def solve_d(self, blk_divid_num, input_vertex=None):
org_v_range = (self.total_sim_time // self.Nz) // blk_divid_num
cur_v_range = org_v_range // 2
loop_n = 0
passVertex = None
if input_vertex is None:
last_passVertex = self.criticalVertex
else:
last_passVertex = input_vertex
while True:
if loop_n != 0:
last_passVertex = passVertex
vertexList = self.crtGridVertexList(vertex=last_passVertex,
v_range=cur_v_range,
n=3)
passFId, passVertex = self.searchMinFid(vertexList=vertexList,
BlkNum=-1,
BlkDirect=self.startDirect)
clear_gmsfile.clearfile()
print("cur_v_range :", cur_v_range)
print("grid_n :", 3)
print(vertexList)
print(passFId, passVertex)
if cur_v_range == 1 and last_passVertex == passVertex:
break
loop_n += 1
if cur_v_range == 1:
continue
else:
cur_v_range = cur_v_range // 2
return passFId, passVertex
def solve(self, vertexNum):
n = 0
shiftLeftNum = self.Nz * self.MV_num
FId = 1000
lastBlkVertex = None
while n < self.Nz:
self.criticalVertex.clear()
vertexList = self.genVertexList(v_num=shiftLeftNum,
blk_len=self.time_len,
num=vertexNum)
#vertexList.insert(0,[214])
#vertexList.insert(0,[173, 187, 200, 213])
print(vertexList)
blk_len = self.time_len * (n + 1)
if n == 0:
passFId, passVertex = self.searchMinFid(
vertexList=vertexList,
BlkNum=n,
BlkDirect=self.startDirect)
else:
vertexList = self.connectVertex(blkNum=n,
inputVertex=lastBlkVertex,
VertexList=vertexList)
if blk_len > self.total_sim_time:
blk_len = self.total_sim_time
passFId, passVertex = self.searchMinFid(
vertexList=vertexList,
BlkNum=n,
BlkDirect=self.startDirect)
print("pass result:", passFId, passVertex)
lastBlkVertex = passVertex
self.BlockList[n].shift = len(passVertex)
self.BlockList[n].BlkVertex = passVertex.copy()
self.BlockList[n].BlkMaxSV = None
self.BlockList[n].BlkMinSV = None
self.BlockList[n].passFId = passFId
if passFId < FId:
FId = passFId
clear_gmsfile.clearfile()
shiftLeftNum = shiftLeftNum - len(passVertex)
print(f"Block[{n+1}] pass FId: {passFId}")
print(f"Block[{n+1}] critical vertex: {passVertex}")
#input()
n += 1
for n in range(self.Nz):
self.BlockList[n].showBlockData()
return FId
def solve(self, vertexNum):
n = 0
shiftLeftNum = self.Nz
FId = 1000
lastBlkVertex = None
while n < self.Nz:
self.criticalVertex.clear()
vertexList = self.genVertexList(v_num=shiftLeftNum,
blk_len=self.time_len,
num=vertexNum)
print(vertexList)
blk_len = self.time_len * (n + 1)
if n == 0:
passFId, passVertex = self.searchMinFid(
vertexList=vertexList,
BlkNum=n,
BlkDirect=self.startDirect)
else:
vertexList = self.connectVertex(blkNum=n,
inputVertex=lastBlkVertex,
VertexList=vertexList)
if blk_len > self.total_sim_time:
blk_len = self.total_sim_time
passFId, passVertex = self.searchMinFid(
vertexList=vertexList,
BlkNum=n,
BlkDirect=self.startDirect)
print(passFId, passVertex)
lastBlkVertex = passVertex
#MaxSV, MinSV = self.getSVbyFId(SV=self.init_h,fid=passFId,blkNum=n,blk_len=blk_len,blkDirect=self.startDirect,Blkvertex=passVertex)
self.BlockList[n].shift = len(passVertex)
self.BlockList[n].BlkVertex = passVertex.copy()
self.BlockList[n].passFId = passFId
if passFId < FId:
FId = passFId
clear_gmsfile.clearfile()
shiftLeftNum = self.Nz - len(passVertex)
print(f"Block[{n+1}] pass FId: {passFId}")
print(f"Block[{n+1}] critical vertex: {passVertex}")
#input()
n += 1
for n in range(self.Nz):
self.BlockList[n].showBlockData()
self.criticalVertex = passVertex.copy()
return FId
def solve_v2(self, vertexNum):
n = 0
shiftLeftNum = self.Nz * self.MV_num
FId = 1000
lastBlkVertex = None
while n < self.Nz:
self.criticalVertex.clear()
vertexList = self.crtTotalVertexList(v_num=shiftLeftNum,
num=vertexNum)
print(len(vertexList))
if n == 0:
passFId, passVertex = self.searchMinFId(vertexList=vertexList,
BlkNum=n)
else:
vertexList = self.connectVertex(blkNum=n,
inputVertex=lastBlkVertex,
VertexList=vertexList)
passFId, passVertex = self.searchMinFId(vertexList=vertexList,
BlkNum=n)
print("pass result:", passFId, passVertex)
lastBlkVertex = passVertex
self.BlockList[n].shift = len(passVertex)
self.BlockList[n].BlkVertex = passVertex.copy()
self.BlockList[n].BlkMaxSV = None
self.BlockList[n].BlkMinSV = None
self.BlockList[n].passFId = passFId
if passFId < FId:
FId = passFId
clear_gmsfile.clearfile()
shiftLeftNum = shiftLeftNum - len(passVertex)
print(f"Block[{n+1}] pass FId: {passFId}")
print(f"Block[{n+1}] critical vertex: {passVertex}")
#input()
n += 1
for n in range(self.Nz):
self.BlockList[n].showBlockData()
return FId
if passFId < FId:
FId = passFId
clear_gmsfile.clearfile()
shiftLeftNum = shiftLeftNum - len(passVertex)
print(f"Block[{n+1}] pass FId: {passFId}")
print(f"Block[{n+1}] critical vertex: {passVertex}")
#input()
n += 1
for n in range(self.Nz):
self.BlockList[n].showBlockData()
return FId
if __name__ == "__main__":
clear_gmsfile.clearfile()
timer = timer.MyTimer()
cstr_test = AlcoholicCSTR(20)
cstr_test.setStartDirect(-1)
cstr_test.setMVnumber(2)
#cstr_test.getData(vertex=[167,179],startDirect=-1)
resultFId = cstr_test.solve(3)
print(" ")
print("Result FId:", resultFId)
print("total calculate vertex:", cstr_test.cal_vertex_num)
print("other possible vertex:")
for dic in cstr_test.similar_vertex:
print(dic)
timer.getTime(kind="process")
timer.getTime(kind="real")
