Coverage for marshall_webapp/templates/commonelements/tickets/single_ticket/ticket_building_blocks/lightcurve_block.py : 8%
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1#!/usr/local/bin/python
2# encoding: utf-8
3"""
4*The lightcurve block for the object ticket*
6:Author:
7 David Young
8"""
9import sys
10import os
11import re
12import datetime as datetime
13from marshall_webapp.templates.commonelements import commonutils as cu
14import khufu
15from fundamentals import times
18def lightcurve_block(
19 log,
20 request,
21 discoveryDataDictionary,
22 lightcurveData,
23 objectAkas,
24 displayTitle=True,
25 offset=2):
26 """get ticket lightcurve block
28 **Key Arguments**
30 - ``log`` -- logger
31 - ``request`` -- the pyramid request
32 - ``discoveryDataDictionary`` -- a dictionary of the discovery data for this transient.
33 - ``lightcurveData`` -- the lightcurve data for the objects displayed on the webpage
34 - ``objectAkas`` -- the transient object akas
35 - ``displayTitle`` -- display the title for this block?
36 - ``offset`` -- the offset for the block
39 **Return**
41 - ``lightcurve_block`` -- the ticket identity block for the pesssto object
43 """
44 log.debug('starting the ``lightcurve_block`` function')
46 masterName = discoveryDataDictionary["masterName"]
47 lsqExists = False
48 atlasExist = False
50 if displayTitle:
51 title = cu.block_title(
52 log,
53 title="lightcurve"
54 )
55 else:
56 title = ""
58 lightCurveImage = ""
59 dlightCurveImage = ""
61 if discoveryDataDictionary["master_pessto_lightcurve"]:
62 dlightCurveImage = 'caches/transients/%s/master_lightcurve.png' % (
63 discoveryDataDictionary["transientBucketId"],)
64 lightCurveImage = request.static_url(f'marshall_webapp:{dlightCurveImage}')
66 # Override for LSQ lightcurves
67 lightcurveSwitchAttempt = True
68 transientBucketId = discoveryDataDictionary["transientBucketId"]
69 for row in lightcurveData:
70 if row["transientBucketId"] == discoveryDataDictionary["transientBucketId"] and row["survey"] and "lsq-disc" in row["survey"].lower():
71 lightcurveSwitchAttempt = False
73 if lightcurveSwitchAttempt == True:
74 filePath = request.registry.settings[
75 "cache-directory"] + "/transients/%(transientBucketId)s/lsq_lightcurve.gif" % locals()
76 lsqExists = os.path.exists(filePath)
78 if lsqExists:
79 dlightCurveImage = 'caches/transients/%(transientBucketId)s/lsq_lightcurve.gif' % locals(
80 )
81 lightCurveImage = request.static_url(f'marshall_webapp:{dlightCurveImage}')
83 # Override for ATLAS lightcurves
84 if discoveryDataDictionary["atlas_fp_lightcurve"]:
85 lightCurveImage = 'caches/transients/%s/atlas_fp_lightcurve.png' % (
86 discoveryDataDictionary["transientBucketId"],)
87 lightCurveImage = request.static_url(f'marshall_webapp:{lightCurveImage}')
88 dlightCurveImage = lightCurveImage
90 if len(lightCurveImage):
91 href = request.route_path(
92 'download', _query={'url': dlightCurveImage, "webapp": "marshall_webapp", "filename": "%(masterName)s_master_lightcurve" % locals()})
93 lightCurveImage = khufu.imagingModal(
94 log=log,
95 imagePath=lightCurveImage,
96 display="rounded", # [ rounded | circle | polaroid | False ]
97 modalHeaderContent="Lightcurve for %(masterName)s" % locals(),
98 modalFooterContent="",
99 stampWidth="100%",
100 modalImageWidth="50%",
101 downloadLink=href)
102 lightCurveImage = lightCurveImage.get()
104 else:
105 lightCurveImage = khufu.image(
106 # [ industrial | gray | social ]
107 src="""holder.js/190x190/auto/industrial/text:master lightcurve not ready""",
108 display="rounded", # [ rounded | circle | polaroid | False ]
109 )
111 # get current magnitude estimate
112 currentMagEstimate = discoveryDataDictionary["currentMagnitudeEstimate"]
113 currentMagEstimateUpdated = discoveryDataDictionary[
114 "currentMagnitudeEstimateUpdated"]
116 now = datetime.datetime.now()
117 if currentMagEstimate in [9999, -9999]:
118 for dataPoint in lightcurveData:
119 if dataPoint["transientBucketId"] == discoveryDataDictionary["transientBucketId"]:
120 break
121 if len(lightcurveData) and (now - dataPoint["observationDate"] < datetime.timedelta(days=7)):
122 currentMagEstimate = dataPoint["magnitude"]
123 if currentMagEstimateUpdated and currentMagEstimate not in [9999, -9999]:
125 if now - currentMagEstimateUpdated < datetime.timedelta(days=2):
126 littleTitle = cu.little_label(
127 text="current mag estimate:"
128 )
129 # add text color
130 if currentMagEstimate > 21.:
131 text = "  > 21.0"
132 else:
133 text = "  %(currentMagEstimate)0.2f" % locals()
134 currentMagEstimate = khufu.coloredText(
135 text=text,
136 color="violet",
137 size=7, # 1-10
138 pull=False, # "left" | "right"
139 )
140 currentMagEstimateUpdated = khufu.coloredText(
141 text=currentMagEstimateUpdated,
142 color="red",
143 size=False, # 1-10
144 pull=False, # "left" | "right"
145 )
146 currentMagEstimate = khufu.grid_row(
147 responsive=True,
148 columns="%(littleTitle)s %(currentMagEstimate)s" % locals()
149 )
150 else:
151 currentMagEstimate = ""
153 else:
154 currentMagEstimate = ""
156 # get three latest magnitudes
157 littleTitle = """<span class="colortext grey littlelabel ">discovery magnitude:</span>"""
158 ffilter = ""
159 if discoveryDataDictionary["earliestMagnitudeFilter"]:
160 ffilter = discoveryDataDictionary["earliestMagnitudeFilter"]
161 ffilter = """%(ffilter)s-band""" % locals()
162 elif discoveryDataDictionary["earliestMagnitude"] == None:
163 ffilter = "waiting on LSQ forced phot."
164 survey = discoveryDataDictionary["earliestMagnitudeSurvey"]
165 if not survey:
166 survey = ""
167 survey = khufu.coloredText(
168 text="""%s %s""" % (survey, ffilter, ),
169 color="orange",
170 size=3,
171 pull="left"
172 )
173 earliestMag = discoveryDataDictionary["earliestMagnitude"]
174 if earliestMag:
175 earliestMag = khufu.coloredText(
176 text="""%4.2f""" % (earliestMag,),
177 color="green",
178 size=6,
179 pull="right"
180 )
181 else:
182 earliestMag = khufu.coloredText(
183 text="""?""",
184 color="green",
185 size=6,
186 pull="right"
187 )
189 earliestDetection = khufu.coloredText(
190 text="""%s""" % (
191 str(discoveryDataDictionary["earliestDetection"])[0:10],),
192 color="violet",
193 pull="left",
194 size=2
195 )
197 try:
198 relDate = times.datetime_relative_to_now(
199 discoveryDataDictionary["earliestDetection"])
200 relDate = khufu.coloredText(
201 text=""" %s""" % (relDate[1:]),
202 color="magenta",
203 pull="left",
204 size=2
205 )
206 except:
207 relDate = "?"
208 survey = khufu.grid_row(
209 responsive=True,
210 columns=survey
211 )
212 earliestDetection = khufu.grid_row(
213 responsive=True,
214 columns="%(earliestDetection)s %(relDate)s" % locals()
215 )
216 info = khufu.grid_column(
217 span=6, # 1-12
218 offset=0, # 1-12
219 content="%(survey)s %(earliestDetection)s" % locals(),
220 pull="left", # ["right", "left", "center"]
221 htmlId=False,
222 htmlClass=False,
223 onPhone=True,
224 onTablet=True,
225 onDesktop=True
226 )
227 earliestMag = khufu.grid_column(
228 span=3, # 1-12
229 offset=offset, # 1-12
230 content=earliestMag,
231 pull=False, # ["right", "left", "center"]
232 htmlId=False,
233 htmlClass=False,
234 onPhone=True,
235 onTablet=True,
236 onDesktop=True
237 )
239 earliestMag = khufu.grid_row(
240 responsive=True,
241 columns="%(earliestMag)s %(info)s" % locals(),
242 htmlId=False,
243 htmlClass=False,
244 onPhone=True,
245 onTablet=True,
246 onDesktop=True
247 )
249 earliestMag = "%(littleTitle)s<span>%(earliestMag)s</span>" % locals()
251 # get three latest magnitudes
252 littleTitle = """<span class="colortext grey littlelabel ">latest magnitude:</span>"""
253 numOfPointsToDisplay = 1
254 count = 0
255 rows = []
256 magnitudes = ""
257 for dataPoint in lightcurveData:
258 if dataPoint["transientBucketId"] == discoveryDataDictionary["transientBucketId"]:
259 row = dataPoint
260 rows.append(row)
261 count += 1
262 if count >= numOfPointsToDisplay:
263 break
265 for row in rows:
266 ffilter = ""
267 if row["filter"]:
268 ffilter = row["filter"]
269 ffilter = """%(ffilter)s-band""" % locals()
271 survey = khufu.coloredText(
272 text="""%s %s""" % (row["survey"], ffilter, ),
273 color="orange",
274 size=3,
275 pull="left"
276 )
278 relDate = times.datetime_relative_to_now(row["observationDate"])
279 dateObs = khufu.coloredText(
280 text="""%s""" % (
281 str(row["observationDate"])[0:10],),
282 color="violet",
283 pull="left",
284 size=2
285 )
286 relDate = khufu.coloredText(
287 text=""" %s""" % (relDate[1:]),
288 color="magenta",
289 pull="left",
290 size=2
291 )
292 survey = khufu.grid_row(
293 responsive=True,
294 columns=survey
295 )
296 dateObs = khufu.grid_row(
297 responsive=True,
298 columns="%(dateObs)s %(relDate)s" % locals()
299 )
300 info = khufu.grid_column(
301 span=6, # 1-12
302 offset=0, # 1-12
303 content="%(survey)s %(dateObs)s" % locals(),
304 pull="left", # ["right", "left", "center"]
305 htmlId=False,
306 htmlClass=False,
307 onPhone=True,
308 onTablet=True,
309 onDesktop=True
310 )
312 if row["magnitude"]:
313 mag = khufu.coloredText(
314 text="""%4.2f""" % (row["magnitude"],),
315 color="green",
316 size=6,
317 pull="right"
318 )
319 else:
320 mag = khufu.coloredText(
321 text="""%s""" % (row["magnitude"],),
322 color="green",
323 size=6,
324 pull="right"
325 )
327 mag = khufu.grid_column(
328 span=3, # 1-12
329 offset=offset, # 1-12
330 content=mag,
331 pull=False, # ["right", "left", "center"]
332 htmlId=False,
333 htmlClass=False,
334 onPhone=True,
335 onTablet=True,
336 onDesktop=True
337 )
339 thisMag = khufu.grid_row(
340 responsive=True,
341 columns="%(mag)s %(info)s" % locals(),
342 htmlId=False,
343 htmlClass=False,
344 onPhone=True,
345 onTablet=True,
346 onDesktop=True
347 )
348 magnitudes = "%(magnitudes)s %(thisMag)s" % locals()
350 magnitudes = "%(littleTitle)s<span>%(magnitudes)s</span>" % locals()
352 return "%(title)s %(lightCurveImage)s %(earliestMag)s %(magnitudes)s %(currentMagEstimate)s" % locals()