Thanks for the sugestion.chakkree wrote:Your code can run with python 2.7
But change line 102 toMsg ("id:%s transparency: %d\n" %(o, p ))
I'm a beginner ... getting lost and learning ...yorik wrote:Yes that's a good idea... The thing is how to do that the clever way. There are a lot of standards to represent time ( https://en.wikipedia.org/wiki/Timestamp ) but a simple integer can be used to store a time stamp.
also, we might need something different than just timestamps, more like time spans. So this could evolve into something bigger, where your objects "belong" to a certain phase, etc...
saso wrote:First thing to check would IMO be to check if maybe IFC has support for this?
I do not even know where to start ...yorik wrote:I think it has, don't remember exactly what, but I've seen something about construction phases in the docs.
But I think:yorik wrote:In any case this all goes into the same direction: We should look at what/how others do and build a plan...
I think external object can give more freedom to designer linking obj FRC to tasks you want, but I still do not know FRC like you guys to say that.yorik wrote:Maybe the construction phase needs to be like a material? An external object?
self.percentConclTask = int((1-( float(concl) / totalDays))*100)
Code: Select all
FreeCAD
import xml.etree.ElementTree as ET
from datetime import datetime, date
from PySide import QtCore, QtGui
class PlannerData:
def __init__(self, file):
self.file = file
self.taskData = {}
self.startDate = None
self.finishDate = None
self.projPeriod = None
self.seqDays = []
self.percentConclTask = None
def getXmlData(self):
"gets data in the document ProjectLibre xml"
tree = ET.parse(self.file)
root = tree.getroot()
#gets data of the tasks
task = root.findall("{http://schemas.microsoft.com/project}Tasks")
for parent in task:
for child in parent:
a=[]
uid = child.findtext("{http://schemas.microsoft.com/project}UID")
name = child.findtext("{http://schemas.microsoft.com/project}Name")
start = child.findtext("{http://schemas.microsoft.com/project}Start")
start = datetime.strptime(start, '%Y-%m-%dT%H:%M:%S').date()
finish = child.findtext("{http://schemas.microsoft.com/project}Finish")
finish = datetime.strptime(finish, '%Y-%m-%dT%H:%M:%S').date()
period = finish-start
period = period.days
#list of data of task
a.append(uid)
a.append(name)
a.append(start)
a.append(finish)
a.append(period)
self.taskData[uid] = a
#gets data of the project period
start2 = root.findtext("{http://schemas.microsoft.com/project}StartDate")
self.startDate = datetime.strptime(start2, '%Y-%m-%dT%H:%M:%S').date()
finish2 = root.findtext("{http://schemas.microsoft.com/project}FinishDate")
self.finishDate = datetime.strptime(finish2, '%Y-%m-%dT%H:%M:%S').date()
period = self.finishDate - self.startDate
self.projPeriod = period.days
#gets the sequence of days between the start and end date of the project for use in Simulation
dat = self.startDate
while dat <= self.finishDate:
self.seqDays.append(dat)
dat = date.toordinal(dat)+1
dat = date.fromordinal(dat)
return self.taskData#, self.startDate, self.finishDate#, self.projPeriod, self.seqDays
def getCsvData(self):
"gets data in the document Csv"
pass
def calcPercentConclTask(self, task, dat):
"calculation of the percentage of completion of the task for use in the visualization of the Simulation"
#Msg(self.taskData); Msg('\n\n')
tasks = self.taskData
start = tasks[task][2]
finish = tasks[task][3]
totalDays = tasks[task][4]
"""Msg(task); Msg(' ')
Msg(dat ); Msg(' ')
Msg(start); Msg(' ')
Msg(finish); Msg('\n')
Msg(dat < start);Msg(dat > finish); Msg(' ')"""
if dat < start:
self.percentConclTask = 100
elif dat > finish:
self.percentConclTask = 0
else:
concl = dat-start
concl= concl.days
self.percentConclTask = int((1-( float(concl) / totalDays))*100)
#Msg('%g\n'%self.percentConclTask)
return self.percentConclTask
def execute():
#for teste in FreeCad
filename = QtGui.QFileDialog.getOpenFileName(QtGui.qApp.activeWindow(),'Open file','*.xml')
file =filename[0]
#for test in IDLE Python, copy file to the same directory
#file = 'teste1.xml'
teste='2016-11-28T08:00:00'
dat = datetime.strptime(teste, '%Y-%m-%dT%H:%M:%S').date()
Msg (dat); Msg('\n')
plan = PlannerData(str(file))
i = plan.getXmlData()
Msg (i); Msg('\n')
for o in i:
start=i[o][2]
finish=i[o][3]
totalDays=i[o][4]
p= plan.calcPercentConclTask( o, dat)
Msg ("id:%s %s transparency: %d\n" %(o, i[o][1], p ))
execute()All objects start with 100 (invisible), and the transparency value decreases in proportion to the date's progress until they are visible.saso wrote:As I understand the problems is that the transparency values should be 0 (fully visible, as construction finished), 50, 100, 100, 100 (invisible, as construction not yet started) and not 0, 22, 28, 100, 100 ?
Yes, I understood wrongly what the problem with your code was...walpa wrote:All objects start with 100 (invisible), and the transparency value decreases in proportion to the date's progress until they are visible.saso wrote:As I understand the problems is that the transparency values should be 0 (fully visible, as construction finished), 50, 100, 100, 100 (invisible, as construction not yet started) and not 0, 22, 28, 100, 100 ?
