139 lines
5.9 KiB
Python
139 lines
5.9 KiB
Python
from file_object import SFileObject, CordinationObject, DFileAsSingle
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TA_ENTRY_TEMPLATE = (
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"{tower_number},{suspend_or_tension},{mileage}, {conductor_suspension_poit},0.3212,0.000,"
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"{altitude},{pile_number},{tower_name}_{tower_height},{tower_height},{string_name},"
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"{string_length}, 0.000,0.1142,0.000000,0.000000,,15,15.500000,,{angel},2.5,15.5,2.500,3.000,1,"
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"610.4,2.000,0,2,0,2,{conductor_type},GJ-50,0,0,0,0.000,,0,0.000,9,750,1.000,,0,0.000,0,750,"
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"1.000,ZHCH_1,28,1.000,9.5,750,1.000,9.5,750,1.000,{string_name},1,{string_length},{string_name},"
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"1,{string_length},,0,0.000,,0,0.000,0,0,0.000, 0.000,0,0,0.000,0,0,4.000,0,1,1.000,,0,0.000,,"
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"0,0.000,,0,0.000,1,1,0.000,0,0,0.000, 0.000,0,0, 0.000,1.000,1.000,0.000,0.000,0.000,,0,\n "
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)
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TA_NC_STRING_NAME = "750-NC"
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TA_NC_STRING_LENGTH = 14
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TA_NC_TOWER_NAME = "WNSJ"
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TA_XC_STRING_NAME = "750-FXBW"
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TA_XC_STRING_LENGTH = 9.5
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TA_XC_TOWER_NAME = "WNSZ"
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TA_CONDUCTOR_TYPE = "LGJ-400/50"
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S_NC_STRING_NAME = "2*42-50"
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# 通过串型来判别是不是耐张塔
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def is_tension_tower_by_string(string_name):
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if string_name == S_NC_STRING_NAME:
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return 2
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return 1
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def prepare_TA_entry_without_altitude(SFiles):
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visited_tower_number = {} # 记录访问过的塔号
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last_S_mileage = 0
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ta_entry = []
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for S in SFiles:
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SObj = SFileObject(S)
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S_content = SObj.content()
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for S_entry in S_content:
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_entry = {}
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if S_entry[0] == "首端转角号" or S_entry[0] == "塔号":
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continue
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tower_number = S_entry[0]
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_entry["tower_number"] = tower_number
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if tower_number not in visited_tower_number:
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visited_tower_number[tower_number] = 0
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else:
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continue
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mileage = int(float(S_entry[1])) + last_S_mileage
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_entry["mileage"] = mileage
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tower_height = float(S_entry[7])
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_entry["tower_height"] = tower_height
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angel = S_entry[5]
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_entry["angel"] = angel
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string_name = S_entry[8]
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suspend_or_tension = is_tension_tower_by_string(string_name)
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_entry["suspend_or_tension"] = suspend_or_tension
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conductor_type = TA_CONDUCTOR_TYPE
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_entry["conductor_type"] = conductor_type
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# 1是悬垂 2是耐张
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if suspend_or_tension == 1:
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string_length = TA_XC_STRING_LENGTH
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_entry["string_length"] = string_length
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conductor_suspension_point = tower_height - string_length
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_entry["conductor_suspension_point"] = conductor_suspension_point
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pile_number = tower_number
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_entry["pile_number"] = pile_number
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ta_string_name = TA_XC_STRING_NAME
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_entry["ta_string_name"] = ta_string_name
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tower_name = TA_XC_TOWER_NAME
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_entry["tower_name"] = tower_name
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else:
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string_length = TA_NC_STRING_LENGTH
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_entry["string_length"] = string_length
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conductor_suspension_point = tower_height
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_entry["conductor_suspension_point"] = conductor_suspension_point
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pile_number = tower_number
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_entry["pile_number"] = pile_number
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ta_string_name = TA_NC_STRING_NAME
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_entry["ta_string_name"] = ta_string_name
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tower_name = TA_NC_TOWER_NAME
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_entry["tower_name"] = tower_name
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ta_entry.append(_entry)
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last_S_mileage = float(S_content[-1][1]) + last_S_mileage
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return ta_entry
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def write_to_TA_file(TA_file, ta_entry):
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with open(TA_file, "w") as file:
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for entry in ta_entry:
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tower_number = entry["tower_number"]
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suspend_or_tension = entry["suspend_or_tension"]
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mileage = entry["mileage"]
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conductor_suspension_point = entry["conductor_suspension_point"]
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altitude = entry["altitude"]
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pile_number = entry["pile_number"]
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tower_name = entry["tower_name"]
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tower_height = entry["tower_height"]
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ta_string_name = entry["ta_string_name"]
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string_length = entry["string_length"]
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angel = entry["angel"]
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conductor_type = entry["conductor_type"]
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file.write(
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TA_ENTRY_TEMPLATE.format(
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tower_number=tower_number,
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suspend_or_tension=suspend_or_tension,
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mileage=mileage,
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conductor_suspension_poit=conductor_suspension_point,
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altitude=altitude,
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pile_number=pile_number,
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tower_name=tower_name,
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tower_height=tower_height,
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string_name=ta_string_name,
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string_length=string_length,
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angel=angel,
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conductor_type=conductor_type,
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)
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)
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# SFiles中的文件必须是按顺序排列的
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def generate_ta_from_D(TA_file, SFiles, D_files_paths):
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# 准备要写入的文件
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ta_entry_without_altitude = prepare_TA_entry_without_altitude(SFiles)
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d_file_object = DFileAsSingle(D_files_paths)
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ta_entry = list(ta_entry_without_altitude)
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for entry in ta_entry:
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mileage = entry["mileage"]
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entry["altitude"] = d_file_object.get_altitude(mileage)
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write_to_TA_file(TA_file, ta_entry)
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# SFiles中的文件必须是按顺序排列的
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def generate_ta_from_csv(TA_file, SFiles, cordination_file_path):
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ta_entry_without_altitude = prepare_TA_entry_without_altitude(SFiles)
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cord_file_object = CordinationObject(cordination_file_path)
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ta_entry = list(ta_entry_without_altitude)
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for entry in ta_entry:
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pile_number = entry["tower_number"]
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entry["altitude"] = cord_file_object.get_altitude(pile_number)
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write_to_TA_file(TA_file, ta_entry)
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