Python TWAIN Module 5.007.0 [Mac/Win] (Final 2022)

The Python TWAIN module was designed to offer the user an interface to scanners, digital cameras and other devices that implement TWAIN.
The module provides the functionality in order to allow a Python application to connect to the scanner / camera and retrieve images from that device.
The Python TWAIN Module includes an ‘explorer’ program which allows a user to experiment with their TWAIN device. This is useful in finding the non-standard functionality of a particular TWAIN device.

This module supports the following devices:

– Canon Sx50
– Canon SX40
– Canon SX20
– Fuji FinePix 1245
– Kodak Zoom 100
– Kodak 3000
– Kodak DX7800
– Minolta Dimage 25
– Minolta DX6000
– Minolta DX7000
– Minolta DX8300
– Panasonic DMC-FZ9
– Canon EOS 400D / EOS 400D
– Canon EOS 550D / EOS 550D
– Kodak EASYSHARE C-533
– Kodak easyShare M650
– Dell 1010
– Kodak easyShare M645
– Canon EOS 100D / EOS 100D
– Canon EOS 20D / EOS 20D
– Fujifilm FinePix M752
– Fujifilm FinePix A700 / A700fs
– Canon EOS 50D / EOS 50D
– Fuji FinePix 3200
– Kodak EasyShare M5400
– Fuji FinePix S1 / S1fs
– Canon EOS 20D / EOS 20D SLR
– Canon EOS 30D / EOS 30D
– Ricoh RDC Dye Digital Camera
– Ricoh RDC Dye Digital Camera (DigioCam 18/33)
– Canon S1 IS – 8.1 Megapixel
– Canon EOS 5D Mark III
– Ricoh RDC Dye Digital Camera (DigioCam IS)
– Kodak EasyShare S30
– Ricoh RDC Dye Digital Camera (DigioCam E)
– Ricoh RDC Dye Digital Camera (DigioCam WAX)
– Ricoh RDC Dye Digital Camera (DigioCam M50W)
– Ricoh RDC Dye Digital Camera (DigioCam 25)
– Ricoh RDC Dye Digital Camera (DigioCam 30)
– Ricoh RDC Dye Digital Camera (DigioCam 60)
– Ricoh RDC Dye Digital Camera (DigioCam 100)
– Ricoh RDC Dye Digital Camera (DigioCam 200)
– Ricoh RDC Dye Digital Camera (DigioCam 500)
– Ricoh RDC Dye Digital Camera (DigioCam 600)
– Ricoh RDC Dye Digital Camera (Digio

*Provides a simple interface to TWAIN scanners and cameras on Windows systems.
*Supports ‘dumb’ devices – without a graphic user interface (GUI).
*Supports’smart’ devices – with a graphical user interface.
*Allows users to search and retrieve results of TWAIN devices, and manipulates the results of scanning and image retrieval.
*Provides advanced ‘explorer’ functionality to allow experimentation with TWAIN devices without a TWAIN-enabled application being required.
*Provides a Python application for querying, analyzing, and manipulating TWAIN devices.
*Includes support for the following TWAIN devices:
* Scanner
* Scanner/Camera (file format BMP, JPEG, PSD, PPT)
* Camera
* Distributor (Distributor Model CM-12)
* ImageServer (ImageSearch)
* CapturePro
* BarCodeScanner
* CameraStudio
* Stylus
* Optical Character Reader (OCR)
* Expanding Icons
* Photography Studio (Photographer Model CM-24)
* Pentax K200D
* HP PhotoSmart III
* PIXMA iP2540
* Fuji FinePix S828 (9.2 megapixels)
* Canon D300S (3.2 megapixels)
* HP Slate Color 9000
* HP Slate 6500
* VMS Servers for Windows
* HP Laserjet Multilaser for Windows
* HP Laserjet IIP
* HP Printer
* Xerox Perfect Printer
* HP Laserjet 4 MFP
* HP Laserjet IIP
* HP Digital Paper
* HP Laserjet III
* HP Laserjet 1300
* HP Color Laserjet 2600
* HP Laserjet 4 PC
* HP Laserjet IIC PC
* HP PagePro PC
* HP Wide Format PC
* HP PagePro PC
* HP Wide Format PC
* HP Document Manager PC
* HP Officejet 6000
* HP Officejet Pro 6875, HP Officejet Pro 8900
* HP Officejet 5700, HP Officejet Pro 7600
* HP Officejet Pro 8600
* HP Officejet 6500, HP Officejet Pro 8000
* HP Officejet 6810
* HP Officejet 7045, HP Officejet Pro 7220
* HP Officejet Pro 7620
* HP Officejet Pro 8200, HP Office
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The Python TWAIN module provides the functionality in order to allow a Python application to connect to the scanner / camera and retrieve images from that device.
This module is designed to be used in conjunction with the PyTWAIN library, which was developed by Jerome Brunet and released for public domain on the Internet.
The PyTWAIN library allows a user to work directly with the PyTWAIN module, although I have provided a small wrapper around the module to help ease its use in a Python application.
PyTWAIN is also available for use in non-Python applications.
As well as functionality to handle the above, the Python TWAIN module also includes the ability to add a graphical user interface for TWAIN.
The user interface provides the user with a window in which they can browse their TWAIN device, select a device or device instance to connect to and control the standard printing and scanning functions of the device.
The user can control printing and scanning functions as if they were part of the OS. The PyTWAIN library does not interfere with the OS, only the Python TWAIN module is provided as an alternative for performing the same actions.

Some people have asked for a TWAIN-based image-manipulation program.

This program adds basic image manipulation to the Python TWAIN module. No external libraries are used and this program works with any TWAIN device, so there are many different images which can be manipulated.

The program has a very simple graphical user interface (GUI), so it is trivial for a user to use without any training. Because the program runs on a GUI, there is no need to install any external libraries and that makes the program very easy to compile.

The main function of the program is to add an icon to the system tray and a context menu to right-click on that icon. Whenever the icon is clicked, the Python TWAIN module is used to manipulate the image in a new window.

One of the cool features of the program is that you can click on the image in the new window and get a crop window to crop the image.

The program is cross platform and runs on Windows 95, 98, 2000, ME, NT, Win XP and Vista.
The program works with any version of Python – you just need to set up your PATH environment variable properly and then point your TWAIN explorer program to where the Python TWAIN module is located

This page describes the Python TWAIN module.
This documentation assumes you have Python and are using the Python TWAIN module. It would be similar for other TWAIN modules.
The Python TWAIN Module provides the functionality in order to allow a Python application to connect to the scanner / camera and retrieve images from that device.
The Python TWAIN Module includes an explorer program which allows a user to experiment with their TWAIN device. This is useful in finding the non-standard functionality of a particular TWAIN device.
The following pages describe the functionality of the Python TWAIN Module:
* Table of Contents
The TWAIN protocol
* Python TWAIN Interface
+ Previous Versions
* Single TWAIN Device
+ Multiple TWAIN Devices
* TWAIN Explorer
* TWAIN Unit Driver
* TWAIN Data
* TWAIN Data List
+ Python TWAIN Module Links
* Python TWAIN Module External Links
* Training Materials
* FAQ
The TWAIN Protocol
(TWAIN stands for “Technology Without an
Appearance Of a Thing”…)
The Internet Engineering Task Force (IETF) has approved the use of the TWAIN protocol as a way to communicate between two devices. The TWAIN protocol has been developed over the last fifteen years to enable a device such as a scanner or a digital camera to talk to a host computer. The TWAIN protocol is made up of two sets of protocols.
The first is the TWAIN Basic Interface (TBI) which is used to describe how an application accesses a TWAIN device. A standard is set up which allows an application to communicate with a particular device.
The second set of protocols are called the TWAIN Extended Interface (TIE) which allows a device to access TWAIN Basic Interface (TBI) specific features.
The Internet Engineering Task Force (IETF) has approved the use of the TWAIN protocol as a way to communicate between two devices. The TWAIN protocol has been developed over the last fifteen years to enable a device such as a scanner or a digital camera to talk to a host computer. The TWAIN protocol is made up of two sets of protocols.
The first is the TWAIN Basic Interface (TBI) which is used to describe how an application accesses a TWAIN device. A standard is set up which allows an application to communicate with a

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Windows 7 64-bit / Windows 8 64-bit
iPad Air, iPad Air 2, iPad mini 2, iPad mini 3
Intel i5 Processor 2.2GHz or faster (4GB RAM)
NVIDIA GPU with 1GB of VRAM
1080p/HD display
Minimum 1024 x 768 screen resolution
Other Notes:
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