace_rec_3();
}
}
/* ***************************************************
* Punch ++ statement *
* ************************************************** */
void c2_plus()
{
if (traceflg == 1)
{
strcpy(trace_1, "c2z.incr.c c2_plus #1 START");
trace_rec_1();
}
char *p, *p1, *p2, *p3;
char ch;
char field1[VAR_LGTH];
char field1a[VAR_LGTH];
char field2[VAR_LGTH];
char field2a[VAR_LGTH];
char field6[VAR_LGTH];
char field7[VAR_LGTH];
char tfield1[VAR_LGTH];
char tfield5[VAR_LGTH];
char tfield6[VAR_LGTH];
char tfield7[VAR_LGTH];
char tfield8[VAR_LGTH];
char tfield9[VAR_LGTH];
char tfield10[VAR_LGTH];
char tfield11[VAR_LGTH];
int pi;
int pi2;
int pl1 = 0;
int pl3 = 0;
int I = 0;
int x2 = 0;
int fd2_type = 0;
int ret = 0;
int ret1 = 0;
p = strstr(p_string, "++");
p1 = strstr(p_string, "printf");
p2 = strstr(p_string, "[");
p3 = strstr(p_string, "]");
if ((p) && (!p1) && (!p2) && (!p3))
{
pi = 0;
ch = p_string[pi];
while ((ch == ' ') || (ch == '\t') || (ch == '{'))
{
pi++;
ch = p_string[pi];
}
pi2 = 0;
ch = p_string[pi];
while (ch != '+')
{
if(ch != ' ')
{
field1[pi2] = ch;
pi2++;
}
pi++;
ch = p_string[pi];
}
field1[pi2] = '\0';
pl1 = 0;
pl3 = 0;
if (lv_ct > 0)
{
for (I = 0; I < lv_ct; I++)
{
ret = strcmp(field1, lw_variable[I].lv_name);
ret1 = strcmp(sv_func, lw_variable[I].lv_func);
if ((ret == 0) && (ret1 == 0))
{
pl1 = 1;
strcpy(field1a, lw_variable[I].lv_cname);
lw_variable[I].lv_use_ct++;
lw_variable[I].lv_current_lgth++;
}
}
}
if (pl1 == 0)
{
if (gv_ct > 0)
{
for (I = 0; I < gv_ct; I++)
{
pl3 = strcmp(field1, gw_variable[I].gv_name);
if (pl3 == 0)
{
pl1 = 1;
strcpy(field1a, gw_variable[I].gv_cname);
gw_variable[I].gv_use_ct++;
gw_variable[I].gv_current_lgth++;
}
}
}
}
if (pl1 == 0)
{
printf("c2z_incr.c c2_plus E-294 field1 Not Found = %s sv_func = %s\n", field1,sv_func);
printf("c2z_incr.c c2_plus rct = %d p_string = %s", rct, p_string);
c2_debug();
exit(1);
}
strcpy(a_string, " LARL R9,");
strcat(a_string, field1a);
strcpy(wk_remark, " ");
strcat(wk_remark, field1);
strcat(wk_remark, " */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus #1");
trace_rec_3();
}
strcpy(a_string, " LARL R8,C370ONE");
strcpy(wk_remark, " C370ONE */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus #2");
trace_rec_3();
}
work_use_ct[33]++;
strcpy(a_string, " AP 0(6,R9),0(6,R8)");
strcpy(wk_remark, " ++ */ ");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus #3");
trace_rec_3();
}
convert = 1;
return;
}
if ((p) && (!p1) && (p2) && (p3)) /* int array[x]++; */
{
pi = 0;
ch = p_string[pi];
while ((ch == ' ') || (ch == '\t') || (ch == '{'))
{
pi++;
ch = p_string[pi];
}
pi2 = 0;
ch = p_string[pi];
while (ch != '[')
{
if(ch != ' ')
{
tfield1[pi2] = ch;
pi2++;
}
pi++;
ch = p_string[pi];
}
tfield1[pi2] = '\0';
pi++;
ch = p_string[pi];
while (ch != ']')
{
pi++;
ch = p_string[pi];
}
x2 = 0;
fd2_type = 0;
pi++;
pi2 = 0;
ch = p_string[pi];
while (ch != ']')
{
if (x2 == 0)
{
if ((isdigit(ch)) && (x2 == 0))
{
fd2_type = 2;
x2 = 1;
}
if ((isalpha(ch)) && (x2 == 0))
{
fd2_type = 1;
x2 = 1;
}
}
pi2++;
pi++;
ch = p_string[pi];
}
if (gv_ct > 0)
{
for (I = 0; I < gv_ct; I++)
{
ret = strcmp(tfield1, gw_variable[I].gv_name);
if (ret == 0)
{
strcpy(tfield5, gw_variable[I].gv_dsect);
strcpy(tfield6, gw_variable[I].gv_label);
strcpy(tfield7, gw_variable[I].gv_table);
strcpy(tfield8, gw_variable[I].gv_aname);
strcpy(tfield9, gw_variable[I].gv_sv_reg);
strcpy(tfield10, gw_variable[I].gv_wk_reg);
strcpy(tfield11, gw_variable[I].gv_wk_strg);
}
}
}
strcpy(a_string, " LARL R9,C370NWK1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr_c c2_plus_array #1");
trace_rec_3();
}
work_use_ct[49]++;
strcpy(a_string, " LARL R8,C370ZERO");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #2");
trace_rec_3();
}
work_use_ct[32]++;
strcpy(a_string, " ZAP 0(6,R9),0(6,R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #3");
trace_rec_3();
}
strcpy(a_string, " LARL R6,");
strcat(a_string, field7);
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #4");
trace_rec_3();
}
strcpy(a_string, "L");
snprintf(wk_strg, sizeof(wk_strg), "%d", rct);
strcat(a_string, wk_strg);
strcat(a_string, "G");
check_length();
strcat(a_string, "DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #5");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370NWK1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #6");
trace_rec_3();
}
work_use_ct[49]++;
if (fd2_type == 2) /* literal */
{
/*
for (v = 0; v < math_lit_ct; v++)
{
if ((rct == w_mathlit[v].lit_rct) && (w_mathlit[v].lit_uct == 1))
{
strcpy(a_string, " LARL R8,");
strcat(a_string, w_mathlit[v].lit_use_cname);
break;
}
}
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #7");
trace_rec_3();
}
*/
printf("FIX FIX FIX c2_plus_array #7\n");
printf("rct = %d p_string = %s",rct,p_string);
}
if (fd2_type == 1) /* variable */
{
strcpy(a_string, " LARL R8,");
strcat(a_string, field2a);
strcpy(wk_remark, " ");
strcat(wk_remark, field2);
strcat(wk_remark, " */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #8");
trace_rec_3();
}
}
strcpy(a_string, " CP 0(6,R9),0(6,R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #8");
trace_rec_3();
}
strcpy(a_string, " JLE ");
strcat(a_string, "L");
snprintf(wk_strg, sizeof(wk_strg), "%d", rct);
strcat(a_string, wk_strg);
strcat(a_string, "F");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #9");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370NWK1");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #10");
trace_rec_3();
}
work_use_ct[49]++;
strcpy(a_string, " LARL R8,C370ONE");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #11");
trace_rec_3();
}
work_use_ct[32]++;
strcpy(a_string, " AP 0(6,R9),0(6,R8)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #12");
trace_rec_3();
}
strcpy(a_string, " LA R6,");
strcat(a_string, field6);
strcat(a_string, "(R0,R6)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #13");
trace_rec_3();
}
strcpy(a_string, " JLU ");
strcat(a_string, "L");
snprintf(wk_strg, sizeof(wk_strg), "%d", rct);
strcat(a_string, wk_strg);
strcat(a_string, "G");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #14");
trace_rec_3();
}
strcpy(a_string, "L");
snprintf(wk_strg, sizeof(wk_strg), "%d", rct);
strcat(a_string, wk_strg);
strcat(a_string, "F");
check_length();
strcat(a_string, "DS 0H");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #15");
trace_rec_3();
}
strcpy(a_string, " LARL R9,C370ONE");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #16");
trace_rec_3();
}
work_use_ct[49]++;
strcpy(a_string, " AP 0(6,R6),0(6,R9)");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_incr.c c2_plus_array #17");
trace_rec_3();
}
convert = 1;
return;
}
}
/* ***************************************************
* Punch out STRSET *
* ************************************************** */
void c2_strset(void)
{
if (traceflg == 1)
{
strcpy(trace_1, "c2z_strset.c c2_strset");
trace_rec_1();
}
char ch;
char field1[VAR_LGTH];
char field2[VAR_LGTH];
int pi;
int pi2;
int x = 0;
int x1 = 0;
int x3 = 0;
int I = 0;
int ret = 0;
pi = 0;
ch = p_string[pi];
while ((ch == ' ') || (ch == '\t'))
{
pi++;
ch = p_string[pi];
}
while (ch != '(')
{
pi++;
ch = p_string[pi];
}
pi++;
ch = p_string[pi];
pi2 = 0;
while (ch != ',')
{
field1[pi2] = ch;
pi2++;
pi++;
ch = p_string[pi];
}
field1[pi2] = '\0';
x = 0;
for (I = 0; I < gv_ct; I++)
{
ret = strcmp(field1, gw_variable[I].gv_name);
if (ret == 0)
{
x1 = strcmp(gw_variable[I].gv_type, "C");
if (x1 != 0)
{
printf("c2z_strset.c c2_strset E-513 field1 Not Character = %s\n",field1);
c2_error();
}
if (x1 == 0)
{
x = 1;
}
}
}
if (x == 0)
{
printf("c2z_strset.c c2_strset E-514 field1 Not Found = %s\n", field1);
c2_error();
}
while (ch != ',')
{
pi++;
ch = p_string[pi];
}
pi++;
ch = p_string[pi];
while (ch == ' ')
{
pi++;
ch = p_string[pi];
}
pi2 = 0;
while (ch != ')')
{
if (ch != '\'')
{
field2[pi2] = ch;
pi2++;
}
pi++;
ch = p_string[pi];
}
field2[pi2] = '\0';
for (I = 0; I < gv_ct; I++)
{
ret = strcmp(gw_variable[I].gv_name, field1);
if (ret == 0)
{
x3 = gw_variable[I].gv_lgth;
}
}
x3--;
strcpy(a_string, " MVI ");
strcat(a_string, field1);
strcat(a_string, ",C'");
strcat(a_string, field2);
strcat(a_string, "'");
strcpy(wk_remark, " strset */");
write_remark();
if (puncde == 1)
{
strcpy(trace_1, "c2z_strset.c c2_strset #1");
trace_rec_3();
}
strcpy(a_string, " MVC ");
strcat(a_string, field1);
strcat(a_string, "+1(");
snprintf(wk_strg, sizeof(wk_strg), "%d", x3);
strcat(a_string, wk_strg);
strcat(a_string, "),");
strcat(a_string, field1);
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_strset.c c2_strset #2");
trace_rec_3();
}
strcpy(a_string, "*");
src_line();
if (puncde == 1)
{
strcpy(trace_1, "c2z_strset.c c2_strset #3");
trace_rec_3();
}
}
