This relate to issue: https://github.com/mincrmatt12/elan-spi-fingerprint/issues/4

prototype.log

Prototype starting...
Compiled with HKEY values : TP_VID 4f3; TP_PID 3148; ACPI_ID ELAN7001
Got SPI entry /sys/devices/pci0000:00/0000:00:1e.2/pxa2xx-spi.3/spi_master/spi0/spi-ELAN7001:00/spidev/spidev0.0
Found ACPI id!
Got HID entry /sys/devices/pci0000:00/0000:00:14.0/usb1/1-2/1-2:1.0/0003:046D:C534.0001/hidraw/hidraw0
Got HID entry /sys/devices/pci0000:00/0000:00:14.0/usb1/1-2/1-2:1.1/0003:046D:C534.0002/0003:046D:4054.0004/hidraw/hidraw3
Got HID entry /sys/devices/pci0000:00/0000:00:14.0/usb1/1-2/1-2:1.1/0003:046D:C534.0002/hidraw/hidraw1
Got HID entry /sys/devices/pci0000:00/0000:00:15.1/i2c_designware.1/i2c-1/i2c-ASUE1201:00/0018:04F3:3148.0003/hidraw/hidraw2
Found TP ID!
Got SPI = /dev/spidev0.0 and HID = /dev/hidraw2, opening.
Beginning initialization
SPIStatus = 0x4D
Result of ioctl for reset 5
SPIStatus after reset = 0x4D
- Register 00 = 00
- Register 01 = 00
- Register 02 = 4f
- Register 03 = 00
- Register 04 = 4f
- Register 05 = a0
- Register 06 = 40
- Register 07 = 00
- Register 08 = 00
- Register 09 = 04
- Register 0a = 74
- Register 0b = 05
- Register 0c = 08
- Register 0d = 00
- Register 0e = 00
- Register 0f = 14
- Register 10 = 3c
- Register 11 = 41
- Register 12 = 0c
- Register 13 = 00
- Register 14 = 00
- Register 15 = 04
- Register 16 = 02
- Register 17 = 00
- Register 18 = 01
- Register 19 = f4
- Register 1a = 00
- Register 1b = 00
- Register 1c = 00
- Register 1d = 00
- Register 1e = 00
- Register 1f = 00
- Register 20 = 00
- Register 21 = 80
- Register 22 = 06
- Register 23 = 00
- Register 24 = 00
- Register 25 = 00
- Register 26 = 00
- Register 27 = 00
- Register 28 = 00
- Register 29 = 04
- Register 2a = 5f
- Register 2b = e2
- Register 2c = a0
- Register 2d = 00
- Register 2e = ff
- Register 2f = 40
- Register 30 = 01
- Register 31 = 38
- Register 32 = 00
- Register 33 = 00
- Register 34 = 00
- Register 35 = 1f
- Register 36 = ff
- Register 37 = 00
- Register 38 = 00
- Register 39 = 00
- Register 3a = 00
- Register 3b = e5
- Register 3c = 6d
- Register 3d = df
- Register 3e = fd
- Register 3f = 90
Reading raw dimensions
Got 80x80 sensor
After hardcoded lookup: (80 x 80) Version = 2
Found sensor ID 14 => [eFSA80SC] (80 X 80) Version = 2; OTP = 0
====
you have a 80SC, if you haven't setup spidev with a large enough bufsiz _this will not work properly_
===
SoftwareReset...
SPIStatus after reset = 0x01
- Register 00 = 00
- Register 01 = 00
- Register 02 = 4f
- Register 03 = 00
- Register 04 = 4f
- Register 05 = a0
- Register 06 = 40
- Register 07 = 00
- Register 08 = 00
- Register 09 = 04
- Register 0a = 74
- Register 0b = 05
- Register 0c = 08
- Register 0d = 00
- Register 0e = 00
- Register 0f = 14
- Register 10 = 3c
- Register 11 = 41
- Register 12 = 0c
- Register 13 = 00
- Register 14 = 00
- Register 15 = 04
- Register 16 = 02
- Register 17 = 00
- Register 18 = 01
- Register 19 = f4
- Register 1a = 00
- Register 1b = 00
- Register 1c = 00
- Register 1d = 00
- Register 1e = 00
- Register 1f = 00
- Register 20 = 00
- Register 21 = 80
- Register 22 = 06
- Register 23 = 00
- Register 24 = 00
- Register 25 = 00
- Register 26 = 00
- Register 27 = 00
- Register 28 = 00
- Register 29 = 04
- Register 2a = 07
- Register 2b = e2
- Register 2c = a0
- Register 2d = 00
- Register 2e = ff
- Register 2f = 40
- Register 30 = 01
- Register 31 = 38
- Register 32 = 00
- Register 33 = 00
- Register 34 = 00
- Register 35 = 1f
- Register 36 = ff
- Register 37 = 00
- Register 38 = 00
- Register 39 = 00
- Register 3a = 00
- Register 3b = e5
- Register 3c = 6d
- Register 3d = df
- Register 3e = fd
- Register 3f = 90
set device register page to 0
Sending table 0
Regtable[0] sets 00 --> 5a
Regtable[1] sets 01 --> 00
Regtable[2] sets 02 --> 4f
Regtable[3] sets 03 --> 00
Regtable[4] sets 04 --> 4f
Regtable[5] sets 05 --> a0
Regtable[6] sets 06 --> 00
Regtable[7] sets 07 --> 00
Regtable[8] sets 08 --> 00
Regtable[9] sets 09 --> 04
Regtable[10] sets 0a --> 74
Regtable[11] sets 0b --> 05
Regtable[12] sets 0c --> 08
Regtable[13] sets 0d --> 00
Regtable[14] sets 0e --> 00
Regtable[15] sets 0f --> 14
Regtable[16] sets 10 --> 3c
Regtable[17] sets 11 --> 41
Regtable[18] sets 12 --> 0c
Regtable[19] sets 13 --> 00
Regtable[20] sets 14 --> 00
Regtable[21] sets 15 --> 04
Regtable[22] sets 16 --> 02
Regtable[23] sets 17 --> 00
Regtable[24] sets 18 --> 01
Regtable[25] sets 19 --> f4
Regtable[26] sets 1a --> 00
Regtable[27] sets 1b --> 00
Regtable[28] sets 1c --> 00
Regtable[29] sets 1d --> 00
Regtable[30] sets 1e --> 00
Regtable[31] sets 1f --> 00
Regtable[32] sets 20 --> 00
Regtable[33] sets 21 --> 80
Regtable[34] sets 22 --> 06
Regtable[35] sets 23 --> 00
Regtable[36] sets 24 --> 00
Regtable[37] sets 25 --> 00
Regtable[38] sets 26 --> 00
Regtable[39] sets 27 --> 00
Regtable[40] sets 28 --> 00
Regtable[41] sets 29 --> 04
Regtable[42] sets 2a --> 5f
Regtable[43] sets 2b --> e2
Regtable[44] sets 2c --> a0
Regtable[45] sets 2d --> 00
Regtable[46] sets 2e --> ff
Regtable[47] sets 2f --> 40
Regtable[48] sets 30 --> 01
Regtable[49] sets 31 --> 38
Regtable[50] sets 32 --> 00
Regtable[51] sets 33 --> 00
Regtable[52] sets 34 --> 00
Regtable[53] sets 35 --> 1f
Regtable[54] sets 36 --> ff
Regtable[55] sets 37 --> 00
Regtable[56] sets 38 --> 00
Regtable[57] sets 39 --> 00
Regtable[58] sets 3a --> 00
set device register page to 1
Sending table 1
Regtable[0] sets 00 --> 7b
Regtable[1] sets 01 --> 7f
Regtable[2] sets 02 --> 77
Regtable[3] sets 03 --> d4
Regtable[4] sets 04 --> 7d
Regtable[5] sets 05 --> 19
Regtable[6] sets 06 --> 80
Regtable[7] sets 07 --> 40
Regtable[8] sets 08 --> 11
Regtable[9] sets 09 --> 00
Regtable[10] sets 0a --> 00
Regtable[11] sets 0b --> 14
Regtable[12] sets 0c --> 00
Regtable[13] sets 0d --> 00
Regtable[14] sets 0e --> 32
Regtable[15] sets 0f --> 02
Regtable[16] sets 10 --> 08
Regtable[17] sets 11 --> 6c
Regtable[18] sets 12 --> 00
Regtable[19] sets 13 --> 00
Regtable[20] sets 14 --> 32
Regtable[21] sets 15 --> 01
Regtable[22] sets 16 --> 16
Regtable[23] sets 17 --> 01
Regtable[24] sets 18 --> 14
Regtable[25] sets 19 --> 01
Regtable[26] sets 1a --> 16
Regtable[27] sets 1b --> 01
Regtable[28] sets 1c --> 17
Regtable[29] sets 1d --> 01
Regtable[30] sets 1e --> 0a
Regtable[31] sets 1f --> 01
Regtable[32] sets 20 --> 0a
Regtable[33] sets 21 --> 02
Regtable[34] sets 22 --> 08
Regtable[35] sets 23 --> 29
Regtable[36] sets 24 --> 00
Regtable[37] sets 25 --> 0c
Regtable[38] sets 26 --> 1a
Regtable[39] sets 27 --> 30
Regtable[40] sets 28 --> 1a
Regtable[41] sets 29 --> 30
Regtable[42] sets 2a --> 00
Regtable[43] sets 2b --> 00
Regtable[44] sets 2c --> 01
Regtable[45] sets 2d --> 16
Regtable[46] sets 2e --> 01
Regtable[47] sets 2f --> 17
Regtable[48] sets 30 --> 03
Regtable[49] sets 31 --> 2d
Regtable[50] sets 32 --> 03
Regtable[51] sets 33 --> 2d
Regtable[52] sets 34 --> 14
Regtable[53] sets 35 --> 00
Regtable[54] sets 36 --> 00
Regtable[55] sets 37 --> 00
Regtable[56] sets 38 --> 00
Regtable[57] sets 39 --> 03
Regtable[58] sets 3a --> fe
Regtable[59] sets 3b --> 00
Regtable[60] sets 3c --> 00
Regtable[61] sets 3d --> 02
Regtable[62] sets 3e --> 00
Regtable[63] sets 3f --> 00
set device register page to 0
Calibration loop 0; with DAC = 256.
BestDAC = 0, BestMeanDiff = 65535
waiting for image...
waiting for image...
Image mean = 3326
New best
Calibration loop 1; with DAC = 384.
BestDAC = 256, BestMeanDiff = 326
Image mean = 3326
Calibration loop 2; with DAC = 448.
BestDAC = 256, BestMeanDiff = 326
Image mean = 3326
Calibration loop 3; with DAC = 480.
BestDAC = 256, BestMeanDiff = 326
Image mean = 3326
Calibration loop 4; with DAC = 496.
BestDAC = 256, BestMeanDiff = 326
Image mean = 3326
Calibration loop 5; with DAC = 504.
BestDAC = 256, BestMeanDiff = 326
Image mean = 3326
Calibration loop 6; with DAC = 508.
BestDAC = 256, BestMeanDiff = 326
Image mean = 3326
Calibration loop 7; with DAC = 510.
BestDAC = 256, BestMeanDiff = 326
Image mean = 3326
Calibration loop 8; with DAC = 511.
BestDAC = 256, BestMeanDiff = 326
Image mean = 3326
Exited loop, using best values.
RegisterGuard clearing 0 to 0- Register 00 = 00
- Register 01 = 00
- Register 02 = 4f
- Register 03 = 00
- Register 04 = 4f
- Register 05 = a0
- Register 06 = 40
- Register 07 = 00
- Register 08 = 00
- Register 09 = 04
- Register 0a = 74
- Register 0b = 05
- Register 0c = 08
- Register 0d = 00
- Register 0e = 00
- Register 0f = 14
- Register 10 = 3c
- Register 11 = 41
- Register 12 = 0c
- Register 13 = 00
- Register 14 = 00
- Register 15 = 04
- Register 16 = 02
- Register 17 = 00
- Register 18 = 01
- Register 19 = f4
- Register 1a = 00
- Register 1b = 00
- Register 1c = 00
- Register 1d = 00
- Register 1e = 00
- Register 1f = 00
- Register 20 = 00
- Register 21 = 80
- Register 22 = 06
- Register 23 = 00
- Register 24 = 00
- Register 25 = 00
- Register 26 = 00
- Register 27 = 00
- Register 28 = 00
- Register 29 = 04
- Register 2a = 5f
- Register 2b = e2
- Register 2c = a0
- Register 2d = 00
- Register 2e = ff
- Register 2f = 40
- Register 30 = 01
- Register 31 = 38
- Register 32 = 00
- Register 33 = 00
- Register 34 = 00
- Register 35 = 1f
- Register 36 = ff
- Register 37 = 00
- Register 38 = 00
- Register 39 = 00
- Register 3a = 00
- Register 3b = e5
- Register 3c = 6d
- Register 3d = df
- Register 3e = fd
- Register 3f = 90
Taking background image
I will wait for a finger to exist for a few frames before saving it. Where should i save it?
Where to save dump (enter)
CorrectWithBg
ImgCorrection BG reported 299 low pixels from 6400 total (4 percent)
GuessFingerprint mean=55974 stddev=21564
GuessFingerprint distavg=121
GuessFingerprint real=1 empty=1
UNKNOWN