def setBus(busn):
# 尝试调单个母线
genList = dict()
loadList = dict()
mx5 = myutils.readfile('LF.L5')
for ind, i in enumerate(mx5):
if i[2] != 0:
genList[i[1]] = ind
mx6 = myutils.readfile('LF.L6')
for ind, i in enumerate(mx6):
loadList[i[1]] = ind
genDis = myutils.readfile('genDis.txt')
f = myutils.readflag()
markList = f['markList']
lastLoad_list = f['lastLoad_list']
#
if busn in genList:
# 发电机
linen = genList[busn]
ttt = setG(linen)
if ttt == "fail":
return ttt
else:
return 'success'
if busn in loadList:
# 负荷
linen = loadList[busn]
if linen == lastLoad_list[0]:
lastLoad_list[1] = lastLoad_list[1] + 1
else:
lastLoad_list[0] = linen
lastLoad_list[1] = 0
f['lastLoad_list'] = lastLoad_list
if lastLoad_list[1] > 3:
# 已调整负荷附近的发电机多次
ttt = setbyhand(busn)
if ttt == 1:
markList.append(lastLoad_list[0])
print('append', lastLoad_list[0])
f['markList'] = markList
f['goone'] = 1
myutils.writeflag(f)
return 'pause'
return 1 # continue, try again
genid = genDis[lastLoad_list[0] - 1][lastLoad_list[1]]
for ind, i in enumerate(mx5):
if i[1] == genid:
ttt = setG(ind)
if ttt == "fail":
f['goone'] = ttt
myutils.writeflag(f)
return ttt
break
return 'success'
def changemx(b):
# 调整潮流
mx = myutils.readfile('LF.L6')
for i in range(len(mx)):
print(mx[i][4], type(mx[i][4]))
mx[i][4] = mx[i][4] * b
mx[i][5] = mx[i][5] * b
myutils.writefile("LF.L6", mx)
mx2 = myutils.readfile('LF.L5')
for i in range(len(mx2)):
mx2[i][3] = mx2[i][3] * b
myutils.writefile('LF.L5', mx2)
def setG(linen):
print('aaaaaaaaaaaaaaa')
# 调整单个发电机
mx = myutils.readfile("LF.L5")
name = 0
P = (0.1, 0.1)
oldtype = mx[linen][2]
oldValueP = mx[linen][3]
oldValueQ = mx[linen][4]
mx[linen][2] = 0
name = mx[linen][-1]
myutils.writefile("LF.L5", mx)
os.system("WMLFRTMsg")
if myutils.getflag():
P = myutils.readslackval(myutils.readslack(), name)
else:
return "fail"
mx[linen][2] = oldtype
mx[linen][3] = float(P[0][:4])
mx[linen][4] = float(P[1][:4])
f = myutils.readflag()
r = f['r']
with open('ops.txt', 'a', encoding='utf-8') as fi:
fi.write('所用知识: 调整母线附近发电机\n')
fi.write('修改方案: 调整发电机(设置平衡机来寻求最优值)\n')
fi.write('\t%s:%.2f+%.2fj->%.2f+%.2fj\n' %
(mx[linen][-1], oldValueP / r, oldValueQ / r,
mx[linen][3] / r, mx[linen][4] / r))
myutils.writefile("LF.L5", mx)
return 'pause'
def checkP():
# 全区平衡有功
mx = myutils.readfile('LF.L6')
load = 0
for i in mx:
load += i[4]
mx2 = myutils.readfile('LF.L5')
gen = 0
for i in mx2:
gen += i[3]
stdgen = load * 1.011
r = stdgen / gen
for i in range(len(mx2)):
if mx2[i][2] == 1:
mx2[i][3] = mx2[i][3] * r
mx2[i][4] = mx2[i][4] * r
if mx2[i][2] == -1:
mx2[i][3] = mx2[i][3] * r
return 0
def transform_vrt(vrt_path, cols):
"""Transform VRT into a dataframe with gold tokens and all OCR comparisons."""
vrt = util.readfile(vrt_path)
# Remove last token in each text in order to avoid misleading very long 'words' consisting of
# the final words on a full page not present in the gold standard, joined with '_'.
vrt = re.sub(r'\n.+\n</sentence>\n</text>', r'\n</sentence>\n</text>', vrt)
vrt_lines = vrt.splitlines()
token_lines = [line.split('\t') for line in vrt_lines if not re.match(r'</?(corpus|text|sentence)', line)]
df = pd.DataFrame(token_lines, columns=cols)
print('VRT dataset so far:')
print(list(df))
return df
def setbyhand(x):
print('bbbbbbbbbbbbbb')
# open a -5 will make it higher
# 调电容电抗器
toohigh = myutils.ishigh(x)
mx = myutils.readfile('LF.L2')
flag = False
linen = 0
r = 'ks'
print(toohigh)
for i in range(len(mx)):
if mx[i][1] == x and mx[i][2] == x:
if toohigh:
if mx[i][0] == 0 and mx[i][5] > 0:
mx[i][0] = 1
myutils.writefile('LF.L2', mx)
flag = True
linen = i + 1
r = '无效 -> 有效'
break
if mx[i][0] == 1 and mx[i][5] < 0:
mx[i][0] = 0
myutils.writefile('LF.L2', mx)
flag = True
linen = i + 1
r = '有效 -> 无效'
break
else:
if mx[i][0] == 0 and mx[i][5] < 0:
mx[i][0] = 1
myutils.writefile('LF.L2', mx)
flag = True
linen = i + 1
r = '无效 -> 有效'
break
if mx[i][0] == 1 and mx[i][5] > 0:
mx[i][0] = 0
myutils.writefile('LF.L2', mx)
flag = True
linen = i + 1
r = '有效 -> 无效'
break
if flag:
with open('ops.txt', 'a', encoding='utf-8') as fi:
fi.write('所用知识: 根据母线电压高低投切附近的电容电抗器\n')
fi.write('修改方案: 调整电容电抗器\n')
fi.write('\tLF.L2 %s行:%s\n' % (linen, r))
return 'pause'
return 1 # 调节失败
def add_corrected_ocr_tokens(novel_vrt: str, corr_dir: str, freqlist_forms):
"""Align and add tokens from one-novel corrected OCR string to one-novel VRT string.
And some difference measures."""
text_elem, vrt_tokentups = get_tokentuples(novel_vrt)
ocr_pages = get_ocr_pages(corr_dir, text_elem)
ocr_page_strings = [readfile(f) for f in ocr_pages]
ocr_page_strings = fix_hyphens(ocr_page_strings)
ocr_string = '\n'.join(ocr_page_strings)
new_vrt_lines = [f'{text_elem}'] # Put original text element back.
ocr_tokens = tuple(tokenize(ocr_string))
vrt_tokens = tuple([tup[0] for tup in vrt_tokentups])
aligned_ocr_toks = align_b_to_a(vrt_tokens, ocr_tokens)
# Hack to deal with long sequences of tokens due to unequal page samples
aligned_ocr_toks = [tok if len(tok) < 100 else tok[:30] + '...' for tok in aligned_ocr_toks]
new_vrt_tups = add_annotation_layer(vrt_tokentups, aligned_ocr_toks)
new_vrt_tups = add_diff_measures(new_vrt_tups, vrt_tokens, aligned_ocr_toks)
new_vrt_tups = add_in_freqlist(new_vrt_tups, aligned_ocr_toks, freqlist_forms)
new_vrt_lines.append('\n'.join(['\t'.join(x) for x in new_vrt_tups]))
new_vrt_lines.append('</text>')
return '\n'.join(new_vrt_lines)
def add_ocr_tokens(novel_vrt: str, ocr_dir: str, freqlist_forms):
"""Align and add tokens from OCR pages to one-novel VRT string (where each token is annotated with page numbers).
And some difference measures."""
text_elem, page_tokentuples = get_page_tokentuples(novel_vrt)
ocr_pages = get_ocr_pages(ocr_dir, text_elem)
ocr_page_strings = [readfile(f) for f in ocr_pages]
ocr_page_strings = fix_hyphens(ocr_page_strings)
if len(page_tokentuples) != len(ocr_pages):
print('OCR dir:', ocr_dir, text_elem)
raise Exception('Number of novel pages and number of VRT pages do not match.')
new_vrt_lines = [f'{text_elem}'] # Put original text element back.
for ocr_text, vrt_tokentups in zip(ocr_page_strings, page_tokentuples):
ocr_tokens = tuple(tokenize(ocr_text))
vrt_tokens = tuple([tup[0] for tup in vrt_tokentups])
aligned_ocr_toks = align_b_to_a(vrt_tokens, ocr_tokens)
# Hack to deal with long sequences of tokens due to unequal page samples
aligned_ocr_toks = [tok if len(tok) < 100 else tok[:30] + '...' for tok in aligned_ocr_toks]
new_vrt_tups = add_annotation_layer(vrt_tokentups, aligned_ocr_toks)
new_vrt_tups = add_diff_measures(new_vrt_tups, vrt_tokens, aligned_ocr_toks)
new_vrt_tups = add_in_freqlist(new_vrt_tups, aligned_ocr_toks, freqlist_forms)
new_vrt_lines.append('\n'.join(['\t'.join(x) for x in new_vrt_tups]))
new_vrt_lines.append('</text>')
return '\n'.join(new_vrt_lines)
def findLP1():
# 查找异常母线
with open('ops.txt', 'a', encoding='utf-8') as fi:
fi.write('检查异常母线\n')
genList = dict()
loadList = dict()
mx5 = myutils.readfile('LF.L5')
for ind, i in enumerate(mx5):
if i[2] != 0:
genList[i[1]] = ind
mx6 = myutils.readfile('LF.L6')
for ind, i in enumerate(mx6):
loadList[i[1]] = ind
genDis = myutils.readfile('genDis.txt')
# init end
f = myutils.readflag()
markList = f['markList']
###
lp1 = myutils.readfile('LF.LP1', coding='gb2312')
n = 0
loadsdown = []
loadsup = []
loadssum = 0
abss = []
for i in lp1:
if len(i) == 4:
loadssum += i[1]
n += 1
#
gen = None
val = 1
mx5 = myutils.readfile('LF.L5')
if n * 0.85 > loadssum:
for i in lp1:
if len(i) == 4:
if i[1] < val and (i[0] in genList):
gen = genList[i[0]]
val = i[1]
P = mx5[gen][3]
r = (P + 0.5) / P
if P < 0:
r = -1
mx5[gen][3] = mx5[gen][3] * r
mx5[gen][4] = mx5[gen][4] * r
writefile('LF.L5', mx5)
print('0.85', gen)
f['findLP1'] = [-2, 1]
myutils.writeflag(f)
with open('ops.txt', 'a', encoding='utf-8') as fi:
fi.write('分区母线电压较低,提高发电机电压0.5个标幺值\n')
return 'pause'
#
gen = None
val = 0
if n * 1.15 < loadssum:
for i in lp1:
if len(i) == 4:
if i[1] > val and (i[0]
in genList) and mx5[genList[i[0]]][3] > 0.1:
gen = genList[i[0]]
val = i[1]
if gen == None:
pass ########## gao !!!!!!!!!!!!!!
else:
P = mx5[gen][3]
r = (P - 0.5) / P
if r < 0:
r = 0.5
mx5[gen][3] = mx5[gen][3] * r
mx5[gen][4] = mx5[gen][4] * r
myutils.writefile('LF.L5', mx5)
print('1.15', gen)
f['findLP1'] = [-2, 1]
myutils.writeflag(f)
with open('ops.txt', 'a', encoding='utf-8') as fi:
fi.write('分区母线电压较高,降低发电机电压0.5个标幺值\n')
return 'pause'
#
fixtype = -1
fixline = 0
fixnum = 1.0
for i in lp1:
if len(i) == 4:
if abs(i[1] - 1) > 0.1:
curtype = -2
if i[0] in genList:
curtype = 1
if i[0] in loadList:
curtype = 0
if i[0] in markList:
continue
if curtype >= fixtype:
if abs(i[1] - 1) > abs(fixnum - 1):
fixline = i[0]
fixtype = curtype
fixnum = i[1]
#
if fixtype == -1:
f['findLP1'] = [-1, 1]
myutils.writeflag(f)
return 'pause'
print('ssss%s-%s' % (fixnum, fixline))
with open('ops.txt', 'a', encoding='utf-8') as fi:
fi.write('发现电压异常母线:%s行,电压%s\n' % (fixline, fixnum))
f['findLP1'] = [0, fixline]
myutils.writeflag(f)
return 'pause'
def go2():
genList = dict()
loadList = dict()
mx5 = myutils.readfile('LF.L5')
for ind, i in enumerate(mx5):
if i[2] != 0:
genList[i[1]] = ind
mx6 = myutils.readfile('LF.L6')
for ind, i in enumerate(mx6):
loadList[i[1]] = ind
genDis = myutils.readfile('genDis.txt')
# init end
f = myutils.readflag()
markList = f['markList']
lastLoad_list = f['lastLoad_list']
x = tuple(f['findLP1'])
f['findLP1'] = 'None'
if x[0] == -2:
print('x[0] == -2, goonestep return 1')
f['goone'] = 1
myutils.writeflag(f)
return 'continue'
return 1 #continue, try once again
if x[0] == -1:
if myutils.getflag():
f['goone'] = 0
myutils.writeflag(f)
return 0 # break, fixed, cur++
else:
f['goone'] = -1
myutils.writeflag(f)
return -1 # fail
if x[0] == 0:
if x[1] in genList:
# 发电机
linen = genList[x[1]]
ttt = setG(linen)
if ttt == "fail":
f['goone'] = ttt
myutils.writeflag(f)
return ttt
else:
f['goone'] = 1
myutils.writeflag(f)
return 'pause'
if x[1] in loadList:
# 负荷
linen = loadList[x[1]]
if linen == lastLoad_list[0]:
lastLoad_list[1] = lastLoad_list[1] + 1
else:
lastLoad_list[0] = linen
lastLoad_list[1] = 0
f['lastLoad_list'] = lastLoad_list
if lastLoad_list[1] > 3:
# 已调整负荷附近的发电机多次
ttt = setbyhand(x[1])
if ttt == 1:
markList.append(x[1])
print('append', x[1])
f['markList'] = markList
f['goone'] = 1
myutils.writeflag(f)
return 'pause'
return 1 # continue, try again
genid = genDis[lastLoad_list[0] - 1][lastLoad_list[1]]
for ind, i in enumerate(mx5):
if i[1] == genid:
ttt = setG(ind)
if ttt == "fail":
f['goone'] = ttt
myutils.writeflag(f)
return ttt
break
if myutils.getflag():
f['goone'] = 0
myutils.writeflag(f)
return 'pause'
return 0 # break, fixed, cur++
else:
f['goone'] = -1
myutils.writeflag(f)
return -1 # fail
print('error', x)