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Commit 20a1acad authored by ZZH's avatar ZZH
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fix anshiu 2023-7-31

parent f21859b9
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Showing with 81 additions and 181 deletions
unify_api/modules/anshiu/procedures/fine_monitor_pds.py
View file @ 20a1acad
......@@ -61,7 +61,7 @@ async def get_es_aiao_15min_data(query_body):
async with EsUtil() as es:
es_results = await es.search_origin(body=query_body,
index=constants.LOCATION_15MIN_AIAO)
return es_results.get("aggregations", {})
......@@ -72,7 +72,7 @@ async def get_es_point_15min_data(query_body):
async with EsUtil() as es:
es_results = await es.search_origin(body=query_body,
index=constants.POINT_15MIN_INDEX)
return es_results.get("aggregations", {})
......@@ -86,17 +86,17 @@ async def get_es_point_1min_data(query_body, start):
str(int(start[5:7]))
es_results = await es.search_origin(body=query_body,
index=p_database)
return es_results.get("hits", {}).get("hits", {})
async def get_aiao_1min_pds(slots, temp_res_data, res_curr_th):
temp, res, s_value, a_value, b_value, c_value, n_value = [], [], {
"item": "漏电流", "threhold": res_curr_th}, {"item": "A相"}, {
"item": "B相"}, {
"item": "C相"}, {
"item": "N相"}
"item": "B相"}, {
"item": "C相"}, {
"item": "N相"}
temp1, temp2, temp3, temp4, res_curr = {}, {}, {}, {}, {}
[temp1.update({i.get("ts"): i.get("temp1")}) for i in temp_res_data]
[temp2.update({i.get("ts"): i.get("temp2")}) for i in temp_res_data]
......@@ -104,7 +104,7 @@ async def get_aiao_1min_pds(slots, temp_res_data, res_curr_th):
[temp4.update({i.get("ts"): i.get("temp4")}) for i in temp_res_data]
[res_curr.update({i.get("ts"): i.get("residual_current")}) for i in
temp_res_data]
a_slot, b_slot, c_slot, n_slot, res_slot = [], [], [], [], []
[a_slot.append(temp1.get(i, "")) for i in slots]
[b_slot.append(temp2.get(i, "")) for i in slots]
......@@ -121,15 +121,17 @@ async def get_aiao_1min_pds(slots, temp_res_data, res_curr_th):
temp.append(c_value)
temp.append(n_value)
res.append(s_value)
return temp, res
async def get_aiao_data_pds(slots, temp_res_data, res_curr_th):
temp, res, s_value, a_value, b_value, c_value, n_value = [], [], {
"item": "漏电流", "threhold": res_curr_th}, {"item": "A相"}, {
"item": "B相"}, {"item": "C相"}, {"item": "N线"}
"item": "B相"}, {
"item": "C相"}, {
"item": "N线"}
temp1, temp2, temp3, temp4, res_curr = {}, {}, {}, {}, {}
for i in temp_res_data:
if i.get('ad_field') == 'temp1':
......@@ -142,7 +144,7 @@ async def get_aiao_data_pds(slots, temp_res_data, res_curr_th):
temp4.update({i.get("create_time"): i.get("value_avg")})
else:
res_curr.update({i.get("create_time"): i.get("value_avg")})
a_slot, b_slot, c_slot, n_slot, res_slot = [], [], [], [], []
[a_slot.append(temp1.get(i, "")) for i in slots]
[b_slot.append(temp2.get(i, "")) for i in slots]
......@@ -164,181 +166,79 @@ async def get_aiao_data_pds(slots, temp_res_data, res_curr_th):
async def get_point_1min_chart_pds(ctnum, slots, data):
if ctnum == 3:
i, v, power, ia_value, ib_value, ic_value, ua_value, ub_value, uc_value, pttl_value, qttl_value \
= [], [], [], {"item": "ia"}, {"item": "ib"}, {"item": "ic"}, {
"item": "ua"}, {"item": "ub"}, {"item": "uc"}, {"item": "pttl"}, {
"item": "qttl"}
ia_dict, ib_dict, ic_dict, pttl_dict, qttl_dict, ua_dict, ub_dict, uc_dict \
= {}, {}, {}, {}, {}, {}, {}, {}
[ia_dict.update({i.get("ts"): i.get("ia")}) for i in data]
[ib_dict.update({i.get("ts"): i.get("ib")}) for i in data]
[ic_dict.update({i.get("ts"): i.get("ic")}) for i in data]
[pttl_dict.update({i.get("ts"): i.get("pttl")}) for i in data]
[qttl_dict.update({i.get("ts"): i.get("qttl")}) for i in data]
[ua_dict.update({i.get("ts"): i.get("ua")}) for i in data]
[ub_dict.update({i.get("ts"): i.get("ub")}) for i in data]
[uc_dict.update({i.get("ts"): i.get("uc")}) for i in data]
ia_list, ib_list, ic_list, pttl_list, qttl_list, ua_list, ub_list, uc_list \
= [], [], [], [], [], [], [], []
[ia_list.append(ia_dict.get(i, "")) for i in slots]
[ib_list.append(ia_dict.get(i, "")) for i in slots]
[ic_list.append(ia_dict.get(i, "")) for i in slots]
[pttl_list.append(ia_dict.get(i, "")) for i in slots]
[qttl_list.append(ia_dict.get(i, "")) for i in slots]
[ua_list.append(ia_dict.get(i, "")) for i in slots]
[ub_list.append(ia_dict.get(i, "")) for i in slots]
[uc_list.append(ia_dict.get(i, "")) for i in slots]
ia_value.update({"value_slots": ia_list})
ib_value.update({"value_slots": ib_list})
ic_value.update({"value_slots": ic_list})
pttl_value.update({"value_slots": pttl_list})
qttl_value.update({"value_slots": qttl_list})
ua_value.update({"value_slots": ua_list})
ub_value.update({"value_slots": ub_list})
uc_value.update({"value_slots": uc_list})
i.append(ia_value)
i.append(ib_value)
i.append(ic_value)
v.append(ua_value)
v.append(ub_value)
v.append(uc_value)
power.append(pttl_value)
power.append(qttl_value)
fields = ["ia", "ib", "ic", "ua", "ub", "uc", "pttl", "qttl"]
else:
fields = ["ia", "ic", "uab", "ucb", "pttl", "qttl"]
d_parse = {field: {} for field in fields}
for d_item in data:
for field in fields:
d_parse[field][d_item.get("ts")] = d_item.get(field)
d_stats = {field: [] for field in fields}
for field in fields:
d_stats[field] = [d_parse[field].get(s, "") for s in slots]
if ctnum == 3:
d_ia = dict(item="ia", value_slots=d_stats["ia"])
d_ib = dict(item="ib", value_slots=d_stats["ib"])
d_ic = dict(item="ic", value_slots=d_stats["ic"])
d_ua = dict(item="ua", value_slots=d_stats["ua"])
d_ub = dict(item="ub", value_slots=d_stats["ub"])
d_uc = dict(item="uc", value_slots=d_stats["uc"])
i = [d_ia, d_ib, d_ic]
v = [d_ua, d_ub, d_uc]
else:
i, v, power, ia_value, ic_value, uab_value, ucb_value, pttl_value, qttl_value \
= [], [], [], {"item": "ia"}, {"item": "ic"}, {
"item": "uab"}, {"item": "ucb"}, {"item": "pttl"}, {"item": "qttl"}
ia_dict, ic_dict, pttl_dict, qttl_dict, uab_dict, ucb_dict, \
= {}, {}, {}, {}, {}, {}
[ia_dict.update({i.get("ts"): i.get("ia")}) for i in data]
[ic_dict.update({i.get("ts"): i.get("ic")}) for i in data]
[pttl_dict.update({i.get("ts"): i.get("pttl")}) for i in data]
[qttl_dict.update({i.get("ts"): i.get("qttl")}) for i in data]
[uab_dict.update({i.get("ts"): i.get("ua")}) for i in data]
[ucb_dict.update({i.get("ts"): i.get("ub")}) for i in data]
ia_list, ic_list, pttl_list, qttl_list, uab_list, ucb_list \
= [], [], [], [], [], []
[ia_list.append(ia_dict.get(i, "")) for i in slots]
[ic_list.append(ia_dict.get(i, "")) for i in slots]
[pttl_list.append(ia_dict.get(i, "")) for i in slots]
[qttl_list.append(ia_dict.get(i, "")) for i in slots]
[uab_list.append(ia_dict.get(i, "")) for i in slots]
[ucb_list.append(ia_dict.get(i, "")) for i in slots]
ia_value.update({"value_slots": ia_list})
ic_value.update({"value_slots": ic_list})
pttl_value.update({"value_slots": pttl_list})
qttl_value.update({"value_slots": qttl_list})
uab_value.update({"value_slots": uab_list})
ucb_value.update({"value_slots": ucb_list})
i.append(ia_value)
i.append(ic_value)
v.append(uab_value)
v.append(ucb_value)
power.append(pttl_value)
power.append(qttl_value)
d_ia = dict(item="ia", value_slots=d_stats["ia"])
d_ic = dict(item="ic", value_slots=d_stats["ic"])
d_uab = dict(item="uab", value_slots=d_stats["uab"])
d_ucb = dict(item="ucb", value_slots=d_stats["ucb"])
i = [d_ia, d_ic]
v = [d_uab, d_ucb]
d_pttl = dict(item="pttl", value_slots=d_stats["pttl"])
d_qttl = dict(item="qttl", value_slots=d_stats["qttl"])
power = [d_pttl, d_qttl]
return i, v, power
async def get_point_data_chart_pds(ctnum, slots, data):
if ctnum == 3:
i, v, power, ia_value, ib_value, ic_value, ua_value, ub_value, uc_value, pttl_value, qttl_value \
= [], [], [], {"item": "ia"}, {"item": "ib"}, {"item": "ic"}, {
"item": "ua"}, {"item": "ub"}, {"item": "uc"}, {"item": "pttl"}, {
"item": "qttl"}
ia_dict, ib_dict, ic_dict, pttl_dict, qttl_dict, ua_dict, ub_dict, uc_dict \
= {}, {}, {}, {}, {}, {}, {}, {}
[ia_dict.update({i.get("create_time"): i.get("ia_mean")}) for i in
data]
[ib_dict.update({i.get("create_time"): i.get("ib_mean")}) for i in
data]
[ic_dict.update({i.get("create_time"): i.get("ic_mean")}) for i in
data]
[pttl_dict.update({i.get("create_time"): i.get("pttl_mean")}) for i in
data]
[qttl_dict.update({i.get("create_time"): i.get("qttl_mean")}) for i in
data]
[ua_dict.update({i.get("create_time"): i.get("ua_mean")}) for i in
data]
[ub_dict.update({i.get("create_time"): i.get("ub_mean")}) for i in
data]
[uc_dict.update({i.get("create_time"): i.get("uc_mean")}) for i in
data]
ia_list, ib_list, ic_list, pttl_list, qttl_list, ua_list, ub_list, uc_list \
= [], [], [], [], [], [], [], []
[ia_list.append(ia_dict.get(i, "")) for i in slots]
[ib_list.append(ia_dict.get(i, "")) for i in slots]
[ic_list.append(ia_dict.get(i, "")) for i in slots]
[pttl_list.append(ia_dict.get(i, "")) for i in slots]
[qttl_list.append(ia_dict.get(i, "")) for i in slots]
[ua_list.append(ia_dict.get(i, "")) for i in slots]
[ub_list.append(ia_dict.get(i, "")) for i in slots]
[uc_list.append(ia_dict.get(i, "")) for i in slots]
ia_value.update({"value_slots": ia_list})
ib_value.update({"value_slots": ib_list})
ic_value.update({"value_slots": ic_list})
pttl_value.update({"value_slots": pttl_list})
qttl_value.update({"value_slots": qttl_list})
ua_value.update({"value_slots": ua_list})
ub_value.update({"value_slots": ub_list})
uc_value.update({"value_slots": uc_list})
i.append(ia_value)
i.append(ib_value)
i.append(ic_value)
v.append(ua_value)
v.append(ub_value)
v.append(uc_value)
power.append(pttl_value)
power.append(qttl_value)
fields = ["ia", "ib", "ic", "ua", "ub", "uc", "pttl", "qttl"]
else:
i, v, power, ia_value, ic_value, uab_value, ucb_value, pttl_value, qttl_value \
= [], [], [], {"item": "ia"}, {"item": "ic"}, {
"item": "uab"}, {"item": "ucb"}, {"item": "pttl"}, {"item": "qttl"}
ia_dict, ic_dict, pttl_dict, qttl_dict, uab_dict, ucb_dict, \
= {}, {}, {}, {}, {}, {}
[ia_dict.update({i.get("create_time"): i.get("ia_mean")}) for i in
data]
[ic_dict.update({i.get("create_time"): i.get("ic_mean")}) for i in
data]
[pttl_dict.update({i.get("create_time"): i.get("pttl_mean")}) for i in
data]
[qttl_dict.update({i.get("create_time"): i.get("qttl_mean")}) for i in
data]
[uab_dict.update({i.get("create_time"): i.get("ua_mean")}) for i in
data]
[ucb_dict.update({i.get("create_time"): i.get("ub_mean")}) for i in
data]
ia_list, ic_list, pttl_list, qttl_list, uab_list, ucb_list \
= [], [], [], [], [], []
[ia_list.append(ia_dict.get(i, "")) for i in slots]
[ic_list.append(ia_dict.get(i, "")) for i in slots]
[pttl_list.append(ia_dict.get(i, "")) for i in slots]
[qttl_list.append(ia_dict.get(i, "")) for i in slots]
[uab_list.append(ia_dict.get(i, "")) for i in slots]
[ucb_list.append(ia_dict.get(i, "")) for i in slots]
ia_value.update({"value_slots": ia_list})
ic_value.update({"value_slots": ic_list})
pttl_value.update({"value_slots": pttl_list})
qttl_value.update({"value_slots": qttl_list})
uab_value.update({"value_slots": uab_list})
ucb_value.update({"value_slots": ucb_list})
i.append(ia_value)
i.append(ic_value)
v.append(uab_value)
v.append(ucb_value)
power.append(pttl_value)
power.append(qttl_value)
fields = ["ia", "ic", "uab", "ucb", "pttl", "qttl"]
d_parse = {field: {} for field in fields}
for d_item in data:
for field in fields:
ts = d_item.get("create_time")
d_parse[field][ts] = d_item.get(f"{field}_mean")
d_stats = {field: [] for field in fields}
for field in fields:
d_stats[field] = [d_parse[field].get(s, "") for s in slots]
if ctnum == 3:
d_ia = dict(item="ia", value_slots=d_stats["ia"])
d_ib = dict(item="ib", value_slots=d_stats["ib"])
d_ic = dict(item="ic", value_slots=d_stats["ic"])
d_ua = dict(item="ua", value_slots=d_stats["ua"])
d_ub = dict(item="ub", value_slots=d_stats["ub"])
d_uc = dict(item="uc", value_slots=d_stats["uc"])
i = [d_ia, d_ib, d_ic]
v = [d_ua, d_ub, d_uc]
else:
d_ia = dict(item="ia", value_slots=d_stats["ia"])
d_ic = dict(item="ic", value_slots=d_stats["ic"])
d_uab = dict(item="uab", value_slots=d_stats["uab"])
d_ucb = dict(item="ucb", value_slots=d_stats["ucb"])
i = [d_ia, d_ic]
v = [d_uab, d_ucb]
d_pttl = dict(item="pttl", value_slots=d_stats["pttl"])
d_qttl = dict(item="qttl", value_slots=d_stats["qttl"])
power = [d_pttl, d_qttl]
return i, v, power
......@@ -493,7 +393,7 @@ def cal_aiao_value(location_datas, datas, mtid=None):
mean_value = round(mean_value, 2)
else:
mean_value = ""
if mtid:
mtid = str(mtid)
electric_index = dict(
......
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