def xsetgen(dicti, strn):
(ftype, subtype) = decide(strn)
lj = []
cj = []
pj = []
xsetl = []
xset = {}
if (ftype == 'line'):
slope = 0
(ptA, ptB, lent, lst, slope) = make_line(strn, dicti)
(lj, dicti) = ljob(lj, slope, lent, ptA, ptB, lst, dicti)
lj = lj[0]
xset['ptA'] = []
xset['ptA'].append(round(lj[0][0] + shift['xshift']))
xset['ptA'].append(round(lj[0][1] + shift['yshift']))
xset['ptB'] = []
xset['ptB'].append(round(lj[1][0] + shift['xshift']))
xset['ptB'].append(round(lj[1][1] + shift['yshift']))
if (xset['ptA'][0] > xset['ptB'][0]):
t = xset['ptA']
xset['ptA'] = xset['ptB']
xset['ptB'] = t
elif (xset['ptA'][0] == xset['ptB'][0]):
if (xset['ptA'][1] > xset['ptB'][1]):
t = xset['ptA']
xset['ptA'] = xset['ptB']
xset['ptB'] = t
xset['type'] = 'line'
xset['length'] = ''
xset['thresh'] = 4
xsetl.append(xset)
elif (ftype == 'circle'):
(cen, rad, lst) = make_circle(strn, dicti)
(cj, dicti) = cjob(cj, rad, cen, lst, dicti)
cj = cj[0]
xset['type'] = 'circle'
xset['thresh'] = 4
xset['radius'] = round(cj[1])
xset['center'] = []
xset['center'].append(round(cj[0][0] + shift['xshift']))
xset['center'].append(round(cj[0][1] + shift['yshift']))
xsetl.append(xset)
elif (ftype == 'poly'):
if (subtype != '' and subtype != 'sq' and subtype != 'rect'):
ptlst = make_poly_gen(strn, dicti)
if (subtype[len(subtype) - 1] == 'r'):
(ptlst, dicti) = make_poly_reg(strn, dicti,
subtype[:len(subtype) - 1])
if (subtype == 'sq' or subtype == 'sq4' or subtype == 'rect'
or subtype == 'rect4'):
(ptlst, dicti) = make_quads(strn, subtype, dicti)
(pj, dicti) = poljob(strn, subtype, pj, dicti, ptlst)
pj = pj[0]
n = getLineXsetsPolCoords(pj)
xsetl = xsetl + n
return xsetl
lists.close()
dic.write('\n')
dic.close()
linejobs.write(str(lj))
linejobs.close()
circlejobs.write(str(cj))
circlejobs.close()
for x in pj:
polyjobs.write(str(x) + '\n')
polyjobs.close()
status.write("Go")
status.close()
break
dicti = gt(strn, dicti)
(ftype, subtype) = decide(strn)
if (ftype == 'line'):
slope = 0
(ptA, ptB, lent, lst, slope) = make_line(strn, dicti)
(lj, dicti) = ljob(lj, slope, lent, ptA, ptB, lst, dicti)
print('line job update')
# print((lj, dicti))
lists.write(str(lj) + '\n')
mkd.write('line job update\n')
dic.write(json.dumps(dicti) + '\n')
elif (ftype == 'circle'):
(cen, rad, lst) = make_circle(strn, dicti)
(cj, dicti) = cjob(cj, rad, cen, lst, dicti)
print('circle job update')
# print((cj, dicti))
lists.write(str(cj) + '\n')
for i, strang in enumerate(twitterstraenge):
if i != len(twitterstraenge) - 1:
for t in twitterstraenge[i].tweets:
if t.tweetId == __twt_transformed.tweetId:
foundUnique = False
nowLoop += 1
print("\nIn Twitterstrang [",
len(twitterstraenge) - 1, "] wird der Recent-Tweet[",
nowLoop - 1, "] nun analysiert:")
time.sleep(5)
print(__twt_transformed.text, "\n\n")
twitterstraenge[-1].tweets.append(__twt_transformed)
_str = decide(twitterstraenge[-1])
time.sleep(5)
# Strategem-Poster
# gibt unter info folgende Infos als Liste zurück: letzter TweetText, letzter Bot, letzte Strategem-Nummer
_twt = strategem_poster(twitterstraenge[-1].tweets[-1].tweetId, _str,
Hashtag)
twitterstraenge[-1].tweets.append(Tweet((_twt[0])))
bot_name = _twt[1]
twitterstraenge[-1].usedStrategems.append(str(_str))
twitterstraenge[-1].involvedCharacters.append(bot_name)
print(