pagestate.py @ 77cfcf0

ESS_GUIESS_GUI_DocsESS_GUI_batch_fittingESS_GUI_bumps_abstractionESS_GUI_iss1116ESS_GUI_iss879ESS_GUI_iss959ESS_GUI_openclESS_GUI_orderingESS_GUI_sync_sascalccostrafo411magnetic_scattrelease-4.1.1release-4.1.2release-4.2.2release_4.0.1ticket-1009ticket-1094-headlessticket-1242-2d-resolutionticket-1243ticket-1249ticket885unittest-saveload

Last change on this file since 77cfcf0 was eddb6ec, checked in by Tobias Richter <tobias.richter@…>, 11 years ago
refs #57 Clean up warnings in Python code
Property mode set to `100644`
File size: 72.0 KB

Rev	Line
[f32d144]	1	"""
	2	Class that holds a fit page state
	3	"""
[5062bbf]	4	################################################################################
	5	#This software was developed by the University of Tennessee as part of the
	6	#Distributed Data Analysis of Neutron Scattering Experiments (DANSE)
[f32d144]	7	#project funded by the US National Science Foundation.
[5062bbf]	8	#
	9	#See the license text in license.txt
	10	#
	11	#copyright 2009, University of Tennessee
	12	################################################################################
[11a7e11]	13	import time
	14	import os
	15	import sys
[6f023e8]	16	import copy
[11a7e11]	17	import logging
[df7ed14]	18	import numpy
[eddb6ec]	19	import string
[c77d859]	20
[35b556d]	21	import xml.dom.minidom
[11a7e11]	22	from lxml import etree
	23
[c21e87b]	24	import sans.dataloader
	25	from sans.dataloader.readers.cansas_reader import Reader as CansasReader
	26	from sans.dataloader.readers.cansas_reader import get_content, write_node
[724897ad]	27	from sans.dataloader.data_info import Data2D
	28	from sans.dataloader.data_info import Collimation
	29	from sans.dataloader.data_info import Detector
	30	from sans.dataloader.data_info import Process
	31	from sans.dataloader.data_info import Aperture
[11a7e11]	32	#Information to read/write state as xml
[61cada5]	33	FITTING_NODE_NAME = 'fitting_plug_in'
	34	CANSAS_NS = "cansas1d/1.0"
	35
[26f3dd5]	36	list_of_data_attributes = [["is_data", "is_data", "bool"],
[61cada5]	37	["group_id", "data_group_id", "string"],
	38	["data_name", "data_name", "string"],
	39	["data_id", "data_id", "string"],
	40	["name", "name", "string"],
[26f3dd5]	41	["data_name", "data_name", "string"]]
[e3d1423]	42	list_of_state_attributes = [["engine_type", "engine_type", "string"],
	43	["qmin", "qmin", "float"],
[61cada5]	44	["qmax", "qmax", "float"],
	45	["npts", "npts", "float"],
[ea5fa58]	46	#["shape_rbutton", "shape_rbutton", "bool"],
	47	#["shape_indep_rbutton", "shape_indep_rbutton", "bool"],
	48	#["plugin_rbutton", "plugin_rbutton", "bool"],
	49	#["struct_rbutton", "struct_rbutton", "bool"],
	50	["categorycombobox", "categorycombobox", "string"],
[d40038e]	51	["formfactorcombobox", "formfactorcombobox", "string"],
	52	["structurecombobox", "structurecombobox", "string"],
[c0ff8cc]	53	["multi_factor","multi_factor","float"],
[318b5bbb]	54	["magnetic_on","magnetic_on", "bool"],
[26f3dd5]	55	["enable_smearer","enable_smearer","bool"],
	56	["disable_smearer","disable_smearer","bool"],
	57	["pinhole_smearer","pinhole_smearer","bool"],
	58	["slit_smearer","slit_smearer","bool"],
	59	["enable_disp","enable_disp","bool"],
	60	["disable_disp","disable_disp","bool"],
[55bb249c]	61	["dI_noweight","dI_noweight","bool"],
	62	["dI_didata","dI_didata","bool"],
	63	["dI_sqrdata","dI_sqrdata","bool"],
	64	["dI_idata","dI_idata","bool"],
[26f3dd5]	65	["enable2D","enable2D","bool"],
	66	["cb1","cb1","bool"],
[5cc7001]	67	["tcChi","tcChi","float"],
[55bb249c]	68	["smearer", "smearer", "float"],
	69	["smear_type","smear_type", "string"],
	70	["dq_l", "dq_l", "string"],
[db8fd5b]	71	["dq_r","dq_r", "string"],
	72	["dx_max", "dx_max", "float"],
	73	["dx_min","dx_min", "float"],
	74	["dxl", "dxl", "float"],
	75	["dxw","dxw", "float"]]
[5cc7001]	76
[11a7e11]	77	list_of_model_attributes = [["values", "values"],
	78	["weights", "weights"]]
	79
[f32d144]	80	list_of_obj_dic = [["disp_obj_dict", "_disp_obj_dict", "string"]]
[2296316]	81
[f32d144]	82	list_of_state_parameters = [["parameters", "parameters"],
	83	["str_parameters", "str_parameters"],
[61cada5]	84	["orientation_parameters", "orientation_params"],
	85	["dispersity_parameters", "orientation_params_disp"],
[f32d144]	86	["fixed_param", "fixed_param"],
	87	["fittable_param", "fittable_param"]]
	88	list_of_data_2d_attr = [["xmin", "xmin", "float"],
	89	["xmax", "xmax", "float"],
	90	["ymin", "ymin", "float"],
	91	["ymax", "ymax", "float"],
	92	["_xaxis", "_xaxis", "string"],
[df7ed14]	93	["_xunit", "_xunit", "string"],
[f32d144]	94	["_yaxis", "_yaxis", "string"],
	95	["_yunit", "_yunit", "string"],
	96	["_zaxis", "_zaxis", "string"],
	97	["_zunit", "_zunit", "string"]]
	98	list_of_data2d_values = [["qx_data", "qx_data", "float"],
	99	["qy_data", "qy_data", "float"],
	100	["dqx_data", "dqx_data", "float"],
	101	["dqy_data", "dqy_data", "float"],
	102	["data", "data", "float"],
	103	["q_data", "q_data", "float"],
	104	["err_data", "err_data", "float"],
	105	["mask", "mask", "bool"]]
[61cada5]	106
[f32d144]	107
	108	def parse_entry_helper(node, item):
[0b12abb5]	109	"""
	110	Create a numpy list from value extrated from the node
	111
	112	:param node: node from each the value is stored
	113	:param item: list name of three strings.the two first are name of data
[f32d144]	114	attribute and the third one is the type of the value of that
[0b12abb5]	115	attribute. type can be string, float, bool, etc.
	116
	117	: return: numpy array
	118	"""
	119	if node is not None:
	120	if item[2] == "string":
	121	return str(node.get(item[0]).strip())
	122	elif item[2] == "bool":
	123	try:
[e3d1423]	124	return node.get(item[0]).strip() == "True"
	125
[0b12abb5]	126	except:
	127	return None
	128	else:
	129	try:
	130	return float(node.get(item[0]))
	131	except:
	132	return None
	133
	134
[cfc0913]	135	class PageState(object):
[c77d859]	136	"""
[5062bbf]	137	Contains information to reconstruct a page of the fitpanel.
[c77d859]	138	"""
[61cada5]	139	def __init__(self, parent=None, model=None, data=None):
[f32d144]	140	"""
[5062bbf]	141	Initialize the current state
	142
	143	:param model: a selected model within a page
[f32d144]	144	:param data:
[5062bbf]	145
[c77d859]	146	"""
[61cada5]	147	self.file = None
[11a7e11]	148	#Time of state creation
	149	self.timestamp = time.time()
[c77d859]	150	## Data member to store the dispersion object created
	151	self._disp_obj_dict = {}
[61cada5]	152	#------------------------
[f32d144]	153	#Data used for fitting
[c77d859]	154	self.data = data
[2296316]	155	# model data
	156	self.theory_data = None
	157	#Is 2D
	158	self.is_2D = False
	159	self.images = None
	160
[61cada5]	161	#save additional information on data that dataloader.reader does not read
	162	self.is_data = None
	163	self.data_name = ""
[c0ff8cc]	164
[61cada5]	165	if self.data is not None:
	166	self.data_name = self.data.name
	167	self.data_id = None
	168	if self.data is not None and hasattr(self.data, "id"):
	169	self.data_id = self.data.id
	170	self.data_group_id = None
	171	if self.data is not None and hasattr(self.data, "group_id"):
	172	self.data_group_id = self.data.group_id
[0b12abb5]	173
[61cada5]	174	## reset True change the state of exsiting button
	175	self.reset = False
	176
[c99a6c5]	177	#engine type
	178	self.engine_type = None
[c77d859]	179	# flag to allow data2D plot
[cfc0913]	180	self.enable2D = False
[c77d859]	181	# model on which the fit would be performed
	182	self.model = model
[93f0a862]	183	self.m_name = None
[dce84c0]	184	#list of process done to model
	185	self.process = []
[f32d144]	186	#fit page manager
[c77d859]	187	self.manager = None
	188	#Store the parent of this panel parent
	189	# For this application fitpanel is the parent
[f32d144]	190	self.parent = parent
[c77d859]	191	# Event_owner is the owner of model event
	192	self.event_owner = None
[c9a4377]	193	##page name
[cfc0913]	194	self.page_name = ""
[eddb6ec]	195	# Contains link between model, all its parameters, and panel organization
[61cada5]	196	self.parameters = []
[fb59ed9]	197	# String parameter list that can not be fitted
	198	self.str_parameters = []
[f32d144]	199	# Contains list of parameters that cannot be fitted and reference to
	200	#panel objects
[61cada5]	201	self.fixed_param = []
[f32d144]	202	# Contains list of parameters with dispersity and reference to
	203	#panel objects
[61cada5]	204	self.fittable_param = []
[60132ef]	205	## orientation parameters
[61cada5]	206	self.orientation_params = []
[eddb6ec]	207	## orientation parameters for gaussian dispersity
[61cada5]	208	self.orientation_params_disp = []
[3370922]	209	## smearer info
[61cada5]	210	self.smearer = None
[7609f1a]	211	self.smear_type = None
	212	self.dq_l = None
	213	self.dq_r = None
[db8fd5b]	214	self.dx_max = None
	215	self.dx_min = None
	216	self.dxl = None
	217	self.dxw = None
[eddb6ec]	218	#list of dispersion parameters
[f32d144]	219	self.disp_list = []
[61cada5]	220	if self.model is not None:
[71f0373]	221	self.disp_list = self.model.getDispParamList()
[2296316]	222
[61cada5]	223	self.disp_cb_dict = {}
[2296316]	224	self.values = {}
	225	self.weights = {}
[dad49a0]	226
[f32d144]	227	#contains link between a model and selected parameters to fit
[61cada5]	228	self.param_toFit = []
[a074145]	229	##dictionary of model type and model class
[cfc0913]	230	self.model_list_box = None
[a074145]	231	## save the state of the context menu
[61cada5]	232	self.saved_states = {}
[240b9966]	233	## save selection of combobox
[3b9e023]	234	self.formfactorcombobox = None
[ea5fa58]	235	self.categorycombobox = None
[f32d144]	236	self.structurecombobox = None
[c0ff8cc]	237
[240b9966]	238	## radio box to select type of model
[ea5fa58]	239	#self.shape_rbutton = False
	240	#self.shape_indep_rbutton = False
	241	#self.struct_rbutton = False
	242	#self.plugin_rbutton = False
[b787e68c]	243	## the indice of the current selection
	244	self.disp_box = 0
[c77d859]	245	## Qrange
[cfc0913]	246	## Q range
[61cada5]	247	self.qmin = 0.001
	248	self.qmax = 0.1
[0b12abb5]	249	#reset data range
	250	self.qmax_x = None
	251	self.qmin_x = None
	252
[cfc0913]	253	self.npts = None
[61cada5]	254	self.name = ""
[4523b68]	255	self.multi_factor = None
[318b5bbb]	256	self.magnetic_on = False
[cfc0913]	257	## enable smearering state
	258	self.enable_smearer = False
[fc6ea43]	259	self.disable_smearer = True
[7609f1a]	260	self.pinhole_smearer = False
[f32d144]	261	self.slit_smearer = False
[55bb249c]	262	# weighting options
	263	self.dI_noweight = False
	264	self.dI_didata = True
	265	self.dI_sqrdata = False
[f32d144]	266	self.dI_idata = False
[cfc0913]	267	## disperity selection
[61cada5]	268	self.enable_disp = False
	269	self.disable_disp = True
[11a7e11]	270
[cfc0913]	271	## state of selected all check button
	272	self.cb1 = False
[0aeabc6]	273	## store value of chisqr
[61cada5]	274	self.tcChi = None
[240b9966]	275
[6f023e8]	276	def clone(self):
[61cada5]	277	"""
[5062bbf]	278	Create a new copy of the current object
[61cada5]	279	"""
	280	model = None
	281	if self.model is not None:
[6f023e8]	282	model = self.model.clone()
[bb70474]	283	model.name = self.model.name
[61cada5]	284	obj = PageState(self.parent, model=model)
	285	obj.file = copy.deepcopy(self.file)
[6f023e8]	286	obj.data = copy.deepcopy(self.data)
[61cada5]	287	if self.data is not None:
	288	self.data_name = self.data.name
	289	obj.data_name = self.data_name
	290	obj.is_data = self.is_data
[dcf29d7]	291	obj.model_list_box = copy.deepcopy(self.model_list_box)
[c99a6c5]	292	obj.engine_type = copy.deepcopy(self.engine_type)
[240b9966]	293
[ea5fa58]	294	obj.categorycombobox = self.categorycombobox
[61cada5]	295	obj.formfactorcombobox = self.formfactorcombobox
[f32d144]	296	obj.structurecombobox = self.structurecombobox
[240b9966]	297
[ea5fa58]	298	#obj.shape_rbutton = self.shape_rbutton
	299	#obj.shape_indep_rbutton = self.shape_indep_rbutton
	300	#obj.struct_rbutton = self.struct_rbutton
	301	#obj.plugin_rbutton = self.plugin_rbutton
[240b9966]	302
[dcf29d7]	303	obj.manager = self.manager
	304	obj.event_owner = self.event_owner
[71f0373]	305	obj.disp_list = copy.deepcopy(self.disp_list)
[fc6ea43]	306
[c477b31]	307	obj.enable2D = copy.deepcopy(self.enable2D)
[cfc0913]	308	obj.parameters = copy.deepcopy(self.parameters)
[fb59ed9]	309	obj.str_parameters = copy.deepcopy(self.str_parameters)
[cfc0913]	310	obj.fixed_param = copy.deepcopy(self.fixed_param)
	311	obj.fittable_param = copy.deepcopy(self.fittable_param)
[f32d144]	312	obj.orientation_params = copy.deepcopy(self.orientation_params)
	313	obj.orientation_params_disp = copy.deepcopy(self.orientation_params_disp)
[b787e68c]	314	obj.enable_disp = copy.deepcopy(self.enable_disp)
[fc6ea43]	315	obj.disable_disp = copy.deepcopy(self.disable_disp)
[0aeabc6]	316	obj.tcChi = self.tcChi
	317
[f32d144]	318	if len(self._disp_obj_dict) > 0:
	319	for k, v in self._disp_obj_dict.iteritems():
	320	obj._disp_obj_dict[k] = v
	321	if len(self.disp_cb_dict) > 0:
	322	for k, v in self.disp_cb_dict.iteritems():
	323	obj.disp_cb_dict[k] = v
	324	if len(self.values) > 0:
	325	for k, v in self.values.iteritems():
[2296316]	326	obj.values[k] = v
[f32d144]	327	if len(self.weights) > 0:
	328	for k, v in self.weights.iteritems():
[2296316]	329	obj.weights[k] = v
[b787e68c]	330	obj.enable_smearer = copy.deepcopy(self.enable_smearer)
[fc6ea43]	331	obj.disable_smearer = copy.deepcopy(self.disable_smearer)
[7609f1a]	332	obj.pinhole_smearer = copy.deepcopy(self.pinhole_smearer)
	333	obj.slit_smearer = copy.deepcopy(self.slit_smearer)
	334	obj.smear_type = copy.deepcopy(self.smear_type)
[55bb249c]	335	obj.dI_noweight = copy.deepcopy(self.dI_noweight)
	336	obj.dI_didata = copy.deepcopy(self.dI_didata)
	337	obj.dI_sqrdata = copy.deepcopy(self.dI_sqrdata)
	338	obj.dI_idata = copy.deepcopy(self.dI_idata)
[7609f1a]	339	obj.dq_l = copy.deepcopy(self.dq_l)
	340	obj.dq_r = copy.deepcopy(self.dq_r)
[db8fd5b]	341	obj.dx_max = copy.deepcopy(self.dx_max)
	342	obj.dx_min = copy.deepcopy(self.dx_min)
	343	obj.dxl = copy.deepcopy(self.dxl)
	344	obj.dxw = copy.deepcopy(self.dxw)
[b787e68c]	345	obj.disp_box = copy.deepcopy(self.disp_box)
	346	obj.qmin = copy.deepcopy(self.qmin)
	347	obj.qmax = copy.deepcopy(self.qmax)
[c0ff8cc]	348	obj.multi_factor = self.multi_factor
[318b5bbb]	349	obj.magnetic_on = self.magnetic_on
[f32d144]	350	obj.npts = copy.deepcopy(self.npts)
[b787e68c]	351	obj.cb1 = copy.deepcopy(self.cb1)
[3370922]	352	obj.smearer = copy.deepcopy(self.smearer)
	353
[a074145]	354	for name, state in self.saved_states.iteritems():
	355	copy_name = copy.deepcopy(name)
	356	copy_state = state.clone()
[f32d144]	357	obj.saved_states[copy_name] = copy_state
[6f023e8]	358	return obj
[61cada5]	359
	360	def _repr_helper(self, list, rep):
	361	"""
[5062bbf]	362	Helper method to print a state
[61cada5]	363	"""
	364	for item in list:
[f32d144]	365	rep += "parameter name: %s \n" % str(item[1])
	366	rep += "value: %s\n" % str(item[2])
	367	rep += "selected: %s\n" % str(item[0])
	368	rep += "error displayed : %s \n" % str(item[4][0])
	369	rep += "error value:%s \n" % str(item[4][1])
	370	rep += "minimum displayed : %s \n" % str(item[5][0])
	371	rep += "minimum value : %s \n" % str(item[5][1])
	372	rep += "maximum displayed : %s \n" % str(item[6][0])
	373	rep += "maximum value : %s \n" % str(item[6][1])
	374	rep += "parameter unit: %s\n\n" % str(item[7])
[240b9966]	375	return rep
[c0ff8cc]	376
[61cada5]	377	def __repr__(self):
[f32d144]	378	"""
[5062bbf]	379	output string for printing
[11a7e11]	380	"""
[f32d144]	381	rep = "\nState name: %s\n" % self.file
[11a7e11]	382	t = time.localtime(self.timestamp)
[deff488]	383	time_str = time.strftime("%b %d %Y %H;%M;%S ", t)
[c0ff8cc]	384
[f32d144]	385	rep += "State created: %s\n" % time_str
	386	rep += "State form factor combobox selection: %s\n" % self.formfactorcombobox
	387	rep += "State structure factor combobox selection: %s\n" % self.structurecombobox
	388	rep += "is data : %s\n" % self.is_data
	389	rep += "data's name : %s\n" % self.data_name
	390	rep += "data's id : %s\n" % self.data_id
[74dc0a4]	391	if self.model != None:
[93f0a862]	392	m_name = self.model.__class__.__name__
	393	if m_name == 'Model':
	394	m_name = self.m_name
[f32d144]	395	rep += "model name : %s\n" % m_name
[74dc0a4]	396	else:
	397	rep += "model name : None\n"
[ea5fa58]	398	#rep += "model type (form factor) selected: %s\n" % self.shape_rbutton
[f32d144]	399	rep += "multi_factor : %s\n" % str(self.multi_factor)
[318b5bbb]	400	rep += "magnetic_on : %s\n"% str(self.magnetic_on)
[ea5fa58]	401	rep += "model type (Category) selected: %s\n" % self.categorycombobox
	402	#rep += "model type (shape independent) selected: %s\n" % self.shape_indep_rbutton
	403	#rep += "model type (structure factor) selected: %s\n" % self.struct_rbutton
	404	#rep += "model type (plug-in ) selected: %s\n" % self.plugin_rbutton
[f32d144]	405	rep += "data : %s\n" % str(self.data)
	406	rep += "Plotting Range: min: %s, max: %s, steps: %s\n" % (str(self.qmin),
	407	str(self.qmax), str(self.npts))
	408	rep += "Dispersion selection : %s\n" % str(self.disp_box)
	409	rep += "Smearing enable : %s\n" % str(self.enable_smearer)
	410	rep += "Smearing disable : %s\n" % str(self.disable_smearer)
	411	rep += "Pinhole smearer enable : %s\n" % str(self.pinhole_smearer)
	412	rep += "Slit smearer enable : %s\n" % str(self.slit_smearer)
	413	rep += "Dispersity enable : %s\n" % str(self.enable_disp)
	414	rep += "Dispersity disable : %s\n" % str(self.disable_disp)
	415	rep += "Slit smearer enable: %s\n" % str(self.slit_smearer)
	416
	417	rep += "dI_noweight : %s\n" % str(self.dI_noweight)
	418	rep += "dI_didata : %s\n" % str(self.dI_didata)
	419	rep += "dI_sqrdata : %s\n" % str(self.dI_sqrdata)
	420	rep += "dI_idata : %s\n" % str(self.dI_idata)
	421
	422	rep += "2D enable : %s\n" % str(self.enable2D)
	423	rep += "All parameters checkbox selected: %s\n" % (self.cb1)
	424	rep += "Value of Chisqr : %s\n" % str(self.tcChi)
	425	rep += "Smear object : %s\n" % str(self.smearer)
	426	rep += "Smear type : %s\n" % (self.smear_type)
	427	rep += "dq_l : %s\n" % self.dq_l
	428	rep += "dq_r : %s\n" % self.dq_r
[db8fd5b]	429	rep += "dx_max : %s\n" % str(self.dx_max)
	430	rep += "dx_min : %s\n" % str(self.dx_min)
	431	rep += "dxl : %s\n" % str(self.dxl)
	432	rep += "dxw : %s\n" % str(self.dxw)
[f32d144]	433	rep += "model : %s\n\n" % str(self.model)
[2296316]	434	temp_parameters = []
	435	temp_fittable_param = []
	436	if self.data.__class__.__name__ == "Data2D":
	437	self.is_2D = True
	438	else:
	439	self.is_2D = False
	440	if self.data is not None:
	441	if not self.is_2D:
	442	for item in self.parameters:
	443	if not item in self.orientation_params:
	444	temp_parameters.append(item)
	445	for item in self.fittable_param:
	446	if not item in self.orientation_params_disp:
	447	temp_fittable_param.append(item)
	448	else:
	449	temp_parameters = self.parameters
	450	temp_fittable_param = self.fittable_param
	451
[f32d144]	452	rep += "number parameters(self.parameters): %s\n" % len(temp_parameters)
	453	rep = self._repr_helper(list=temp_parameters, rep=rep)
	454	rep += "number str_parameters(self.str_parameters): %s\n" % len(self.str_parameters)
	455	rep = self._repr_helper(list=self.str_parameters, rep=rep)
	456	rep += "number fittable_param(self.fittable_param): %s\n" % len(temp_fittable_param)
	457	rep = self._repr_helper(list=temp_fittable_param, rep=rep)
	458	"""
[2296316]	459	if is_2D:
	460	rep += "number orientation parameters"
	461	rep += "(self.orientation_params): %s\n"%len(self.orientation_params)
	462	rep = self._repr_helper( list=self.orientation_params, rep=rep)
	463	rep += "number dispersity parameters"
	464	rep += "(self.orientation_params_disp): %s\n"%len(self.orientation_params_disp)
	465	rep = self._repr_helper( list=self.orientation_params_disp, rep=rep)
	466	"""
[61cada5]	467	return rep
[2296316]	468
	469	def set_report_string(self):
	470	"""
[f32d144]	471	Get the values (strings) from __str__ for report
[2296316]	472	"""
	473	# Dictionary of teh report strings
	474	repo_time = ""
	475	model_name = ""
	476	title = ""
	477	title_name = ""
	478	file_name = ""
	479	param_string = ""
	480	paramval_string = ""
	481	chi2_string = ""
[c0ff8cc]	482	multi_factor_string = ""
[2296316]	483	q_range = ""
	484	strings = self.__repr__()
	485	lines = strings.split('\n')
	486
	487	# get all string values from __str__()
	488	for line in lines:
	489	value = ""
	490	content = line.split(":")
	491	name = content[0]
	492	try:
	493	value = content[1]
	494	except:
	495	pass
[b7c6a4a]	496	if name.count("State created"):
	497	repo_time = "" + value
[2296316]	498	if name.count("parameter name"):
	499	val_name = value.split(".")
	500	if len(val_name) > 1:
	501	if val_name[1].count("width"):
	502	param_string += value + ','
	503	else:
	504	continue
	505	else:
	506	param_string += value + ','
	507	if name == "value":
	508	param_string += value + ','
	509	if name == "error value":
	510	param_string += value + ','
	511	if name == "parameter unit":
[f32d144]	512	param_string += value + ':'
[2296316]	513	if name == "Value of Chisqr ":
	514	chi2 = ("Chi2/Npts = " + value)
	515	chi2_string = CENTRE % chi2
[c0ff8cc]	516	if name == "multi_factor ":
	517	muti_factor = ("muti_factor = " + value)
	518	muti_factor_string = CENTRE % muti_factor
[318b5bbb]	519	if name == "magentic_on ":
	520	magentic_on = ("magentic_on = " + value)
	521	if string(value) == 'True':
	522	magentic_on_string = CENTRE % magentic_on
[2296316]	523	if name == "Title":
	524	if len(value.strip()) == 0:
	525	continue
	526	title = value + " [" + repo_time + "]"
	527	title_name = HEADER % title
	528	if name == "data ":
	529	try:
	530	file = ("File name:" + content[2])
	531	file_name = CENTRE % file
	532	if len(title) == 0:
	533	title = content[2] + " [" + repo_time + "]"
	534	title_name = HEADER % title
	535	except:
	536	pass
[74dc0a4]	537	if name == "model name ":
	538	try:
	539	modelname = "Model name:" + content[1]
	540	except:
	541	modelname = "Model name:" + " NAN"
[f32d144]	542	model_name = CENTRE % modelname
[74dc0a4]	543
[2296316]	544	if name == "Plotting Range":
	545	try:
	546	q_range = content[1] + " = " + content[2] \
	547	+ " = " + content[3].split(",")[0]
	548	q_name = ("Q Range: " + q_range)
	549	q_range = CENTRE % q_name
	550	except:
	551	pass
	552	paramval = ""
[f32d144]	553	for lines in param_string.split(":"):
[2296316]	554	line = lines.split(",")
[f32d144]	555	if len(lines) > 0:
	556	param = line[0]
[2296316]	557	param += " = " + line[1]
	558	if len(line[2].split()) > 0 and not line[2].count("None"):
	559	param += " +- " + line[2]
	560	if len(line[3].split()) > 0 and not line[3].count("None"):
	561	param += " " + line[3]
	562	if not paramval.count(param):
[f32d144]	563	paramval += param + "\n"
[2296316]	564	paramval_string += CENTRE % param + "\n"
[3a3dd9c]	565
[f5bdb4a]	566	text_string = "\n\n\n" + title + "\n\n" + file + \
[f32d144]	567	"\n" + q_name + \
	568	"\n" + chi2 + \
	569	"\n\n" + paramval
[f5bdb4a]	570
	571	title_name = self._check_html_format(title_name)
	572	file_name = self._check_html_format(file_name)
	573	title = self._check_html_format(title)
	574
[2296316]	575	html_string = title_name + "\n" + file_name + \
[f32d144]	576	"\n" + model_name + \
[2296316]	577	"\n" + q_range + \
	578	"\n" + chi2_string + \
	579	"\n" + ELINE + \
	580	"\n" + paramval_string + \
	581	"\n" + ELINE + \
	582	"\n" + FEET_1 % title + \
[f32d144]	583	"\n" + FEET_2
[f5bdb4a]	584
[2296316]	585	return html_string, text_string, title
	586
[f5bdb4a]	587	def _check_html_format(self, name):
	588	"""
	589	Check string '%' for html format
	590	"""
	591	if name.count('%'):
	592	name = name.replace('%', '&#37')
	593
	594	return name
	595
[2296316]	596	def report(self, figs=None, canvases=None):
	597	"""
	598	Invoke report dialog panel
	599
	600	: param figs: list of pylab figures [list]
	601	"""
[eddb6ec]	602	from sans.perspectives.fitting.report_dialog import ReportDialog
[2296316]	603	# get the strings for report
	604	html_str, text_str, title = self.set_report_string()
	605	# Allow 2 figures to append
	606	if len(figs) == 1:
[f32d144]	607	add_str = FEET_3
[2296316]	608	elif len(figs) == 2:
[f32d144]	609	add_str = ELINE
	610	add_str += FEET_2 % ("%s")
	611	add_str += ELINE
	612	add_str += FEET_3
[2296316]	613	elif len(figs) > 2:
[f32d144]	614	add_str = ELINE
	615	add_str += FEET_2 % ("%s")
	616	add_str += ELINE
	617	add_str += FEET_2 % ("%s")
	618	add_str += ELINE
	619	add_str += FEET_3
[2296316]	620	else:
	621	add_str = ""
[c0ff8cc]	622
[2296316]	623	# final report html strings
	624	report_str = html_str % ("%s") + add_str
	625
	626	# make plot image
	627	images = self.set_plot_state(figs, canvases)
[f32d144]	628	report_list = [report_str, text_str, images]
[2296316]	629	dialog = ReportDialog(report_list, None, -1, "")
	630	dialog.ShowModal()
[c0ff8cc]	631
[eddb6ec]	632	def _toXML_helper(self, thelist, element, newdoc):
[61cada5]	633	"""
[5062bbf]	634	Helper method to create xml file for saving state
[61cada5]	635	"""
[eddb6ec]	636	for item in thelist:
[61cada5]	637	sub_element = newdoc.createElement('parameter')
	638	sub_element.setAttribute('name', str(item[1]))
	639	sub_element.setAttribute('value', str(item[2]))
	640	sub_element.setAttribute('selected_to_fit', str(item[0]))
	641	sub_element.setAttribute('error_displayed', str(item[4][0]))
	642	sub_element.setAttribute('error_value', str(item[4][1]))
	643	sub_element.setAttribute('minimum_displayed', str(item[5][0]))
	644	sub_element.setAttribute('minimum_value', str(item[5][1]))
	645	sub_element.setAttribute('maximum_displayed', str(item[6][0]))
	646	sub_element.setAttribute('maximum_value', str(item[6][1]))
	647	sub_element.setAttribute('unit', str(item[7]))
	648	element.appendChild(sub_element)
	649
	650	def toXML(self, file="fitting_state.fitv", doc=None, entry_node=None):
	651	"""
[5062bbf]	652	Writes the state of the InversionControl panel to file, as XML.
	653
	654	Compatible with standalone writing, or appending to an
	655	already existing XML document. In that case, the XML document
	656	is required. An optional entry node in the XML document may also be given.
	657
	658	:param file: file to write to
	659	:param doc: XML document object [optional]
	660	:param entry_node: XML node within the XML document at which we will append the data [optional]
	661
[61cada5]	662	"""
	663	from xml.dom.minidom import getDOMImplementation
[71f0373]	664
[61cada5]	665	# Check whether we have to write a standalone XML file
	666	if doc is None:
	667	impl = getDOMImplementation()
[f32d144]	668	doc_type = impl.createDocumentType(FITTING_NODE_NAME, "1.0", "1.0")
[61cada5]	669	newdoc = impl.createDocument(None, FITTING_NODE_NAME, doc_type)
	670	top_element = newdoc.documentElement
	671	else:
	672	# We are appending to an existing document
	673	newdoc = doc
	674	top_element = newdoc.createElement(FITTING_NODE_NAME)
	675	if entry_node is None:
	676	newdoc.documentElement.appendChild(top_element)
	677	else:
	678	entry_node.appendChild(top_element)
	679
	680	attr = newdoc.createAttribute("version")
	681	attr.nodeValue = '1.0'
	682	top_element.setAttributeNode(attr)
[cfc0913]	683
[61cada5]	684	# File name
	685	element = newdoc.createElement("filename")
	686	if self.file is not None:
	687	element.appendChild(newdoc.createTextNode(str(self.file)))
	688	else:
	689	element.appendChild(newdoc.createTextNode(str(file)))
	690	top_element.appendChild(element)
[11a7e11]	691
	692	element = newdoc.createElement("timestamp")
	693	element.appendChild(newdoc.createTextNode(time.ctime(self.timestamp)))
	694	attr = newdoc.createAttribute("epoch")
	695	attr.nodeValue = str(self.timestamp)
	696	element.setAttributeNode(attr)
	697	top_element.appendChild(element)
[61cada5]	698	# Inputs
	699	inputs = newdoc.createElement("Attributes")
	700	top_element.appendChild(inputs)
	701
	702	if self.data is not None and hasattr(self.data, "group_id"):
	703	self.data_group_id = self.data.group_id
	704	if self.data is not None and hasattr(self.data, "is_data"):
	705	self.is_data = self.data.is_data
	706	if self.data is not None:
	707	self.data_name = self.data.name
	708	if self.data is not None and hasattr(self.data, "id"):
	709	self.data_id = self.data.id
	710
[26f3dd5]	711	for item in list_of_data_attributes:
[0b12abb5]	712	element = newdoc.createElement(item[0])
[2296316]	713	exec "element.setAttribute(item[0], str(self.%s))" % (item[1])
[f32d144]	714	inputs.appendChild(element)
[26f3dd5]	715
	716	for item in list_of_state_attributes:
	717	element = newdoc.createElement(item[0])
[2296316]	718	exec "element.setAttribute(item[0], str(self.%s))" % (item[1])
[26f3dd5]	719	inputs.appendChild(element)
[c0ff8cc]	720
[f32d144]	721	# For self.values ={ disp_param_name: [vals,...],...}
	722	# and for self.weights ={ disp_param_name: [weights,...],...}
[38226d26]	723	list = {}
[11a7e11]	724	for item in list_of_model_attributes:
	725	element = newdoc.createElement(item[0])
[2296316]	726	exec "list = self.%s" % item[1]
	727	for key, value in list.iteritems():
	728	sub_element = newdoc.createElement(key)
	729	sub_element.setAttribute('name', str(key))
	730	for val in value:
	731	com = "sub_element.appendChild"
	732	com += "(newdoc.createTextNode(str(%s)))"
	733	exec com % val
	734
[f32d144]	735	element.appendChild(sub_element)
[11a7e11]	736	inputs.appendChild(element)
[2296316]	737
	738	# Create doc for the dictionary of self._disp_obj_dic
	739	for item in list_of_obj_dic:
[f32d144]	740	element = newdoc.createElement(item[0])
	741	exec "list = self.%s" % item[1]
	742	for key, val in list.iteritems():
	743	value = repr(val)
	744	sub_element = newdoc.createElement(key)
	745	sub_element.setAttribute('name', str(key))
	746	sub_element.setAttribute('value', str(value))
	747	element.appendChild(sub_element)
	748	inputs.appendChild(element)
[2296316]	749
[61cada5]	750	for item in list_of_state_parameters:
	751	element = newdoc.createElement(item[0])
[2296316]	752	com = "self._toXML_helper(list=self.%s,"
	753	com += " element=element, newdoc=newdoc)"
[f32d144]	754	exec com % item[1]
[61cada5]	755	inputs.appendChild(element)
[c0ff8cc]	756
[61cada5]	757	# Save the file
	758	if doc is None:
	759	fd = open(file, 'w')
	760	fd.write(newdoc.toprettyxml())
	761	fd.close()
	762	return None
	763	else:
	764	return newdoc.toprettyxml()
	765
	766	def _fromXML_helper(self, node, list):
	767	"""
[5062bbf]	768	Helper function to write state to xml
[61cada5]	769	"""
	770	for item in node:
[0b12abb5]	771	try:
	772	name = item.get('name')
	773	except:
	774	name = None
	775	try:
	776	value = item.get('value')
	777	except:
	778	value = None
	779	try:
[3ad91de]	780	selected_to_fit = (item.get('selected_to_fit') == "True")
[0b12abb5]	781	except:
	782	selected_to_fit = None
	783	try:
[3ad91de]	784	error_displayed = (item.get('error_displayed') == "True")
[0b12abb5]	785	except:
	786	error_displayed = None
[f32d144]	787	try:
[0b12abb5]	788	error_value = item.get('error_value')
	789	except:
	790	error_value = None
	791	try:
[f32d144]	792	minimum_displayed = (item.get('minimum_displayed') == "True")
[0b12abb5]	793	except:
	794	minimum_displayed = None
	795	try:
	796	minimum_value = item.get('minimum_value')
	797	except:
	798	minimum_value = None
	799	try:
[3ad91de]	800	maximum_displayed = (item.get('maximum_displayed') == "True")
[0b12abb5]	801	except:
	802	maximum_displayed = None
	803	try:
	804	maximum_value = item.get('maximum_value')
	805	except:
	806	maximum_value = None
	807	try:
	808	unit = item.get('unit')
	809	except:
	810	unit = None
[2296316]	811	list.append([selected_to_fit, name, value, "+/-",
	812	[error_displayed, error_value],
[f32d144]	813	[minimum_displayed, minimum_value],
	814	[maximum_displayed, maximum_value], unit])
[cfc0913]	815
[61cada5]	816	def fromXML(self, file=None, node=None):
	817	"""
[5062bbf]	818	Load fitting state from a file
	819
	820	:param file: .fitv file
	821	:param node: node of a XML document to read from
	822
[61cada5]	823	"""
	824	if file is not None:
[11a7e11]	825	msg = "PageState no longer supports non-CanSAS"
	826	msg += " format for fitting files"
	827	raise RuntimeError, msg
[61cada5]	828
[11a7e11]	829	if node.get('version')and node.get('version') == '1.0':
[61cada5]	830
	831	# Get file name
	832	entry = get_content('ns:filename', node)
	833	if entry is not None:
	834	self.file = entry.text.strip()
[11a7e11]	835
	836	# Get time stamp
	837	entry = get_content('ns:timestamp', node)
	838	if entry is not None and entry.get('epoch'):
	839	try:
	840	self.timestamp = float(entry.get('epoch'))
	841	except:
	842	msg = "PageState.fromXML: Could not"
	843	msg += " read timestamp\n %s" % sys.exc_value
	844	logging.error(msg)
	845
[61cada5]	846	# Parse fitting attributes
	847	entry = get_content('ns:Attributes', node)
[0b12abb5]	848	for item in list_of_data_attributes:
[f32d144]	849	node = get_content('ns:%s' % item[0], entry)
[0b12abb5]	850	try:
[2296316]	851	exec "self.%s = parse_entry_helper(node, item)" % item[0]
[0b12abb5]	852
	853	except:
	854	raise
[2296316]	855
[61cada5]	856	if entry is not None:
[0b12abb5]	857
[61cada5]	858	for item in list_of_state_attributes:
[2296316]	859	node = get_content('ns:%s' % item[0], entry)
[0b12abb5]	860	try:
[2296316]	861	exec "self.%s = parse_entry_helper(node, item)" % \
	862	str(item[0])
[0b12abb5]	863	except:
	864	raise
	865
[2296316]	866	for item in list_of_state_parameters:
	867	node = get_content("ns:%s" % item[0], entry)
	868	exec "self._fromXML_helper(node=node, list=self.%s)" % \
	869	item[1]
	870
[f32d144]	871	# Recover _disp_obj_dict from xml file
	872	self._disp_obj_dict = {}
[2c44cf8]	873	disp_model = None
[2296316]	874	for item in list_of_obj_dic:
	875	# Get node
	876	node = get_content("ns:%s" % item[0], entry)
	877	for attr in node:
	878	name = attr.get('name')
[f32d144]	879	val = attr.get('value')
[2296316]	880	value = val.split(" instance")[0]
	881	disp_name = value.split("<")[1]
[11a7e11]	882	try:
[2296316]	883	# Try to recover disp_model object from strings
[f32d144]	884	com = "from sans.models.dispersion_models "
[2c44cf8]	885	com += "import %s as disp"
[2296316]	886	com_name = disp_name.split(".")[3]
	887	exec com % com_name
[2c44cf8]	888	disp_model = disp()
[2296316]	889	exec "self.%s['%s'] = com_name" % (item[1], name)
[11a7e11]	890	except:
[2296316]	891	pass
	892
[f32d144]	893	# get self.values and self.weights dic. if exists
[2296316]	894	for item in list_of_model_attributes:
	895	node = get_content("ns:%s" % item[0], entry)
	896	dic = {}
	897	list = []
	898	for par in node:
	899	name = par.get('name')
	900	values = par.text.split('\n')
	901	# Get lines only with numbers
	902	for line in values:
	903	try:
[f32d144]	904	val = float(line)
	905	list.append(val)
[2296316]	906	except:
	907	# pass if line is empty (it happens)
	908	pass
	909	dic[name] = numpy.array(list)
	910	exec "self.%s = dic" % item[1]
	911
	912	def set_plot_state(self, figs, canvases):
	913	"""
	914	Build image state that wx.html understand
	915	by plotting, putting it into wx.FileSystem image object
	916
	917	"""
	918	images = []
	919	# some imports
	920	import wx
	921
	922	# Reset memory
	923	self.imgRAM = None
	924	wx.MemoryFSHandler()
	925
	926	# For no figures in the list, prepare empty plot
	927	if figs == None or len(figs) == 0:
	928	figs = [None]
	929
[f32d144]	930	# Loop over the list of figures
[2296316]	931	# use wx.MemoryFSHandler
[f32d144]	932	self.imgRAM = wx.MemoryFSHandler()
[2296316]	933	for fig in figs:
	934	if figs != None:
	935	ind = figs.index(fig)
	936	canvas = canvases[ind]
[0b12abb5]	937
[2296316]	938	#store the image in wx.FileSystem Object
	939	wx.FileSystem.AddHandler(wx.MemoryFSHandler())
	940
	941	# index of the fig
	942	ind = figs.index(fig)
	943
	944	#AddFile, image can be retrieved with 'memory:filename'
[f32d144]	945	self.imgRAM.AddFile('img_fit%s.png' % ind,
[2296316]	946	canvas.bitmap, wx.BITMAP_TYPE_PNG)
	947
	948	#append figs
	949	images.append(fig)
	950
[c0ff8cc]	951	return images
[61cada5]	952
[f32d144]	953
[61cada5]	954	class Reader(CansasReader):
	955	"""
[5062bbf]	956	Class to load a .fitv fitting file
[61cada5]	957	"""
	958	## File type
	959	type_name = "Fitting"
	960
	961	## Wildcards
[b35d3d1]	962	type = ["Fitting files (.fitv)\|.fitv"
	963	"SANSView file (.svs)\|.svs"]
[61cada5]	964	## List of allowed extensions
[f32d144]	965	ext = ['.fitv', '.FITV', '.svs', 'SVS']
[61cada5]	966
	967	def __init__(self, call_back=None, cansas=True):
[df7ed14]	968	CansasReader.__init__(self)
[61cada5]	969	"""
[5062bbf]	970	Initialize the call-back method to be called
	971	after we load a file
	972
	973	:param call_back: call-back method
	974	:param cansas: True = files will be written/read in CanSAS format
	975	False = write CanSAS format
[61cada5]	976
	977	"""
	978	## Call back method to be executed after a file is read
	979	self.call_back = call_back
	980	## CanSAS format flag
	981	self.cansas = cansas
[75fbd17]	982	self.state = None
[f32d144]	983
[75fbd17]	984	def get_state(self):
	985	return self.state
[61cada5]	986
	987	def read(self, path):
[f32d144]	988	"""
[5062bbf]	989	Load a new P(r) inversion state from file
	990
	991	:param path: file path
	992
[61cada5]	993	"""
[e9b12eaf]	994	if self.cansas == True:
[61cada5]	995	return self._read_cansas(path)
[e9b12eaf]	996
	997	def _data2d_to_xml_doc(self, datainfo):
[61cada5]	998	"""
[5062bbf]	999	Create an XML document to contain the content of a Data2D
	1000
	1001	:param datainfo: Data2D object
	1002
[61cada5]	1003	"""
	1004	if not issubclass(datainfo.__class__, Data2D):
	1005	raise RuntimeError, "The cansas writer expects a Data2D instance"
	1006
	1007	doc = xml.dom.minidom.Document()
	1008	main_node = doc.createElement("SASroot")
	1009	main_node.setAttribute("version", self.version)
[df7ed14]	1010	main_node.setAttribute("xmlns", "cansas1d/%s" % self.version)
	1011	main_node.setAttribute("xmlns:xsi", "http://www.w3.org/2001/XMLSchema-instance")
	1012	main_node.setAttribute("xsi:schemaLocation", "cansas1d/%s http://svn.smallangles.net/svn/canSAS/1dwg/trunk/cansas1d.xsd" % self.version)
	1013
[61cada5]	1014	doc.appendChild(main_node)
	1015
	1016	entry_node = doc.createElement("SASentry")
	1017	main_node.appendChild(entry_node)
[df7ed14]	1018
[61cada5]	1019	write_node(doc, entry_node, "Title", datainfo.title)
[df7ed14]	1020	if datainfo is not None:
	1021	write_node(doc, entry_node, "data_class", datainfo.__class__.__name__)
[61cada5]	1022	for item in datainfo.run:
	1023	runname = {}
	1024	if datainfo.run_name.has_key(item) and len(str(datainfo.run_name[item]))>1:
	1025	runname = {'name': datainfo.run_name[item] }
	1026	write_node(doc, entry_node, "Run", item, runname)
	1027	# Data info
[df7ed14]	1028	new_node = doc.createElement("SASdata")
	1029	entry_node.appendChild(new_node)
[e9b12eaf]	1030	for item in list_of_data_2d_attr:
	1031	element = doc.createElement(item[0])
[f32d144]	1032	exec "element.setAttribute(item[0], str(datainfo.%s))" % (item[1])
[df7ed14]	1033	new_node.appendChild(element)
	1034
[e9b12eaf]	1035	for item in list_of_data2d_values:
[df7ed14]	1036	root_node = doc.createElement(item[0])
	1037	new_node.appendChild(root_node)
[38226d26]	1038	temp_list = None
[f32d144]	1039	exec "temp_list = datainfo.%s" % item[1]
[df7ed14]	1040
[35b556d]	1041	if temp_list is None or len(temp_list)== 0:
[df7ed14]	1042	element = doc.createElement(item[0])
[f32d144]	1043	exec "element.appendChild(doc.createTextNode(str(%s)))" % temp_list
[df7ed14]	1044	root_node.appendChild(element)
[35b556d]	1045	else:
	1046	for value in temp_list:
[df7ed14]	1047	element = doc.createElement(item[0])
[f32d144]	1048	exec "element.setAttribute(item[0], str(%s))" % value
[df7ed14]	1049	root_node.appendChild(element)
	1050
[61cada5]	1051	# Sample info
	1052	sample = doc.createElement("SASsample")
	1053	if datainfo.sample.name is not None:
	1054	sample.setAttribute("name", str(datainfo.sample.name))
	1055	entry_node.appendChild(sample)
	1056	write_node(doc, sample, "ID", str(datainfo.sample.ID))
[f32d144]	1057	write_node(doc, sample, "thickness", datainfo.sample.thickness,
	1058	{"unit": datainfo.sample.thickness_unit})
[61cada5]	1059	write_node(doc, sample, "transmission", datainfo.sample.transmission)
[f32d144]	1060	write_node(doc, sample, "temperature", datainfo.sample.temperature,
	1061	{"unit": datainfo.sample.temperature_unit})
[61cada5]	1062
	1063	for item in datainfo.sample.details:
	1064	write_node(doc, sample, "details", item)
	1065
	1066	pos = doc.createElement("position")
[f32d144]	1067	written = write_node(doc, pos, "x", datainfo.sample.position.x,
	1068	{"unit": datainfo.sample.position_unit})
	1069	written = written \| write_node(doc, pos, "y",
	1070	datainfo.sample.position.y,
	1071	{"unit": datainfo.sample.position_unit})
	1072	written = written \| write_node(doc, pos, "z",
	1073	datainfo.sample.position.z,
	1074	{"unit": datainfo.sample.position_unit})
[61cada5]	1075	if written == True:
	1076	sample.appendChild(pos)
	1077
	1078	ori = doc.createElement("orientation")
[f32d144]	1079	written = write_node(doc, ori, "roll", datainfo.sample.orientation.x,
	1080	{"unit": datainfo.sample.orientation_unit})
	1081	written = written \| write_node(doc, ori, "pitch",
	1082	datainfo.sample.orientation.y,
	1083	{"unit": datainfo.sample.orientation_unit})
	1084	written = written \| write_node(doc, ori, "yaw",
	1085	datainfo.sample.orientation.z,
	1086	{"unit": datainfo.sample.orientation_unit})
[61cada5]	1087	if written == True:
	1088	sample.appendChild(ori)
	1089
	1090	# Instrument info
	1091	instr = doc.createElement("SASinstrument")
	1092	entry_node.appendChild(instr)
	1093
	1094	write_node(doc, instr, "name", datainfo.instrument)
	1095
	1096	# Source
	1097	source = doc.createElement("SASsource")
	1098	if datainfo.source.name is not None:
	1099	source.setAttribute("name", str(datainfo.source.name))
	1100	instr.appendChild(source)
	1101
	1102	write_node(doc, source, "radiation", datainfo.source.radiation)
	1103	write_node(doc, source, "beam_shape", datainfo.source.beam_shape)
	1104	size = doc.createElement("beam_size")
	1105	if datainfo.source.beam_size_name is not None:
	1106	size.setAttribute("name", str(datainfo.source.beam_size_name))
[f32d144]	1107	written = write_node(doc, size, "x", datainfo.source.beam_size.x,
	1108	{"unit": datainfo.source.beam_size_unit})
	1109	written = written \| write_node(doc, size, "y",
	1110	datainfo.source.beam_size.y,
	1111	{"unit": datainfo.source.beam_size_unit})
	1112	written = written \| write_node(doc, size, "z",
	1113	datainfo.source.beam_size.z,
	1114	{"unit": datainfo.source.beam_size_unit})
[61cada5]	1115	if written == True:
	1116	source.appendChild(size)
	1117
[f32d144]	1118	write_node(doc, source, "wavelength", datainfo.source.wavelength,
	1119	{"unit": datainfo.source.wavelength_unit})
	1120	write_node(doc, source, "wavelength_min",
	1121	datainfo.source.wavelength_min,
	1122	{"unit": datainfo.source.wavelength_min_unit})
	1123	write_node(doc, source, "wavelength_max",
	1124	datainfo.source.wavelength_max,
	1125	{"unit": datainfo.source.wavelength_max_unit})
	1126	write_node(doc, source, "wavelength_spread",
	1127	datainfo.source.wavelength_spread,
	1128	{"unit": datainfo.source.wavelength_spread_unit})
[61cada5]	1129
	1130	# Collimation
	1131	for item in datainfo.collimation:
	1132	coll = doc.createElement("SAScollimation")
	1133	if item.name is not None:
	1134	coll.setAttribute("name", str(item.name))
	1135	instr.appendChild(coll)
	1136
[f32d144]	1137	write_node(doc, coll, "length", item.length,
	1138	{"unit": item.length_unit})
[61cada5]	1139
	1140	for apert in item.aperture:
	1141	ap = doc.createElement("aperture")
	1142	if apert.name is not None:
	1143	ap.setAttribute("name", str(apert.name))
	1144	if apert.type is not None:
	1145	ap.setAttribute("type", str(apert.type))
	1146	coll.appendChild(ap)
	1147
[f32d144]	1148	write_node(doc, ap, "distance", apert.distance,
	1149	{"unit": apert.distance_unit})
[61cada5]	1150
	1151	size = doc.createElement("size")
	1152	if apert.size_name is not None:
	1153	size.setAttribute("name", str(apert.size_name))
[f32d144]	1154	written = write_node(doc, size, "x", apert.size.x,
	1155	{"unit": apert.size_unit})
	1156	written = written \| write_node(doc, size, "y", apert.size.y,
	1157	{"unit": apert.size_unit})
	1158	written = written \| write_node(doc, size, "z", apert.size.z,
	1159	{"unit": apert.size_unit})
[61cada5]	1160	if written == True:
	1161	ap.appendChild(size)
	1162
	1163	# Detectors
	1164	for item in datainfo.detector:
	1165	det = doc.createElement("SASdetector")
	1166	written = write_node(doc, det, "name", item.name)
[f32d144]	1167	written = written \| write_node(doc, det, "SDD", item.distance,
	1168	{"unit": item.distance_unit})
	1169	written = written \| write_node(doc, det, "slit_length",
	1170	item.slit_length,
	1171	{"unit": item.slit_length_unit})
[61cada5]	1172	if written == True:
	1173	instr.appendChild(det)
	1174
	1175	off = doc.createElement("offset")
[f32d144]	1176	written = write_node(doc, off, "x", item.offset.x,
	1177	{"unit": item.offset_unit})
	1178	written = written \| write_node(doc, off, "y", item.offset.y,
	1179	{"unit": item.offset_unit})
	1180	written = written \| write_node(doc, off, "z", item.offset.z,
	1181	{"unit": item.offset_unit})
[61cada5]	1182	if written == True:
	1183	det.appendChild(off)
	1184
	1185	center = doc.createElement("beam_center")
[f32d144]	1186	written = write_node(doc, center, "x", item.beam_center.x,
	1187	{"unit": item.beam_center_unit})
	1188	written = written \| write_node(doc, center, "y",
	1189	item.beam_center.y,
	1190	{"unit": item.beam_center_unit})
	1191	written = written \| write_node(doc, center, "z",
	1192	item.beam_center.z,
	1193	{"unit": item.beam_center_unit})
[61cada5]	1194	if written == True:
	1195	det.appendChild(center)
	1196
	1197	pix = doc.createElement("pixel_size")
[f32d144]	1198	written = write_node(doc, pix, "x", item.pixel_size.x,
	1199	{"unit": item.pixel_size_unit})
	1200	written = written \| write_node(doc, pix, "y", item.pixel_size.y,
	1201	{"unit": item.pixel_size_unit})
	1202	written = written \| write_node(doc, pix, "z", item.pixel_size.z,
	1203	{"unit": item.pixel_size_unit})
[61cada5]	1204	if written == True:
	1205	det.appendChild(pix)
	1206
	1207	ori = doc.createElement("orientation")
[f32d144]	1208	written = write_node(doc, ori, "roll", item.orientation.x,
	1209	{"unit": item.orientation_unit})
	1210	written = written \| write_node(doc, ori, "pitch",
	1211	item.orientation.y,
	1212	{"unit": item.orientation_unit})
	1213	written = written \| write_node(doc, ori, "yaw", item.orientation.z,
	1214	{"unit": item.orientation_unit})
[61cada5]	1215	if written == True:
	1216	det.appendChild(ori)
	1217
	1218	# Processes info
	1219	for item in datainfo.process:
	1220	node = doc.createElement("SASprocess")
	1221	entry_node.appendChild(node)
	1222
	1223	write_node(doc, node, "name", item.name)
	1224	write_node(doc, node, "date", item.date)
	1225	write_node(doc, node, "description", item.description)
	1226	for term in item.term:
	1227	value = term['value']
	1228	del term['value']
	1229	write_node(doc, node, "term", value, term)
	1230	for note in item.notes:
	1231	write_node(doc, node, "SASprocessnote", note)
	1232	# Return the document, and the SASentry node associated with
	1233	# the data we just wrote
	1234	return doc, entry_node
[e9b12eaf]	1235
[61cada5]	1236	def _parse_state(self, entry):
	1237	"""
[5062bbf]	1238	Read a fit result from an XML node
	1239
[f32d144]	1240	:param entry: XML node to read from
[5062bbf]	1241
	1242	:return: PageState object
[61cada5]	1243	"""
	1244	# Create an empty state
[b35d3d1]	1245	state = None
[61cada5]	1246	# Locate the P(r) node
	1247	try:
[f32d144]	1248	nodes = entry.xpath('ns:%s' % FITTING_NODE_NAME,
	1249	namespaces={'ns': CANSAS_NS})
	1250	if nodes != []:
[b35d3d1]	1251	# Create an empty state
[f32d144]	1252	state = PageState()
[b35d3d1]	1253	state.fromXML(node=nodes[0])
[61cada5]	1254	except:
	1255	logging.info("XML document does not contain fitting information.\n %s" % sys.exc_value)
	1256
	1257	return state
[f32d144]	1258
[df7ed14]	1259	def _parse_entry(self, dom):
[e9b12eaf]	1260	"""
[5062bbf]	1261	Parse a SASentry
	1262
	1263	:param node: SASentry node
	1264
[df7ed14]	1265	:return: Data1D/Data2D object
[5062bbf]	1266
[e9b12eaf]	1267	"""
[df7ed14]	1268	node = dom.xpath('ns:data_class', namespaces={'ns': CANSAS_NS})
	1269	if not node or node[0].text.lstrip().rstrip() != "Data2D":
	1270	return CansasReader._parse_entry(self, dom)
	1271
	1272	#Parse 2D
[e9b12eaf]	1273	data_info = Data2D()
	1274
[f32d144]	1275	# Look up title
[e9b12eaf]	1276	self._store_content('ns:Title', dom, 'title', data_info)
	1277
[f32d144]	1278	# Look up run number
[e9b12eaf]	1279	nodes = dom.xpath('ns:Run', namespaces={'ns': CANSAS_NS})
[f32d144]	1280	for item in nodes:
[e9b12eaf]	1281	if item.text is not None:
	1282	value = item.text.strip()
	1283	if len(value) > 0:
	1284	data_info.run.append(value)
	1285	if item.get('name') is not None:
	1286	data_info.run_name[value] = item.get('name')
	1287
[f32d144]	1288	# Look up instrument name
	1289	self._store_content('ns:SASinstrument/ns:name', dom,
	1290	'instrument', data_info)
[e9b12eaf]	1291
	1292	# Notes
	1293	note_list = dom.xpath('ns:SASnote', namespaces={'ns': CANSAS_NS})
	1294	for note in note_list:
	1295	try:
	1296	if note.text is not None:
	1297	note_value = note.text.strip()
	1298	if len(note_value) > 0:
	1299	data_info.notes.append(note_value)
	1300	except:
	1301	err_mess = "cansas_reader.read: error processing entry notes\n %s" % sys.exc_value
	1302	self.errors.append(err_mess)
	1303	logging.error(err_mess)
	1304
	1305	# Sample info ###################
	1306	entry = get_content('ns:SASsample', dom)
	1307	if entry is not None:
	1308	data_info.sample.name = entry.get('name')
	1309
[f32d144]	1310	self._store_content('ns:SASsample/ns:ID',
	1311	dom, 'ID', data_info.sample)
	1312	self._store_float('ns:SASsample/ns:thickness',
[e9b12eaf]	1313	dom, 'thickness', data_info.sample)
[f32d144]	1314	self._store_float('ns:SASsample/ns:transmission',
[e9b12eaf]	1315	dom, 'transmission', data_info.sample)
[f32d144]	1316	self._store_float('ns:SASsample/ns:temperature',
[e9b12eaf]	1317	dom, 'temperature', data_info.sample)
	1318
[f32d144]	1319	nodes = dom.xpath('ns:SASsample/ns:details',
	1320	namespaces={'ns': CANSAS_NS})
[e9b12eaf]	1321	for item in nodes:
	1322	try:
	1323	if item.text is not None:
	1324	detail_value = item.text.strip()
	1325	if len(detail_value) > 0:
	1326	data_info.sample.details.append(detail_value)
	1327	except:
	1328	err_mess = "cansas_reader.read: error processing sample details\n %s" % sys.exc_value
	1329	self.errors.append(err_mess)
	1330	logging.error(err_mess)
	1331
	1332	# Position (as a vector)
[f32d144]	1333	self._store_float('ns:SASsample/ns:position/ns:x',
	1334	dom, 'position.x', data_info.sample)
	1335	self._store_float('ns:SASsample/ns:position/ns:y',
	1336	dom, 'position.y', data_info.sample)
	1337	self._store_float('ns:SASsample/ns:position/ns:z',
	1338	dom, 'position.z', data_info.sample)
[e9b12eaf]	1339
	1340	# Orientation (as a vector)
[f32d144]	1341	self._store_float('ns:SASsample/ns:orientation/ns:roll',
	1342	dom, 'orientation.x', data_info.sample)
	1343	self._store_float('ns:SASsample/ns:orientation/ns:pitch',
	1344	dom, 'orientation.y', data_info.sample)
	1345	self._store_float('ns:SASsample/ns:orientation/ns:yaw',
	1346	dom, 'orientation.z', data_info.sample)
[e9b12eaf]	1347
	1348	# Source info ###################
	1349	entry = get_content('ns:SASinstrument/ns:SASsource', dom)
	1350	if entry is not None:
	1351	data_info.source.name = entry.get('name')
	1352
[f32d144]	1353	self._store_content('ns:SASinstrument/ns:SASsource/ns:radiation',
	1354	dom, 'radiation', data_info.source)
	1355	self._store_content('ns:SASinstrument/ns:SASsource/ns:beam_shape',
	1356	dom, 'beam_shape', data_info.source)
	1357	self._store_float('ns:SASinstrument/ns:SASsource/ns:wavelength',
	1358	dom, 'wavelength', data_info.source)
	1359	self._store_float('ns:SASinstrument/ns:SASsource/ns:wavelength_min',
	1360	dom, 'wavelength_min', data_info.source)
	1361	self._store_float('ns:SASinstrument/ns:SASsource/ns:wavelength_max',
	1362	dom, 'wavelength_max', data_info.source)
	1363	self._store_float('ns:SASinstrument/ns:SASsource/ns:wavelength_spread',
	1364	dom, 'wavelength_spread', data_info.source)
	1365
	1366	# Beam size (as a vector)
[e9b12eaf]	1367	entry = get_content('ns:SASinstrument/ns:SASsource/ns:beam_size', dom)
	1368	if entry is not None:
	1369	data_info.source.beam_size_name = entry.get('name')
	1370
[f32d144]	1371	self._store_float('ns:SASinstrument/ns:SASsource/ns:beam_size/ns:x',
	1372	dom, 'beam_size.x', data_info.source)
	1373	self._store_float('ns:SASinstrument/ns:SASsource/ns:beam_size/ns:y',
	1374	dom, 'beam_size.y', data_info.source)
	1375	self._store_float('ns:SASinstrument/ns:SASsource/ns:beam_size/ns:z',
	1376	dom, 'beam_size.z', data_info.source)
[e9b12eaf]	1377
	1378	# Collimation info ###################
[f32d144]	1379	nodes = dom.xpath('ns:SASinstrument/ns:SAScollimation',
	1380	namespaces={'ns': CANSAS_NS})
[e9b12eaf]	1381	for item in nodes:
	1382	collim = Collimation()
	1383	if item.get('name') is not None:
	1384	collim.name = item.get('name')
[f32d144]	1385	self._store_float('ns:length', item, 'length', collim)
[e9b12eaf]	1386
	1387	# Look for apertures
[f32d144]	1388	apert_list = item.xpath('ns:aperture',
	1389	namespaces={'ns': CANSAS_NS})
[e9b12eaf]	1390	for apert in apert_list:
[f32d144]	1391	aperture = Aperture()
[e9b12eaf]	1392
	1393	# Get the name and type of the aperture
	1394	aperture.name = apert.get('name')
	1395	aperture.type = apert.get('type')
	1396
[f32d144]	1397	self._store_float('ns:distance', apert, 'distance', aperture)
[e9b12eaf]	1398
	1399	entry = get_content('ns:size', apert)
	1400	if entry is not None:
	1401	aperture.size_name = entry.get('name')
	1402
[f32d144]	1403	self._store_float('ns:size/ns:x', apert, 'size.x', aperture)
	1404	self._store_float('ns:size/ns:y', apert, 'size.y', aperture)
[e9b12eaf]	1405	self._store_float('ns:size/ns:z', apert, 'size.z', aperture)
	1406
	1407	collim.aperture.append(aperture)
	1408
	1409	data_info.collimation.append(collim)
	1410
	1411	# Detector info ######################
[f32d144]	1412	nodes = dom.xpath('ns:SASinstrument/ns:SASdetector',
	1413	namespaces={'ns': CANSAS_NS})
[e9b12eaf]	1414	for item in nodes:
	1415
	1416	detector = Detector()
	1417
	1418	self._store_content('ns:name', item, 'name', detector)
[f32d144]	1419	self._store_float('ns:SDD', item, 'distance', detector)
[e9b12eaf]	1420
	1421	# Detector offset (as a vector)
[f32d144]	1422	self._store_float('ns:offset/ns:x', item, 'offset.x', detector)
	1423	self._store_float('ns:offset/ns:y', item, 'offset.y', detector)
	1424	self._store_float('ns:offset/ns:z', item, 'offset.z', detector)
[e9b12eaf]	1425
	1426	# Detector orientation (as a vector)
[f32d144]	1427	self._store_float('ns:orientation/ns:roll', item,
	1428	'orientation.x', detector)
	1429	self._store_float('ns:orientation/ns:pitch', item,
	1430	'orientation.y', detector)
	1431	self._store_float('ns:orientation/ns:yaw', item,
	1432	'orientation.z', detector)
[e9b12eaf]	1433
	1434	# Beam center (as a vector)
[f32d144]	1435	self._store_float('ns:beam_center/ns:x', item,
	1436	'beam_center.x', detector)
	1437	self._store_float('ns:beam_center/ns:y', item,
	1438	'beam_center.y', detector)
	1439	self._store_float('ns:beam_center/ns:z', item,
	1440	'beam_center.z', detector)
[e9b12eaf]	1441
	1442	# Pixel size (as a vector)
[f32d144]	1443	self._store_float('ns:pixel_size/ns:x', item,
	1444	'pixel_size.x', detector)
	1445	self._store_float('ns:pixel_size/ns:y', item,
	1446	'pixel_size.y', detector)
	1447	self._store_float('ns:pixel_size/ns:z', item,
	1448	'pixel_size.z', detector)
[e9b12eaf]	1449
	1450	self._store_float('ns:slit_length', item, 'slit_length', detector)
	1451
[f32d144]	1452	data_info.detector.append(detector)
[e9b12eaf]	1453
	1454	# Processes info ######################
	1455	nodes = dom.xpath('ns:SASprocess', namespaces={'ns': CANSAS_NS})
	1456	for item in nodes:
	1457	process = Process()
	1458	self._store_content('ns:name', item, 'name', process)
	1459	self._store_content('ns:date', item, 'date', process)
	1460	self._store_content('ns:description', item, 'description', process)
	1461
	1462	term_list = item.xpath('ns:term', namespaces={'ns': CANSAS_NS})
	1463	for term in term_list:
	1464	try:
	1465	term_attr = {}
	1466	for attr in term.keys():
	1467	term_attr[attr] = term.get(attr).strip()
	1468	if term.text is not None:
	1469	term_attr['value'] = term.text.strip()
	1470	process.term.append(term_attr)
	1471	except:
	1472	err_mess = "cansas_reader.read: error processing process term\n %s" % sys.exc_value
	1473	self.errors.append(err_mess)
	1474	logging.error(err_mess)
	1475
[f32d144]	1476	note_list = item.xpath('ns:SASprocessnote',
	1477	namespaces={'ns': CANSAS_NS})
[e9b12eaf]	1478	for note in note_list:
	1479	if note.text is not None:
	1480	process.notes.append(note.text.strip())
	1481
	1482	data_info.process.append(process)
	1483
	1484	# Data info ######################
	1485	nodes = dom.xpath('ns:SASdata', namespaces={'ns': CANSAS_NS})
[f32d144]	1486	if len(nodes) > 1:
[e9b12eaf]	1487	raise RuntimeError, "CanSAS reader is not compatible with multiple SASdata entries"
[df7ed14]	1488
	1489	for entry in nodes:
	1490	for item in list_of_data_2d_attr:
	1491	#get node
[f32d144]	1492	node = get_content('ns:%s' % item[0], entry)
	1493	exec "data_info.%s = parse_entry_helper(node, item)" % item[1]
[e9b12eaf]	1494
[df7ed14]	1495	for item in list_of_data2d_values:
[f32d144]	1496	field = get_content('ns:%s' % item[0], entry)
[df7ed14]	1497	list = []
	1498	if field is not None:
[0b12abb5]	1499	list = [parse_entry_helper(node, item) for node in field]
[44f7c1b]	1500	if len(list) < 2:
	1501	exec "data_info.%s = None" % item[0]
	1502	else:
	1503	exec "data_info.%s = numpy.array(list)" % item[0]
[e9b12eaf]	1504
	1505	return data_info
	1506
[61cada5]	1507	def _read_cansas(self, path):
[f32d144]	1508	"""
[5062bbf]	1509	Load data and P(r) information from a CanSAS XML file.
	1510
	1511	:param path: file path
	1512
[f32d144]	1513	:return: Data1D object if a single SASentry was found,
[5062bbf]	1514	or a list of Data1D objects if multiple entries were found,
	1515	or None of nothing was found
	1516
	1517	:raise RuntimeError: when the file can't be opened
	1518	:raise ValueError: when the length of the data vectors are inconsistent
	1519
[61cada5]	1520	"""
	1521	output = []
[f32d144]	1522	basename = os.path.basename(path)
[b63dc6e]	1523	root, extension = os.path.splitext(basename)
	1524	ext = extension.lower()
[61cada5]	1525	try:
	1526	if os.path.isfile(path):
[b63dc6e]	1527
[61cada5]	1528	#TODO: eventually remove the check for .xml once
	1529	# the P(r) writer/reader is truly complete.
[b63dc6e]	1530	if ext in self.ext or \
	1531	ext == '.xml':
[61cada5]	1532
	1533	tree = etree.parse(path, parser=etree.ETCompatXMLParser())
	1534	# Check the format version number
[f32d144]	1535	# Specifying the namespace will take care of the file format version
[61cada5]	1536	root = tree.getroot()
[f32d144]	1537	entry_list = root.xpath('ns:SASentry',
	1538	namespaces={'ns': CANSAS_NS})
	1539	for entry in entry_list:
[e9b12eaf]	1540	try:
	1541	sas_entry = self._parse_entry(entry)
	1542	except:
[df7ed14]	1543	raise
[61cada5]	1544	fitstate = self._parse_state(entry)
[b35d3d1]	1545
	1546	#state could be None when .svs file is loaded
	1547	#in this case, skip appending to output
	1548	if fitstate != None:
	1549	sas_entry.meta_data['fitstate'] = fitstate
	1550	sas_entry.filename = fitstate.file
	1551	output.append(sas_entry)
[61cada5]	1552	else:
[b63dc6e]	1553	self.call_back(format=ext)
[61cada5]	1554	raise RuntimeError, "%s is not a file" % path
[b35d3d1]	1555
[61cada5]	1556	# Return output consistent with the loader's api
[f32d144]	1557	if len(output) == 0:
	1558	self.call_back(state=None, datainfo=None, format=ext)
[61cada5]	1559	return None
	1560	else:
[b35d3d1]	1561	for ind in range(len(output)):
	1562	# Call back to post the new state
	1563	state = output[ind].meta_data['fitstate']
	1564	t = time.localtime(state.timestamp)
	1565	time_str = time.strftime("%b %d %H:%M", t)
	1566	# Check that no time stamp is already appended
	1567	max_char = state.file.find("[")
	1568	if max_char < 0:
	1569	max_char = len(state.file)
[ef16f59]	1570	original_fname = state.file[0:max_char]
[f32d144]	1571	state.file = original_fname + ' [' + time_str + ']'
	1572
[b35d3d1]	1573	if state is not None and state.is_data is not None:
[f32d144]	1574	exec 'output[%d].is_data = state.is_data' % ind
[b35d3d1]	1575
	1576	output[ind].filename = state.file
	1577	state.data = output[ind]
[f32d144]	1578	state.data.name = output[ind].filename # state.data_name
[b35d3d1]	1579	state.data.id = state.data_id
	1580	if state.is_data is not None:
	1581	state.data.is_data = state.is_data
[f32d144]	1582	if output[ind].run_name is not None\
	1583	and len(output[ind].run_name) != 0:
[ef16f59]	1584	name = output[ind].run_name
[f32d144]	1585	else:
	1586	name = original_fname
[ef16f59]	1587	state.data.group_id = name
	1588	#store state in fitting
[f32d144]	1589	self.call_back(state=state,
	1590	datainfo=output[ind], format=ext)
	1591	self.state = state
[ef16f59]	1592	return output
[b35d3d1]	1593
[61cada5]	1594	except:
[4bee68d]	1595	self.call_back(format=ext)
	1596	#self.state= state
[61cada5]	1597	raise
	1598
	1599	def write(self, filename, datainfo=None, fitstate=None):
	1600	"""
[b35d3d1]	1601	Write the content of a Data1D as a CanSAS XML file only for standalone
[5062bbf]	1602
	1603	:param filename: name of the file to write
	1604	:param datainfo: Data1D object
	1605	:param fitstate: PageState object
	1606
[61cada5]	1607	"""
	1608	# Sanity check
	1609	if self.cansas == True:
	1610
	1611	# Add fitting information to the XML document
[ef16f59]	1612	doc = self.write_toXML(datainfo, fitstate)
[61cada5]	1613	# Write the XML document
	1614	fd = open(filename, 'w')
	1615	fd.write(doc.toprettyxml())
	1616	fd.close()
	1617	else:
	1618	fitstate.toXML(file=filename)
	1619
[b35d3d1]	1620	def write_toXML(self, datainfo=None, state=None):
	1621	"""
[f32d144]	1622	Write toXML, a helper for write(),
	1623	could be used by guimanager._on_save()
[b35d3d1]	1624
	1625	: return: xml doc
	1626	"""
[3c44c66]	1627
[b35d3d1]	1628	if state.data is None:
[f32d144]	1629	data = sans.dataloader.data_info.Data1D(x=[], y=[])
[a805118]	1630	return None
[3b148c3]	1631	elif not state.data.is_data:
	1632	return None
[f32d144]	1633	else:
[b35d3d1]	1634	#make sure title and data run is filled up.
[f32d144]	1635	if state.data.title == None or state.data.title == '':
	1636	state.data.title = state.data.name
	1637	if state.data.run_name == None or state.data.run_name == {}:
[028a0e8]	1638	state.data.run = [str(state.data.name)]
	1639	state.data.run_name[0] = state.data.name
[b35d3d1]	1640
[f32d144]	1641	if issubclass(state.data.__class__,
	1642	sans.dataloader.data_info.Data1D):
[b35d3d1]	1643	data = state.data
	1644	doc, sasentry = self._to_xml_doc(data)
	1645	else:
	1646	data = state.data
	1647	doc, sasentry = self._data2d_to_xml_doc(data)
	1648
	1649	if state is not None:
[7c720e9]	1650	state.toXML(doc=doc, file=data.filename, entry_node=sasentry)
[b35d3d1]	1651
[f32d144]	1652	return doc
[2296316]	1653
[f32d144]	1654	# Simple html report templet
[2296316]	1655	HEADER = "<html>\n"
	1656	HEADER += "<head>\n"
	1657	HEADER += "<meta http-equiv=Content-Type content='text/html; "
	1658	HEADER += "charset=windows-1252'> \n"
	1659	HEADER += "<meta name=Generator >\n"
	1660	HEADER += "</head>\n"
	1661	HEADER += "<body lang=EN-US>\n"
	1662	HEADER += "<div class=WordSection1>\n"
[14d2daa]	1663	HEADER += "<p class=MsoNormal><b><span ><center><font size='4' >"
	1664	HEADER += "%s</font></center></span></center></b></p>"
[2296316]	1665	HEADER += "<p class=MsoNormal> </p>"
[14d2daa]	1666	PARA = "<p class=MsoNormal><font size='4' > %s \n"
	1667	PARA += "</font></p>"
	1668	CENTRE = "<p class=MsoNormal><center><font size='4' > %s \n"
	1669	CENTRE += "</font></center></p>"
[2296316]	1670	FEET_1 = \
	1671	"""
[3a3dd9c]	1672	<p class=MsoNormal> </p>
[14d2daa]	1673	<br>
	1674	<p class=MsoNormal><b><span ><center> <font size='4' > Graph
[f32d144]	1675	</font></span></center></b></p>
	1676	<p class=MsoNormal> </p>
	1677	<center>
[14d2daa]	1678	<br><font size='4' >Model Computation</font>
[f32d144]	1679	<br><font size='4' >Data: "%s"</font><br>
[2296316]	1680	"""
	1681	FEET_2 = \
	1682	"""
[f32d144]	1683	<img src="%s" >
[2296316]	1684	</img>
	1685	"""
	1686	FEET_3 = \
	1687	"""
[f32d144]	1688	</center>
[2296316]	1689	</div>
	1690	</body>
	1691	</html>
	1692	"""
	1693	ELINE = "<p class=MsoNormal> </p>"
	1694
[3c44c66]	1695	if __name__ == "__main__":
	1696	state = PageState(parent=None)
	1697	#state.toXML()
	1698	"""
[5062bbf]	1699
[3c44c66]	1700	file = open("test_state", "w")
	1701	pickle.dump(state, file)
	1702	print pickle.dumps(state)
	1703	state.data_name = "hello---->"
	1704	pickle.dump(state, file)
	1705	file = open("test_state", "r")
	1706	new_state= pickle.load(file)
	1707	print "new state", new_state
	1708	new_state= pickle.load(file)
	1709	print "new state", new_state
	1710	#print "state", state
	1711	"""
	1712	import bsddb
	1713	import pickle
[f32d144]	1714	db = bsddb.btopen('file_state.db', 'c')
[3c44c66]	1715	val = (pickle.dumps(state), "hello", "hi")
[f32d144]	1716	db['state1'] = pickle.dumps(val)
[3c44c66]	1717	print pickle.loads(db['state1'])
	1718	state.data_name = "hello---->22"
[f32d144]	1719	db['state2'] = pickle.dumps(state)
[3c44c66]	1720	state.data_name = "hello---->2"
[f32d144]	1721	db['state3'] = pickle.dumps(state)
[3c44c66]	1722	del db['state3']
	1723	state.data_name = "hello---->3"
[f32d144]	1724	db['state4'] = pickle.dumps(state)
[3c44c66]	1725	new_state = pickle.loads(db['state1'])
	1726	#print db.last()
	1727	db.set_location('state2')
	1728	state.data_name = "hello---->5"
[f32d144]	1729	db['aastate5'] = pickle.dumps(state)
[3c44c66]	1730	db.keys().sort()
	1731	print pickle.loads(db['state2'])
	1732
[f32d144]	1733	db.close()

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SasView

source: sasview/src/sans/perspectives/fitting/pagestate.py @ 77cfcf0

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