Cleanup GUI code

b_asic/GUI/about_window.py

@@ -4,17 +4,48 @@ from qtpy.QtCore import Qt
 
 
 QUESTIONS = {
-    "Adding operations": "Select an operation under 'Special operations' or 'Core operations' to add it to the workspace.",
-    "Moving operations": "To drag an operation, select the operation on the workspace and drag it around.",
-    "Selecting operations": "To select one operation just press it once, it will then turn grey.",
-    "Selecting multiple operations using dragging": "To select multiple operations using your mouse, \ndrag the mouse while pressing left mouse button, any operation under the selection box will then be selected.",
-    "Selecting multiple operations using without dragging": "To select mutliple operations using without dragging, \npress 'Ctrl+LMouseButton' on any operation.",
-    "Remove operations": "To remove an operation, select the operation to be deleted, \nfinally press RMouseButton to bring up the context menu, then press 'Delete'.",
-    "Remove multiple operations": "To remove multiple operations, \nselect all operations to be deleted and press 'Delete' on your keyboard.",
-    "Connecting operations": "To connect operations, select the ports on the operation to connect from, \nthen select the next port by pressing 'Ctrl+LMouseButton' on the destination port. Tip: You can chain connection by selecting the ports in the order they should be connected.",
-    "Creating a signal-flow-graph": "To create a signal-flow-graph (SFG), \ncouple together the operations you wish to create a sfg from, then select all operations you wish to include in the sfg, \nfinally press 'Create SFG' in the upper left corner and enter the name of the sfg.",
-    "Simulating a signal-flow-graph": "To simulate a signal-flow-graph (SFG), press the run button in the toolbar, \nthen press 'Simulate SFG' and enter the properties of the simulation.",
-    "Properties of simulation": "The properties of the simulation are, 'Iteration Count': The number of iterations to run the simulation for, \n'Plot Results': Open a plot over the output in matplotlib, \n'Get All Results': Print the detailed output from simulating the sfg in the terminal, \n'Input Values': The input values to the SFG by index of the port."
+    "Adding operations":
+        "Select an operation under 'Special operations' or 'Core operations' "
+        "to add it to the workspace.",
+    "Moving operations":
+        "To drag an operation, select the operation on the workspace and drag "
+        "it around.",
+    "Selecting operations":
+        "To select one operation just press it once, it will then turn grey.",
+    "Selecting multiple operations using dragging":
+        "To select multiple operations using your mouse, \n"
+        "drag the mouse while pressing left mouse button, any operation under "
+        "the selection box will then be selected.",
+    "Selecting multiple operations using without dragging":
+        "To select mutliple operations using without dragging, \n"
+        "press 'Ctrl+LMouseButton' on any operation.",
+    "Remove operations":
+        "To remove an operation, select the operation to be deleted, \n"
+        "finally press RMouseButton to bring up the context menu, then press "
+        "'Delete'.",
+    "Remove multiple operations":
+        "To remove multiple operations, \nselect all operations to be deleted "
+        "and press 'Delete' on your keyboard.",
+    "Connecting operations":
+        "To connect operations, select the ports on the operation to connect "
+        "from, \nthen select the next port by pressing 'Ctrl+LMouseButton' on "
+        "the destination port. Tip: You can chain connection by selecting the "
+        "ports in the order they should be connected.",
+    "Creating a signal-flow-graph":
+        "To create a signal-flow-graph (SFG), \ncouple together the "
+        "operations you wish to create a sfg from, then select all operations "
+        "you wish to include in the sfg, \nfinally press 'Create SFG' in the "
+        "upper left corner and enter the name of the sfg.",
+    "Simulating a signal-flow-graph":
+        "To simulate a signal-flow-graph (SFG), press the run button in the "
+        "toolbar, \nthen press 'Simulate SFG' and enter the properties of the "
+        "simulation.",
+    "Properties of simulation":
+        "The properties of the simulation are, 'Iteration Count': The number "
+        "of iterations to run the simulation for, \n'Plot Results': Open a "
+        "plot over the output in matplotlib, \n'Get All Results': Print the "
+        "detailed output from simulating the sfg in the terminal, \n"
+        "'Input Values': The input values to the SFG by index of the port."
 }
 
 
@@ -42,9 +73,11 @@ class KeybindsWindow(QDialog):
         self.dialog_layout.addWidget(frame)
 
         keybinds_label = QLabel(
-            "'Ctrl+R' - Reload the operation list to add any new operations created.\n"
+            "'Ctrl+R' - Reload the operation list to add any new operations "
+            "created.\n"
             "'Ctrl+Q' - Quit the application.\n"
-            "'Ctrl+LMouseButton' - On a operation will select the operation, without deselecting the other operations.\n"
+            "'Ctrl+LMouseButton' - On a operation will select the operation, "
+            "without deselecting the other operations.\n"
             "'Ctrl+S' (Plot) - Save the plot if a plot is visible.\n"
             "'Ctrl+?' - Open the FAQ section."
         )
@@ -74,7 +107,8 @@ class AboutWindow(QDialog):
         information_layout = QVBoxLayout()
 
         title_label = QLabel("B-ASIC / Better ASIC Toolbox")
-        subtitle_label = QLabel("Construct, simulate and analyze components of an ASIC.")
+        subtitle_label = QLabel(
+            "Construct, simulate and analyze components of an ASIC.")
 
         frame = QFrame()
         frame.setFrameShape(QFrame.HLine)
@@ -82,9 +116,12 @@ class AboutWindow(QDialog):
         self.dialog_layout.addWidget(frame)
 
         about_label = QLabel(
-            "B-ASIC is a open source tool using the B-ASIC library to construct, simulate and analyze ASICs.\n"
-            "B-ASIC is developed under the MIT-license and any extension to the program should follow that same license.\n"
-            "To read more about how the GUI works please refer to the FAQ under 'Help'."
+            "B-ASIC is an open source tool using the B-ASIC library to "
+            "construct, simulate and analyze ASICs.\n"
+            "B-ASIC is developed under the MIT-license and any extension to "
+            "the program should follow that same license.\n"
+            "To read more about how the GUI works please refer to the FAQ "
+            "under 'Help'."
         )
 
         information_layout.addWidget(title_label)