宝视纳Basler-pylon 7.3.0相机软件套装Linux x86 (64位)~pylon_7.3.0.27189_linux-x86_64
宝视纳Basler-pylon 7.3.0相机软件套装Linux x86 (64位)~pylon_7.3.0.27189_linux-x86_64pylon相机软件套装包含易于使用的SDK、驱动程序和工具，让您可通过Linux嵌入式PC来操作任意一款Basler相机。pylon采用最新GenICam技术，可无限制使用最新型号的Basler相机并使用相关的硬件功能。Basler pylon支持GigE Vision、USB3 Vision、BCON（基于MIPI）和GenICam GenTL。
pylon SDK简单易用，可帮助您开发完整的机器视觉应用、医疗应用和包括图像采集和图像处理在内的其他应用。仅需几行代码即可设置相机、采集图像，并将其保存。
pylon可为采用受支持的编程语言（如C、C++）开发的所有典型相机应用提供大量丰富的文档资料和示例程序以供参考，可大大促进应用的开发工作。
pylon提供的编程界面独立于正在使用的相机接口，这意味着可以轻松将使用pylon创建的应用程序移植到另一种相机接口技术。
由于pylon不仅支持Linux，还支持Windows和macOS，因此在pylon中为Linux开发的应用程序也可以轻松移植到其他操作系统和架构。
pylon Linux ARM（64位）可提供适用于Debian和相关Linux发行版（如Ubuntu）的Debian安装软件包，另外也可提供适用于其他Linux发行版的tar.gz压缩包。
pylon 7.3.0相机软件套装Linux x86 (64位)
文件名: pylon_7.3.0.27189_linux-x86_64_setup.tar.gz
文件大小: 428623400 字节 (408.77 MB)
修改日期: 2024-03-12 21:53
MD5: 90a12f37c366dc8a2d63f334d10906c8
SHA1: 853c3c2c0061b45721053d110f8cbc6973c7da69
SHA256: 02ac4731c8bc5639429902538b23339c3629ff0286ae7ddd632f2d5cfd056de7
CRC32: 9a9b2a20
Basler官方下载：
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百度网盘下载：
链接：https://pan.baidu.com/s/1A1GzsCmgWxkEFCqwBZpHxg
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pylon 7 Camera Software Suite for Linux
RELEASE NOTES
Note: Patch versions of pylon for Linux OS are not released publicly.
All changes made in patch versions are included in the following minor or major
version of pylon. The version number scheme for pylon is as follows: x.y.z
* First digit (x): Major version
* Second digit (y): Minor version
* Third digit (z): Patch version
################################################################################
RELEASE DATE: 2023-04-26
VERSION: 7.3.0 (x86_64, aarch64)
################################################################################
BINARY COMPATIBILITY
====================
* pylon C++ API = 7.3.0: Applications built with earlier versions of the pylon C++
API are incompatible.
* pylon C API = 7.3.0: Applications built with earlier versions of the pylon C API
are incompatible.
* pylon Data Processing API = 1.2.0: Applications built with earlier versions of
the pylon Data Processing API are incompatible.
NEW FEATURES / CHANGES
======================
* CXP: Added support for Basler boost quad-channel CoaXPress cameras with
GMAX sensors. These cameras are for use with the Basler CXP-12 Interface Card 4C
or imaWorx CXP-12 Quad acquisition cards, which require a host interface
with PCIe Gen 3 x8 (Direct Memory Access) or better.
* CXP/GenTL: The CXP GenTL Producer, ProducerCXP.cti, has been updated to
version 5.11. It supports the EVENT_NUM_IN_QUEUE event info now.
* CXP: The applet for Basler CXP-12 Interface Card 1C with static version
S1.2 has been updated to version 5.0.5.
* CXP: The applets for Basler CXP-12 Interface Card 2C, 4C, and imaWorx
CXP-12 Quad with static version S1.0 have been updated to version 2.1.6. The
internal applet structures have been updated for a better overflow and memory
bandwidth handling.
* vTools: The following licensable vTools have been added:
- Barcode Reader Starter
- Data Matrix Code Reader Starter
- QR Code Reader Starter
- Template Matching Starter
- Image Alignment
- ROI Creator
- Image Smoothing Basic
- Image Morphology Basic
- Gray Value Transformer Basic
- Image Combiner Basic
- Line Measurements Pro
- Circle Measurements Pro
- Ellipse Measurements Pro
- Rectangle Measurements Pro
* vTools: The functionality of the following vTools has been extended. They now provide
alignment transformation data (via the AlignmentTf output pin). This can be
used for aligning images using the Image Alignment vTool:
- Template Matching Basic
- Geometric Pattern Matching Basic
- Geometric Pattern Matching Pro
* vTools: The following vTools accept inverse transformation data (via the InverseTf input pin)
from the Image Alignment vTool to provide real world coordinates:
- Measurements Basic
- Line Measurements Pro
- Circle Measurements Pro
- Ellipse Measurements Pro
- Rectangle Measurements Pro
* vTools: The following vTools accept a region of interest (ROI) as input to restrict
the image area processed:
- Barcode Reader Starter
- Data Matrix Code Reader Starter
- QR Code Reader Starter
- Template Matching Starter
- Image Smoothing Basic
- Image Morphology Basic
- Gray Value Transformer Basic
- Barcode Reader Basic
- QR Code Reader Basic
- Data Matrix Code Reader Basic
- Absolute Thresholding Basic
- Auto Thresholding Basic
- Relative Thresholding Basic
- Color Classifier Basic
- Template Matching Basic
- Geometric Pattern Matching Basic
- Barcode Reader Pro
- Data Matrix Code Reader Pro
- QR Code Reader Pro
- Geometric Pattern Matching Pro
* vTools: For Region Selection, Absolute Thresholding Basic, and
Relative Thresholding Basic, the behavior of range sliders and value handling
has been improved.
* vTools: For Region Morphology, mask sizes can only be entered in increments of
x.0 and x.5.
* vTools: For Region Morphology, the maximum possible mask size has been set to
1001. Also, only odd mask sizes are allowed now.
* vTools: The free Image Loading vTool has been added. It enables loading of images
from the hard drive.
* vTools: Added support for multithreading in the Image Format Converter vTool.
* vTools - Measurements Basic : Renamed the "Length" and "Width" parameters to
"Width" and "Height" to be consistent with all other vTools.
In case you have already programmed against these parameters,
you will have to adapt your code accordingly.
* vTools: New recipe templates have been added.
* Data Processing: Added the CircleF, EllipseF, and LineF data types (as single
values and arrays).
* Data Processing: Added support for programmatically creating and modifying
recipes via the CBuildersRecipe class in the Data Processing SDK.
* pylon Viewer: The pylon Camera API Generator tool has been added
in the Tools menu of the pylon Viewer. This GUI tool provides
functionality to easily create specialized camera classes.
* pylon Viewer: The pylon Viewer GUI tools have been updated to Qt 5.15.5.
* pylon Viewer: The pylon Static Defect Pixel Correction tool has been
localized into Simplified Chinese, Japanese, and Korean.
Languages can be switched via the Tools > Options menu.
* pylon Viewer: Improved the overall performance of the pylon Viewer.
* pylon Viewer: The New Features tab in the 'Welcome to pylon' dialog has been updated.
* Workbench: Added zooming to the Workbench pane. You can use the zoom buttons and
slider in the lower left corner of the Workbench or the mouse wheel + CTRL/CMD key.
* Workbench: Increased the size of the context menu of the Workbench pane.
* pylon: All GUI tools, e.g., pylon Viewer, pylon IP Configurator, etc., have been built
against Ubuntu 20.04 LTS. Use Ubuntu 20.04 LTS or above to be able to use the
pylon GUI tools.
* pylon: The CImageFormatConverter supports multithreding now.
By default, the CImageFormatConverter uses four threads. Under certain circumstances,
a further increase of the number of threads may be required. This may reduce
the latency and improve the performance but may cause higher CPU load. Using
the CImageFormatConverter with enabled multithreading is recommended when using
Basler ace 2 5GigE and CoaXPress cameras.
* SDK: The Utility_ImageFormatConverter SDK sample has been updated to
demonstrate the use of multithreading with the CImageFormatConverter.
* SDK: The following C++ SDK samples have been updated to support the new boost
quad-channel CoaXPress cameras:
- ParametrizeCamera_GenericParameterAccess
- ParametrizeCamera_NativeParameterAccess
- GUI_Sample
- GUI_SampleMultiCam
- ParametrizeCamera_LoadAndSave
Note: Other SDK samples may not work due to the different camera feature sets.
* SDK: The pylon SDK samples can be built with CMake now. Use the
PylonFinder.cmake to do so.
* SDK: The CBaslerUniversalInstantCamera class has been updated.
* Camera Emulation: The pylon Camera Emulation has been updated with
multiple new parameters to better reflect the behavior of recent
Basler cameras, e.g., ace 2 camera models.
* BPD: The use of the Static Defect Pixel Correction camera feature when
used via the pylon API has been documented.
* BPD: Updated the offline Basler Product Documentation.
DISCONTINUATION NOTICE
=========================
* Linux Ubuntu 18.04 LTS is no longer supported.
CORRECTIONS
===========
* vTools: Measurements Basic:
- Fixed the output reset on input image error.
- Fixed the output in world coordinates.
* vTools: All vTools with image editors: The scrolling behavior has been
improved.
* vTools: Barcode Reader Pro: Spaces in the identifier of enum entries have
been removed.
* vTools: Calibration Basic: Fixed trigger of machine calibration in settings
dialog.
* Workbench: Fixed a bug which caused the pin data view to not show any data when
only a subset of selected vTool pins provided valid data.
* Data Processing: Fixed an issue when removing certain vTools.
* pylon Viewer: Improved support for high-resolution displays.
* CXP/GenTL: The GenTL CXP Producer has been improved to better support
multithreaded applications.
* CXP/GenTL: The behavior after a device removal has been improved.
* CXP/GenTL: Fixed an issue with PoCXP not being able to be turned off.
* CXP/GenTL: The vantage point is reset and set to unavailable while
AutomaticROIControl is active.
* CXP/GenTL: SensorHeight and SensorWidth are set to unavailable while
AutomaticROIControl is active.
* CXP/GenTL: Fixed an issue with FG_HEIGHT and FG_WIDTH not following
the camera's SensorHeight and SensorWidth.
* CXP/GenTL: The GenTL Consumer returns detailed information in case of
image acquisition errors now.
* GigE: The error message reported in case of image loss has been updated
to account for buffer underrun, too.
* SDK: An issue with PylonTerminate() after calling EnumerateDevices()
has been fixed.
* SDK: An issue with the Static Defect Pixel Correction feature has been
fixed.
* SDK: Minor general improvements have been made.
* pylon C: Some spelling corrections in the pylon C SDK samples have
been made.
RESTRICTIONS
============
* GigE Vision: For optimum use of Basler's ace 2 5GigE and 1GigE cameras,
Basler recommends using dual-channel DDR4-3600 RAM or better.
Using slower RAM may cause buffer underruns and image loss.
In addition, Basler recommends using the pylon GigE Configurator
tool to optimize the complete setup.
* CXP: The Basler CXP-12 Interface Card 1C/2C/4C and imaWorx CXP-12 Quad acquisition cards
require a host interface with PCIe Gen 3 x8 (Direct Memory Access) or better.
Using slower host interfaces may reduce the camera's asquisition frame rate
and cause image loss.
* Workbench: Using multiple pin data views actively displaying data in the Workbench may cause
an increase of the CPU load and degradation of the overall performance. Basler
recommends using fewer pin data views whenever possible.
* Workbench: The Statistics feature of the Workbench measures the execution times of vTools.
The times measured in the Statistics feature may vary depending on the configuration of your
system and the overall CPU load. This is so, because CPUs may run with different frequencies
depending on the current load (e.g., due to dynamic frequency scaling).
* Workbench: In case of display errors or missing symbols in the Workbench, check and update
your graphics card driver or install the OpenGL software emulation softpipe/llvmpipe.
* CXP: Using secure boot (UEFI mode) with Linux requires a driver that is signed with a trusted
certificate. Since the driver is provided as source code, there is no way to sign it
with a trusted Basler certificate. To work with the driver, secure boot can be disabled.
Alternatively, the driver can be self-signed as described in this Ubuntu blog entry:
https://ubuntu.com/blog/how-to-sign-things-for-secure-boot
* CXP: When camera parameters are changed during image acquisition, the change is
not reflected in the interface card.
* CXP: If images are lost on the interface card due to a buffer overflow, e.g., when
the user application doesn't (re)queue buffers fast enough to deliver the images,
the images lost are indicated by the next delivered buffer. The lost images are marked as INCOMPLETE,
their file size will be 0, and the custom error code BUFFER_INFO_BASLER_XAPI_ERROR_CODE
is set to 42. Additionally, one lost frame is added to the stream info. Note that
exactly one lost frame is added regardless of how many frames were lost due to
the overflow.
* CXP: According to the GenTL standard, the device ID should remain constant between two sessions.
However, the GenTL device ID changes when the applet is changed. Therefore, the device ID that was
queried with one applet can be used with a different board and a different applet only if the applet
has the same name as the original one with which the device ID was generated.
* CXP: The GenTL BUFFER_INFO_FRAME_ID, which can be queried via DSGetBufferInfo, doesn't
contain the source tag from the CXP image header. Instead, it contains a counter for
all frames that have been delivered to the computer.
* CXP: During an applet change, the cameras attached to an interface card are still displayed
in the devices list even though they are not accessible anymore. An attempt to open a
camera in this state leads to an error message.
* CXP: When the DeviceUserID of a camera is changed, a restart of the GenTL Producer is
required for the change to be reflected via the GenTL API. When using a GUI to interact
with the camera via GenTL (i.e., the pylon Viewer), a restart of that application is
required for the change to become visible.
* CXP: When the CXP link speed is changed frequently on one port, at some point a speed change
has no effect anymore. In that case, the error messages "Failed to set bitrate of uplink
transceivers" and "Failed to set bitrate of downlink transceivers" are logged.
To work around that, either reload the applet by loading a different applet and then loading the original
one again or set the value of the environment variable SISO_FORCE_RELOAD_APPLET to 'yes'.
* CXP: In rare cases, the camera is not found after booting the computer. Power-cycle
the camera to resolve this.
* CXP: Grabbing with very high frame rates above 50000 fps using the Basler CXP-12
Interface Card 1C is not supported.
* CXP: When allocating buffers used for grabbing, the buffer address must be
aligned to 8-byte increments. This is automatically the case, if you use
heap memory.
* CXP: If a version of the Basler Framegrabber SDK is installed on your computer,
you may experience incompatibility issues when using CoaXPress cameras
and interface cards. Therefore, Basler advises against installing pylon
in parallel to the Framegrabber SDK.
* 3D: Using Basler blaze 3D cameras requires the pylon Supplementary Package
for blaze to be installed. The pylon Supplementary Package for blaze is
available for download on the Basler website.
* SDK: Some ace 2 cameras may use a Boolean parameter instead of the usual enumeration
for event notifications. The following code snippets can be used to work around
this issue.
For C++ you can use:
CBooleanParameter(camera.GetNodeMap(), "EventNotification").TrySetValue(true);
in addition to:
camera.EventNotification.TrySetValue(EventNotification_On);
* pylon C: The pylon C API doesn't provide convenient functions to use GenDC
and the Basler blaze 3D camera yet.
* pylon C: For using the GenTL Consumer (e.g., with CoaXPress), additional functionality
was added to pylon C to be able to start and stop streaming explicitly. This
functionality has not been documented in the pylon C programmer's guides yet.
Refer to the pylon C++ programmer's guide (see chapter "Migrating
from Previous Versions - Changes in the IStreamGrabber API") or the
pylonC OverlappedGrab programming sample.
* pylon Viewer: To use the pylon Viewer, you must install the latest Mesa OpenGL driver for
your system. On Debian-based platforms, you also need to install the
following packages: libgl1-mesa-dri, libgl1-mesa-glx, libxcb-xinerama0,
and libxcb-xinput0.
* GenTL: Limited GenTL support for producers with GenTL version 1.4
and below.
* MP4: MP4 video recording requires the pylon Supplementary Package for MPEG-4 to
be installed in order to work. The pylon Supplementary Package for MPEG-4
is available for download on the Basler website.
* MP4: Recording of video files with cameras with resolutions of 20 MP or higher
may fail, if the Quality parameter is set to 80 % or more. As a workaround,
set the Quality parameter to a lower value.
* MP4: The Recording feature doesn't support the Compression Beyond
feature in ace 2 Pro cameras. When recording is started and the Compression
Beyond feature is enabled, pylon first disables the Compression Beyond
feature in the camera and then starts recording.
* General: Under certain circumstances, e.g., a very slow or busy computer,
the Color Calibrator may not work if the camera has already been opened in the
pylon Viewer.
To prevent this, close the camera before using the Color Calibrator.
* SDK: Kernel 3.x or higher is required to use the pylon C API.
* GenTL: The GenTL producer for GigE Vision does not support action commands.
* GenTL: The GenTL producer for GigE Vision does not support multicast configurations.
* GigE Vision: Multiple IP configurations on a single network interface are not
fully supported by the IP Configurator tool.
* GigE Vision: Assigning a static IP address to a camera that is not in the same
subnet as the network adapter may make the camera unreachable. To prevent this,
set the rp_filter (reverse path filter) to 2 ("loose mode") on the camera's network
interface. For more information, see the Assigning an IP Address to a Camera topic
in the Basler Product Documentation.
* BPD: The Basler Product Documentation (BPD) requires advanced JavaScript support. Open the
Basler Product Documentation in a modern browser, e.g., Firefox 44 (or higher) or
Chrome 49 (or higher).
* BPD: On Ubuntu 22.04 (or newer), the offline Basler Product Documentation (BPD) may not be
accessible when using Firefox due to permission restrictions. To work around that this issue, you can
set the environment variable TMPDIR to a location in the user's home directory, use a
different browser, or install Firefox from a different source than snap.
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