Switch |
Meaning |
/J{File} |
Specify a 'Conversion Job' file (*.SII) to be done. You
must have previously created a 'Conversion Job' file to use this
switch. |
/S{File} |
Input File(s) to be converted.
A single file including its complete path can be specified for
a single file conversion. For example:
/S"D:\MyImageFiles\SingleImage.jpg"
If specifying a single file, make sure that the /T switch also
specifies a single output file. For example:
/T"D:\OutputFiles\TargetOutput.gif"
Alternatively, you can specify whole directories by using the
wildcard syntax. For example:
/S"D:\MyImageFiles\*.png"
If specifying a whole directory, make sure the /T also specifies
a whole directory. For example:
/T"D:\OutputFiles\*.GIF"
Use double quotes around
the path to ensure it works properly.
See also /R for subfolders. |
/F # |
File type of the Input file(s). /F must be followed by a
number indicating the file type of the image to be converted.
Please see the for
a list of valid values.
|
/T{File} |
Output File(s) to be created when converting the Input file(s).
See the /S{File} switch
description for proper use of the /T{File} switch when specifying
a single or multiple files to convert.
This switch is ignored if the /G switch is used. |
/C # |
File type of the Output file(s). Please see the below for a list of valid values. |
/G |
Save files to the same location as the input folder(s).
Use this instead of /T to place the converted files in the same
folder as the input file. Cannot be used when converting a single
file. For a single file use the /T switch instead.
Files will be saved with the same name as the input but with
a different file extension as specified by the /C# switch.
You cannot specify a different name for the output file when
using the /G switch. |
/V |
Verbose mode. Specify this switch to display a message box
indicating how the conversion went. See also /L |
/R |
Recursive sub folders. Seek out and do all files found in
the sub-folders specified in the /S switch. You may add
this switch if you are processing whole folders of files. See
/S, /T and /G for more details on selecting whole directories
to be converted. |
/L{File} |
Log file path and name (i.e. D:\MyLogs\ConvertImage.LOG)
If this switch is specified a log file with the given path and
name will be created and the results of the conversion will be
written to it. See also /V. |
/B{File} |
Save the Log file as a 'Conversion Job' ONLY IF ERRORS OCCURRED.
This is useful if the files that had problems, they can be done
at a later time, perhaps with a different method. /B differs from
/L, since the file generated with /B will not include extraneous
comments not allowed in a 'Conversion Job' file. Use the *.SII
file type extension so it can be loaded as a job. |
/1{Pages
To Convert} |
TIFF: Specify which pages of a Tiff file to convert. For
example if you have a multipage TIFF and you want to convert the
1st and 3rd
page use "/1 1,3". To do pages
2-5 use "/1 2-5" |
/2# |
TIFF: Compression to use when converting TO a TIFF file
(default is no compression). Use "/2 0" for no compression
and "/2 2" for LZW compression.
0 - No
compression. Save image as 24bpp uncompressed TIFF file.
1 - LZW.
Save image as 24bpp TIFF file with LZW compression.
2 - RLE.
Save image as 1bpp TIFF file with RLE compression.
3 - CCITT3.
Save image as 1bpp TIFF file with CCITT3 compression.
4 - CCITT4.
Save image as 1bpp TIFF file with CCITT4 compression. |
/3{TRUE/FALSE} |
TIFF: Append to existing when converting to a TIFF. Use
"/3 TRUE" to append "/3 FALSE" not to. |
/4#
|
JPEG: Quality of the resulting JPG from 0 to 100 (default
is 100). 0 is lowest and 100 is highest quality. The higher the
quality the larger the resulting output file. Use "/4 100"
for highest quality. |
/5{Tag} |
TAG: TITLE of the image. For example to associate the title
of "President" to the resulting image use "/5 President" |
/6{Tag} |
TAG: DESCRIPTION of the image. For example to associate
the description of "Money is the product of a humans capacity
to think" to the resulting image use "/6 Money is the
product of a humans capacity to think" |
/7{Tag} |
TAG: DATE/TIME of the image. For example to associate the
date/time "July 4th
1976" to the resulting image use "/7 July 4th
1976" |
/8{Tag} |
TAG: AUTHOR of the image. For example to associate the author
"Krishnamurti" to the resulting image use "/8 Krishnamurti" |
/9{Tag} |
TAG: COPYRIGHT of the image. For example to associate the
copyright "Copyright 2005, Softinterface" to the resulting
image use "/9 Copyright 2005, Softinterface". |
/P# |
Special Process Identifier. An integer, which tells 'Convert
Image' which special process to apply to the Input files. For
example /P2 tells 'Convert Image' to resize an image. /P is almost always used with /a- /j
switches. See table below for each possible value and associated
/a- /j switches. |
[/a-
/j] |
/a-
/j are
used to specify additional parameters that may be necessary for
the special process (see /P)
being done. For example /P2 tells 'Convert Image' to resize an
image. In this case /a is used to specify the width, /b is used
to specify the height, /c is used to specify the method of interpolation
and /d is used to specify the background color. This might end
up looking like:
ConvertImage /SC:\Input\Tryme.jpg /TC:\Output\Out.jpg /P2 /a10
/b20 /c2 /d0 /V |
/P# |
Meaning |
Extra
Parameters: /a{Parameter1}
./j |
2 |
Transform
Resize an Image |
/a
= New width of the image (Pixels)
/b = New height of the
image (Pixels)
/c = Method of Interpolation
(0 = None, 1 = Billinear, 2 = Bicubic). The method by which the
picture is recalculated (shrunk or stretched). You have 3 choices
(None, Billinear, and Bicubic).
/d = Background color
of the new image. This is an integer value.
BackColor = Red + Green*256 + Blue*256*256 (Red, Green and Blue
are 8 bits each)
For example,  =
(R=51, G=193, B = 172) = 51 + 193*256 + 172*256*256 = 11321651
|
3 |
Rotate
Rotates an image by the specified angle. |
/a
= Angle of rotation (degrees) -360.0 to +360.0
/b = Background color
of the new image. This is an integer value.
BackColor = Red + Green*256 + Blue*256*256 (Red, Green and Blue
are 8 bits each)
For example, =
(R=51, G=193, B = 172) = 51 + 193*256 + 172*256*256 = 11321651
|
4 |
Transform
Autocrop an Image |
None |
5 |
Transform
Flip an Image |
/a
= Flip direction. 0 = Horizontal, 1 = Vertical |
6 |
Shift
Shift an Image in the X and Y direction |
/a
= Horizontal displacement (pixels).
/b = Vertical displacement
(pixels)
/c = Background color
of the new image. This is an integer value.
BackColor = Red + Green*256 + Blue*256*256 (Red, Green and Blue
are 8 bits each)
For example, =
(R=51, G=193, B = 172) = 51 + 193*256 + 172*256*256 = 11321651 |
7 |
Perspective
Transform the oblique plane of a rectangle image to a straight
on view |
/a
= Vertical correction. TRUE for Vertical and FALSE for Horizontal
/b = Pitch Angle (degrees)
-90.0 to +90.0 |
8 |
Skew
Move one border relative to the opposite one |
/a
= Vertical correction. TRUE for Vertical and FALSE for Horizontal
/b = Pitch Angle (degrees)
-90.0 to +90.0 |
9 |
Twirl
Rotates an image more at the center than at the edges |
/a
= Pitch Angle (degrees) -360.0 to +360.0 |
10 |
Reproduce
Creates multiple copies of the input image along the vertical
and horizontal axis |
/a
= Number of copies. |
11 |
Autocontrast
Autocrop an Image |
None |
12 |
Autolevel
Autolevel an image |
None |
13 |
Hue, Lightness
and Saturation |
/a
= Hue angle of rotation (-360.0 to 360.0)
/b = Lightness (-1.0
to 1.0)
/c = Saturation (-1.0
to 1.0) |
14 |
Color Blue |
/a
= Color Level Adjustment (-255 to +255). 0 = No change to blue
level of every pixel. |
15 |
Brightness |
/a
= Brightness Level Adjustment (-255 to +255). 0 = No change. |
16 |
Red, Green, Blue
Lightness |
/a
= Red Lightness (0 to 255)
/b = Green Lightness
(0 to 255)
/c = Blue Lightness
(0 to 255) |
17 |
Contrast |
/a
= Brightness Level Adjustment (0.0 to 1.0). 1.0 = No change. |
18 |
Desaturate |
None |
19 |
Equalize |
/a
= Equalization (Must be greater than or equal to 0.0) |
20 |
Gamma |
/a
= Gamma (Must be greater than or equal to 0.0). 1.0 = No Change |
21 |
Color Green |
/a
= Color Level Adjustment (-255 to +255). 0 = No change to green
level of every pixel. |
22 |
Hue |
/a
= Hue. Angle of color rotation (-360.0 to +360.0) |
23 |
Intensity |
None |
24 |
Color inversion |
None |
25 |
Lightness |
/a
= Color Lightness Adjustment (-1.0 to +1.0). -1.0 = All Black
+1.0 = All White |
26 |
Tonal Levels |
/a
= Number of tonal levels (2 to 255) |
27 |
Color Red |
/a
= Color Level Adjustment (-255 to +255). 0 = No change to red
level of every pixel. |
28 |
Saturation level |
/a
= Saturation Level (-1.0 to 1.0)
-1.0 = same as desaturateRHID_P18_Desaturate
+1.0 = All pixels extremely saturated |
29 |
Threshold Level |
/a
= Threshold Level (0 to 255)
All pixels greater than threshold are turned to white, less
to black |
45 |
High Pass Filter |
/a
= High Pass Filter Type
0 = Medium High Pass Filter
1 = Strong High Pass Filter
2 = Weak High Pass Filter |
46 |
Low Pass Filter |
/a
= Low Pass Filter Type
0 = Strong Low Pass Filter
1 = Medium Low Pass Filter
2 = Weak High Pass Filter |
47 |
Difference Filter |
/a
= Difference Filter Type
0 = Up
1 = Up-Left
2 = Left
3 = Down-Left
4 = Down
5 = Down-Right
6 = Right
7 = Up-Right |
48 |
Laplas Filter |
/a
= Filter Type
0 = Laplas High
1 = Laplas Low |
49 |
Sobel Filter |
/a
= Filter Type
0 = Vertical Search for Irregularity
1 = Horizontal Search for Irregularity |
50 |
Prewitt Filter |
/a
= Filter Type
0 = Vertical Search for Irregularity
1 = Horizontal Search for Irregularity |
51 |
Roberts Filter |
/a
= Filter Type
0 = 1st Diagonal
1 = 2nd Diagonal |
52 |
Isotropic Filter |
/a
= Filter Type
0 = Vertical Search for Irregularity
1 = Horizontal Search for Irregularity |
53 |
Isotropic Filter |
/a
= Filter Type
0 = Vertical Search for Irregularity
1 = Horizontal Search for Irregularity
2 = 1st Diagonal
3 = 2nd Diagonal |
54 |
Blur Filter |
/a
Blur amount (0.0 to 1.0) |
55 |
Sharpen Filter |
/a
Sharpen amount (0.0 to 1.0) |
58 |
Minimal Filter |
/a
Size of Filtering (1 to 256) |
59 |
Maximal Filter |
/a
Size of Filtering (1 to 256) |
60 |
Deinterlace Filter |
/a
Interpolate Colors ("True" or "False")
/b Odd or Even lines
(0 = Even, 1 = Odd) |
