Re-enable a few tests on the nightlies

mcstas-comps/contrib/SNS_source_analytic.comp

@@ -809,84 +809,124 @@ INITIALIZE
     fprintf (stderr, "Error opening file\n");
     exit (-1);
   } else {
-    printf ("%s\n", "File opened...");
+    MPI_MASTER(
+      printf ("%s\n", "File opened...");
+    );
   }
   /* spectral parameters */
   while ((fgets (line, linelength, fp) != NULL) && (strchr (line, '#') != NULL)) {
-    printf ("%s", line);
+    MPI_MASTER(
+      printf ("%s", line);
+    );
   }
   kk = sscanf (line, " %le %le %le %le %le %le %le %le %le %le %le %le %le %le", &para_sp[0], &para_sp[1], &para_sp[2], &para_sp[3], &para_sp[4], &para_sp[5],
                &para_sp[6], &para_sp[7], &para_sp[8], &para_sp[9], &para_sp[10], &para_sp[11], &para_sp[12], &para_sp[13]);
 
   /* a parameter of emission time distribuation */
   while ((fgets (line, linelength, fp) != NULL) && (strchr (line, '#') != NULL)) {
-    printf ("%s", line);
+    MPI_MASTER(
+      printf ("%s", line);
+    );
   }
   kk = sscanf (line, " %le %le %le %le %le %le %le %le %le %le", &para_a[0], &para_a[1], &para_a[2], &para_a[3], &para_a[4], &para_a[5], &para_a[6], &para_a[7],
                &para_a[8], &para_a[9]);
   if (kk != 10) {
-    printf ("para_a: insufficient number of data entries read\n");
+    MPI_MASTER(
+      printf ("para_a: insufficient number of data entries read\n");
+    );
     _ABORT ();
   }
 
   /* b parameter of emission time distribuation */
   while ((fgets (line, linelength, fp) != NULL) && (strchr (line, '#') != NULL)) {
-    printf ("%s", line);
+    MPI_MASTER(
+      printf ("%s", line);
+    );
   }
   kk = sscanf (line, " %le %le %le %le %le %le %le %le %le %le", &para_b[0], &para_b[1], &para_b[2], &para_b[3], &para_b[4], &para_b[5], &para_b[6], &para_b[7],
                &para_b[8], &para_b[9]);
   if (kk != 10) {
-    printf ("para_b: insufficient number of data entries read\n");
+    MPI_MASTER(
+      printf ("para_b: insufficient number of data entries read\n");
+    );
     _ABORT ();
   }
 
   /* R parameter of emission time distribuation */
   while ((fgets (line, linelength, fp) != NULL) && (strchr (line, '#') != NULL)) {
-    printf ("%s", line);
+    MPI_MASTER(
+      printf ("%s", line);
+    );
   }
   kk = sscanf (line, " %le %le %le %le %le %le %le %le %le %le", &para_R[0], &para_R[1], &para_R[2], &para_R[3], &para_R[4], &para_R[5], &para_R[6], &para_R[7],
                &para_R[8], &para_R[9]);
   if (kk != 10) {
-    printf ("para_R: kk=%d  insufficient number of data entries read\n", kk);
+    MPI_MASTER(
+      printf ("para_R: kk=%d  insufficient number of data entries read\n", kk);
+    );
     _ABORT ();
   }
 
   /* to parameter of emission time distribuation */
   while ((fgets (line, linelength, fp) != NULL) && (strchr (line, '#') != NULL)) {
-    printf ("%s", line);
+    MPI_MASTER(
+      printf ("%s", line);
+    );
   }
   kk = sscanf (line, " %le %le %le %le %le %le %le %le %le %le", &para_to[0], &para_to[1], &para_to[2], &para_to[3], &para_to[4], &para_to[5], &para_to[6],
                &para_to[7], &para_to[8], &para_to[9]);
   if (kk != 10) {
-    printf ("para_R: insufficient number of data entries read\n");
+    MPI_MASTER(
+      printf ("para_R: insufficient number of data entries read\n");
+    );
     _ABORT ();
   }
 
   printf ("\n");
   for (k = 0; k < 14; k++) {
-    printf ("   para_sp(%d)=%e\n", k, para_sp[k]);
+    MPI_MASTER(
+      printf ("   para_sp(%d)=%e\n", k, para_sp[k]);
+    );
   }
-  printf ("\n");
+  MPI_MASTER(
+    printf ("\n");
+  );
   for (k = 0; k < 10; k++) {
-    printf ("   para_a(%d)=%e\n", k, para_a[k]);
+    MPI_MASTER(
+      printf ("   para_a(%d)=%e\n", k, para_a[k]);
+    );
   }
-  printf ("\n");
+  MPI_MASTER(
+    printf ("\n");
+  );
   for (k = 0; k < 10; k++) {
-    printf ("   para_b(%d)=%e\n", k, para_b[k]);
+    MPI_MASTER(
+      printf ("   para_b(%d)=%e\n", k, para_b[k]);
+    );
   }
-  printf ("\n");
+  MPI_MASTER(
+    printf ("\n");
+  );
   for (k = 0; k < 8; k++) {
-    printf ("   para_R(%d)=%e\n", k, para_R[k]);
+    MPI_MASTER(
+      printf ("   para_R(%d)=%e\n", k, para_R[k]);
+    );
   }
-  printf ("\n");
+  MPI_MASTER(
+    printf ("\n");
+  );
   for (k = 0; k < 10; k++) {
-    printf ("   para_to(%d)=%e\n", k, para_to[k]);
+    MPI_MASTER(
+      printf ("   para_to(%d)=%e\n", k, para_to[k]);
+    );
   }
 
   if (sample_E == 0) {
     CItot = prepare_cumulative_spectral_function (csfE, Emin, Emax, para_sp);
     if (CItot <= 0.0) {
-      printf (" choice of Emin and Emax gives zero neutron intensity\n");
+      MPI_MASTER( 
+        printf (" choice of Emin and Emax gives zero neutron intensity\n");
+      );
       _ABORT ();
     }
     //  for(i=0;i<=1000;i++){
@@ -896,19 +936,29 @@ INITIALIZE
 
   /* some checks */
   if (dist <= 0.0) {
-    printf (" dist must be greater zero\n");
+    MPI_MASTER(
+      printf (" dist must be greater zero\n");
+    );
     _ABORT ();
   } else if (focus_xw <= 0.0) {
-    printf (" focus_xw must be greater zero\n");
+    MPI_MASTER(
+      printf (" focus_xw must be greater zero\n");
+    );
     _ABORT ();
   } else if (focus_yh <= 0.0) {
-    printf (" focus_yh must be greater zero\n");
+    MPI_MASTER(
+      printf (" focus_yh must be greater zero\n");
+    );
     _ABORT ();
   } else if (p_power <= 0) {
-    printf (" p_power must be greater zero\n");
+    MPI_MASTER(
+      printf (" p_power must be greater zero\n");
+    );
     _ABORT ();
   } else if (n_pulses <= 0) {
-    printf (" n_pulses must be greater zero\n");
+    MPI_MASTER(
+      printf (" n_pulses must be greater zero\n");
+    );
     _ABORT ();
   }
 

mcstas-comps/examples/Mantid/SNS_ARCS_Mantid/SNS_ARCS_Mantid.instr

@@ -24,6 +24,8 @@
 * B. Fultz,"Design and operation of the wide angular-range chopper spectrometer ARCS at the
 * Spallation Neutron Source", Review of Scientific Instruments, 83 , 015114 (2012)</ul>
 *
+* %Example: Fermi_nu=420 Detector: Full_cyl_I=235445
+*
 * %Parameters
 * Fermi_nu: [Hz]  Frequency of the Fermi chopper
 * T0_nu: [Hz]     Frequency of the T0 chopper
@@ -261,6 +263,10 @@ AT(0,0,LS)  RELATIVE mod
 COMPONENT sampleMantid = Spot_sample(radius_o=0.01, h=0.05, pack = 1,xwidth=0, yheight=0, zthick=0, Eideal=Edes,w=Et,two_theta=ttheta,n_spots=4)
 AT (0.0,0.0,0.0) RELATIVE Sample_Arm
 
+COMPONENT Full_cyl= Monitor_nD(xwidth=5.98,yheight=3.2,restore_neutron=1,
+                          options="mantid banana, theta limits=[-28.0 135.38] bins=389 ,y limits=[-0.550 0.450] bins=128")
+AT (0,0,0.00005) RELATIVE Sample_Arm
+
 COMPONENT  nD_Mantid_0= Monitor_nD(xwidth=5.9817,yheight=3.2,restore_neutron=1, filename="this",
                           options="mantid banana, theta limits=[-28.0 135.38] bins=389 ,y limits=[-0.550 0.450] bins=128, neutron pixel min=0 t, list all neutrons", restore_neutron=1)
 AT (0,0,0.00005) RELATIVE Sample_Arm

mcstas-comps/examples/SNS/Granroth_SNS_decoupled_poisoned/Granroth_SNS_decoupled_poisoned.instr

@@ -16,7 +16,7 @@
 *
 * Simple instrumentfile for estimating SNS brilliance, moderator is a the Granroth SNS_source applying linear interpolation in MCNPX tables.
 *
-* Example: filename=source_sct091_tu_02_1.dat Detector: Brillmon_I=7.11736e+12
+* %Example: filename=source_sct091_tu_02_1.dat Detector: Brillmon_I=7.11736e+12
 *
 * %Parameters
 * Lambda_min: [AA] Minimum wavelength produced at source

mcstas-comps/examples/SNS/SNS_ARCS/SNS_ARCS.instr

@@ -24,8 +24,7 @@
 * B. Fultz,"Design and operation of the wide angular-range chopper spectrometer ARCS at the
 * Spallation Neutron Source", Review of Scientific Instruments, 83 , 015114 (2012)</ul>
 *
-* Example: -y Detector: Full_cyl_I=235445
-* (temporarily disabled on nightly test...)
+* %Example: -y Detector: Full_cyl_I=235445
 *
 * %Parameters
 * Fermi_nu: [Hz]  Frequency of the Fermi chopper

mcstas-comps/examples/SNS/SNS_analytic_test/SNS_analytic_test.instr

@@ -19,7 +19,7 @@
 * Simple test instrument for the SNS_source component.
 * Refer to SNS <A href="http://neutrons.ornl.gov/instrument_systems/components/moderators.shtml">Source files.</A>
 *
-* Example: filename=source_sct091_tu_02_1.dat Detector: det_I=7.09416e+09
+* %Example: -y Detector: det_I=8.51297e+10
 *
 * %Parameters
 * filename: [string] Source file 
@@ -48,8 +48,9 @@ INITIALIZE %{
 
 #define LOADPATH_ STR(LOADPATH)
   sprintf(fullfile,"%s/%s",LOADPATH_,filename);
-printf("Using the input file: %s\n", fullfile);
-
+MPI_MASTER(
+  printf("Using the input file: %s\n", fullfile);
+);
 %}
 
 TRACE

tools/Python/mctest/mctest.py

@@ -95,26 +95,30 @@ def save(self, infolder):
         text = json.dumps(self.get_json_repr(), indent=2)
         f = open(join(infolder, self.get_display_name()) + ".json", 'w').write(text)
     def load(self,testnb=0):
-        jsonfile=os.path.join(os.path.dirname(self.localfile),self.get_display_name()+'.json')
-        f = open(jsonfile, "r", encoding="utf-8")
-        obj = json.load(f)
-        # # Populate test
-        self.displayname=obj['displayname']
-        self.sourcefile=obj['sourcefile']
-        self.localfile=obj['localfile']
-        self.instrname=obj['instrname']
-        self.testnb=obj['testnb']
-        self.parvals=obj['parvals']
-        self.detector=obj['detector']
-        self.targetval=obj['targetval']
-        self.testval=obj['testval']
-        self.linted=obj['linted']
-        self.compiled=obj['compiled']
-        self.compiletime=obj['compiletime']
-        self.didrun=obj['didrun']
-        self.runtime=obj['runtime']
-        self.errmsg=obj['errmsg']
-
+        jsonfile=pathlib.Path(os.path.join(os.path.dirname(self.localfile),self.get_display_name()+'.json'))
+        if jsonfile.is_file():
+            f = open(jsonfile, "r", encoding="utf-8")
+            obj = json.load(f)
+            # # Populate test
+            self.displayname=obj['displayname']
+            self.sourcefile=obj['sourcefile']
+            self.localfile=obj['localfile']
+            self.instrname=obj['instrname']
+            self.testnb=obj['testnb']
+            self.parvals=obj['parvals']
+            self.detector=obj['detector']
+            self.targetval=obj['targetval']
+            self.testval=obj['testval']
+            self.linted=obj['linted']
+            self.compiled=obj['compiled']
+            self.compiletime=obj['compiletime']
+            self.didrun=obj['didrun']
+            self.runtime=obj['runtime']
+            self.errmsg=obj['errmsg']
+            return True
+        else:
+            return False
+
     def get_display_name(self):
         if self.testnb > 1:
             return self.instrname + "_%d" % self.testnb
@@ -251,8 +255,8 @@ def mccode_test(branchdir, testdir, limitinstrs=None, instrfilter=None, compfilt
             populated=[]
             for t in instrtests:
                 if t.testnb >= 0:
-                    t.load(t.testnb)
-                    populated.append(t)
+                    if t.load(t.testnb)==True:
+                        populated.append(t)
             tests = tests + populated
             pass