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It is possible to perform Able Batch Image Converter commands
from the command line.
Command line string:
ablebatchconverter.exe
/inputfile=inputfilename
/outputfile=outputfilename
/options
Where are:
1) inputfilename - full
path to input file(s) (e.g /inputfile="e:\temp\test.pdf" or
/inputfile="e:\temp\*.pdf")
You can use /withoutsubfolders parameter. (e.g
/inputfile="e:\temp\*.tif" /withoutsubfolders)
2) outputfilename - full
path to output file(s) (e.g. /outputfile="c:\temp\test1.jpg"
or /outputfile="c:\temp\*.jpg")
3) Available
options:
/print
Actions:
/actlist
/resize, /dpi, /color, /changecolor, /deskewing, /autocrop, /autocrop2
/prefix, /suffix, /text, /rotate , /deskewingfine
Output format settings:
/tiff, /jpeg, /gif,
/pdfpapersize
Service settings:
/foldertree, /pages,
/overwrite,
/notoverwrite,
/hide, /deleteorig, /savemultipage
Example:
ablebatchconverter.exe
/inputfile="e:\temp\test.pdf"
/outputfile="c:\temp\test1.jpg"
Convert file: 'e:\temp\test.pdf' to 'c:\temp\test1.jpg'
Actions list loading: /actlist="YourActionsList"
Examples: /actlist="E:\TEMP\actlist1.actl"
You can create "YourActionsList" in the program.
Start the program
Actions tab
Add | action1
...
Add | last action
Press "Save List" button and type filename
Resize command: /resize=(w;h;u;ir;rc;wc;hc;sc;aa;rf)
w - new width
h - new height
to maintain the image
aspect ratio set only one size, assigning -1 to the other
/resize=(800;-1;0;1;0;0;0;0)
u - units:
0 - Pixel
1 - Inch
2 - Mm
3 - Percent
ir - image ratio (0 or 1) (0 - false, 1 - true)
rc - resize condition (0...4)
0 - All images
1 - If image Larger
than
2 - If image Smaller
than
3 - If image in Landscape
mode
4 - If image in Portrait
mode
5 - If File size Larger
than
6 - If File size Smaller
than
7 - If File size Wider
than
8 - If File size Higher
than
wc - width condition (for resize condition = 1 or
2, otherwise wc = 0)
hc - height condition (for resize condition = 1 or
2, otherwise hc = 0)
sc - size condition, kB (for resize condition = 5
or 6, otherwise sc = 0)
aa - antialiasing (0 - off, 1 - on)
rf - resample filter
0 - None
1 - Triangle (speed)
2 - Hermite (quality)
3 - Bell (quality)
4 - BSpline (quality)
5 - Lanczos3 (quality)
6 - Mitchell (quality)
7 - Nearest (quality)
8 - Linear (speed)
9 - FastLinear (speed)
10 - Bilinear
(quality)
11 - Bicubic (quality)
NOTE.
Resample filter = 0 (None)
if Antialiasing = 0 (off)
Resample filter = 1-11 if
Antialiasing = 1 (on)
Examples: /resize=(800;600;0;1;0;0;0;0;1;10)
/resize=(800;600;0;1;2;500;300;0;0;0)
DPI settings: /dpi=(dpiXY;Resize)
dpiXY : specifies the
horizontal and vertical resolution (dots per inch)
Resize:
1 - allows to resize image
after resolution changing
0 - without resizing, new
resolution value only.
Example: /dpi=(200;0)
Color Depth settings: /color=(ColorDepth)
ColorDepth : specifies the color depth
1 : 24bit (16,777,216
colors)
2 : 8bit (256 colors)
3 : Gray
4 : Black-White (Ordered
method)
5 : Black-White (Floyd
Steinberg method)
6 : 32bit
7 : 16bit (color)
8 : 16bit (gray)
9 : 4bit (16 colors)
Example: /color=(1)
Converting to 24 bit
/changecolor=(OldColor;NewColor)
Use this method to force color OldColor to be equal to
NewColor.
OldColor - RGB format (0-0-0 ... 255-255-255)
NewColor - RGB format (0-0-0 ... 255-255-255)
Example: /changecolor=(255-255-255;255-0-128)
This parameter change white color to red.
Deskewing estimates the
orientation angle of the lines of text and rotates the current
image.
Apply this action only to images that contains printed text.
/deskewing=(ar;pr;ed;cr)
ar - Angle Range specifies the
working range in degrees. Low values enhance performance and
accuracy.
For example specifying 30
Deskewing will scan the image searching for pixels inside a range
of -15 to 15 degrees.
Angle Range can be from 1
to 180.
pr - Precision specifies the angle
precision in degrees. It must be >0 and <=1 with only one
decimal digit. Typical value is 0.1.
ed - Edge
Detect specifies if to apply and edge detect algorithm
before detect the orientation. (0 - false, 1 - true)
cr - Crop after deskewing (0 -
false, 1 - true)
Examples: /deskewing=(30;0.1;1;0)
Auto Crop removes the
border with color like Background Color from the
image borders.
The Tolerance
specifies how much background color must be equal to actual
pixel.
Auto allows to
determine the background color automatically.
Margins
parameter allows to add (remove) margins.
/autocrop=(bc;to;au;ma)
bc - background color (0 - black, 16777215 -
white)
to - tolerance;
au - auto-color;
ma - margins;
Examples: /autocrop=(0;10;1;20)
Auto Crop 2
automatically removes the border using a density analysis
algorithm.
Border Rate is
the difference between border and text.
This method works only when paper is white and text is
black.
Margins
parameter allows to add (remove) margins.
/autocrop2=(br;ma)
br - border rate;
ma - margins;
Examples: /autocrop2=(6;0)
/foldertree
This parameter allows to save the output images using the same
folder tree structure as the source (original) images.
/pages=(n;n;...n)
This parameter allows to work with requested pages in multipage
document.
n : page number
Example: /pages=(1;3;5)
/savemultipage=(m)
Save multipage file into PDF, PS, AVI, GIF, TIF, DCX format as
...
m : values
0 - Several one-page
files
1 - Multipage file
Example: /savemultipage=(1)
/overwrite
This parameter allows to force an overwrite of the output file
if it exists.
/notoverwrite
This parameter does not allow to force an overwrite of the
output file if it exists.
/hide
Use this parameter if not want to display the application in the
task bar
/deleteorig
This parameter allows to delete original files after
conversion
TIF (TIFF) format settings:
/tiff=(c;p)
c : compression (0..8)
0 : UNCOMPRESSED
1 : CCITT1D
2 : G3FAX1D
3 : G3FAX2D
4 : G4FAX
5 : LZW
6 : JPEG
7 : PACKBITS
8 : ZIP
p : photometric (0..7)
0 : WHITEISZERO
1 : BLACKISZERO
2 : RGB
3 : RGBPALETTE
4 : TRANSPMASK
5 : CMYK
6 : YCBCR
7 : CIELAB
Example: /tiff=(6;2)
Note.
You can use LZW, JPEG and PACKBITS compression with Color
images,
and CCITT1D, G3FAX, G4FAX, LZW and PACKBITS compression with
Black-and-White images.
JPEG (JPG) format settings:
/jpeg=(c;d;o;p;q;s)
c : color space (0..4)
0 : JPEG_RGB - separate
RGB channels
1 : JPEG_GRAYLEV - unique
intensity channel (gray
levels)
2 : JPEG_YCbCr - three
channels (CCIR Recommendation 601-1)
3 : JPEG_CMYK - four
channels (Cyan Magenta Yellow Black) - linear convertion
4 : JPEG_YCbCrK - four
channels (YCbCr and Black)
d : DCT method (0..2)
0 : ISLOW - slow but
accurate integer algorithm
1 : IFAST - faster, less
accurate integer method
2 : FLOAT - floating-point
method (machine dependent)
o : optimal huffman (0..1)
0 : do not use
1 : use it
p : progressive (0..1)
0 : do not use
1 : use it
q : image quality (0..100)
High values produce better
image quality but require more disk space.
s : smoothing factor (0..100)
If value is not zero, the
jpeg compressor smooth the image before compress it.
Example: /jpeg=(1;2;1;0;80;10)
GIF format settings: /gif=(f;c;i;v)
f : flag - transparency (0..1)
1 : transparency
0 : not transparency
c : transparency color - RGB format (0-0-0 ... 255-255-255)
white : 255-255-255
black : 0-0-0
i : interlaced (0..1)
1 : interlaced
0 : non-interlaced
v : version (0..1)
0 : gif87a
1 : gif89a
Example: /gif=(1;255-255-255;1;0)
PDF paper size:
/pdfpapersize=(size;width;height)
size:
0 - Custom size
1 - A0
2 - A1
3 - A2
4 - A3
5 - A4
6 - A5
7 - A6
8 - B5
9 - Letter (8.5"x11")
10 - Legal (8.5"x14")
11 - Tabloid (11"x17")
12 - AUTO (Letter, Legal, Tabloid)
13 - Original Size
width - custom width -
specifies the paper width in Adobe PDF points (1 point = 1/72 of
inch).
height - custom height -
specifies the paper height in Adobe PDF points (1 point = 1/72 of
inch).
Example:
/pdfpapersize=(0;300;400) - custom size
/pdfpapersize=(9;0;0) - letter size
/pdfpapersize=(12;0;0) - auto size
Renaming
of files
/prefix="new-prefix"
/suffix="new-suffix"
Example: /inputfile="C:\TEMP\*.jpg" /outputfile="C:\TEMP\*.gif"
/prefix="begin_" /suffix="_end"
Input file: 123.jpg, Outpur file: begin_123_end.gif
File printing
/print
Example: ablebatchconverter.exe
/inputfile="C:\TEMP\*.jpg" /print
Insert Text
/text=(S;A;P;R;C;F;Z;L;X;Y;H;B;T;D;O;K;G)
You can create this string in the program - Actions tab | Add |
Text
S - text string ("my text")
A - text alignment
1-left
2-center
3-right
P - text position
0-top_left
1-top_center
2-top_right
3-middle_left
4-middle-center
5-middle_right
6-bottom_left
7-bottom_center
8-bottom_right
R - text rotate
0-0 degree
1-90
2-180
3-270
C - text color (rgb)
0-black
255-red
F - font name ("Arial")
Z - font size
L - font style
0000-default
1000-Bold
0100-Italic
0010-Underline
0001-StrikeOut
X - x (horizontal) offset
Y - y (vertical) offset
H - shasow
0-off
1-on
B - border
0-off
1-on
T - transparency
0-fully transparent
1-fully opaque
D - detect Landscape/Portrait
0-fully transparent
1-fully opaque
O - current orientation
0-Landscape
1-Portrait
K - change background color
0 - original
background
1 - changed background
G - background color for a text (rgb)
16777215-white
65535-yellow
Example: ablebatchconverter.exe /text=("my
text";1;0;0;0;"Arial";8;0000;0;0;0;0;255;0;0;1;16777215)
Rotate image (degree)
/rotate=(angle)
/rotate=(90)
/rotate=(180)
/rotate=(270)
Example: ablebatchconverter.exe /inputfile="C:\TEMP1\WMF\*.wmf"
/rotate=(90) /outputfile="C:\TEMP1\WMF2\*.wmf"
Deskewing Fine
estimates the
orientation angle of the lines of text and rotates the
current image.
Rather than
using a Hough transform like Deskewing, DeskewingFine performs
progressive rotations to find the best orientation.
/deskewingfine=(SA;RE;RA;MQ;CR)
SA - StartingAngle - The angle to
start testing (0 if you don't know).
RE - Resolution - The increments of
angle tested (0.1 is good).
RA - Range - The range of angles to
test (specifying 10, for example, to test from -5 to +5).
MQ - MaxQuality - if False, testing
is only performed on a thumbnail to speed up processing (at the
cost of accuracy).
CR - Crop after deskewing (0 -
false, 1 - true).
Examples: /deskewingfine=(0;0.1;15;1;0)
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