1 import PyQt4.QtCore
2 import PyQt4.QtGui
3
4 import Constants
5 import Widget
6 import Holders
7
12
14 box = PyQt4.QtGui.QGroupBox ("Commands")
15 layout = PyQt4.QtGui.QHBoxLayout (box)
16
17 executeButton = Constants.BQPushButton ("Execute", layout)
18 executeButton.setDefault (True)
19 PyQt4.QtCore.QObject.connect (executeButton, PyQt4.QtCore.SIGNAL ("clicked ()"), self.execute)
20
21 clearButton = Constants.BQPushButton ("Clear", layout)
22 PyQt4.QtCore.QObject.connect (clearButton, PyQt4.QtCore.SIGNAL ("clicked ()"), self.clear)
23
24 return box
25
27 self._inHolders = []
28 self._outHolder = ""
29
30 outline = PyQt4.QtGui.QGroupBox ("Data Selection")
31 dataLayout = PyQt4.QtGui.QVBoxLayout (outline)
32 for input in self._inList:
33 holder = Holders.GenericInputHolder (self._bridge, dataLayout, input, [], ["_basin.matrix"])
34
35 dataLayout.addSpacing (10)
36
37 output = self._outList
38 tempLayout = Constants.BQHBoxLayout (dataLayout)
39 label = PyQt4.QtGui.QLabel (output + ":")
40 label.setAlignment (PyQt4.QtCore.Qt.AlignRight | PyQt4.QtCore.Qt.AlignVCenter)
41 tempLayout.addWidget (label)
42 holder = Holders.OutputHolder (output, self._bridge)
43 self._outHolder = holder
44 tempLayout.addWidget (holder)
45
46 return outline
47
49 for holder in self._inHolders:
50 holder.clear ()
51 self._outHolder.clear ()
52
54 if matrix == None:
55 return
56
57 if matrix.Type () == "VALUE" and matrix._type == "_basin.matrix":
58 for holder in self._inHolders:
59 if holder._item == None:
60 holder.SetItem (matrix, False)
61 return True
62 return False
63
65 if not ( self._bridge._connected == True and self._bridge._parallel == True):
66 return False
67 if self._outHolder == "":
68 return False
69
70 inString = ""
71 for holder in self._inHolders:
72 inString += holder._item._shellAccess + ", "
73 inString = inString[:-2]
74
75 commands = []
76 commands.append (self._outHolder.text () + " = " + self._functionName + " (" + inString + ")")
77 self._bridge._ipyShell.BatchCommands (commands, True)
78
79 self.clear ()
80
81
84 self._displayIcon = PyQt4.QtGui.QIcon (Constants.ICON_DIR + "/linear_algebra/matrixinvert.png")
85 self._displayName = "Invert Matrix"
86 self._functionName = "matrix_invert"
87 self._description = "This function will invert a square matrix."
88 self._inList = ["matrix"]
89 self._outList = "inverse"
90 AbstractLinearAlgebra.__init__ (self, parent, bridge)
95 self._displayIcon = PyQt4.QtGui.QIcon (Constants.ICON_DIR + "/linear_algebra/matrixmult.png")
96 self._displayName = "Multiply Matrices"
97 self._functionName = "matrix_mult"
98 self._description = "This function will multiply two different matrices."
99 self._inList = ["a", "b"]
100 self._outList = "product"
101 AbstractLinearAlgebra.__init__ (self, parent, bridge)
106 self._type = "Linear Algebra"
107 self._displayName = "Create Matrix"
108 self._displayIcon = PyQt4.QtGui.QIcon (Constants.ICON_DIR + "/linear_algebra/matrixcreate.png")
109 self._description = "Supply a python list and the dimensions to create a matrix."
110 AbstractLinearAlgebra.__init__ (self, parent, bridge)
111
113 outline = PyQt4.QtGui.QGroupBox ("Data Selection")
114 dataLayout = PyQt4.QtGui.QVBoxLayout (outline)
115
116 self._dataHolder = Holders.GenericInputHolder (self._bridge, dataLayout, "data", [], ["_basin.matrix"])
117
118 dimMLayout = Constants.BQHBoxLayout (dataLayout)
119 dimMLabel = PyQt4.QtGui.QLabel ("m:")
120 dimMLabel.setAlignment (PyQt4.QtCore.Qt.AlignRight | PyQt4.QtCore.Qt.AlignVCenter)
121 self._dimM = PyQt4.QtGui.QSpinBox ()
122 self._dimM.setRange (1,999999999)
123 dimMLayout.addWidget (dimMLabel)
124 dimMLayout.addWidget (self._dimM)
125
126 dimNLayout = Constants.BQHBoxLayout (dataLayout)
127 dimNLabel = PyQt4.QtGui.QLabel ("n:")
128 dimNLabel.setAlignment (PyQt4.QtCore.Qt.AlignRight | PyQt4.QtCore.Qt.AlignVCenter)
129 self._dimN = PyQt4.QtGui.QSpinBox ()
130 self._dimN.setRange (1,999999999)
131 dimNLayout.addWidget (dimNLabel)
132 dimNLayout.addWidget (self._dimN)
133
134 dataLayout.addSpacing (10)
135 output = "out"
136 tempLayout = Constants.BQHBoxLayout (dataLayout)
137 label = PyQt4.QtGui.QLabel (output + ":")
138 label.setAlignment (PyQt4.QtCore.Qt.AlignRight | PyQt4.QtCore.Qt.AlignVCenter)
139 tempLayout.addWidget (label)
140 holder = Holders.OutputHolder (output, self._bridge)
141 self._outHolder = holder
142 tempLayout.addWidget (holder)
143
144 return outline
145
147 self._dimM.setValue (1)
148 self._dimN.setValue (1)
149 self._dataHolder.clear ()
150 self._outHolder.clear ()
151
153 if list == None:
154 return
155
156 if list.Type () == "VALUE" and list._type == "list":
157 holder = self._dataHolder
158 if holder._item == None:
159 holder.SetItem (list, False)
160 return True
161 return False
162
164 if not ( self._bridge._connected == True and self._bridge._parallel == True):
165 return False
166 if self._outHolder == "":
167 return False
168
169 m, n = self._dimM.value (), self._dimN.value ()
170 dataLength = self._dataHolder.getLength ()
171 if (m * n) != dataLength and self._dataHolder._item != None:
172 self._bridge._statusBar.showTimed ("Dimensions provided don't fit data! (" + \
173 str (dataLength) + " != " + str (m) + " * " + str (n) + ")", STATUS_WAIT)
174 return False
175
176 data = ""
177 if self._dataHolder._item != None:
178 data = self._dataHolder._item._shellAccess + ", "
179
180 commands = []
181 commands.append (self._outHolder.text () + " = matrix (" + data + str (m) + ", " + str (n) + ")")
182 self._bridge._ipyShell.BatchCommands (commands, True)
183
184 self.clear ()
189 self._type = "Linear Algebra"
190 self._displayName = "Create Identity Matrix"
191 self._displayIcon = PyQt4.QtGui.QIcon (Constants.ICON_DIR + "/linear_algebra/identitymatrixcreate.png")
192 self._description = "Supply the square dimension of the identity matrix."
193 AbstractLinearAlgebra.__init__ (self, parent, bridge)
194
196 outline = PyQt4.QtGui.QGroupBox ("Data Selection")
197 dataLayout = PyQt4.QtGui.QVBoxLayout (outline)
198
199 dimLayout = Constants.BQHBoxLayout (dataLayout)
200 dimLabel = PyQt4.QtGui.QLabel ("dim:")
201 dimLabel.setAlignment (PyQt4.QtCore.Qt.AlignRight | PyQt4.QtCore.Qt.AlignVCenter)
202 self._dim = PyQt4.QtGui.QSpinBox ()
203 self._dim.setRange (1,999999999)
204 dimLayout.addWidget (dimLabel)
205 dimLayout.addWidget (self._dim)
206
207 dataLayout.addSpacing (10)
208 output = "out"
209 tempLayout = Constants.BQHBoxLayout (dataLayout)
210 label = PyQt4.QtGui.QLabel (output + ":")
211 label.setAlignment (PyQt4.QtCore.Qt.AlignRight | PyQt4.QtCore.Qt.AlignVCenter)
212 tempLayout.addWidget (label)
213 holder = Holders.OutputHolder (output, self._bridge)
214 self._outHolder = holder
215 tempLayout.addWidget (holder)
216
217 return outline
218
220 self._dim.setValue (1)
221 self._outHolder.clear ()
222
225
227 if not ( self._bridge._connected == True and self._bridge._parallel == True):
228 return False
229 if self._outHolder == "":
230 return False
231
232 commands = []
233 commands.append (self._outHolder.text () + " = matrix (" + str (self._dim.value ()) + ")")
234 self._bridge._ipyShell.BatchCommands (commands, True)
235
236 self.clear ()