def __init__(self, p, size):
thumbSize = config("search.similarSearchThumbSize")
super().__init__(p, size,[
Field("action", "操作", hasValue=False, delegateClass=ActionDelegate),
Field("predict", "智能分类", formatMethod=self.getClassifyName),
Field("thumb", "缩略图", defaultSize=thumbSize[0], delegateClass=ThumbDelegate,
delegateParameters=(thumbSize,)),
],closeFields=["updatedTime","accessTime"])
self.classifyName = None
self.className = None
self.classDirs = None
def __init__(self, p, size):
super().__init__(
p,
size, [
Field("action",
"操作",
hasValue=False,
delegateClass=ActionDelegate),
Field("predict", "智能分类", formatMethod=self.getClassifyName)
],
closeFields=["updatedTime", "accessTime"])
self.className = None
self.classDirs = None
def __init__(self, p, size):
super().__init__(
p,
size, [
Field("action",
"操作",
hasValue=False,
delegateClass=ActionDelegate),
Field("predict",
"智能分类",
formatMethod=lambda i: "未命名分类{0}".format(i + 1)),
],
closeFields=["updatedTime", "accessTime"])
self.classCount = None
def __init__(self, p, size):
super().__init__(p,
size, [
Field("action",
"操作",
hasValue=False,
delegateClass=ActionDelegate),
],
closeFields=["accessTime", "updatedTime"])
def __init__(self, p, size):
super().__init__(p, size,[
Field("action", "操作", editable=True, hasValue=False, delegateClass=ActionDelegate),
])
self.queueFiles = []
self.timer: QTimer = None
self.fullResult = False
self.firstInsert = True
self.setObjectName("normalSearchResult")
self.submitState = None
def __init__(self, p, size):
thumbSize = config("search.similarSearchThumbSize")
super().__init__(p,
size, [
Field("action",
"操作",
hasValue=False,
delegateClass=ActionDelegate),
Field("thumb",
"缩略图",
defaultSize=thumbSize[0],
delegateClass=ThumbDelegate,
delegateParameters=(thumbSize, )),
Field("similarPercentage", "相似度")
],
closeFields=["updatedTime", "accessTime"])
eventSystem.listen("finishedSimilarImageSearch", self.getResults, self)
self.setObjectName("similarImageSearchResult")
self.tableView.verticalHeader().setDefaultSectionSize(thumbSize[1])
def __openFile ( self ):
print ( "PuzzleSolver::openFile: Opening puzzle file" )
file_path = QtGui.QFileDialog ().getOpenFileName ( self , "Open file" , "" , "Files (*)" )
print ( "Trying to open file:" , file_path )
try:
file = open ( file_path , "r" )
except IOError:
print ( "Error opening file. Try again" )
return
file_contents = []
for line in file:
clean_line = line.rstrip ()
words = clean_line.split ( " " )
if len ( words ) == 1:
if words[ 0 ] == "":
continue
file_contents.extend ( words )
# Remove empty words
while file_contents.count ( "" ) > 0:
file_contents.remove ( "" )
file.close ()
# Convert the contents of the file into a queue
file_queue = deque ( file_contents )
puzzle_width = int ( file_queue.popleft () )
puzzle_height = int ( file_queue.popleft () )
self.__field = Field ( puzzle_width , puzzle_height )
piece_amount = int ( file_queue.popleft () )
# Clean all
self.__puzzle_pieces[:] = []
for i in range ( 0 , piece_amount ):
piece = Piece ()
piece.load ( file_queue )
self.__puzzle_pieces.append ( piece )
self.__puzzle_viewer.clean ()
self.__puzzle_viewer.setSize ( puzzle_width , puzzle_height )
print ( "File loaded" )
def createModel(self,specialFields, closeFields):
if specialFields == None:
specialFields = []
fields = specialFields
normalFields = [
Field("fileName", "文件名", defaultSize=120),
Field("fileSize", "文件大小", defaultSize=60,formatMethod=fileSizeConvertToFitUnit),
Field("createdTime", "创建时间", defaultSize=160, formatMethod=timestampConvertToString),
Field("updatedTime", "修改时间", defaultSize=160,formatMethod=timestampConvertToString),
Field("accessTime", "最近一次访问时间", defaultSize=160, formatMethod=timestampConvertToString),
Field("path", "所属目录",defaultSize=250)
]
for field in normalFields:
if field.id not in closeFields:
fields.append(field)
self.model = FileTableModel(fields)
return fields
class PuzzleSolver ( QtGui.QWidget ):
"""Main container of the program"""
def __init__ ( self ):
super ( PuzzleSolver , self ).__init__ ()
# Create the main container
self.__horizontal_layout = QtGui.QHBoxLayout ()
# Create components
self.__puzzle_actions = PuzzleActions ()
self.__puzzle_viewer = PuzzleViewer ()
# Add components
self.setLayout ( self.__horizontal_layout )
self.__horizontal_layout.addWidget ( self.__puzzle_viewer )
self.__horizontal_layout.addWidget ( self.__puzzle_actions )
# Connect signals and slots
self.__puzzle_actions.signal_open_file.connect ( self.__openFile )
self.__puzzle_actions.signal_run_puzzle.connect ( self.__runPuzzle )
self.__puzzle_pieces = []
def __openFile ( self ):
print ( "PuzzleSolver::openFile: Opening puzzle file" )
file_path = QtGui.QFileDialog ().getOpenFileName ( self , "Open file" , "" , "Files (*)" )
print ( "Trying to open file:" , file_path )
try:
file = open ( file_path , "r" )
except IOError:
print ( "Error opening file. Try again" )
return
file_contents = []
for line in file:
clean_line = line.rstrip ()
words = clean_line.split ( " " )
if len ( words ) == 1:
if words[ 0 ] == "":
continue
file_contents.extend ( words )
# Remove empty words
while file_contents.count ( "" ) > 0:
file_contents.remove ( "" )
file.close ()
# Convert the contents of the file into a queue
file_queue = deque ( file_contents )
puzzle_width = int ( file_queue.popleft () )
puzzle_height = int ( file_queue.popleft () )
self.__field = Field ( puzzle_width , puzzle_height )
piece_amount = int ( file_queue.popleft () )
# Clean all
self.__puzzle_pieces[:] = []
for i in range ( 0 , piece_amount ):
piece = Piece ()
piece.load ( file_queue )
self.__puzzle_pieces.append ( piece )
self.__puzzle_viewer.clean ()
self.__puzzle_viewer.setSize ( puzzle_width , puzzle_height )
print ( "File loaded" )
def __runPuzzle ( self ):
print ( "PuzzleSolver::runPuzzle: Running puzzle solver" )
self.__puzzle_viewer.clean ()
field_copy = copy.deepcopy ( self.__field )
print ( "Original field size:" , self.__field.getWidth (), "x", self.__field.getHeight () )
print ( "Copy field size:" , field_copy.getWidth (), "x", field_copy.getHeight () )
if not self.__solve ( field_copy , self.__puzzle_pieces , 0 ):
print ( "Solution not found" )
QtGui.QMessageBox ().critical ( self , "Search complete" , "No solution found" )
else:
QtGui.QMessageBox ().information ( self , "Search complete" , "Solution found" )
def __solve ( self , field , working_pieces , current_piece ):
print ( "Adding piece ID:" , current_piece )
if current_piece == len ( working_pieces ):
print ( "Solution found" )
field.print ()
self.__puzzle_viewer.update ( field )
return True
working_pieces[ current_piece ].print ()
print ( "Into this field:" )
field.print ()
self.__puzzle_viewer.update ( field )
solved = False
print ( "Trying to place..." )
y = 0
while ( y < field.getHeight () ) and not solved:
x = 0
while ( x < field.getWidth () ) and not solved:
if field.canBeInserted ( working_pieces[ current_piece ] , x , y ):
temp_field = copy.deepcopy ( field )
temp_field.insertPiece ( working_pieces[ current_piece ] , x , y )
print ( "Piece added at ", x, ",", y )
print ( "New field:" )
temp_field.print ()
self.__puzzle_viewer.update ( temp_field )
solved = self.__solve ( temp_field , working_pieces , current_piece + 1 )
if not solved:
print ( "Trying another position with piece" , current_piece )
x += 1
y += 1
return solved
def __init__(self, parent=None):
super(MainForm, self).__init__(parent)
self.id = 0
self.clearResult = True
self.queueFiles = []
self.timer: QTimer = None
self.setObjectName("mainWindow")
self.setStyleSheet("""
#mainWindow{
background-color:#f7f9fc;
}
QHeaderView{
padding:0;
margin:0;
}
QHeaderView::section {
background-color:#f7f9fc;
border: 0;
color: #6d6f72;
}
QTableView::item,#QTableViewDelegate{
background-color:#f7f9fc;
border:0;
min-height: 200px;
}
QTableView::item:hover {
background-color: #dae2f0;
}
#tableViewOpenBtn{
margin: 0 auto;
}
""")
layout = QVBoxLayout()
fields = [
Field("action", "操作", editable=True, delegateClass=ActionDelegate),
Field("fileName", "文件名", editable=True),
Field("fileSize", "文件大小", formatMethod=fileSizeConvertToFitUnit),
Field("createdTime", "创建时间",
formatMethod=timestampConvertToString),
Field("updatedTime", "修改时间",
formatMethod=timestampConvertToString),
Field("accessTime",
"最近一次访问时间",
formatMethod=timestampConvertToString),
Field("path", "所属目录")
]
model = FileTableModel(fields, ["操作"])
tableView = MyTreeView(model, fields)
tableView.setFrameShape(QFrame.NoFrame)
tableView.setMaximumSize(800, 400)
tableView.setItemDelegateForColumn(1, ActionDelegate(tableView))
header = tableView.horizontalHeader()
header.sectionClicked[int].connect(self.sortTable)
layout.addWidget(tableView)
self.setLayout(layout)
Hbox = QHBoxLayout()
openChecked = QPushButton("打开选中文件", self)
openChecked.clicked.connect(model.openChecked)
Hbox.addWidget(openChecked)
moveChecked = QPushButton("移动选中文件", self)
moveChecked.clicked.connect(model.moveChecked)
Hbox.addWidget(moveChecked)
deleteButton = QPushButton("删除选中文件", self)
deleteButton.clicked.connect(model.deleteChecked)
Hbox.addWidget(deleteButton)
searchButton = QPushButton("停止搜索", self)
searchButton.clicked.connect(self.clickedSearchBtn)
layout.addLayout(Hbox)
self.tableView = tableView
self.model = model
self.setMinimumSize(800, 600)
self.initialLoad()
# timer = QTimer()
# timer.timeout.connect(self.generate)
# timer.start(1000)
# self.timer = timer
eventSystem.listen("getPartialResult", self.getPartialResult, self)
eventSystem.listen("finishClassify", self.finishSearch, self)
eventSystem.listen("stopSearch", self.stopSearch, self)
self.tableView = tableView
self.model = model
def __init__(self, p, size):
super().__init__(p, size,[
Field("action", "操作", hasValue=False, delegateClass=RepeatChildrenDelegate),
Field("childrenCount", "重复数")
],closeFields=["accessTime","updatedTime"])