diff --git a/hp4194/cv_qt_inteface.py b/hp4194/cv_qt_inteface.py
index 10ec0c49d24ab6cc329722ec54ad0eb2507ecf61..9fa3f8f0ac1b1e7f88ab548173adab39b39dcabf 100644
--- a/hp4194/cv_qt_inteface.py
+++ b/hp4194/cv_qt_inteface.py
@@ -17,87 +17,187 @@ class MainWinow(QMainWindow):
def __init__(self):
super().__init__()
- widget = QWidget() # Abstarct main widget
- app_grid = QGridLayout() # App Layout
+ self.widget = QWidget() # Abstarct main widget
+ self.app_grid = QGridLayout() # App Layout
- sample_information= QGroupBox("Sample Information")
- sample_grid = QGridLayout()
+ self.sample_information= QGroupBox("Sample Information") # keep a self reference for later
+ self.sample_grid = QGridLayout()
+
+ # create the actual widgets
+ self.wafer = QLineEdit()
+ self.comment = QLineEdit()
+ self.sample = QLineEdit()
+ self.field = QLineEdit()
+
+ self.temperature = QSpinBox()
+ self.temperature.setRange(0,2**31-1)
+ self.temperature.setValue(295)
- sample_grid.addWidget(QLabel("Wafer"),0,0)
- sample_grid.addWidget(QLineEdit(),1,0)
- sample_grid.addWidget(QLabel("Sample"),2,0)
- sample_grid.addWidget(QLineEdit(),3,0)
- sample_grid.addWidget(QLabel("Field"),4,0)
- sample_grid.addWidget(QLineEdit(),5,0)
- sample_grid.addWidget(QLabel("Comment"),0,1)
- sample_grid.addWidget(QLineEdit(),1,1)
- sample_grid.addWidget(QLabel("Temperature (K)"),4,1)
- sample_grid.addWidget(QSpinBox(),5,1)
+ self.sample_grid.addWidget(QLabel("Wafer"),0,0)
+ self.sample_grid.addWidget(self.wafer,1,0)
+ self.sample_grid.addWidget(QLabel("Sample"),2,0)
+ self.sample_grid.addWidget(self.sample,3,0)
+ self.sample_grid.addWidget(QLabel("Field"),4,0)
+ self.sample_grid.addWidget(self.field,5,0)
+ self.sample_grid.addWidget(QLabel("Comment"),0,1)
+ self.sample_grid.addWidget(self.comment,1,1)
+ self.sample_grid.addWidget(QLabel("Temperature (K)"),4,1)
+ self.sample_grid.addWidget(self.temperature,5,1)
- sample_information.setLayout(sample_grid)
- app_grid.addWidget(sample_information,0,0)
+ self.sample_information.setLayout(self.sample_grid)
+ self.app_grid.addWidget(self.sample_information,0,0)
# Measuring parameters
- parameters = QGroupBox("Measurement Parameters")
- parameters_grid = QVBoxLayout()
-
- parameters_grid.addWidget(QLabel("U_start"))
- parameters_grid.addWidget(QDoubleSpinBox())
- parameters_grid.addWidget(QLabel("U_stop"))
- parameters_grid.addWidget(QDoubleSpinBox())
- parameters_grid.addWidget(QLabel("U_step"))
- parameters_grid.addWidget(QDoubleSpinBox())
- parameters_grid.addWidget(QLabel("Wait in voltage point"))
- parameters_grid.addWidget(QDoubleSpinBox())
- parameters_grid.addWidget(QLabel("Area of the test structure"))
- parameters_grid.addWidget(QDoubleSpinBox())
- parameters_grid.addWidget(QLabel("Observed frequency point"))
- parameters_grid.addWidget(QSpinBox())
- parameters_grid.addWidget(QLabel("Observed voltage point"))
- parameters_grid.addWidget(QSpinBox())
-
- parameters.setLayout(parameters_grid)
- app_grid.addWidget(parameters,1,0)
+ self.parameters = QGroupBox("Measurement Parameters")
+ self.parameters_grid = QVBoxLayout()
+
+ #create the widgets
+ self.v_start = QDoubleSpinBox()
+ self.v_start.setDecimals(3)
+ self.v_start.setRange(-40,40)
+ self.v_start.setValue(1)
+
+ self.v_stop = QDoubleSpinBox()
+ self.v_stop.setDecimals(3)
+ self.v_stop.setRange(-40,40)
+ self.v_stop.setValue(-3)
+
+ self.v_step = QDoubleSpinBox()
+ self.v_step.setDecimals(3)
+ self.v_step.setRange(-80,80)
+ self.v_step.setValue(0.1)
+
+ self.wait = QDoubleSpinBox()
+ self.wait.setDecimals(3)
+ self.wait.setRange(0,sys.float_info.max)
+ self.wait.setValue(0)
+
+ self.radius= QSpinBox()
+ self.radius.setRange(0,2**31-1)
+ self.radius.setValue(50)
+
+ self.f_point= QSpinBox() # Observed frequency point
+ self.f_point.setRange(1,2**31-1)
+ self.f_point.setValue(1)
+
+ self.v_point = QSpinBox() # observed voltage point
+ self.v_point.setRange(1,2**31-1)
+ self.v_point.setValue(1)
+
+ self.hysterisis = QCheckBox("Measure Hysteris")
+ self.hysterisis.setChecked(False)
+
+
+ # Create the second grid
+ self.parameters_grid.addWidget(QLabel("V_start (V)"))
+ self.parameters_grid.addWidget(self.v_start)
+ self.parameters_grid.addWidget(QLabel("V_stop (V)"))
+ self.parameters_grid.addWidget(self.v_stop)
+ self.parameters_grid.addWidget(QLabel("V_step (V)"))
+ self.parameters_grid.addWidget(self.v_step)
+ self.parameters_grid.addWidget(QLabel("Wait in voltage point (s)"))
+ self.parameters_grid.addWidget(self.wait)
+ self.parameters_grid.addWidget(QLabel("Radius of the test structure (um)"))
+ self.parameters_grid.addWidget(self.radius)
+ self.parameters_grid.addWidget(QLabel("Observed frequency point"))
+ self.parameters_grid.addWidget(self.f_point)
+ self.parameters_grid.addWidget(QLabel("Observed voltage point"))
+ self.parameters_grid.addWidget(self.v_point)
+ self.parameters_grid.addWidget(self.hysterisis)
+
+
+ self.parameters.setLayout(self.parameters_grid)
+ self.app_grid.addWidget(self.parameters,1,0)
# Sweep Parameters
- sweep = QGroupBox("Sweep Parameters")
- sweep_grid = QGridLayout()
-
- sweep_grid.addWidget(QLabel("Number of frequency points"),0,0)
- sweep_grid.addWidget(QSpinBox(),1,0)
- sweep_grid.addWidget(QLabel("f_start (Hz)"),2,0)
- sweep_grid.addWidget(QDoubleSpinBox(),3,0)
- sweep_grid.addWidget(QLabel("f_stop (Hz)"),4,0)
- sweep_grid.addWidget(QDoubleSpinBox(),5,0)
- sweep_grid.addWidget(QLabel("Sweep Type"),6,0) # here sweep direction
- sweep_grid.addWidget(QComboBox(),7,0)
- sweep_grid.addWidget(QLabel("Integration Time"),8,0)
- sweep_grid.addWidget(QComboBox(),9,0)
-
- sweep_grid.addWidget(QLabel("Delay(ms)"),0,1)
- sweep_grid.addWidget(QDoubleSpinBox(),1,1)
- sweep_grid.addWidget(QLabel("Delay Apperture"),2,1)
- sweep_grid.addWidget(QDoubleSpinBox(),3,1)
-
- sweep_grid.addWidget(QLabel("Sweep direction"),6,1)
- sweep_grid.addWidget(QComboBox(),7,1)
- sweep_grid.addWidget(QLabel("Averaging Number"),8,1)
- sweep_grid.addWidget(QComboBox(),9,1)
-
- sweep.setLayout(sweep_grid)
- app_grid.addWidget(sweep,2,0)
+ self.sweep = QGroupBox("Sweep Parameters")
+ self.sweep_grid = QGridLayout()
+
+ #create the widgets
+ self.points = QDoubleSpinBox()
+ self.points.setDecimals(3)
+ self.points.setRange(1,401)
+ self.points.setValue(4)
+
+
+ self.f_start = QDoubleSpinBox()
+ self.f_start.setDecimals(3)
+ self.f_start.setRange(100,40e6)
+ self.f_start.setValue(100000)
+
+ self.f_stop = QDoubleSpinBox()
+ self.f_stop.setDecimals(3)
+ self.f_stop.setRange(100,40e6)
+ self.f_stop.setValue(1000000)
+
+ self.osc = QDoubleSpinBox()
+ self.osc.setDecimals(3)
+ self.osc.setRange(10e-3,1)
+ self.osc.setValue(0.5)
+
+ self.sweep_type = QComboBox()
+ self.sweep_type.insertItems(0,["Logarithmic","Linear"])
+ self.sweep_type.setCurrentText("Linear")
+
+ self.integration = QComboBox()
+ self.integration.insertItems(0,["Short","Medium","Long"])
+ self.integration.setCurrentText("Medium")
+
+ self.delay = QDoubleSpinBox()
+ self.delay.setDecimals(3)
+ self.delay.setRange(0,3.6e6)
+ self.delay.setValue(0)
+
+ self.apperture = QDoubleSpinBox()
+ self.apperture.setDecimals(3)
+ self.apperture.setRange(0.5,100)
+ self.apperture.setValue(0.5)
+
+ self.sweep_direction = QComboBox()
+ self.sweep_direction.insertItems(0,["Up","Down"])
+ self.sweep_direction.setCurrentText("Up")
+
+ self.averaging = QComboBox()
+ self.averaging.insertItems(0,[str(2**i) for i in range(9)])
+ self.averaging.setCurrentText("4")
+
+ self.sweep_grid.addWidget(QLabel("Number of frequency points"),0,0)
+ self.sweep_grid.addWidget(self.points,1,0)
+ self.sweep_grid.addWidget(QLabel("f_start (Hz)"),2,0)
+ self.sweep_grid.addWidget(self.f_start,3,0)
+ self.sweep_grid.addWidget(QLabel("f_stop (Hz)"),4,0)
+ self.sweep_grid.addWidget(self.f_stop,5,0)
+ self.sweep_grid.addWidget(QLabel("OSC level (V)"),6,0)
+ self.sweep_grid.addWidget(self.osc,7,0)
+ self.sweep_grid.addWidget(QLabel("Sweep Type"),8,0) # here sweep direction
+ self.sweep_grid.addWidget(self.sweep_type,9,0)
+ self.sweep_grid.addWidget(QLabel("Integration Time"),10,0)
+ self.sweep_grid.addWidget(self.integration,11,0)
+
+ self.sweep_grid.addWidget(QLabel("Delay (ms)"),0,1)
+ self.sweep_grid.addWidget(self.delay,1,1)
+ self.sweep_grid.addWidget(QLabel("Delay Apperture (%)"),2,1)
+ self.sweep_grid.addWidget(self.apperture,3,1)
+
+ self.sweep_grid.addWidget(QLabel("Sweep direction"),8,1)
+ self.sweep_grid.addWidget(self.sweep_direction,9,1)
+ self.sweep_grid.addWidget(QLabel("Averaging Number"),10,1)
+ self.sweep_grid.addWidget(self.averaging,11,1)
+
+ self.sweep.setLayout(self.sweep_grid)
+ self.app_grid.addWidget(self.sweep,2,0)
# add the plot below
sc = MplCanvas(self,width=10,height=8,dpi=100)
sc.axes.plot([0,1,2,3,4],[10,1,20,3,40])
- app_grid.addWidget(sc,0,1,3,1)
+ self.app_grid.addWidget(sc,0,1,3,1)
- widget.setLayout(app_grid)
- self.setCentralWidget(widget)
- self.show()
+ self.widget.setLayout(self.app_grid)
+ self.setCentralWidget(self.widget)
+ self.showMaximized()
app= QApplication(sys.argv)
w= MainWinow()