Difference between revisions of "Team:EPF Lausanne/Project/Modelling/Code"

class Reaction:
	def __init__(self, reaction_, cst_name_, cst_value_, description_):
		self.reaction = reaction_
		self.cst_name = cst_name_
		self.cst_value = cst_value_
		self.description = description_
		
	def __str__(self):
		    return "{}\n{} = {}\n{}".format(self.reaction,
		    self.cst_name,
		    str(self.cst_value),
		    self.description)
		
class ReactionParser:
	
	def __init__(self, input_, sep_=":", comment_="#"):
		self.sep = sep_
		self.comment = comment_
		
		self.file = open(input_, 'r') # TODO: OPEN SAFELY
		
		self.reactions = []
		
		self._load()
	
	def __del__(self):
		self.file.close()
		
	def _load(self):
		for line in self.file:
			if line.strip() == "\n" or line.strip() == "": # Check for empty lines
				continue
				
			if len(line.strip()) != 0 and line.strip()[0] == self.comment: # Check for comments
				continue
		
			splitted = line.split(":")
			
			if len(splitted) != 4:
				raise ValueError('ReactionParser: problem with the input file (not enough arguments)')
			
			reaction = Reaction(splitted[0].strip(),
								splitted[1].strip(),
								float(splitted[2].strip()),
								splitted[3].strip())
								
			self.reactions.append(reaction)
			
	def print_reactions(self):
		for reaction in self.reactions:
			print(reaction)
			print()
			
	def reaction_table(self):
		kin = []
		
		for reaction in self.reactions:
			splitted = reaction.reaction.split("->")
		
			left = splitted[0].strip()
			right = splitted[-1].strip()
			
			kin.append( ([left, right], (reaction.cst_name, reaction.description, reaction.cst_value) ) )
		
		return kin
		
			
		
if __name__ == "__main__":
	myParser = ReactionParser("reactions.dat")
	
	#myParser.load()
	myParser.print_reactions()
	
	kin = myParser.reaction_table()
	
	print(kin)

class Reaction:
	def __init__(self, reaction_, cst_name_, cst_value_, description_):
		self.reaction = reaction_
		self.cst_name = cst_name_
		self.cst_value = cst_value_
		self.description = description_
		
	def __str__(self):
		    return "{}\n{} = {}\n{}".format(self.reaction,
		    self.cst_name,
		    str(self.cst_value),
		    self.description)
		
class ReactionParser:
	
	def __init__(self, input_, sep_=":", comment_="#"):
		self.sep = sep_
		self.comment = comment_
		
		self.file = open(input_, 'r') # TODO: OPEN SAFELY
		
		self.reactions = []
		
		self._load()
	
	def __del__(self):
		self.file.close()
		
	def _load(self):
		for line in self.file:
			if line.strip() == "\n" or line.strip() == "": # Check for empty lines
				continue
				
			if len(line.strip()) != 0 and line.strip()[0] == self.comment: # Check for comments
				continue
		
			splitted = line.split(":")
			
			if len(splitted) != 4:
				raise ValueError('ReactionParser: problem with the input file (not enough arguments)')
			
			reaction = Reaction(splitted[0].strip(),
								splitted[1].strip(),
								float(splitted[2].strip()),
								splitted[3].strip())
								
			self.reactions.append(reaction)
			
	def print_reactions(self):
		for reaction in self.reactions:
			print(reaction)
			print()
			
	def reaction_table(self):
		kin = []
		
		for reaction in self.reactions:
			splitted = reaction.reaction.split("->")
		
			left = splitted[0].strip()
			right = splitted[-1].strip()
			
			kin.append( ([left, right], (reaction.cst_name, reaction.description, reaction.cst_value) ) )
		
		return kin
		
			
		
if __name__ == "__main__":
	myParser = ReactionParser("reactions.dat")
	
	#myParser.load()
	myParser.print_reactions()
	
	kin = myParser.reaction_table()
	
	print(kin)