Description
This simple app tests the six axes of your handset accelerometer for peak values, average noise and peak noise.You can add the results to the comments for this app here on the Market if you like, and we will build up a picture of the tilt capabilities of each type of handset.
Please drop me an email if you have any problems.
Thanks
Paul.
Jack
Apr 22, 2012 11:47:47 AM
Good app Sony Ericsson LT18i (LT18i_1254-2259) F: 73.72Hz AX1: + 10.18 0.030 - 10.19 0.036 AX2: + 10.21 0.013 - 10.11 0.038 AX3: + 10.15 0.046 - 9.861 0.036
Mackenzine
Apr 21, 2012 7:53:08 PM
Report motorola DROIDX (shadow_vzw) F: 0.0Hz AX1: + NaN NaN - NaN NaN AX2: + NaN NaN - NaN NaN AX3: + NaN NaN - NaN NaN
michael
Apr 19, 2012 11:10:53 AM
Weeee motorola Motorola Electrify (uscc_us) F: 4.481Hz AX1: + 9.093 0.039 - 10.96 0.023 AX2: + 9.545 0.023 - 10.55 0.025 AX3: + 9.527 0.026 - 10.64 0.015
jtfire17
Apr 15, 2012 9:15:01 AM
Works well motorola DROID3 (solana_vzw) F: 5.798Hz AX1: + 9.969 0.021 - 9.958 0.016 AX2: + 10.48 0.019 - 9.636 0.020 AX3: + 10.12 0.011 - 9.639 0.020
Ddarz
Apr 11, 2012 8:31:49 PM
Nice! samsung GT-I9000 (GT-I9000) F: 23.03Hz AX1: + 9.055 5.722 - 10.67 1.239 AX2: + 9.441 2.861 - 11.34 0.008 AX3: + 9.875 1.335 - 9.743 6.675
Kenney
Apr 11, 2012 12:24:14 AM
Does what it says... Samsung SPH-M910 (SPH-M910) F: 6.572Hz AX1: + 9.423 0.071 - 10.25 0.072 AX2: + 10.33 0.052 - 9.340 0.078 AX3: + 10.13 0.076 - 9.736 0.081
Ghoymakh
Apr 9, 2012 4:37:11 PM
So... What does this mean?? pbj40 pbj40 (pbj40) F: 17.48Hz AX1: + 10.80 0.016 - 9.276 0.017 AX2: + 10.80 0.019 - 9.240 0.036 AX3: + 10.63 0.018 - 10.79 0.018
Brian
Apr 9, 2012 3:56:38 PM
Camel Sony Ericsson LT26i (LT26i_1257-6917) F: 78.17Hz AX1: + 10.06 0.040 - 9.505 0.044 AX2: + 9.335 0.039 - 10.18 0.042 AX3: + 9.804 0.042 - 9.909 0.041
Samantha
Apr 8, 2012 3:34:34 AM
HTC Desire HD (htc_ace) F: 0.0Hz AX1: + NaN NaN - NaN NaN AX2: + NaN NaN - NaN NaN AX3: + NaN NaN - NaN NaN (MY HTC INSPIRE 4G)
joe
Apr 1, 2012 3:31:26 AM
Yep, my accelerometer is broken -__- HTC Inspire 4G (htc_ace) F: 0.0Hz AX1: + NaN NaN - NaN NaN AX2: + NaN NaN - NaN NaN AX3: + NaN NaN - NaN NaN