0129

dakota_interface.py

@@ -3,6 +3,7 @@
 import datetime as dt
 import json
 import os
+import platform
 import subprocess as sbp
 import sys
 import traceback as tb
@@ -63,7 +64,12 @@ def process(fn_json_args):
         print('  - running cross-sectional analysis...')
         fn_main = interface_args['fn_main']
         analysis = interface_args['analysis']
-        ppcmd = interface_args['prevabs_cmd']
+
+        if platform.system() == 'Windows':
+            ppcmd = interface_args['prevabs_cmd_win']
+        elif platform.system() == 'Linux':
+            ppcmd = interface_args['prevabs_cmd_linux']
+
         solver = interface_args['solver']
         timeout = 30
         if 'timeout' in interface_args.keys():
@@ -80,44 +86,68 @@ def process(fn_json_args):
         # e.g., leading edge of the airfoil
         origin_ref_2 = interface_args['origin_ref_2']
         sc_ref_2 = ms.shear_center[1] + origin_ref_2
+        xo2 = 0
+        xo3 = 0
 
         if 'ref_center' in interface_args.keys():
             if interface_args['ref_center'] == 'sc':
                 # Calculate the location of the new origin (e.g. sc)
                 # relative to the ref point (e.g. leading edge)
                 # origin_ref_2 = ms.shear_center[1] + origin_ref_2
+                xo2 -= ms.shear_center[1]
+                xo3 -= ms.shear_center[2]
                 ms.offsetBeamRefCenter(ms.shear_center[1], ms.shear_center[2])
                 # ms_off = sg.calcOffsetBeamProperty(ms.shear_center[1], ms.shear_center[2])
 
+        # Extract beam properties
+        bps = {'xo2': xo2, 'xo3': xo3}
+        for n in interface_args['beam_properties']:
+            bps[n] = ms.getBeamProperty(n)
+
         # Calculate actual responses
         rc = None
-        for k, v in interface_args['post_process'].items():
-            # print('')
-            # print('v[0]:', v[0])
-            # print(type(v[0]).__name__)
-            if type(v[0]).__name__ == 'str' or type(v[0]).__name__ == 'unicode':
-                if v[0] == 'sc2_ref' or v[0] == 'scy_ref':
-                    bp = sc_ref_2
+        inter = {}  # Intermediate values
+
+        if type(interface_args['post_process']).__name__ == 'list':
+            for pp in interface_args['post_process']:
+                fn = pp[0]  # function name
+                rn = pp[1]  # response name
+                # print(rn)
+                args = pp[1:]
+                if fn == 'self':
+                    r = bps[args[1]]
                 else:
-                    bp = ms.getBeamProperty(v[0])
-                # print('bp:', bp)
-                if v[1] == 'self':
-                    r = bp
-                elif v[1] == 'abs_rel_diff':
-                    r = np.abs((bp - v[2]) / v[2])
-                else:
-                    r = eval('dpf.{0}'.format(v[1]))(bp, v[2])
-            elif type(v[0]).__name__ == 'list':
-                # bps = [ms.getBeamProperty(s) for s in v[0]]
-                bps = []
-                for s in v[0]:
-                    if s == 'sc2_ref' or s == 'scy_ref':
-                        bps.append(sc_ref_2)
+                    r = eval(f'dpf.{fn}')(interface_args, params, bps, inter, *args)
+                results[rn].function = r
+
+        elif type(interface_args['post_process']).__name__ == 'dict':
+            for k, v in interface_args['post_process'].items():
+                # print('')
+                # print('v[0]:', v[0])
+                # print(type(v[0]).__name__)
+                if type(v[0]).__name__ == 'str' or type(v[0]).__name__ == 'unicode':
+                    if v[0] == 'sc2_ref' or v[0] == 'scy_ref':
+                        bp = sc_ref_2
                     else:
-                        bps.append(ms.getBeamProperty(s))
-                r = eval('dpf.{0}'.format(v[1]))(bps, v[2])
-
-            results[k].function = r
+                        bp = ms.getBeamProperty(v[0])
+                    # print('bp:', bp)
+                    if v[1] == 'self':
+                        r = bp
+                    elif v[1] == 'abs_rel_diff':
+                        r = np.abs((bp - v[2]) / v[2])
+                    else:
+                        r = eval('dpf.{0}'.format(v[1]))(bp, v[2])
+                elif type(v[0]).__name__ == 'list':
+                    # bps = [ms.getBeamProperty(s) for s in v[0]]
+                    bps = []
+                    for s in v[0]:
+                        if s == 'sc2_ref' or s == 'scy_ref':
+                            bps.append(sc_ref_2)
+                        else:
+                            bps.append(ms.getBeamProperty(s))
+                    r = eval('dpf.{0}'.format(v[1]))(bps, v[2])
+
+                results[k].function = r
 
 
         # Write output

plotBlade.py

@@ -0,0 +1,45 @@
+import os
+import sys
+import subprocess as sbp
+import numpy as np
+import pprint as pp
+import msm
+import msmio as mio
+import msmsg as msg
+import msmbeam as msb
+import utilities as utl
+
+
+def plotBlade():
+    blade = msb.Beam()
+    blade.readPreGEBTIn(sys.argv[1])
+    for i, st in enumerate(blade.stations):
+        cs = st['cross_section']
+        cs.readPreVABSIn(st['section'] + '.temp.xml', '', '')
+
+        if i in [2, 3, 4]:
+            cs.name_baseline = 'vr7_baselines_' + str(i)
+        else:
+            cs.name_baseline = 'vr7_baselines'
+        cs.name_layup = 'vr7_layups'
+        cs.pitch = st['pitch']
+        # Set obliqueness
+        sw = st['sweep']
+        cos11 = np.cos(np.deg2rad(sw))
+        cos21 = np.cos(np.deg2rad(sw + 90.))
+        cs.cos11 = utl.floorAbsolute(cos11 * 1e6) * 1e-6
+        cs.cos21 = utl.floorAbsolute(cos21 * 1e6) * 1e-6
+
+        cs.updateXMLElementTree('h')
+
+        # Write new PreVABS input
+        cs.writePreVABSIn(cs.name + '.xml')
+        msm.run('prevabs', cs.name+'.xml', '-h', '-vabs')
+
+        # Read nodes and elements
+        cs.readVABSIn()
+    blade.writeGmshMsh()
+
+
+if __name__ == "__main__":
+    plotBlade()