#===========================================================================
for keys in steelData:
unit = ""
if "unit" in steelData[keys]:
unit = steelData[keys]["unit"]
if steelData[keys]["value"] != "None":
pass
#print keys + " = " + str(steelData[keys]["value"]) + " " + unit
"""
Next, we demonstrate the listAllProperties() method. As you might
expect, it produces a list of all the material properties an
object might possess.
"""
propList = library_manager.listAllProperties()
"""
Of course, since this is a list, we need to traverse it in order to
access its data.
"""
numProperties = 0
for prop in propList:
#print prop
numProperties += 1
#print numProperties
"""
Finally, we have listAllMaterials(), which, as you might
expect, lists all the materials in the library_manager
# to filter these out of your results:
#===========================================================================
for keys in steelData:
unit = ""
if "unit" in steelData[keys]:
unit = steelData[keys]["unit"]
if steelData[keys]["value"] != "None":
pass
#print keys + " = " + str(steelData[keys]["value"]) + " " + unit
"""
Next, we demonstrate the listAllProperties() method. As you might
expect, it produces a list of all the material properties an
object might possess.
"""
propList = library_manager.listAllProperties()
"""
Of course, since this is a list, we need to traverse it in order to
access its data.
"""
numProperties = 0
for prop in propList:
#print prop
numProperties += 1
#print numProperties
"""
Finally, we have listAllMaterials(), which, as you might
expect, lists all the materials in the library_manager
by name.
"""
