Vic media download

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User guide.K-Vic software available for download:- Windows:- Windows 2000 Service Pack 2- Windows NT Service Pack 4- Windows 95- Windows 98- Windows Me- Windows 2000- Windows XP- Windows Vista- Windows Vista (64bit)- Windows Vista (32bit)K-Vic hardware available for purchase:- Devices labeled as "QDC"- Devices labeled as "SLC"K-Vic Hardware Update Available:- The following QDC and SLC devices are no longer available:QDC 4500QDC 23000QDC 3500QDC 8500QDC 4500 and QDC 23000 are not supported and no longer availableK-Vic Hardware Warranty:- This device is currently covered by an industry standard 1-year parts and labor warranty.- The K-Vic is manufactured by Micro-Lite.K-Vic part and software documentation available for download:- (see download section)- The K-Vic has an extensive documentation in the form of a user guide.- The K-Vic has a User Guide available for download:- Micro-Lite K-Vic Manual:- K-Vic and QDC documentation available for download:- K-Vic and BACnet documentation available for download:What's New In?Markup Assist is based on the ability to easily import a range of file types into the application. The new search menu feature allows you to instantly search and show the source of imported files on a drawing.2D Drafting Preview:Quickly see 2D views of your drawing. Press the View button in the status bar to access a new pane at the bottom of the screen. Views are selected and non-selected instantly and directly, without the need to switch between views.Revit Drawing ViewQuickly access supported Revit Drawing views. Press the View button in the status bar to access a new pane at the bottom of the screen. These views are organized by type and presented as buttons for immediate selection.Extended Drawing Preview:Work from a preview window that shows all dimensions, so you can easily change and measure dimensions. (video: 3:30 min.)You can now quickly go directly to the next and previous drawing, using the Nudge feature. If you hold down the Shift key when using the Nudge option, the next drawing is selected in the list of the Preview mode.AutoCAD for Graphic Design:Use the cutting tool to draw and cut precisely. Use the outline feature to easily draw a boundary around your design and cut it out of a piece of paper. Add text and a title for your project.Draw and outline text on the white space of a drawing. Use the outline to specify the boundaries of your design and cut it out of paper.Use the carving tool to help you quickly draw accurate lines or paths. Choose a point to start drawing a line, and then simply follow it with the tool. You can also use the CNC carving tool to create horizontal and vertical lines.Work with the Paper Space feature, which displays all the vector objects in your drawing. (video: 1:15

Range. It sets upper and lower bounds for the current load.When current load goes outside these bounds, VIC actmon raises aninterrupt which causes wmark_active to raise the VIC frequency, reducingthe current load, or lower the frequency, increasing it.The control logic in wmark_active is:Compute the current load:\(\text{cur}{r\_ load}_{} = \ \frac{\text{VIC}\ \text{active}\ \text{cycle}}{\text{VIC}\ \text{total}\ \text{cycle}\ @\text{current}\ \text{frequency}}*1000\)If (freq_boost_en && curr_load >= load_max):\(curr\_ ideal\_ freq = \ F_{\max}\)else:\(curr\_ ideal\_ freq = \ \frac{curr\_ load}{load\_ target}*curr\_ freq\)\(\text{av}{g\_ target\_ freq}_{\text{current}} = \ \frac{\text{smooth}}{\text{smooth}\ + \ 1}*\text{av}{g\_ target\_ freq}_{\text{previous}} + \ \frac{1}{\text{smooth}\ + \ 1}*\text{cur}{r\_ ideal\_ freq}_{}\)Where:curr_load is the current load.freq_boost_en is a knob which enables or disables the frequency boost feature.Fmax is the maximum possible VIC frequency.load_max is the frequency boost threshold. Its range is [0, 1000]. wmark_active boosts the VIC frequency to Fmax when load_level exceeds this threshold.load_target (the load target) is the value of curr_load that wmark_active tries to maintain.curr_freq is the current VIC frequency, in hertz.curr_ideal_freq is the VIC frequency, in hertz, that would yield a curr_load value of load_target under current instantaneous operating conditions.avg_target_freq is the moving average of the target frequency, inhertz. It is used to avoid abrupt changes in curr_freq when it is recalculated. This property is described more fully inTo customize VIC DVFS with control knobs.Select the first available frequency step that is greater than or equal to avg_target_freqcurrent.Sysfs Paths for DVFS Control¶This section describes the use of several knobs that control theoperation of VIC DVFS.Pathnames of Sysfs Nodes for DVFS Control¶The sysfs nodes that control VIC knobs are located in a pair ofdirectories whose locations are device-dependent. The descriptionsthat follow use these placeholders to represent those directories:For NVIDIA® Jetson AGX Orin family series: represents /sys/devices/platform/13e40000.host1x/15340000.vic. represents /sys/devices/platform/13e40000.host1x/15340000.vic/devfreq/15340000.vicFor NVIDIA® Jetson Xavier™ NX series and Jetson AGX Xavier series: represents /sys/devices/platform/13e10000.host1x/15340000.vic/. represents /sys/devices/platform/13e10000.host1x/15340000.vic/devfreq/15340000.vicIn the following procedures, replace these placeholders with the appropriate pathnames for your Jetson device.VIC DVFS Control Terminology¶Many of the control knobs concern the current load and the load target. The default load target is 700, i.e. wmark_active tries to keep the VIC active cycle at 70% of the current VIC frequency.A lower load target makes VIC frequency scaling more aggressive, because the VIC frequency scales up to Fmax when the VIC active cycle exceeds (load target / 1000) × Fmax.To enable or disable VIC DVFS¶VIC DVFS is enabled by default. You can disable VIC DVFS by changing the underlying devfreq governor to userspace governor for

The VIC engine.Here is an example to change the devfreq governor of the VIC engine:$ echo > /governorWhere is the name of the VIC devfreq governor to be used:To enable VIC DVFS, type wmark_active for the To disable VIC DVFS, type userspace for the To customize VIC DVFS with control knobs¶The block_window control knob defines the shortest period between VIC frequency scaling operations, in microseconds. VIC actmon skips frequency scaling if the last VIC frequency scaling operation was performed less than block_window microseconds ago.To set block_window, enter the command:$ echo > /block_windowWhere is the block_window value to set.The load_target control knob sets the VIC load target. To set the load_target, enter the command:$ echo > /load_targetWhere is the load target to set. The value range for the is between 0 and 1000.The freq_boost_en control knob enables or disables the frequencyboost feature. If frequency boost is enabled, wmark_active boosts the VIC frequency to Fmax when the VIC load level exceeds the frequency boost threshold (set by the load_max control knob, below).To enable or disable frequency boost, enter the command:$ echo > /freq_boost_enWhere is 1 to enable frequency boost, or 0 to disable it.The load_max control knob sets the frequency boost threshold.wmark_active boosts the VIC frequency to Fmax when the VIC load level exceeds the frequency boost threshold. Its range is [0, 1000]. Its default value is 900.Note that wmark_active boosts the VIC frequency only if freq_boost_en (above) is enabled.To set the frequency boost threshold, enter the command:$ echo > /load_maxWhere is the frequency boost threshold to set.curr_ideal_freq is the VIC frequency, in hertz, that would yield acurr_load value of load_target under current instantaneous operating conditions.avg_target_freq is the average target frequency, in hertz. That is, it is amoving average of the target frequency, in hertz.The smooth knob adjusts the weights that avg_target_freqprevious and curr_ideal_freq are given in adjusting the value of avg_target_freq toward the target frequency:\({\text{avg}\_\text{target}\_\text{freq}}_{\text{current}} = \ \frac{\text{smooth}}{\text{smooth}\ + \ 1}*{\text{avg}\_\text{target}\_\text{freq}}_{\text{previous}}\ + \ \frac{1}{\text{smooth}\ + \ 1}*\text{curr}\_\text{ideal}\_\text{freq}\)If smooth is 0, the weight of avg_target_freqprevious is 0% and the weight of curr_ideal_freq is 100%, so avg_target_freqcurrent is set to curr_ideal_freq each time it is adjusted.To set smooth, enter the command:$ echo > /smoothWhere is the value to set.Setting the Static VIC Frequency¶For debugging or power/performance evaluation, you may want to set theVIC frequency to a fixed value. You can set the static VIC frequencydirectly if you disable VIC DVFS.To set the static