def getLinks(self):
link_types = {}
i = 0
while i < len(self.app_data):
store = False
if re.search("^LINKS", self.app_data[i], re.IGNORECASE):
self.app_data.pop(i)
store = True
while store:
if re.search("^END LINKS", self.app_data[i], re.IGNORECASE):
self.app_data.pop(i)
store = False #break out of inner loop
return link_types
elif re.search("^\\bLINK\\b", self.app_data[i], re.IGNORECASE):
link = list(filter(None, self.app_data[i].split(" ")))
link_name = link[LinkType.LINK_NAME]
if link_name in link_types.keys():
error_msg = MessageCodes.ERROR_UNIQUE_PARAM_NAME
error_msg.setMsg(error_msg.msg %
("LINK-%s" % link_name,
"LINKS \n\n%s" % self.app_data[i]))
Messages.showError(error_msg)
link_types[link_name] = LinkType(link)
self.app_data.pop(i)
else:
self.app_data.pop(i)
i += 1
return link_types
def checkBuild(self):
if self.build > Constants.CURRENT_BUILD:
Messages.showError(MessageCodes.ERROR_LATER_VERSION)
elif self.build < Constants.CURRENT_BUILD:
Messages.showWarning(MessageCodes.WARNING_EARLIER_VERSION)
else:
#build number and file being run are compatible
pass
def makeDxf(self, entities, number_of_beams):
self.drawEntities(entities)
#setup viewports
VPort(self.dwg, number_of_beams)
output_path = self.app_data.getOutPutFile()
try:
self.dwg.saveas(output_path)
Messages.i("")
Messages.i(MessageCodes.INFO_DXF_GENERATED % output_path)
except PermissionError:
Messages.showError(MessageCodes.ERROR_OPEN_DXF)
Messages.continuePrompt(MessageCodes.INFO_CONTINUE_PROMPT)
def getSectionRight(self, props):
section = ""
try:
section = props[Span.SPAN_SECTION_RIGHT]
except KeyError:
try:
section = props[Span.SPAN_SECTION_LEFT]
except:
try:
section = props[Span.SPAN_SECTION]
except:
Messages.showError(MessageCodes.ERROR_NO_BEAM_SECTIONS)
return section
def getSupportTypes(self):
support_types = {}
i = 0
while i < len(self.app_data):
store = False
if re.search("^SUPPORT_TYPES", self.app_data[i], re.IGNORECASE):
self.app_data.pop(i)
store = True
while store:
if re.search("^END SUPPORT_TYPES", self.app_data[i],
re.IGNORECASE):
self.app_data.pop(i)
store = False #break out of inner loop
return support_types
elif re.search("^\\bSUPPORT_TYPE\\b", self.app_data[i],
re.IGNORECASE):
support = list(filter(None, self.app_data[i].split(" ")))
column_top = self.getColumn(support, Column.TOP,
Beams.COLUMN_TOP)
column_bottom = self.getColumn(support, Column.BOTTOM,
Beams.COLUMN_BOTTOM)
support_name = support[SupportType.NAME]
support_type = SupportType(support_name, column_top,
column_bottom)
if support_name in support_types.keys():
error_msg = MessageCodes.ERROR_UNIQUE_PARAM_NAME
error_msg.setMsg(
error_msg.msg %
("SUPPORT_TYPE-%s" % support_name,
"SUPPORT_TYPES \n\n%s" % self.app_data[i]))
Messages.showError(error_msg)
support_types[support_name] = support_type
self.app_data.pop(i)
else:
i += 1
i += 1
# for name, props in self.app_data[Beams.SUPPORT_TYPES].items():
# Messages.i(MessageCodes.INFO_DATA_READ%name)
# column_top = self.getColumn(props, Beams.COLUMN_TOP)
# column_bottom = self.getColumn(props, Beams.COLUMN_BOTTOM)
# support_types[name] = SupportType(column_top, column_bottom)
return support_types
def getSections(self):
sections = {}
i = 0
while i < len(self.app_data):
store = False
if re.search("^SECTIONS", self.app_data[i], re.IGNORECASE):
self.app_data.pop(i)
store = True
while store:
if re.search("^END SECTIONS", self.app_data[i], re.IGNORECASE):
self.app_data.pop(i)
store = False #break out of inner loop
return sections
elif re.search("^\\bSECTION\\b", self.app_data[i],
re.IGNORECASE):
section = list(filter(None, self.app_data[i].split(" ")))
section_name = section[Section.SECTION_NAME]
if section_name in sections.keys():
error_msg = MessageCodes.ERROR_UNIQUE_PARAM_NAME
error_msg.setMsg(
error_msg.msg %
("SECTION-%s" % section_name,
"SECTIONS \n\n%s" % self.app_data[i]))
Messages.showError(error_msg)
sections[section_name] = Section(section)
self.app_data.pop(i)
else:
self.app_data.pop(i)
i += 1
# for name, props in self.app_data[Beams.SECTIONS].items():
# Messages.i(MessageCodes.INFO_DATA_READ%name)
# sections[name] = Section(name, props)
if len(sections) == 0:
print("The input has error")
return sections
def showErrorMsg(self, errorMsg=""):
msg = MessageCodes.ERROR_IN_INPUT
msg.setMsg(msg.msg%("Spans", " ".join(self.props)+"\n%s"%errorMsg))
Messages.showError(msg)
def showErrorMsg(self, errorMsg=""):
msg = MessageCodes.ERROR_IN_INPUT
print(self.links_input)
msg.setMsg(msg.msg %
("Links", " ".join(self.links_input) + "\n%s" % errorMsg))
Messages.showError(msg)
def getBeams(self):
beams = {}
i = 0
while i < len(self.app_data):
store = False
if re.search("^BEAMS", self.app_data[i], re.IGNORECASE):
self.app_data.pop(i)
store = True
beam_name = None
beam_depth = None
spans = {}
supports = {}
grid_labels = {}
span_index = 0
while store:
if re.search("^\\bEND BEAMS\\b", self.app_data[i],
re.IGNORECASE):
self.app_data.pop(i)
store = False #break out of inner loop
return beams
elif re.search("^END BEAM", self.app_data[i],
re.IGNORECASE):
#store data and reset parameters
if beam_name in beams.keys():
error_msg = MessageCodes.ERROR_UNIQUE_PARAM_NAME
error_msg.setMsg(
error_msg.msg %
("BEAM-%s" % beam_name,
"BEAMS \n\n%s" % self.app_data[i]))
Messages.showError(error_msg)
beams[beam_name] = Beam(beam_depth, spans, supports,
grid_labels, beam_name)
#reset data at the end of each beam
beam_name = None
beam_depth = None
spans = {}
supports = {}
grid_labels = {}
span_index = 0
self.app_data.pop(i)
elif re.search("^\\bBEAM\\b", self.app_data[i],
re.IGNORECASE):
#store beams first
beam = list(filter(None, self.app_data[i].split(" ")))
beam_name = beam[1]
beam_depth = beam[2]
self.app_data.pop(i)
elif re.search("^\\bSPAN\\b", self.app_data[i],
re.IGNORECASE):
span = list(filter(None, self.app_data[i].split(" ")))
span_name = span[1]
if span_name in spans.keys():
error_msg = MessageCodes.ERROR_UNIQUE_PARAM_NAME
error_msg.setMsg(error_msg.msg %
("SPAN-%s" % span_name,
"BEAM-%s SPANS \n\n%s" %
(beam_name, self.app_data[i])))
Messages.showError(error_msg)
spans[span_name] = Span(span_name, span, beam_name,
span_index)
span_index += 1
self.app_data.pop(i)
elif re.search("^\\bSUPPORT\\b", self.app_data[i],
re.IGNORECASE):
support = list(
filter(None, self.app_data[i].split(" ")))
support_name = support[1]
if support_name in supports.keys():
error_msg = MessageCodes.ERROR_UNIQUE_PARAM_NAME
error_msg.setMsg(error_msg.msg %
("SUPPORT-%s" % support_name,
"BEAM-%s SUPPORTS \n\n%s" %
(beam_name, self.app_data[i])))
Messages.showError(error_msg)
supports[support_name] = support[2]
try:
grid_labels[support_name] = support[3]
except IndexError:
grid_labels[support_name] = ""
self.app_data.pop(i)
else:
self.app_data.pop(i)
i += 1
Messages.d("Total Beams", len(beams))
return beams