#/*########################################################################## # Copyright (C) 2004-2012 European Synchrotron Radiation Facility # # This file is part of the PyMca X-ray Fluorescence Toolkit developed at # the ESRF by the Software group. # # This file is free software; you can redistribute it and/or modify it # under the terms of the GNU Lesser General Public License as published by the # Free Software Foundation; either version 2 of the License, or (at your option) # any later version. # # This file is distributed in the hope that it will be useful, but WITHOUT ANY # WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS # FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more # details. # #############################################################################*/ __author__ = "V.A. Sole - ESRF Data Analysis" from PyMca import Elements class ElementHtml(object): def __init__(self,element=None): self.element = None def gethtml(self,element=None): if element is None:element = self.element if element is None:return "" ele = element #text="Summary" text="" if ele not in Elements.Element.keys(): text+="
Unknown Element" return text symbol = Elements.getsymbol(Elements.getz(ele)) omegak = Elements.Element[ele]['omegak'] omegal = [ Elements.Element[ele]['omegal1'], Elements.Element[ele]['omegal2'], Elements.Element[ele]['omegal3'] ] omegam = [ Elements.Element[ele]['omegam1'], Elements.Element[ele]['omegam2'], Elements.Element[ele]['omegam3'], Elements.Element[ele]['omegam4'], Elements.Element[ele]['omegam5'] ] #text+=" text+="
Element Info" #text+="" if 0: text+="
Name = %s" % Elements.Element[ele]['name'] text+="
Symbol = %s" % symbol text+="
At. Number = %d" % Elements.Element[ele]['Z'] text+="
At. Weight = %.5f" % Elements.Element[ele]['mass'] text+="
Density = %.5f" % Elements.Element[ele]['density'] else: hcolor = 'white' finalcolor = 'white' text+="" #symbol text+="" text+='" text+='" text+='" #Z text+="" text+='" text+='" text+='" #name text+="" text+='" text+='" text+='" #mass text+="" text+='" text+='" text+='" #density text+="" text+='" text+='" text+='" text+="" text+="

' % finalcolor text+="Symbol" text+="	' % finalcolor text+="=" text+="	' % finalcolor text+="%s " % symbol text+="
' % finalcolor text+="At. Number" text+="	' % finalcolor text+="=" text+="	' % finalcolor text+="%d " % Elements.Element[ele]['Z'] text+="
' % finalcolor text+="Name" text+="	' % finalcolor text+="=" text+="	' % finalcolor name = Elements.Element[ele]['name'][0].upper()+Elements.Element[ele]['name'][1:] text+="%s " % name text+="
' % finalcolor text+="At. Weight" text+="	' % finalcolor text+="=" text+="	' % finalcolor text+="%.5f " % Elements.Element[ele]['mass'] text+="
' % finalcolor text+="Density" text+="	' % finalcolor text+="=" text+="	' % finalcolor text+="%.5f g/cm3" % Elements.Element[ele]['density'] text+="

" # Shell propierties hcolor = 'white' finalcolor = 'white' if Elements.Element[ele]['Z'] > 2: text+="
Fluorescence Yields" text+="" text+='" text+='" text+="" text+="" text+='" text+='" for i in range(len(omegal)): if omegal[i] > 0.0: text+="" text+='" text+='" for i in range(len(omegam)): if omegam[i] > 0.0: text+="" text+='" text+='" text+="" text+="

' % hcolor text+='Shell' text+="	' % hcolor text+='Yield' text+="
' % finalcolor text+="%s " % "K" text+="	' % finalcolor text+="%.3e " % omegak text+="
' % finalcolor text+="L%d " % (i+1) text+="	' % finalcolor text+="%.3e " % omegal[i] text+="
' % finalcolor text+="M%d " % (i+1) text+="	' % finalcolor text+="%.3e " % omegam[i] text+="

" hcolor = 'white' finalcolor = 'white' f = ['f12','f13','f23'] ck = [] doit = 0 for item in f: value = Elements.Element[ele]['CosterKronig']['L'][item] if value > 0:doit=1 ck.append(value) if doit: text+="
L-Shell Coster-Kronig" text+="" for item in f: text+='" text+="" text+="" for i in range(len(f)): text+='" text+="" text+="

' % hcolor text+=item text+="

' % finalcolor text+="%.3f " % ck[i] text+="

" #M shell fs = [[ 'f12', 'f13', 'f14', 'f15'], ['f23', 'f24', 'f25'], ['f34', 'f35'], ['f45']] doit = 0 for f in fs: for item in f: value = Elements.Element[ele]['CosterKronig']['M'][item] if value > 0:doit=1 if doit: text+="
M-Shell Coster-Kronig" text+="" for f in fs: text+="" for item in f: text+='" text+="" text+="" for item in f: text+='" text+="" text+="

' % hcolor text+=item text+="

' % finalcolor text+="%.3f " % Elements.Element[ele]['CosterKronig']['M'][item] text+="

" hcolor = 'white' finalcolor = 'white' for rays in Elements.Element[ele]['rays']: if rays == "Ka xrays":continue if rays == "Kb xrays":continue #text+="" text+="
%s Emission Energies" % rays[0:-1] #text+="" if 0: for transition in Elements.Element[ele][rays]: text+="
%s energy = %.5f rate = %.5f" % (transition,Elements.Element[ele][transition]['energy'], Elements.Element[ele][transition]['rate']) else: text+="" text+='" text+='" text+='" text+="" for transition in Elements.Element[ele][rays]: transitiontext = transition.replace('*','') text+="" text+='" text+='" text+='" text+="" text+="

' % hcolor text+='Line' text+="	' % hcolor text+='Energy (keV)' text+="	' % hcolor text+='Rate' text+="
' % finalcolor text+="%s " % transitiontext text+="	' % finalcolor text+="%.5f" % Elements.Element[ele][transition]['energy'] text+="	' % finalcolor text+="%.5f " % Elements.Element[ele][transition]['rate'] text+="

" hcolor = 'white' finalcolor = 'white' #text+="" text+="
%s Binding Energies" % "Electron" #text+="" text+="" text+='" text+='" text+="" for shell in Elements.ElementShells: if Elements.Element[ele]['binding'][shell] > 0.0: text+="" text+='" text+='" text+="" text+="

' % hcolor text+='Shell' text+="	' % hcolor text+='Energy (keV)' text+="
' % finalcolor text+="%s " % shell text+="	' % finalcolor text+="%.5f " % Elements.Element[ele]['binding'][shell] text+="

" return text if __name__ == "__main__": # # WARNING: This test method uses PyQt and therefore its license is GPL # If you use the methods of this module and not this test portion, you # can safely use it as LPGL for HTML generation. # import sys from PyMca import PyMcaQt as qt app = qt.QApplication(sys.argv) if len(sys.argv) > 1: ele = sys.argv[1] else: ele = "Fe" w= qt.QWidget() l=qt.QVBoxLayout(w) html = ElementHtml() if qt.qVersion() < '4.0.0': text = qt.QTextEdit(w) text.setText(html.gethtml(ele)) text.setReadOnly(1) app.setMainWidget(w) else: text = qt.QTextEdit(w) text.insertHtml(html.gethtml(ele)) text.setReadOnly(1) l.addWidget(text) w.show() if qt.qVersion() < '4.0.0': app.exec_loop() else: app.exec_()