Scattering GUI

Modules
		Dans_Diffraction.functions_crystallography Dans_Diffraction.functions_general tkinter.messagebox numpy os matplotlib.pyplot re sys tkinter

Classes
		builtins.object ArbitaryCutGui ReflectionSelectionBox ResonantXrayGui ScatteringGui ScatteringGuiOLD   class ArbitaryCutGui(builtins.object)     ArbitaryCutGui(xtl)   Simulate scattering of various forms     Methods defined here: __init__(self, xtl) Initialise fun_3dlattice(self) Button plot 3D lattice fun_clim(self, event=None) Update clim fun_envelope(self) Run code fun_ewald(self) Button plot ewald coverage fun_generate(self) Run code Data descriptors defined here: __dict__ dictionary for instance variables (if defined) __weakref__ list of weak references to the object (if defined)   class ReflectionSelectionBox(builtins.object)     ReflectionSelectionBox(xtl, parent, title='Reflections', multiselect=True, radiation=None, wavelength_a=None)   Displays all data fields and returns a selection Making a selection returns a list of field strings   out = ReflectionSelectionBox(['field1','field2','field3'], current_selection=['field2'], title='', multiselect=False).show() # Make selection and press "Select" > box disappears out = ['list','of','strings']     Methods defined here: __init__(self, xtl, parent, title='Reflections', multiselect=True, radiation=None, wavelength_a=None) Initialize self.  See help(type(self)) for accurate signature. add_reflection(self, hkl) Add reflection to list add_reflection_list(self, hkl_list) Replace reflection list clear_reflections(self) Clear reflection list f_exit(self, event=None) Closes the current data window fun_add_hkl(self, event=None) Add additional hkl fun_edge(self, event=None) X-ray edge option menu fun_exitbutton(self, event=None) Closes the current data window and generates output fun_gen_refs(self) Generate reflections fun_gen_sym_refs(self) fun_listboxselect(self, event=None) Update label on listbox selection fun_radiation(self, event=None) Set radiation fun_rem_sym_refs(self) fun_search(self, event=None) Search the selection for string fun_wavelength(self, event=None) Convert previous unit get_max_q(self, event=None) Return max val in inverse angstroms, convert if changed get_scattering_type(self) Get scattering type get_wavelength(self) Return wavelength in A according to unit help_max_q(self) set_wavelength(self, wavelength_a) set wavelength according to unit show(self) Run the selection box, wait for response Data descriptors defined here: __dict__ dictionary for instance variables (if defined) __weakref__ list of weak references to the object (if defined) Data and other attributes defined here: REF_FMT = '%14s %8.2f %12.4g'   class ResonantXrayGui(builtins.object)     ResonantXrayGui(parent: Dans_Diffraction.tkgui.scattering.ScatteringGui)   Simulate scattering of various forms     Methods defined here: __init__(self, parent: Dans_Diffraction.tkgui.scattering.ScatteringGui) Initialize self.  See help(type(self)) for accurate signature. fun_azimuth(self) Simulate azimuthal magnetic scattering fun_dispersion(self) Simulate energy resonance fun_edge(self, event=None) X-ray edge option menu fun_energy(self, event=None) Set wavelength fun_fdmnes_ref(self) Run FDMNES calculation fun_hklmag(self, event=None) "Magnetic scattering fun_hklmag_list(self, event=None) "Magnetic scattering fun_wavelength(self, event=None) Set energy Data descriptors defined here: __dict__ dictionary for instance variables (if defined) __weakref__ list of weak references to the object (if defined)   class ScatteringGui(builtins.object)     ScatteringGui(xtl)   Simulate scattering of various forms     Methods defined here: __init__(self, xtl) Initialise fun_clim(self, event=None) Update clim fun_closerefs(self) fun_cut(self) fun_edge(self, event=None) X-ray edge option menu fun_energy(self, event=None) Set wavelength fun_get(self) Set crytal parameters from gui fun_get_hkl(self) Get quick check hkl fun_hhi(self) Plot hhl plane fun_hil(self) Plot hil plane fun_hki(self) Plot hki plane fun_hklatom(self) Print atomic contributions fun_hklcheck(self, event=None) "Show single hkl intensity fun_hklsym(self) Print symmetric reflections fun_hklsymmetry(self) Print symmetry contributions fun_i16(self) "Add I16 parameters fun_ikl(self) Plot ikl plane fun_intensities(self) Display intensities fun_powder(self) Plot Powder fun_radiation(self, event=None) Set radiation fun_rxs(self) fun_set(self) "Set gui parameters from crystal fun_supernova(self) Add SuperNova parameters fun_wavelength(self, event=None) Set energy fun_wish(self) "Add Wish parameters get_energy(self) Return energy in keV according to unit get_wavelength(self) Return wavelength in A according to unit menu_info_crystal(self) Crystal info menu_info_scattering(self) Scattering info set_energy(self, energy_kev) set energy according to unit set_wavelength(self, wavelength_a) set wavelength according to unit Data descriptors defined here: __dict__ dictionary for instance variables (if defined) __weakref__ list of weak references to the object (if defined)   class ScatteringGuiOLD(builtins.object)     ScatteringGuiOLD(xtl)   Simulate scattering of various forms     Methods defined here: __init__(self, xtl) Initialise fun_closerefs(self) fun_cut(self) fun_edge(self, event=None) X-ray edge option menu fun_energy(self, event=None) Set wavelength fun_get(self) Set crytal parameters from gui fun_get_hkl(self) Get quick check hkl fun_hhi(self) Plot hhl plane fun_hil(self) Plot hil plane fun_hki(self) Plot hki plane fun_hklatom(self) Print atomic contributions fun_hklcheck(self, event=None) "Show single hkl intensity fun_hklsym(self) Print symmetric reflections fun_hklsymmetry(self) Print symmetry contributions fun_i16(self) "Add I16 parameters fun_ikl(self) Plot ikl plane fun_intensities(self) Display intensities fun_powder(self) Plot Powder fun_rxs(self) fun_set(self) "Set gui parameters from crystal fun_supernova(self) Add SuperNova parameters fun_wavelength(self, event=None) Set energy fun_wish(self) "Add Wish parameters menu_info_crystal(self) Crystal info menu_info_scattering(self) Scattering info Data descriptors defined here: __dict__ dictionary for instance variables (if defined) __weakref__ list of weak references to the object (if defined)

Data
		BF = ['Palatino', 14] HF = ['Courier', 12] LF = ['Palatino', 14] MF = ['Courier', 8] SF = ['Palatino', 14] TF = ['Palatino', 12] bkg = 'snow' btn = 'azure' btn2 = 'gold' btn_active = 'grey' btn_txt = 'black' ety = 'white' ety_txt = 'black' opt = 'azure' opt_active = 'grey' opt_txt = 'black' txtcol = 'black'