Webcam Setting 1.2.1
After following 1.2.1. Fast configuration from Linux section, you will be able to change the IP address of the camera through pylon IP Configurator Basler application which will be installed in your Linux (Ubuntu) system. Yo can change the ip and the mask to the same range you are using with other devices. This will enable using the camera through a network switch.
Webcam Setting 1.2.1
Before sending emails from Breeze programs you need to set up the email server settings. I have shown how and where to add these to Breeze Booth (DSLR + Windows) aka DSLR Remote Pro, Webcam Photobooth and Hub.
1.3.1 FramerateIn the GUI of Axis Cameras, settings are allowing you to limit the framerate to a wanted value. A higher frame rate gives you a smoother motion fluid video especially if monitoring moving objects. This will ensure that quick movements fast-moving objects are captured in detail.
1.3.2 BitrateIn the GUI of Axis Cameras, there are settings allowing you to limit the bitrate to a wanted value. However, as the bit rate would usually need to increase for increased image activity but cannot due to the set limit value when CBR is selected, the frame rate and image quality will both be affected negatively.
Please note that Axis does not take any responsibility for how the modification of the configuration described in this guide may affect your system. If the modification fails or if you get other unexpected results, you may have to restore the settings to default.
For Raspberry Pi 3 Model B+, the PCB technology has been changed to provide better heat dissipation and increased thermal mass. In addition, a soft temperature limit has been introduced, with the goal of maximising the time for which a device can "sprint" before reaching the hard limit at 85C. When the soft limit is reached, the clock speed is reduced from 1.4GHz to 1.2GHz, and the operating voltage is reduced slightly. This reduces the rate of temperature increase: we trade a short period at 1.4GHz for a longer period at 1.2GHz. By default, the soft limit is 60C, and this can be changed via the temp_soft_limit setting in config.txt.
At power on, the BCM2711 ROM looks for a file called recovery.bin in the root directory of the boot partition on the SD card. If a valid recovery.bin is found then the ROM executes this instead of the contents of the EEPROM. This mechanism ensures that the bootloader EEPROM can always be reset to a valid image with factory default settings.
When the BCM2837 boots, it uses two different sources to determine which boot modes to enable. Firstly, the OTP (one-time programmable) memory block is checked to see which boot modes are enabled. If the GPIO boot mode setting is enabled, then the relevant GPIO lines are tested to select which of the OTP-enabled boot modes should be attempted. Note that GPIO boot mode can only be used to select boot modes that are already enabled in the OTP. See GPIO boot mode for details on configuring GPIO boot mode. GPIO boot mode is disabled by default.
If there is no SD card inserted, the SD boot mode takes five seconds to fail. To reduce this and fall back to USB more quickly, you can either insert an SD card with nothing on it or use the GPIO bootmode OTP setting described above to only enable USB.
The BOOT_ORDER setting allows flexible configuration for the priority of different boot modes. It is represented as a 32-bit unsigned integer where each nibble represents a boot-mode. The boot modes are attempted in lowest significant nibble to highest significant nibble order.
During USB mass storage boot, power to the USB ports is switched off for a short time to ensure the correct operation of USB mass storage devices. Most devices work correctly using the default setting: change this only if you have problems booting from a particular device. Setting USB_MSD_PWR_OFF_TIME=0 will prevent power to the USB ports being switched off during USB mass storage boot.
After reading config.txt the GPU firmware start4.elf reads the bootloader EEPROM config and checks for a section called [config.txt]. If the [config.txt] section exists then the contents from the start of this section to the end of the file is appended in memory, to the contents of the config.txt file read from the boot partition. This can be used to automatically apply settings to every operating system, for example, dtoverlays.
The following config.txt properties are used to program the secure-boot OTP settings. These changes are irreversible and can only be programmed via RPIBOOT when flashing the bootloader EEPROM image. This ensures that secure-boot cannot be set remotely or by accidentally inserting a stale SD card image.
This section describes how network booting works on the Raspberry Pi 3B, 3B+ and 2B v1.2. On the Raspberry Pi 4 network booting is implemented in the second stage bootloader in the EEPROM. Please see the Raspberry Pi 4 Bootloader Configuration page for more information.We also have a tutorial about setting up a network boot system. Network booting works only for the wired adapter built into the above models of Raspberry Pi. Booting over wireless LAN is not supported, nor is booting from any other wired network device.
The Raspberry Pi can be configured to allow the boot mode to be selected at power on using hardware attached to the GPIO connector: this is GPIO boot mode. This is done by setting bits in the OTP memory of the SoC. Once the bits are set, they permanently allocate 5 GPIOs to allow this selection to be made. Once the OTP bits are set they cannot be unset so you should think carefully about enabling this, since those 5 GPIO lines will always control booting. Although you can use the GPIOs for some other function once the Raspberry Pi has booted, you must set them up so that they enable the desired boot modes when the Raspberry Pi boots.
Where n is the bank of GPIOs which you wish to use. Then reboot the Raspberry Pi once to program the OTP with this setting. Bank 1 is GPIOs 22-26, bank 2 is GPIOs 39-43. Unless you have a Compute Module, you must use bank 1: the GPIOs in bank 2 are only available on the Compute Module. Because of the way the OTP bits are arranged, if you first program GPIO boot mode for bank 1, you then have the option of selecting bank 2 later. The reverse is not true: once bank 2 has been selected for GPIO boot mode, you cannot select bank 1.
The USB 2.0 specification defines three device speeds - low, full and high. Most mice and keyboards are low speed, most USB sound devices are full speed and most video devices (webcams or video capture) are high speed.
Old webcams may be full speed devices. Because these devices transfer a lot of data and incur additional software overhead, reliable operation is not guaranteed. As a workaround, try to use the camera at a lower resolution.
We then tried two different webcams, and the result is the same: Although the USB Webcam is identified in syslog/dmesg, any retrieved images are corrupted and non-usable. We usually see just a few scan lines of noise, and the rest of the image is black.
1)Right-click on the desktop to display the menu.
2)Click [Display settings] in the menu. Setting window is displayed.
3)Click on the primary display icon (indicated by "1") or the secondary display icon (indicated by "2"). Target display device is selected.
4)Change the scaling size by operating [Change the size of text, apps, and other items] slider.
I can't answer your question directly but I can give you a work around. Turn on advanced tweakables in the settings menu, right click the part you want focus on, and click aim camera. This will center the camera on that part.
On the lower part of the screen, you can precisely set the Keyframe's position on the Keyframe Timeline.Above that, you can modify Keyframe specific settings, for example its Position value.
Renders the video with a 360 degree panoramic view, using Cubic Projection.This is usable by several 360 degree video players (and the Oculus Rift), for example VR Player.While Cubic Videos can't be used for YouTube 360 Videos, it takes less time to render them, so if your player is compatible with Cubic Projection anyway, you can use this setting.
This setting is only applicable for Cubic Rendering and Equirectangular Rendering.Because you can rotate the camera in 360 degree viewers, a tilted camera persepctive leads to a strange user experience:If the user looks around, his view might appear to be tilted because the camera looked up or down.Therefore, it is recommended to always stabilize the camera's Pitch and Roll using the repsective checkboxes.
This is an experimental setting for video producers which allows you to change the sky color to a fixed color.Using a Video Editing Software like Adobe After Effects or Sony Vegas, you can change the sky color to transparency and add your own footage as sky. Read more about Chroma Keying here.
Each of the Encoding Presets basically represents a set of Command Line Arugments which are used with the ffmpeg Command.Customizing these Command Line Arguments allows you to use a specific codec or quality setting and much more.If you need an introduction to ffmpeg Command Line Arguments, read the FFmpeg documentation.
If you have a Replay in a dark setting (for example at nighttime, or in a cave) and Brightness: Bright just isn't bright enough for you, you can toogle Ambient Lighting using the Z key (Y on some keyboards).
If you want to save the player visibility settings, check "Remember Hidden Players" checkbox.If checked, invisible players will stay invisible after closing the Replay (this can of course be reverted),otherwise all of the players are visible again after reloading the Replay.
If you're playing in Singleplayer, all of the loaded chunks within your Render Distance are recorded.If you're on a server, this depends on the view-distance setting in the server.properties file, which is set to 11 Chunks by default. 041b061a72