I'm getting a "File can't be loaded!" error when attempting to open panoramic JPGs created with a Samsung Galaxy S7 smartphone. They load fine with Irfanview 64-bit, Windows Photo Viewer, Paint, HP Photo Viewer, etc.
My system is Windows 7 Home Premium 64-bit. Using XnViewMP 0.79 64-bit.
Sample file: https://www.dropbox.com/s/ar02bo5hrec0w ... 7.jpg?dl=0
Thanks, Robert Baker
File can't be loaded! error with panoramic JPG
Moderators: helmut, XnTriq, xnview
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RobinBaker
- Posts: 2
- Joined: Wed May 04, 2016 5:07 pm
Re: File can't be loaded! error with panoramic JPG
That's quite a JPG at 11232 x 3568 px and nearly 48MB but the downloaded file opens normally for me in XnView MP x64 ZIP version, x32 ZIP version and an earlier installed version...RobinBaker wrote:I'm getting a "File can't be loaded!" error when attempting to open panoramic JPGs created with a Samsung Galaxy S7 smartphone. They load fine with Irfanview 64-bit, Windows Photo Viewer, Paint, HP Photo Viewer, etc.
My system is Windows 7 Home Premium 64-bit. Using XnViewMP 0.79 64-bit.
Sample file: https://www.dropbox.com/s/ar02bo5hrec0w ... 7.jpg?dl=0
Thanks, Robert Baker
Also Windows 7 Home Premium 64-bit, 4GB ram.
Edit: Off topic, but resaving with JPEG quality Q = 40 reduces the file size to 4MB with no obvious loss of quality when zoomed in...
Re: File can't be loaded! error with panoramic JPG
<edit> XnView MP will open 20160503_133157.jpg, if Ignore read errors in File » Format settings… » Read is activated. </edit>
According to JPEGsnoop, "data exists after EOF":
There are also several warnings about “unknown markers” etc.
According to JPEGsnoop, "data exists after EOF":
Code: Select all
JPEGsnoop 1.7.5 by Calvin Hass
http://www.impulseadventure.com/photo/
-------------------------------------
Filename: [X:\Test\20160503_133157.jpg]
Filesize: [50152259] Bytes
Start Offset: 0x00000000
*** Marker: SOI (xFFD8) ***
OFFSET: 0x00000000
*** Marker: APP1 (xFFE1) ***
OFFSET: 0x00000002
Length = 664
Identifier = [Exif]
Identifier TIFF = 0x[49492A00 08000000]
Endian = Intel (little)
TAG Mark x002A = 0x002A
EXIF IFD0 @ Absolute 0x00000014
Dir Length = 0x000D
[Make ] = "samsung"
[Model ] = "SM-G930V"
[Orientation ] = 1 = Row 0: top, Col 0: left
[XResolution ] = 72/1
[YResolution ] = 72/1
[ResolutionUnit ] = Inch
[Software ] = "G930VVRU2APB5"
[DateTime ] = "2016:05:03 13:31:56"
[YCbCrPositioning ] = Centered
[ExifOffset ] = @ 0x00EE
[GPSOffset ] = @ 0x0200
Offset to Next IFD = 0x00000266
EXIF IFD1 @ Absolute 0x00000272
Dir Length = 0x0003
[ImageWidth ] = 0x[00000200] / 512
[ImageLength ] = 0x[00000180] / 384
Offset to Next IFD = 0x00000000
EXIF SubIFD @ Absolute 0x000000FA
Dir Length = 0x0011
[FNumber ] = F1.7
[ExposureProgram ] = Normal program
[ExifVersion ] = 02.20
[DateTimeOriginal ] = "2016:05:03 13:31:56"
[DateTimeDigitized ] = "2016:05:03 13:31:56"
[MaxApertureValue ] = 153/100
[MeteringMode ] = Average
[Flash ] = Flash did not fire
[FocalLength ] = 4 mm
[ColorSpace ] = sRGB
[ExifImageWidth ] = 0x[00000DF0] / 3568
[ExifImageHeight ] = 0x[00002BE0] / 11232
[ExposureMode ] = Auto exposure
[WhiteBalance ] = Auto white balance
[FocalLengthIn35mmFilm ] = 27
[SceneCaptureType ] = Landscape
[ImageUniqueID ] = "C"
EXIF GPSIFD @ Absolute 0x0000020C
Dir Length = 0x0004
[GPSLatitudeRef ] = "N"
[GPSLatitude ] = 45 deg 22' 39.000"
[GPSLongitudeRef ] = "W"
[GPSLongitude ] = 122 deg 24' 12.000"
*** Marker: APP0 (xFFE0) ***
OFFSET: 0x0000029C
Length = 16
Identifier = [JFIF]
version = [1.1]
density = 59 x 59 DPcm (dots per cm)
thumbnail = 0 x 0
*** Marker: COM (Comment) (xFFFE) ***
OFFSET: 0x000002AE
Comment length = 38
Comment=File written by Adobe Photoshop¨ 5.0
*** Marker: APP14 (xFFEE) ***
OFFSET: 0x000002D6
Length = 14
DCTEncodeVersion = 256
APP14Flags0 = 0
APP14Flags1 = 0
ColorTransform = 1 [YCbCr]
*** Marker: DQT (xFFDB) ***
Define a Quantization Table.
OFFSET: 0x000002E6
Table length = 67
----
Precision=8 bits
Destination ID=0 (Luminance)
DQT, Row #0: 1 1 1 1 2 3 4 5
DQT, Row #1: 1 1 1 2 2 5 5 4
DQT, Row #2: 1 1 1 2 3 5 6 4
DQT, Row #3: 1 1 2 2 4 7 6 5
DQT, Row #4: 1 2 3 4 5 9 8 6
DQT, Row #5: 2 3 4 5 6 8 9 7
DQT, Row #6: 4 5 6 7 8 10 10 8
DQT, Row #7: 6 7 8 8 9 8 8 8
Approx quality factor = 96.06 (scaling=7.87 variance=0.69)
*** Marker: DQT (xFFDB) ***
Define a Quantization Table.
OFFSET: 0x0000032B
Table length = 67
----
Precision=8 bits
Destination ID=1 (Chrominance)
DQT, Row #0: 1 1 2 4 8 8 8 8
DQT, Row #1: 1 2 2 5 8 8 8 8
DQT, Row #2: 2 2 4 8 8 8 8 8
DQT, Row #3: 4 5 8 8 8 8 8 8
DQT, Row #4: 8 8 8 8 8 8 8 8
DQT, Row #5: 8 8 8 8 8 8 8 8
DQT, Row #6: 8 8 8 8 8 8 8 8
DQT, Row #7: 8 8 8 8 8 8 8 8
Approx quality factor = 96.02 (scaling=7.97 variance=0.33)
*** Marker: SOF0 (Baseline DCT) (xFFC0) ***
OFFSET: 0x00000370
Frame header length = 17
Precision = 8
Number of Lines = 3568
Samples per Line = 11232
Image Size = 11232 x 3568
Raw Image Orientation = Landscape
Number of Img components = 3
Component[1]: ID=0x01, Samp Fac=0x22 (Subsamp 1 x 1), Quant Tbl Sel=0x00 (Lum: Y)
Component[2]: ID=0x02, Samp Fac=0x11 (Subsamp 2 x 2), Quant Tbl Sel=0x01 (Chrom: Cb)
Component[3]: ID=0x03, Samp Fac=0x11 (Subsamp 2 x 2), Quant Tbl Sel=0x01 (Chrom: Cr)
*** Marker: DHT (Define Huffman Table) (xFFC4) ***
OFFSET: 0x00000383
Huffman table length = 31
----
Destination ID = 0
Class = 0 (DC / Lossless Table)
Codes of length 01 bits (000 total):
Codes of length 02 bits (001 total): 00
Codes of length 03 bits (005 total): 01 02 03 04 05
Codes of length 04 bits (001 total): 06
Codes of length 05 bits (001 total): 07
Codes of length 06 bits (001 total): 08
Codes of length 07 bits (001 total): 09
Codes of length 08 bits (001 total): 0A
Codes of length 09 bits (001 total): 0B
Codes of length 10 bits (000 total):
Codes of length 11 bits (000 total):
Codes of length 12 bits (000 total):
Codes of length 13 bits (000 total):
Codes of length 14 bits (000 total):
Codes of length 15 bits (000 total):
Codes of length 16 bits (000 total):
Total number of codes: 012
Expanded Form of Codes:
Codes of length 02 bits:
00 = 00 (Total Len = 2)
Codes of length 03 bits:
010 = 01 (Total Len = 4)
011 = 02 (Total Len = 5)
100 = 03 (Total Len = 6)
101 = 04 (Total Len = 7)
110 = 05 (Total Len = 8)
Codes of length 04 bits:
1110 = 06 (Total Len = 10)
Codes of length 05 bits:
11110 = 07 (Total Len = 12)
Codes of length 06 bits:
111110 = 08 (Total Len = 14)
Codes of length 07 bits:
1111110 = 09 (Total Len = 16)
Codes of length 08 bits:
11111110 = 0A (Total Len = 18)
Codes of length 09 bits:
111111110 = 0B (Total Len = 20)
*** Marker: DHT (Define Huffman Table) (xFFC4) ***
OFFSET: 0x000003A4
Huffman table length = 181
----
Destination ID = 0
Class = 1 (AC Table)
Codes of length 01 bits (000 total):
Codes of length 02 bits (002 total): 01 02
Codes of length 03 bits (001 total): 03
Codes of length 04 bits (003 total): 00 04 11
Codes of length 05 bits (003 total): 05 12 21
Codes of length 06 bits (002 total): 31 41
Codes of length 07 bits (004 total): 06 13 51 61
Codes of length 08 bits (003 total): 07 22 71
Codes of length 09 bits (005 total): 14 32 81 91 A1
Codes of length 10 bits (005 total): 08 23 42 B1 C1
Codes of length 11 bits (004 total): 15 52 D1 F0
Codes of length 12 bits (004 total): 24 33 62 72
Codes of length 13 bits (000 total):
Codes of length 14 bits (000 total):
Codes of length 15 bits (001 total): 82
Codes of length 16 bits (125 total): 09 0A 16 17 18 19 1A 25 26 27 28 29 2A 34 35 36
37 38 39 3A 43 44 45 46 47 48 49 4A 53 54 55 56
57 58 59 5A 63 64 65 66 67 68 69 6A 73 74 75 76
77 78 79 7A 83 84 85 86 87 88 89 8A 92 93 94 95
96 97 98 99 9A A2 A3 A4 A5 A6 A7 A8 A9 AA B2 B3
B4 B5 B6 B7 B8 B9 BA C2 C3 C4 C5 C6 C7 C8 C9 CA
D2 D3 D4 D5 D6 D7 D8 D9 DA E1 E2 E3 E4 E5 E6 E7
E8 E9 EA F1 F2 F3 F4 F5 F6 F7 F8 F9 FA
Total number of codes: 162
Expanded Form of Codes:
Codes of length 02 bits:
00 = 01 (Total Len = 3)
01 = 02 (Total Len = 4)
Codes of length 03 bits:
100 = 03 (Total Len = 6)
Codes of length 04 bits:
1010 = 00 (EOB) (Total Len = 4)
1011 = 04 (Total Len = 8)
1100 = 11 (Total Len = 5)
Codes of length 05 bits:
11010 = 05 (Total Len = 10)
11011 = 12 (Total Len = 7)
11100 = 21 (Total Len = 6)
Codes of length 06 bits:
111010 = 31 (Total Len = 7)
111011 = 41 (Total Len = 7)
Codes of length 07 bits:
1111000 = 06 (Total Len = 13)
1111001 = 13 (Total Len = 10)
1111010 = 51 (Total Len = 8)
1111011 = 61 (Total Len = 8)
Codes of length 08 bits:
11111000 = 07 (Total Len = 15)
11111001 = 22 (Total Len = 10)
11111010 = 71 (Total Len = 9)
Codes of length 09 bits:
111110110 = 14 (Total Len = 13)
111110111 = 32 (Total Len = 11)
111111000 = 81 (Total Len = 10)
111111001 = 91 (Total Len = 10)
111111010 = A1 (Total Len = 10)
Codes of length 10 bits:
1111110110 = 08 (Total Len = 18)
1111110111 = 23 (Total Len = 13)
1111111000 = 42 (Total Len = 12)
1111111001 = B1 (Total Len = 11)
1111111010 = C1 (Total Len = 11)
Codes of length 11 bits:
11111110110 = 15 (Total Len = 16)
11111110111 = 52 (Total Len = 13)
11111111000 = D1 (Total Len = 12)
11111111001 = F0 (ZRL) (Total Len = 11)
Codes of length 12 bits:
111111110100 = 24 (Total Len = 16)
111111110101 = 33 (Total Len = 15)
111111110110 = 62 (Total Len = 14)
111111110111 = 72 (Total Len = 14)
Codes of length 15 bits:
111111111000000 = 82 (Total Len = 17)
Codes of length 16 bits:
1111111110000010 = 09 (Total Len = 25)
1111111110000011 = 0A (Total Len = 26)
1111111110000100 = 16 (Total Len = 22)
1111111110000101 = 17 (Total Len = 23)
1111111110000110 = 18 (Total Len = 24)
1111111110000111 = 19 (Total Len = 25)
1111111110001000 = 1A (Total Len = 26)
1111111110001001 = 25 (Total Len = 21)
1111111110001010 = 26 (Total Len = 22)
1111111110001011 = 27 (Total Len = 23)
1111111110001100 = 28 (Total Len = 24)
1111111110001101 = 29 (Total Len = 25)
1111111110001110 = 2A (Total Len = 26)
1111111110001111 = 34 (Total Len = 20)
1111111110010000 = 35 (Total Len = 21)
1111111110010001 = 36 (Total Len = 22)
1111111110010010 = 37 (Total Len = 23)
1111111110010011 = 38 (Total Len = 24)
1111111110010100 = 39 (Total Len = 25)
1111111110010101 = 3A (Total Len = 26)
1111111110010110 = 43 (Total Len = 19)
1111111110010111 = 44 (Total Len = 20)
1111111110011000 = 45 (Total Len = 21)
1111111110011001 = 46 (Total Len = 22)
1111111110011010 = 47 (Total Len = 23)
1111111110011011 = 48 (Total Len = 24)
1111111110011100 = 49 (Total Len = 25)
1111111110011101 = 4A (Total Len = 26)
1111111110011110 = 53 (Total Len = 19)
1111111110011111 = 54 (Total Len = 20)
1111111110100000 = 55 (Total Len = 21)
1111111110100001 = 56 (Total Len = 22)
1111111110100010 = 57 (Total Len = 23)
1111111110100011 = 58 (Total Len = 24)
1111111110100100 = 59 (Total Len = 25)
1111111110100101 = 5A (Total Len = 26)
1111111110100110 = 63 (Total Len = 19)
1111111110100111 = 64 (Total Len = 20)
1111111110101000 = 65 (Total Len = 21)
1111111110101001 = 66 (Total Len = 22)
1111111110101010 = 67 (Total Len = 23)
1111111110101011 = 68 (Total Len = 24)
1111111110101100 = 69 (Total Len = 25)
1111111110101101 = 6A (Total Len = 26)
1111111110101110 = 73 (Total Len = 19)
1111111110101111 = 74 (Total Len = 20)
1111111110110000 = 75 (Total Len = 21)
1111111110110001 = 76 (Total Len = 22)
1111111110110010 = 77 (Total Len = 23)
1111111110110011 = 78 (Total Len = 24)
1111111110110100 = 79 (Total Len = 25)
1111111110110101 = 7A (Total Len = 26)
1111111110110110 = 83 (Total Len = 19)
1111111110110111 = 84 (Total Len = 20)
1111111110111000 = 85 (Total Len = 21)
1111111110111001 = 86 (Total Len = 22)
1111111110111010 = 87 (Total Len = 23)
1111111110111011 = 88 (Total Len = 24)
1111111110111100 = 89 (Total Len = 25)
1111111110111101 = 8A (Total Len = 26)
1111111110111110 = 92 (Total Len = 18)
1111111110111111 = 93 (Total Len = 19)
1111111111000000 = 94 (Total Len = 20)
1111111111000001 = 95 (Total Len = 21)
1111111111000010 = 96 (Total Len = 22)
1111111111000011 = 97 (Total Len = 23)
1111111111000100 = 98 (Total Len = 24)
1111111111000101 = 99 (Total Len = 25)
1111111111000110 = 9A (Total Len = 26)
1111111111000111 = A2 (Total Len = 18)
1111111111001000 = A3 (Total Len = 19)
1111111111001001 = A4 (Total Len = 20)
1111111111001010 = A5 (Total Len = 21)
1111111111001011 = A6 (Total Len = 22)
1111111111001100 = A7 (Total Len = 23)
1111111111001101 = A8 (Total Len = 24)
1111111111001110 = A9 (Total Len = 25)
1111111111001111 = AA (Total Len = 26)
1111111111010000 = B2 (Total Len = 18)
1111111111010001 = B3 (Total Len = 19)
1111111111010010 = B4 (Total Len = 20)
1111111111010011 = B5 (Total Len = 21)
1111111111010100 = B6 (Total Len = 22)
1111111111010101 = B7 (Total Len = 23)
1111111111010110 = B8 (Total Len = 24)
1111111111010111 = B9 (Total Len = 25)
1111111111011000 = BA (Total Len = 26)
1111111111011001 = C2 (Total Len = 18)
1111111111011010 = C3 (Total Len = 19)
1111111111011011 = C4 (Total Len = 20)
1111111111011100 = C5 (Total Len = 21)
1111111111011101 = C6 (Total Len = 22)
1111111111011110 = C7 (Total Len = 23)
1111111111011111 = C8 (Total Len = 24)
1111111111100000 = C9 (Total Len = 25)
1111111111100001 = CA (Total Len = 26)
1111111111100010 = D2 (Total Len = 18)
1111111111100011 = D3 (Total Len = 19)
1111111111100100 = D4 (Total Len = 20)
1111111111100101 = D5 (Total Len = 21)
1111111111100110 = D6 (Total Len = 22)
1111111111100111 = D7 (Total Len = 23)
1111111111101000 = D8 (Total Len = 24)
1111111111101001 = D9 (Total Len = 25)
1111111111101010 = DA (Total Len = 26)
1111111111101011 = E1 (Total Len = 17)
1111111111101100 = E2 (Total Len = 18)
1111111111101101 = E3 (Total Len = 19)
1111111111101110 = E4 (Total Len = 20)
1111111111101111 = E5 (Total Len = 21)
1111111111110000 = E6 (Total Len = 22)
1111111111110001 = E7 (Total Len = 23)
1111111111110010 = E8 (Total Len = 24)
1111111111110011 = E9 (Total Len = 25)
1111111111110100 = EA (Total Len = 26)
1111111111110101 = F1 (Total Len = 17)
1111111111110110 = F2 (Total Len = 18)
1111111111110111 = F3 (Total Len = 19)
1111111111111000 = F4 (Total Len = 20)
1111111111111001 = F5 (Total Len = 21)
1111111111111010 = F6 (Total Len = 22)
1111111111111011 = F7 (Total Len = 23)
1111111111111100 = F8 (Total Len = 24)
1111111111111101 = F9 (Total Len = 25)
1111111111111110 = FA (Total Len = 26)
*** Marker: DHT (Define Huffman Table) (xFFC4) ***
OFFSET: 0x0000045B
Huffman table length = 31
----
Destination ID = 1
Class = 0 (DC / Lossless Table)
Codes of length 01 bits (000 total):
Codes of length 02 bits (003 total): 00 01 02
Codes of length 03 bits (001 total): 03
Codes of length 04 bits (001 total): 04
Codes of length 05 bits (001 total): 05
Codes of length 06 bits (001 total): 06
Codes of length 07 bits (001 total): 07
Codes of length 08 bits (001 total): 08
Codes of length 09 bits (001 total): 09
Codes of length 10 bits (001 total): 0A
Codes of length 11 bits (001 total): 0B
Codes of length 12 bits (000 total):
Codes of length 13 bits (000 total):
Codes of length 14 bits (000 total):
Codes of length 15 bits (000 total):
Codes of length 16 bits (000 total):
Total number of codes: 012
Expanded Form of Codes:
Codes of length 02 bits:
00 = 00 (Total Len = 2)
01 = 01 (Total Len = 3)
10 = 02 (Total Len = 4)
Codes of length 03 bits:
110 = 03 (Total Len = 6)
Codes of length 04 bits:
1110 = 04 (Total Len = 8)
Codes of length 05 bits:
11110 = 05 (Total Len = 10)
Codes of length 06 bits:
111110 = 06 (Total Len = 12)
Codes of length 07 bits:
1111110 = 07 (Total Len = 14)
Codes of length 08 bits:
11111110 = 08 (Total Len = 16)
Codes of length 09 bits:
111111110 = 09 (Total Len = 18)
Codes of length 10 bits:
1111111110 = 0A (Total Len = 20)
Codes of length 11 bits:
11111111110 = 0B (Total Len = 22)
*** Marker: DHT (Define Huffman Table) (xFFC4) ***
OFFSET: 0x0000047C
Huffman table length = 181
----
Destination ID = 1
Class = 1 (AC Table)
Codes of length 01 bits (000 total):
Codes of length 02 bits (002 total): 00 01
Codes of length 03 bits (001 total): 02
Codes of length 04 bits (002 total): 03 11
Codes of length 05 bits (004 total): 04 05 21 31
Codes of length 06 bits (004 total): 06 12 41 51
Codes of length 07 bits (003 total): 07 61 71
Codes of length 08 bits (004 total): 13 22 32 81
Codes of length 09 bits (007 total): 08 14 42 91 A1 B1 C1
Codes of length 10 bits (005 total): 09 23 33 52 F0
Codes of length 11 bits (004 total): 15 62 72 D1
Codes of length 12 bits (004 total): 0A 16 24 34
Codes of length 13 bits (000 total):
Codes of length 14 bits (001 total): E1
Codes of length 15 bits (002 total): 25 F1
Codes of length 16 bits (119 total): 17 18 19 1A 26 27 28 29 2A 35 36 37 38 39 3A 43
44 45 46 47 48 49 4A 53 54 55 56 57 58 59 5A 63
64 65 66 67 68 69 6A 73 74 75 76 77 78 79 7A 82
83 84 85 86 87 88 89 8A 92 93 94 95 96 97 98 99
9A A2 A3 A4 A5 A6 A7 A8 A9 AA B2 B3 B4 B5 B6 B7
B8 B9 BA C2 C3 C4 C5 C6 C7 C8 C9 CA D2 D3 D4 D5
D6 D7 D8 D9 DA E2 E3 E4 E5 E6 E7 E8 E9 EA F2 F3
F4 F5 F6 F7 F8 F9 FA
Total number of codes: 162
Expanded Form of Codes:
Codes of length 02 bits:
00 = 00 (EOB) (Total Len = 2)
01 = 01 (Total Len = 3)
Codes of length 03 bits:
100 = 02 (Total Len = 5)
Codes of length 04 bits:
1010 = 03 (Total Len = 7)
1011 = 11 (Total Len = 5)
Codes of length 05 bits:
11000 = 04 (Total Len = 9)
11001 = 05 (Total Len = 10)
11010 = 21 (Total Len = 6)
11011 = 31 (Total Len = 6)
Codes of length 06 bits:
111000 = 06 (Total Len = 12)
111001 = 12 (Total Len = 8)
111010 = 41 (Total Len = 7)
111011 = 51 (Total Len = 7)
Codes of length 07 bits:
1111000 = 07 (Total Len = 14)
1111001 = 61 (Total Len = 8)
1111010 = 71 (Total Len = 8)
Codes of length 08 bits:
11110110 = 13 (Total Len = 11)
11110111 = 22 (Total Len = 10)
11111000 = 32 (Total Len = 10)
11111001 = 81 (Total Len = 9)
Codes of length 09 bits:
111110100 = 08 (Total Len = 17)
111110101 = 14 (Total Len = 13)
111110110 = 42 (Total Len = 11)
111110111 = 91 (Total Len = 10)
111111000 = A1 (Total Len = 10)
111111001 = B1 (Total Len = 10)
111111010 = C1 (Total Len = 10)
Codes of length 10 bits:
1111110110 = 09 (Total Len = 19)
1111110111 = 23 (Total Len = 13)
1111111000 = 33 (Total Len = 13)
1111111001 = 52 (Total Len = 12)
1111111010 = F0 (ZRL) (Total Len = 10)
Codes of length 11 bits:
11111110110 = 15 (Total Len = 16)
11111110111 = 62 (Total Len = 13)
11111111000 = 72 (Total Len = 13)
11111111001 = D1 (Total Len = 12)
Codes of length 12 bits:
111111110100 = 0A (Total Len = 22)
111111110101 = 16 (Total Len = 18)
111111110110 = 24 (Total Len = 16)
111111110111 = 34 (Total Len = 16)
Codes of length 14 bits:
11111111100000 = E1 (Total Len = 15)
Codes of length 15 bits:
111111111000010 = 25 (Total Len = 20)
111111111000011 = F1 (Total Len = 16)
Codes of length 16 bits:
1111111110001000 = 17 (Total Len = 23)
1111111110001001 = 18 (Total Len = 24)
1111111110001010 = 19 (Total Len = 25)
1111111110001011 = 1A (Total Len = 26)
1111111110001100 = 26 (Total Len = 22)
1111111110001101 = 27 (Total Len = 23)
1111111110001110 = 28 (Total Len = 24)
1111111110001111 = 29 (Total Len = 25)
1111111110010000 = 2A (Total Len = 26)
1111111110010001 = 35 (Total Len = 21)
1111111110010010 = 36 (Total Len = 22)
1111111110010011 = 37 (Total Len = 23)
1111111110010100 = 38 (Total Len = 24)
1111111110010101 = 39 (Total Len = 25)
1111111110010110 = 3A (Total Len = 26)
1111111110010111 = 43 (Total Len = 19)
1111111110011000 = 44 (Total Len = 20)
1111111110011001 = 45 (Total Len = 21)
1111111110011010 = 46 (Total Len = 22)
1111111110011011 = 47 (Total Len = 23)
1111111110011100 = 48 (Total Len = 24)
1111111110011101 = 49 (Total Len = 25)
1111111110011110 = 4A (Total Len = 26)
1111111110011111 = 53 (Total Len = 19)
1111111110100000 = 54 (Total Len = 20)
1111111110100001 = 55 (Total Len = 21)
1111111110100010 = 56 (Total Len = 22)
1111111110100011 = 57 (Total Len = 23)
1111111110100100 = 58 (Total Len = 24)
1111111110100101 = 59 (Total Len = 25)
1111111110100110 = 5A (Total Len = 26)
1111111110100111 = 63 (Total Len = 19)
1111111110101000 = 64 (Total Len = 20)
1111111110101001 = 65 (Total Len = 21)
1111111110101010 = 66 (Total Len = 22)
1111111110101011 = 67 (Total Len = 23)
1111111110101100 = 68 (Total Len = 24)
1111111110101101 = 69 (Total Len = 25)
1111111110101110 = 6A (Total Len = 26)
1111111110101111 = 73 (Total Len = 19)
1111111110110000 = 74 (Total Len = 20)
1111111110110001 = 75 (Total Len = 21)
1111111110110010 = 76 (Total Len = 22)
1111111110110011 = 77 (Total Len = 23)
1111111110110100 = 78 (Total Len = 24)
1111111110110101 = 79 (Total Len = 25)
1111111110110110 = 7A (Total Len = 26)
1111111110110111 = 82 (Total Len = 18)
1111111110111000 = 83 (Total Len = 19)
1111111110111001 = 84 (Total Len = 20)
1111111110111010 = 85 (Total Len = 21)
1111111110111011 = 86 (Total Len = 22)
1111111110111100 = 87 (Total Len = 23)
1111111110111101 = 88 (Total Len = 24)
1111111110111110 = 89 (Total Len = 25)
1111111110111111 = 8A (Total Len = 26)
1111111111000000 = 92 (Total Len = 18)
1111111111000001 = 93 (Total Len = 19)
1111111111000010 = 94 (Total Len = 20)
1111111111000011 = 95 (Total Len = 21)
1111111111000100 = 96 (Total Len = 22)
1111111111000101 = 97 (Total Len = 23)
1111111111000110 = 98 (Total Len = 24)
1111111111000111 = 99 (Total Len = 25)
1111111111001000 = 9A (Total Len = 26)
1111111111001001 = A2 (Total Len = 18)
1111111111001010 = A3 (Total Len = 19)
1111111111001011 = A4 (Total Len = 20)
1111111111001100 = A5 (Total Len = 21)
1111111111001101 = A6 (Total Len = 22)
1111111111001110 = A7 (Total Len = 23)
1111111111001111 = A8 (Total Len = 24)
1111111111010000 = A9 (Total Len = 25)
1111111111010001 = AA (Total Len = 26)
1111111111010010 = B2 (Total Len = 18)
1111111111010011 = B3 (Total Len = 19)
1111111111010100 = B4 (Total Len = 20)
1111111111010101 = B5 (Total Len = 21)
1111111111010110 = B6 (Total Len = 22)
1111111111010111 = B7 (Total Len = 23)
1111111111011000 = B8 (Total Len = 24)
1111111111011001 = B9 (Total Len = 25)
1111111111011010 = BA (Total Len = 26)
1111111111011011 = C2 (Total Len = 18)
1111111111011100 = C3 (Total Len = 19)
1111111111011101 = C4 (Total Len = 20)
1111111111011110 = C5 (Total Len = 21)
1111111111011111 = C6 (Total Len = 22)
1111111111100000 = C7 (Total Len = 23)
1111111111100001 = C8 (Total Len = 24)
1111111111100010 = C9 (Total Len = 25)
1111111111100011 = CA (Total Len = 26)
1111111111100100 = D2 (Total Len = 18)
1111111111100101 = D3 (Total Len = 19)
1111111111100110 = D4 (Total Len = 20)
1111111111100111 = D5 (Total Len = 21)
1111111111101000 = D6 (Total Len = 22)
1111111111101001 = D7 (Total Len = 23)
1111111111101010 = D8 (Total Len = 24)
1111111111101011 = D9 (Total Len = 25)
1111111111101100 = DA (Total Len = 26)
1111111111101101 = E2 (Total Len = 18)
1111111111101110 = E3 (Total Len = 19)
1111111111101111 = E4 (Total Len = 20)
1111111111110000 = E5 (Total Len = 21)
1111111111110001 = E6 (Total Len = 22)
1111111111110010 = E7 (Total Len = 23)
1111111111110011 = E8 (Total Len = 24)
1111111111110100 = E9 (Total Len = 25)
1111111111110101 = EA (Total Len = 26)
1111111111110110 = F2 (Total Len = 18)
1111111111110111 = F3 (Total Len = 19)
1111111111111000 = F4 (Total Len = 20)
1111111111111001 = F5 (Total Len = 21)
1111111111111010 = F6 (Total Len = 22)
1111111111111011 = F7 (Total Len = 23)
1111111111111100 = F8 (Total Len = 24)
1111111111111101 = F9 (Total Len = 25)
1111111111111110 = FA (Total Len = 26)
*** Marker: DRI (Restart Interval) (xFFDD) ***
OFFSET: 0x00000533
Length = 4
interval = 702
*** Marker: SOS (Start of Scan) (xFFDA) ***
OFFSET: 0x00000539
Scan header length = 12
Number of img components = 3
Component[1]: selector=0x01, table=0(DC),0(AC)
Component[2]: selector=0x02, table=1(DC),1(AC)
Component[3]: selector=0x03, table=1(DC),1(AC)
Spectral selection = 0 .. 0
Successive approximation = 0x00
Scan Data: (after bitstuff removed)
fd b7 69 04 81 dc 46 40 c8 04 7a 52 01 92 ed 23 01 cf e1 f9 54 88 c4 84 2d cb 1e fd 06 29 89 16
ed f9 f3 3c c1 d0 e4 10 2b fa ce 32 b2 3f 1b 94 93 d8 ac e5 8c 88 4e d2 3a 80 a3 b5 39 0f cc 4a
64 26 79 07 8c 1a 74 88 d1 33 82 39 23 82 29 21 5d e4 a6 1d b3 9e 47 51 ef 55 cd a5 cc c9 44 20
0d a5 90 1c 83 8e b5 0c ca 32 30 58 49 9c 37 18 fc 31 56 06 48 c3 93 f5 f5 14 93 13 fb a2 a0 6e
3f 91 a1 49 01 49 a2 66 2e ff 75 80 03 03 a5 46 21 20 2b b2 46 d1 f7 f5 15 67 cb 76 de 46 58 85
c9 2b fc e9 ad 1e e8 bc a9 19 d0 75 dc b5 68 4d 5c cd 78 f7 65 4a 28 18 ce 7d 2a 29 22 db 95 7c
1c 71 82 b5 71 e3 3b 55 dd 86 41 db f5 f7 a0 33 06 67 90 97 1c 0e 7d 31 d2 b6 52 46 2d 19 04 32
b1 00 89 0f 50 0d 59 51 bf 8c 94 04 76 fe 55 64 26 10 ee 8b 39 27 68 c5 56 f2 e4 5e eb bb 39 e7
ad 55 cc 64 b5 2b fd 9f 07 6c 6c 8f d4 e3 b9 14 c1 1e c1 28 c3 2a f0 78 f4 ab f1 c6 b1 ee 39 00
90 33 e8 7d ea 10 49 ce 49 3f 2e 38 15 51 95 84 e2 d1 52 40 1c b7 32 ee c6 06 7a 67 fc 6a b9 6c
3a 82 ac 85 7a b7 b7 35 79 a2 0c a5 46 e3 c6 70 4f f2 35 1a 44 1a 31 86 c8 65 0c 09 f4 ad 39 d1
32 8f 73 3d a0 3b a4 c8 25 40 dd d4 64 d3 b0 82 12 01 da c0 f0 4f f3 ab 6c 98 72 3c c5 07 3d fb
0a 70 48 ce ec 06 03 18 e3 d2 8e 74 4f 22 28 b1 2e 48 05 49 29 c7 38 cf e3 55 8f cb c0 2c a4 8e
38 ce 3e b5 aa 90 96 2c a4 2f 97 8e 4a e0 93 fe 7d 2a 29 11 04 8e 33 b4 11 d3 a1 6a 14 d0 d2 b1
4d 62 62 44 67 72 a8 18 04 9e b5 61 18 b1 65 1f 34 78 c6 3d 05 2a c6 43 fc c1 59 3d 73 4e 8d 51
25 65 75 24 81 8c 8c e3 15 43 2b bd bb 00 c5 48 7c 91 8c 9c ff fa 85 46 56 4c ae e5 28 58 e0 1e
c2 b4 98 a0 2b 8d a6 41 e9 e9 ef 55 e7 3b bc b0 76 06 ea 0e 71 c5 04 4a 05 67 41 c7 75 1c b1 3c
63 fc f3 4d 04 46 d1 92 49 0b f3 7c a6 ac 30 f9 0a 38 eb ce 33 91 8c 7f 3a 60 8b 85 61 bc 20 e3
93 41 9b 8b 1a e4 3b 2c 81 b7 31 01 88 03 07 15 12 6c 2c db 5d d4 fd e3 93 d7 da 9c 63 61 97 fb
b8 c6 3b 7c be f4 80 c6 af e6 43 86 27 bf 40 2a 94 ac 22 c4 9b 15 41 2c c4 b7 40 3b d5 76 2a ce
WARNING: Dump truncated.
*** Decoding SCAN Data ***
OFFSET: 0x00000547
Scan Decode Mode: Full IDCT (AC + DC)
*** NOTE: YCC Clipped. MCU=( 360, 0) YCC=( -1, 130, 121) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 370, 0) YCC=( -1, 124, 127) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 374, 0) YCC=( -1, 143, 124) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 352, 0) YCC=( -3, 158, 111) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 358, 0) YCC=( -1, 129, 125) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 361, 0) YCC=( -1, 134, 122) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 373, 0) YCC=( -1, 126, 125) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 374, 0) YCC=( -1, 129, 124) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 356, 0) YCC=( -3, 131, 124) Y Underflow @ Offset 0x010FD363.6
*** NOTE: YCC Clipped. MCU=( 370, 0) YCC=( -3, 124, 127) Y Underflow @ Offset 0x010FD363.6
Only reported first 10 instances of this message...
Compression stats:
Compression Ratio: 1222.44:1
Bits per pixel: 0.02:1
Huffman code histogram stats:
Huffman Table: (Dest ID: 0, Class: DC)
# codes of length 01 bits: 0 ( 0%)
# codes of length 02 bits: 24601 ( 4%)
# codes of length 03 bits: 311336 ( 50%)
# codes of length 04 bits: 68705 ( 11%)
# codes of length 05 bits: 84745 ( 14%)
# codes of length 06 bits: 80803 ( 13%)
# codes of length 07 bits: 44708 ( 7%)
# codes of length 08 bits: 10897 ( 2%)
# codes of length 09 bits: 389 ( 0%)
# codes of length 10 bits: 0 ( 0%)
# codes of length 11 bits: 0 ( 0%)
# codes of length 12 bits: 0 ( 0%)
# codes of length 13 bits: 0 ( 0%)
# codes of length 14 bits: 0 ( 0%)
# codes of length 15 bits: 0 ( 0%)
# codes of length 16 bits: 0 ( 0%)
Huffman Table: (Dest ID: 1, Class: DC)
# codes of length 01 bits: 0 ( 0%)
# codes of length 02 bits: 174247 ( 56%)
# codes of length 03 bits: 55016 ( 18%)
# codes of length 04 bits: 35466 ( 11%)
# codes of length 05 bits: 25795 ( 8%)
# codes of length 06 bits: 15161 ( 5%)
# codes of length 07 bits: 6241 ( 2%)
# codes of length 08 bits: 1152 ( 0%)
# codes of length 09 bits: 14 ( 0%)
# codes of length 10 bits: 0 ( 0%)
# codes of length 11 bits: 0 ( 0%)
# codes of length 12 bits: 0 ( 0%)
# codes of length 13 bits: 0 ( 0%)
# codes of length 14 bits: 0 ( 0%)
# codes of length 15 bits: 0 ( 0%)
# codes of length 16 bits: 0 ( 0%)
Huffman Table: (Dest ID: 0, Class: AC)
# codes of length 01 bits: 0 ( 0%)
# codes of length 02 bits: 8407301 ( 41%)
# codes of length 03 bits: 2406154 ( 12%)
# codes of length 04 bits: 3678287 ( 18%)
# codes of length 05 bits: 2540766 ( 13%)
# codes of length 06 bits: 431107 ( 2%)
# codes of length 07 bits: 1476286 ( 7%)
# codes of length 08 bits: 838313 ( 4%)
# codes of length 09 bits: 138825 ( 1%)
# codes of length 10 bits: 256469 ( 1%)
# codes of length 11 bits: 37265 ( 0%)
# codes of length 12 bits: 10552 ( 0%)
# codes of length 13 bits: 0 ( 0%)
# codes of length 14 bits: 0 ( 0%)
# codes of length 15 bits: 315 ( 0%)
# codes of length 16 bits: 45040 ( 0%)
Huffman Table: (Dest ID: 1, Class: AC)
# codes of length 01 bits: 0 ( 0%)
# codes of length 02 bits: 644515 ( 50%)
# codes of length 03 bits: 202639 ( 16%)
# codes of length 04 bits: 204259 ( 16%)
# codes of length 05 bits: 147242 ( 11%)
# codes of length 06 bits: 60851 ( 5%)
# codes of length 07 bits: 7161 ( 1%)
# codes of length 08 bits: 15576 ( 1%)
# codes of length 09 bits: 6714 ( 1%)
# codes of length 10 bits: 2094 ( 0%)
# codes of length 11 bits: 1229 ( 0%)
# codes of length 12 bits: 182 ( 0%)
# codes of length 13 bits: 0 ( 0%)
# codes of length 14 bits: 468 ( 0%)
# codes of length 15 bits: 251 ( 0%)
# codes of length 16 bits: 34 ( 0%)
YCC clipping in DC:
Y component: [<0= 10] [>255= 0]
Cb component: [<0= 0] [>255= 0]
Cr component: [<0= 0] [>255= 0]
YCC histogram in DC (DCT sums : pre-ranged:
Y component histo: [min=-1084 max= 1061 avg= -0.6]
Cb component histo: [min= -625 max= 290 avg= -3.8]
Cr component histo: [min= -198 max= 394 avg= -27.2]
YCC histogram in DC:
Y component histo: [min= -7 max= 260 avg= 20.3]
Cb component histo: [min= 0 max= 164 avg= 20.0]
Cr component histo: [min= 0 max= 177 avg= 17.1]
RGB histogram in DC (before clip):
R component histo: [min= -30 max= 280 avg= 14.6]
G component histo: [min= -11 max= 269 avg= 22.8]
B component histo: [min= -97 max= 283 avg= 18.5]
RGB clipping in DC:
R component: [<0=582211] [>255= 5450]
G component: [<0=30769] [>255= 3754]
B component: [<0=2534710] [>255=186337]
RGB histogram in DC (after clip):
R component histo: [min= 0 max= 255 avg= 14.7]
G component histo: [min= 0 max= 255 avg= 22.8]
B component histo: [min= 0 max= 255 avg= 19.2]
Average Pixel Luminance (Y):
Y=[ 20] (range: 0..255)
Brightest Pixel Search:
YCC=[ 1061, 102, -32] RGB=[249,253,255] @ MCU[ 40, 57]
Finished Decoding SCAN Data
Number of RESTART markers decoded: 222
Next position in scan buffer: Offset 0x010FD363.6
*** Skipped 1 marker pad bytes ***
*** Marker: ??? (Unknown) (xFF38) ***
OFFSET: 0x010FD3B4
WARNING: Unknown marker [0xFF38]
Stopping decode
Use [Img Search Fwd/Rev] to locate other valid embedded JPEGs
*** Searching Compression Signatures ***
Signature: 0124512C758C4EA7689FD76F2327664F
Signature (Rotated): 01943EFC55D71F0B8BD5172B58D4D1E6
File Offset: 0 bytes
Chroma subsampling: 2x2
EXIF Make/Model: OK [samsung] [SM-G930V]
EXIF Makernotes: NONE
EXIF Software: OK [G930VVRU2APB5]
Searching Compression Signatures: (3347 built-in, 0 user(*) )
EXIF.Make / Software EXIF.Model Quality Subsamp Match?
------------------------- ----------------------------------- ---------------- --------------
CAM:[Konica Minolta Camera, In] [DiMAGE Z2 ] [ ] No
CAM:[Minolta Co., Ltd. ] [DiMAGE F100 ] [ ] No
CAM:[NIKON ] [E2500 ] [FINE ] No
CAM:[NIKON ] [E5400 ] [FINE ] No
CAM:[NIKON ] [E5700 ] [FINE ] No
CAM:[NIKON ] [E775 ] [FINE ] No
CAM:[NIKON ] [E775 ] [FINE ] No
CAM:[OLYMPUS CORPORATION ] [C8080WZ ] [ ] No
CAM:[SAMSUNG TECHWIN ] [Pro 815 ] [ ] No
CAM:[SAMSUNG TECHWIN ] [VLUU NV 7, NV 7 ] [ ] No
CAM:[SAMSUNG TECHWIN ] [VLUU NV10, NV10 ] [ ] No
CAM:[SONY ] [CYBERSHOT ] [ ] No
CAM:[SONY ] [DSC-F828 ] [ ] No
CAM:[SONY ] [DSC-F88 ] [ ] No
CAM:[SONY ] [DSC-H1 ] [ ] No
CAM:[SONY ] [DSC-H2 ] [ ] No
CAM:[SONY ] [DSC-H5 ] [ ] No
CAM:[SONY ] [DSC-H7 ] [ ] No
CAM:[SONY ] [DSC-H9 ] [ ] No
CAM:[SONY ] [DSC-L1 ] [ ] No
CAM:[SONY ] [DSC-P150 ] [ ] No
CAM:[SONY ] [DSC-P200 ] [ ] No
CAM:[SONY ] [DSC-R1 ] [ ] No
CAM:[SONY ] [DSC-S90 ] [ ] No
CAM:[SONY ] [DSC-V1 ] [ ] No
CAM:[SONY ] [DSC-W7 ] [ ] No
CAM:[SONY ] [SONY ] [ ] No
SW :[Digital Photo Professiona] [08 ]
SW :[IJG Library ] [096 ]
The following IJG-based editors also match this signature:
SW :[GIMP ] [096 ]
SW :[IrfanView ] [096 ]
SW :[idImager ] [096 ]
SW :[FastStone Image Viewer ] [096 ]
SW :[NeatImage ] [096 ]
SW :[Paint.NET ] [096 ]
SW :[Photomatix ] [096 ]
SW :[XnView ] [096 ]
NOTE: JFIF COMMENT field is known software
Based on the analysis of compression characteristics and EXIF metadata:
ASSESSMENT: Class 1 - Image is processed/edited
*** Additional Info ***
NOTE: Data exists after EOF, range: 0x00000000-0x02FD4343 (50152259 bytes)Code: Select all
JPEGsnoop 1.7.5 by Calvin Hass
http://www.impulseadventure.com/photo/
-------------------------------------
Filename: [X:\Test\20160503_133157.jpg]
Filesize: [50152259] Bytes
Start Offset: 0x0221D020
*** Marker: SOI (xFFD8) ***
OFFSET: 0x0221D020
*** Marker: EXP (Expand Reference Components) (xFFDF) ***
OFFSET: 0x0221D022
Header length = 59740
Expand horizontally = 3
Expand vertically = 5
ERROR: Expand horizontally <Eh> value too large (Actual = 3, Expected <= 1)
WARNING: Forcing value to [0]
Resuming decode
ERROR: Expand vertically <Ev> value too large (Actual = 5, Expected <= 1)
WARNING: Forcing value to [0]
Resuming decode
WARNING: Marker length longer than expected
Skipping remainder [59736 bytes]
ERROR: Expected marker 0xFF, got 0xEC @ offset 0x0222B980. Consider using [Tools->Img Search Fwd/Rev].
*** Exporting JPEG ***
Exporting from: [X:\Test\20160503_133157.jpg]
ERROR: Missing marker: EOI
Aborting export. Consider enabling [Force EOI] or [Ignore Missing EOI] option-
RobinBaker
- Posts: 2
- Joined: Wed May 04, 2016 5:07 pm
Re: File can't be loaded! error with panoramic JPG
Checking the "Ignore read errors" Check Box under File > Format Settings did the trick.
Not sure why Samsung doesn't create a clean file. At least now I don't have to use a 2nd JPG viewer to work with photos from my smartphone.
I'm trying to preserve metadata, in particular the GPS Location Settings. Exporting to JPG, as well as using "Save as" strips the GPS information, even though I've specified "Keep EXIF" in the Format Settings. But that's another issue.
Thanks for your help!
Not sure why Samsung doesn't create a clean file. At least now I don't have to use a 2nd JPG viewer to work with photos from my smartphone.
I'm trying to preserve metadata, in particular the GPS Location Settings. Exporting to JPG, as well as using "Save as" strips the GPS information, even though I've specified "Keep EXIF" in the Format Settings. But that's another issue.
Thanks for your help!
Re: File can't be loaded! error with panoramic JPG
The JPEG comment in 20160503_133157.jpg says: “File written by Adobe Photoshop¨ 5.0”.RobinBaker wrote:Not sure why Samsung doesn't create a clean file. At least now I don't have to use a 2nd JPG viewer to work with photos from my smartphone.
Could it be that it was corrupted during processing?
Although I activated Keep EXIF etc. (File » Format settings… » Write) and deactivated Remove all metadata (File » Export… » JPEG), the original's EXIF data (including its GPS tags) wasn't preserved.RobinBaker wrote:I'm trying to preserve metadata, in particular the GPS Location Settings. Exporting to JPG, as well as using "Save as" strips the GPS information, even though I've specified "Keep EXIF" in the Format Settings.
Re: File can't be loaded! error with panoramic JPG
I also have problems opening panorama images made with a Samsung Galaxy S7.
It works when checking the "Ignore read errors" option, however, the image is then rendered upside down.
This might be a problem reading the corrupted EXIF rotation data?
I can provide more example images if needed.
Edit: Both the new Windows 10 "Microsoft Photos" app as well as the old-style Windows picture viewer, Paint and paint.net can open the panorama image without problems.
Edit 2: Found some information here: https://forums.adobe.com/thread/2131432
It works when checking the "Ignore read errors" option, however, the image is then rendered upside down.
This might be a problem reading the corrupted EXIF rotation data?
This information is written by the phone itself. The image has not been processed with Photoshop.XnTriq wrote:RobinBaker wrote:The JPEG comment in 20160503_133157.jpg says: “File written by Adobe Photoshop¨ 5.0”.
Could it be that it was corrupted during processing?
I can provide more example images if needed.
Edit: Both the new Windows 10 "Microsoft Photos" app as well as the old-style Windows picture viewer, Paint and paint.net can open the panorama image without problems.
Edit 2: Found some information here: https://forums.adobe.com/thread/2131432
Re: File can't be loaded! error with panoramic JPG
please send me a sample file?kroimon wrote: I can provide more example images if needed.
Pierre.
Re: File can't be loaded! error with panoramic JPG
@xnview:
There is a sample file in the first post that you can download from Dropbox (No Account required). If you are interested in additional ones just let me know.
I have analyzed the panoramic jpg files created with the Samsung Galaxy S7 camera app and have found out that they are missing the EOI (End of Image) marker. Instead the image content is directly followed by a Samsung specific trailer that contains additional information such as a Unix timestamp or the MP4 recording of the panorama.
As such I wrote a simple python script that analyzes the jpg file and tries to determine the location of the Samsung trailer and then detect if the EOI marker is missing. If it is, the marker is injected and a new file written (<filename>_pano.jpg). The script also allows to dump the Samsung specific data from the jpg file.
The script is on the following GitHub Gist https://gist.github.com/bcyrill/e59fda6 ... 990804b269.
To dump the trailer use the following syntax: "python fix_eoi.py file.jpg dump"
There is a sample file in the first post that you can download from Dropbox (No Account required). If you are interested in additional ones just let me know.
I have analyzed the panoramic jpg files created with the Samsung Galaxy S7 camera app and have found out that they are missing the EOI (End of Image) marker. Instead the image content is directly followed by a Samsung specific trailer that contains additional information such as a Unix timestamp or the MP4 recording of the panorama.
As such I wrote a simple python script that analyzes the jpg file and tries to determine the location of the Samsung trailer and then detect if the EOI marker is missing. If it is, the marker is injected and a new file written (<filename>_pano.jpg). The script also allows to dump the Samsung specific data from the jpg file.
The script is on the following GitHub Gist https://gist.github.com/bcyrill/e59fda6 ... 990804b269.
To dump the trailer use the following syntax: "python fix_eoi.py file.jpg dump"
Re: File can't be loaded! error with panoramic JPG
bcyrill wrote:The script is on the following GitHub Gist https://gist.github.com/bcyrill/e59fda6 ... 990804b269.
Thanks for sharing, bcyrill !- The Hitchhiker’s Guide to Python: Properly Installing Python
Re: File can't be loaded! error with panoramic JPG
@bcyrill,
The issue is not consistent, nor is the fix you provided, unfortunately. From 17 panoramas recently taken with a Samsung S7 (Edge), 5 of them are correct, no error and EXIF data visible.
For the other 12, trying your script doesn't work, it returns error :
File "C:\Users\Daniel\Downloads\fix_eoi.py", line 97
print "No Panorama info found"
^
SyntaxError: invalid syntax
I tried also to use exiftool -tagsFromFile but most of the EXIF data is gone as a result. I tried also something similar with jhead and result is not better.
I can send samples if you like
The issue is not consistent, nor is the fix you provided, unfortunately. From 17 panoramas recently taken with a Samsung S7 (Edge), 5 of them are correct, no error and EXIF data visible.
For the other 12, trying your script doesn't work, it returns error :
File "C:\Users\Daniel\Downloads\fix_eoi.py", line 97
print "No Panorama info found"
^
SyntaxError: invalid syntax
I tried also to use exiftool -tagsFromFile but most of the EXIF data is gone as a result. I tried also something similar with jhead and result is not better.
I can send samples if you like
Daniel, happy user to manage photo and videos and show them in slideshows for 20 years (Windows 11, Linux Ubuntu and Android)