2.2.5 version is available! |
The latest version of Similar Image Detector is 2.0 on Mac Informer. It is a perfect match for File Managers in the System Tools category. Similar Image Detector 2.0.0. Do you have many duplicate or similar photos on your Mac and you don't know how to eliminate them in batches? . For near infrared image detection 32 Image sensors for near infrared region. 4 Product name Feature Lineup Page CCD area image sensors. InGaAs linear image sensors KMIRB0109EB 0.5 1.0 1.5 2.0 2.5 3.0 0.5 1.0 1.5 Wavelength (µm) Photosensitivity (A/W) (Typ. Tchip=25 °C) G13913 series G11620 series G11476 series G11608 series G11508. But they are all similar in the way how they get video frames to analyze and how they report about detected motion level. All these classes provide motion level property, which is the level of motion in the 0, 1 range. For example, if the property says 0.05, then it means that motion detection class has detected 5% motion level. A comparison of scintillation and gas-filled detectors shows that: Select one: a. Both have approximately the same total detection efficiency. Both rely heavily on Compton interaction. Only scintillation detectors require prepatient collimation. The gas-filled detectors have higher intrinsic efficiency.
Motion Detection
AForge.NET framework provides set of classes, which implement different motion detectionand motion processing algorithms. Motion detection algorithms are aimed only to detect motion incontinuous video frames providing amount of detected motion and motion frame - binary image, whichshows all regions where motion is detected. Motion processing algorithms are aimed to performpost processing of detected motion - highlight motion regions, count moving objects, track them, etc.
Different motion detection classes may use different algorithms to detect motion. Unetcams multicam monitor 2 1 0 download free. But theyare all similar in the way how they get video frames to analyze and how they report aboutdetected motion level. All these classes provide motion level property, which is the level ofmotion in the [0, 1] range. For example, if the property says 0.05, then it means that motiondetection class has detected 5% motion level. Analyzing this property and comparing it withpredefined threshold allows to raise alarm, when detected motion level is greater then the levelwhich is considered to be safe.
Below is a simple code sample, which demonstrates main idea of working with different motiondetection and motion processing algorithms:As the code shows, all we need to do is to feed new video frame and then check motion level.Note: user's code is responsible for reading video frames from particular stream, which makesmotion detectors decoupled from video reading. See AForge.Video namespacefor classes to access different video streams.
Motion Detection Algorithms
Two frames difference motion detector
This type of motion detector is the simplest one and the quickest one. The idea of this detector isbased on finding amount of difference in two consequent frames of video stream. The greater is difference,the greater is motion level. As it can be seen from the picture below, it does not suite very well thosetasks, where it is required to precisely highlight moving object. However it has recommended itself very wellfor those tasks, which just require motion detection.
This type of motion detector is the simplest one and the quickest one. The idea of this detector isbased on finding amount of difference in two consequent frames of video stream. The greater is difference,the greater is motion level. As it can be seen from the picture below, it does not suite very well thosetasks, where it is required to precisely highlight moving object. However it has recommended itself very wellfor those tasks, which just require motion detection.
Simple background modeling motion detector
In contrast to the above mentioned motion detector, this motion detector is based on finding difference between currentvideo frame and a frame representing background. This motion detector tries to use simple techniques of modelingscene's background and updating it through time to get into account scene's changes. The background modelingfeature of this motion detector gives the ability of more precise highlighting of motion regions.
In contrast to the above mentioned motion detector, this motion detector is based on finding difference between currentvideo frame and a frame representing background. This motion detector tries to use simple techniques of modelingscene's background and updating it through time to get into account scene's changes. The background modelingfeature of this motion detector gives the ability of more precise highlighting of motion regions.
Custom frame difference motion detector
This class implements motion detection algorithm, which is based on the difference of current video frame with predefined background frame,which puts it in-between of the two above classes. On the one hand this motion detector is based on simple differencing as the two frames difference motion detector,which makes it fast. On the other hand it does differencing of current video frame with background frame, which may allow findingmoving objects, but not areas of changes (like in simple background modeling motion detector). However, user needs to specifybackground frame on his own (or the algorithm will take first video frame as a background frame) and the algorithm will nevertry to update it, which means no adaptation to scene changes.
This class implements motion detection algorithm, which is based on the difference of current video frame with predefined background frame,which puts it in-between of the two above classes. On the one hand this motion detector is based on simple differencing as the two frames difference motion detector,which makes it fast. On the other hand it does differencing of current video frame with background frame, which may allow findingmoving objects, but not areas of changes (like in simple background modeling motion detector). However, user needs to specifybackground frame on his own (or the algorithm will take first video frame as a background frame) and the algorithm will nevertry to update it, which means no adaptation to scene changes.
Motion Processing Algorithms
Motion area highlighting
This motion processing algorithm is aimed just to highlight motion areas found by motion detection algorithm with specified color. All of the above screenshotsdemonstrate the work of motion are highlighting.
This motion processing algorithm is aimed just to highlight motion areas found by motion detection algorithm with specified color. All of the above screenshotsdemonstrate the work of motion are highlighting.
Motion border highlighting
This motion processing algorithm is aimed to highlight only borders of motion areas found by motion detection algorithm. It is supposed to beused only with those motion detection algorithms, which may accurately locate moving objects.
This motion processing algorithm is aimed to highlight only borders of motion areas found by motion detection algorithm. It is supposed to beused only with those motion detection algorithms, which may accurately locate moving objects.
Grid motion area processing
This motion processing algorithm allows to do grid processing of motion frame. This means that entire motion frame can bedivided by a grid into certain amount of cells and motion level can be calculated for each cell individually, so you mayknow which part of the video frame had more motion. In addition this motion processing algorithm provides highlighting,which may be enabled or disable. User may specify threshold for cells' motion level to highlight.
This motion processing algorithm allows to do grid processing of motion frame. This means that entire motion frame can bedivided by a grid into certain amount of cells and motion level can be calculated for each cell individually, so you mayknow which part of the video frame had more motion. In addition this motion processing algorithm provides highlighting,which may be enabled or disable. User may specify threshold for cells' motion level to highlight.
Blob counting objects processing
This motion processing algorithm allows counting separate objects in the motion frame, which is provided by motion detection algorithm.In addition it may also highlight detected objects with a rectangle of specified color. The algorithm counts and highlights only those objects,which size satisfies specified limits - it is possible to configure this motion processing algorithm to ignore objects smaller thanspecified size.
This motion processing algorithm is supposed to beused only with those motion detection algorithms, which may accurately locate moving objects.
This motion processing algorithm allows counting separate objects in the motion frame, which is provided by motion detection algorithm.In addition it may also highlight detected objects with a rectangle of specified color. The algorithm counts and highlights only those objects,which size satisfies specified limits - it is possible to configure this motion processing algorithm to ignore objects smaller thanspecified size.
This motion processing algorithm is supposed to beused only with those motion detection algorithms, which may accurately locate moving objects.
Downloads: Update Software
IMAGE Transmitter 2 Update for Windows
Thank you for using PENTAX digital SLR camera.
RICOH IMAGING COMPANY, LTD. wishes to announce the release of the Windows Updater for update the IMAGE Transmitter 2. For correct update, you are required to be installed IMAGE Transmitter 2 before hand on your PC. Please download the Updater file on your PC first, and update it.
RICOH IMAGING COMPANY, LTD. wishes to announce the release of the Windows Updater for update the IMAGE Transmitter 2. For correct update, you are required to be installed IMAGE Transmitter 2 before hand on your PC. Please download the Updater file on your PC first, and update it.
Name | IMAGE Transmitter 2 (Version 2.5.0) Windows Updater. |
---|---|
Registered name | IT2Updater_250E (Win). zip (65,612Kbyte) |
System requirement | OS : Windows 10 (32bit / 64bit) / Windows 8.1 (32bit / 64bit) / Windows 8 (32bit / 64bit) / Windows 7 (32bit / 64bit) / Required to install NET Framework 4.5.1 or later.(For latest version click here) CPU : Intel Core2 Quad or higher Memory : 4.0GB or more Free disk space : 100MB or more Monitor: 1024x768 or more, Can be displayed 24bit full color or more. Interface: USB2.0, USB3.0 |
Release date | 2019/11/21 |
Copy right | RICOH IMAGING COMPANY, LTD. |
How to Update
- Please download and save the file into appropriate folder on your Hard disk
- Double click [IT2Updater_250E (Win).zip]
- [IT2Updater_250E (Win).exe] is saved.
- Copy the application software and paste on desktop.
- Double click the application software. The Installer will start, following to the installation display
- When the installation will be completed and the massage is displayed, click [Finish].
Changes to V2.5.0
[21, November 2019] IMAGE Transmitter 2 (Version 2.5.0) Windows Updater
[Main changes from Version 2.4.1]
[Function enhancement/Additional item]
[Function enhancement/Additional item]
- Corresponded to G900SE.
- Optical zoom drive.
- Focus mode change.
- Manual focus function.
*For more details, refer to IMAGE Transmitter 2 User Guide [Setup] and User Guide [Operation]
Changes to V2.4.1
[11, October 2018] IMAGE Transmitter 2 (Version 2.4.1) Windows Updater
[Main changes from Version 2.4.0]
[Function enhancement/Additional item] Planet nomads 1 0 0 0.
[Function enhancement/Additional item] Planet nomads 1 0 0 0.
- Added automatic subfolder creation function.
[Improvement item]
- Improved stability for general performance.
Changes to V2.4.0
[23, April 2018] IMAGE Transmitter 2 (Version 2.4.0) Windows Updater
[Main changes from Version 2.3.1]
[Function enhancement/Additional item]
[Function enhancement/Additional item]
![Image Image](https://image-cdn.hypb.st/https:%2F%2Fhypebeast.com%2Fwp-content%2Fblogs.dir%2F6%2Ffiles%2F2020%2F10%2Fgoogle-hum-to-search-new-feature-widget-music-song-apple-ios-android-release-tw.jpg?w=960&cbr=1&q=90&fit=max)
- Corresponded to PENTAX K-1Mark II.
- Corresponded to 180° inversion fixed function of Live view display.
The long journey home (2017). [Improvement item]
- Corrected following issues related to the independent post view window.
- Images may not be displayed in some cases.
- When the vertical position shooting image is displayed and the display magnification was changed, the image display position was shifted.
- Incorrect magnification display when the vertical position shooting image is entirely displayed.
Changes to V2.3.0
[20, April 2017] IMAGE Transmitter 2 (Version 2.3.0) Windows Updater
[Main changes from Version 2.2.1]
[Function enhancement/Additional item]
[Function enhancement/Additional item]
- Corresponded to PENTAX KP.
- The following items can be set newly.
- Drive mode change function.
- White balance change function.
- Custom image change function.
- Image recording format change function.
- RAW format change function.
- Live view magnification change function.
- Focus fine adjustment function for live view.
- Composition fine adjustment function. (Only use with KP)
- Start and stop / file transfer for movie shooting. (Need SD card/645Z is incompatible/K-1:LV is incompatible)
- Correspond to timer exposure of Bulb. (Camera side timer setting value display/ start and stop by application side timer)
- Focus assists setting function.
- Correspond to exposure bracket setting. (Only for 645Z)
[Improvement item]
- Maintain enlarged condition after AF for live view magnification. (KP is incompatible)
- Correspond to display magnification change of independent post view.
*When this update is done, the contents of version 2.2.1and earlier will be also updated.
*It is necessary to update the firmware to version 1.23 for 645Z and version 1.41 for K-1.
Changes to V2.2.1
[19, January 2017] IMAGE Transmitter 2 (Version 2.2.1) Windows Updater
[Main changes from Version 2.1.0]
- Corresponded to relation work with PENTAX Tethered Capture Plug-in for Adobe® Photoshop® Lightroom® via IMAGE Transmitter 2 Ver2.0.0.
(Enable to read the image automatically with Adobe® Photoshop® Lightroom® that take a picture by IMAGE Transmitter 2) - Improved stability for general performance.
Changes to V2.2.0
[19, May 2016] IMAGE Transmitter 2 (Version 2.2.0) Windows Updater
[Main changes from Version 2.1.0]
- Corresponded to PENTAX K-1
- Added independent post window. (Can change window size, full size picture).
- Added grid display on live view. (Can change to line color and kind of grid.)
Changes to V2.1.0
[26, March 2015] IMAGE Transmitter 2 (Version 2.1.0) Windows Updater
[Main changes from Version 2.0.0]
- Added Digital Camera Utility 5 connection. - Automatic image display of transfer image file.
- Changed window size to 1024x768 pixels.
- Image files name display during image transfer.
- Move display folder on Browser mode.
- Automatic thumbnail display of transfer image file on Browser mode.
- Automatic addition for editing image list on Laboratory mode.
- Connection ON/OFF setting for Option dialog.
IMAGE Transmitter 2 (Windows) Updater Software License Agreement
Similar Image Detector
The customer (hereinafter 'the user') shall verify the following items below related to the use of the licensed software supplied to the user by RICOH IMAGING COMPANY, LTD.
The download starts when you press 'I agree. Start download.' on this software license agreement.
The download starts when you press 'I agree. Start download.' on this software license agreement.
Similar Image Detector 2.0.0
- Definition of terms
- Licensed software: 'Licensed software' means the captioned program in a format that the user can download from the RICOH IMAGING COMPANY, LTD website or from a site empowered by RICOH IMAGING COMPANY, LTD.
- Use : 'Use' means the user downloading and retrieving the licensed software from the RICOH IMAGING COMPANY, LTD website or from a site empowered by RICOH IMAGING COMPANY, LTD.
- Designated machine: 'Designated machine' means the single computer system set up in order for the user to use the licensed software.
- Reproduction: 'Reproduction' means reproducing the licensed software on a storage device in the same format as the user downloaded or a different format.
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- Grant of license
RICOH IMAGING COMPANY, LTD grants a non-exclusive license to the user on the condition that the user uses the licensed software in accordance with the terms and conditions of this software license agreement. The user may only use the licensed software on the designated machine. - Reproduction of the licensed software
The user shall not reproduce the licensed software for purposes other than to save and backup the licensed software intended for use on the designated machine. - Modifying the licensed software
The user shall not modify or reverse engineer the licensed software for any reason. - Property rights and copyright
The copyright and other property rights for the licensed software and for reproductions of the licensed software belong to RICOH IMAGING COMPANY, LTD regardless of any reason. The user shall not remove the copyright notations from the licensed software or from reproductions of the licensed software. - Grant of sublicense
The user shall not transfer possession of the licensed software or reproductions of the licensed software to third parties, and the user shall not transfer the license nor grant a sublicense of the licensed software to third parties. - Agreement period
This software license agreement is effective on the day the user starts using the licensed software and is valid until the time the user stops use. Provided that, when the user has violated any portion of this software license agreement, RICOH IMAGING COMPANY, LTD may revoke the license granted to the user for the licensed software and terminate the software license agreement. - Obligations after termination
After the software license agreement is terminated, the user, at the user's own responsibility, shall dispose of the licensed software after rendering it into a state where it cannot be used by third parties, and dispose of reproductions and modifications of the licensed software, and all materials related to the licensed software. - Guarantee of the licensed software
RICOH IMAGING COMPANY, LTD shall not guarantee that the licensed software is suitable for the user's designated purposes, or that the licensed software is useful, or that this licensed software is free from defects, nor shall RICOH IMAGING COMPANY, LTD make any other guarantees related to the licensed software. - Exporting the licensed software
The user shall not directly or indirectly export all or a portion of the licensed software without obtaining the necessary permission from the Government of Japan or the governments of the relevant countries. - 11. RICOH IMAGING COMPANY, LTD's responsibilities
RICOH IMAGING COMPANY, LTD A assumes no responsibility under any circumstance for direct or indirect damage or damage from ripple effects that occurs from using the licensed software, for damage to data, programs, or other intangible properties, or for loss of usage benefits and lost profits. - Responsibility for employees
The user assumes all responsibility that the user's employees (those employees that the user has a responsibility to manage or monitor based on an employment relationship) fully comprehend the obligations set forth in this software license agreement and faithfully fulfill those obligations.