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Robust database and networking solutions. CardFive Vision Professional ID card software is equipped with a full internal Microsoft Access database, allowing you to add and edit card holder records in its database layout view, associate a photo with a database record, and perform powerful database query and reporting functions. CardFive Vision Professional allows your company to easily operate over its network.

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Easy upgrade path to added capabilities. If you are already using a version of CardFive software, it is easy to upgrade to any edition of CardFive Vision. Fixed problem opening multiple devices, if some cannot be opened. Fixed timeout in case of initial block ID was bigger than Fixed problem with long device strings. Fixed buffer lossage in case of device errors after successfully grabbing an image. Removed parameters with visibility 'invisible' from the parameters in the HDevelop Image Acquisition Assistant.

Improved automatic detection of packet size. Improved low-level error messages. Increased priority of the receive thread on Windows. Revision 3. Added parameter 'GtlBlockTimeout'. Added parameter 'GtlBufferHandlingMode' to support additional buffer handling modes. Added timeout and improved functionality for parameter 'GtlForceIP'. Added automatic checking for firewall on Windows XP. On Linux operating systems, the receive thread now uses a slightly higher priority, if the application runs with real-time scheduling policy.

Now the value -1 stands for infinite. The other devices are shown by the default name of gtl. Added automatic packet size optimization, i. Note that this procedure which might take some time is performed only for the first grab after adjusting any parameter which involves changing the buffer size. Furthermore, most read-only parameters have been renamed.

The categories of all parameters have also been adapted accordingly. Improved resend mechanism and enhanced stability. Fixed bug regarding the stream parameters. If the stream was closed and reopened their value was lost. Fixed bug in parameter 'volatile', which allows only PixelFormats with correct pixel alignment. Fixed bug in setting of parameters 'OffsetX' and 'OffsetY'. Added check for maximum Width and Height in case of full resolution. Shows all connected devices with additional information as a string.

Some values are only shown, if they are available. No other device should have the same string, so this string is a unique name for the device. This value can also be queried by the parameter 'GtlDeviceUniqueName'.

It can be set if the device is opened and provides this feature. This value can also be queried by the feature 'GevCurrentSubnetMask'. This value can also be queried by the feature 'GevCurrentDefaultGateway'. The content is vendor-specific.

The possible values are 'available' or 'misconfigured'. Set the desired horizontal resolution of the camera image: 0: Take the current settings of the camera. If Width is bigger than or smaller than the current value, the current value is left untouched we assume the XML file is incorrect.

If a bigger value is desired, the value must be set manually do not use 1 for HorizontalResolution. If this setting doesn't work, the interface automatically tries to use the current settings of the camera. Set the desired vertical resolution of the camera image: 0: Take the current settings of the camera 1: Use full resolution, reset all previous settings. If Height is bigger as in case of an area scan camera or smaller than the current value, the current value is left untouched we assume the XML file is incorrect.

If a bigger value is desired, the value must be set manually do not use 1 for VerticalResolution. If this setting doesn't work the interface automatically tries to use the current settings of the camera. If this also fails, half or quarter of the maximum image size is set. Width of the desired image part '0' stands for the complete image. If this value is not set, the interface assumes the user always wants to get the maximum possible image size.

Height of the desired image part '0' stands for the complete image. In case of -1 the current bit depth of the camera is used. By specifying a value greater than 8 the grabbed images are delivered as uint2 images. In case of 'default' for Mono pixel formats, ColorSpace is set to 'gray', otherwise to 'rgb'. With the Generic parameter some important values can be set before the camera is initialized. Note that the parameter names including the values must be strings, e.

Note that depending on the image size of the used camera a high number of buffers can exceed the available memory size of your computer. Default: 5. It defines the time the application waits for an acknowledge from the camera about the status of the last action.

Internally the timeout for writing into the memory of the camera is set to the desired value times 5. GtlUseCameraPacketSize If this parameter is set to 1, the current packet size value of the camera is used. Default: 0. If this parameter is set to 1, sending of the test packets is disabled. The values must be separated by commas except the subnet mask, where the separator is a slash. The MAC address can be used either separated by colons or without a separator.

The IP address must be decimal numbers separated by dots, followed either by a slash and the subnet mask in bytes or by a comma and the subnet mask in decimal numbers separated by dots. Optionally, a gateway with decimal numbers separated by dots and a timeout in microseconds can be set.

GtlForceSocketDriver If this option is set to 1, the camera uses the socket driver and does not automatically use the filter driver even if it is available. By default, the XML description file with the camera parameters is derived directly from the camera.

Alternatively, you can specify the name of the XML camera description file directly, e. The other devices are shown with the GTL default name. To make sure the correct device is opened, either use the unique name or unique DeviceUserIDs. Timeout in milliseconds for the callback waiting function. With -1 an infinite callback timeout is specified. If enabled, each buffer is cleared before re-queueing all bytes set to 0xF0 regardless the expected pixel format , so you can see which parts of an image are missing, in case e.

This parameter adds of course an runtime overhead to write the 0xF0 data every time a buffer is queued. It is mainly useful for debugging in combination with transport layers which do not guarantee the transfer of complete images see also 'GtlGVSPDiscardIncompleteBuffers'.

Please note, that this parameter does not modify the buffer queue, only the content of a buffer will be set to a defined state. Specify the time to wait in milliseconds between calling AcquisitionStop and stopping the transport layer.

The optimal value depends on the camera. Aborts the current image acquisition and unlocks parameters, which are locked according to the status of the transport layer. Specify the file name including path for writing the XML file of the camera to a specified file. Note that the HDevelop Image Acquisition Assistant saves the file either with the unique device name or as 'camera. If the usage of a persistent IP address is also enabled, the persistent IP address is used.

Note that many cameras already provide this parameter directly via GenApi. Specify a persistent gateway for the current camera. Specify a persistent IP address for the current camera.

Specify a persistent subnet mask for the current camera. Specify the current packet size of the transport layer. Please note that the maximum value depends on the settings of your network card. For reaching optimal performance, Jumbo frames should be enabled. Desired timeout milliseconds for aborting a pending grab. Specify the timeout in microseconds for the current device, in which a complete block has to be received. Big images need bigger values. In case of receiving as much complete buffers as possible, a high value is recommended.

Then, the resending mechanism tries to get the missing packets from the camera as long as the timeout is not elapsed. Specify the mode gtl handles the buffers internally. If the application is not fast enough to process all buffers, newly acquired images will be silently discarded.

With this parameter it is possible to access device registers directly. The register base address and the number of bytes to be written or to be read need to be specified in the name of the parameter. If you want to use hexadecimal representation, you need to prepend a '0x' to the value.

The ' len' must be a multiple of 4 Byte, as a single register access reads or writes 4 bytes. It will be automatically converted to and from network byte order by the operator. If you're trying to remove malware, see Stay protected with Windows Security to find out how to run a scan. Or if you use another antivirus software program, check their virus protection options.

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