Inertia ProMove-mini, User Manual

Page: 44 / 60

4.11 Appearance and Preferences
The appearance of the plots can be changed via the Preferences and the Layout Configuration
Wizard windows.
The Layout Configuration Wizard window is accessible from the toolbar and via the menu View ,
item Layout Wizard... . Section 4.11.1 describes how this option can be used to change the type
and number of plots that are shown in the main screen.
The Preferences window is accessible from the toolbar and via the menu Configuration , item
Preferences... . The four tabs of the Preferences window are described in the following sections.
After any modification of the preferences, press the Apply button to apply them. Press the
Close button to discard all changes.
4.11.1 Layout wizard
The layout wizard makes it easy to quickly switch between layouts, or to make a custom screen
layout. Simply select one of the predefined layouts from the list and press the
Finish button.
The relevant layouts for ProMove-mini are:
• 9D : Plots of the accelerometer, compass and gyroscope sensors for all three axes.
• 9D+ : Plots of the accelerometer, compass, gyroscope and high-g accelerometer sensors
for all three axes, and plots for the pressure, battery, temperature and RSSI measure-
ments.
• Empty Screen : No plots are shown.
• Custom Layout : The number of plots, the type of sensor data and the location on the
main screen can be chosen by the user.
Figure 36 shows the layout wizard set for Custom Layout . The number of visible rows and
columns can be changed via the up and down buttons. Each plot type can be changed by press-
ing the corresponding
Change button. The Plot Selection window appears, allowing the selec-
tion of a different plot type. When the Only show available sensors selection box is checked,
the window shows only the available sensor types of the connected nodes. Otherwise, the
window shows all the available plot types.
Processed data can also be shown in the plots. Available options include the following:
• Norm : The normalized value of the axes of a sensor (i.e.
√
x
2
+ y
2
+ z
2 ).
• Orientation : The orientation of the node, in terms of Euler angles (i.e. roll , pitch and
yaw , including FFT values) or quaternions.
• FFT : The Fast Fourier Transform, which can be applied to raw sensor signals or processed
data (see Section 4.11 for changing the FFT settings).
inertia-technology.com Page 44 of 60