Sometimes it seems like the first (and sometimes only) advice you get offered for almost any problem with a Raspberry Pi is "check your power supply". You think something like:
"hey, I'm using an official power supply sold as being matched with my Pi so how can there be any problem?"
You look up the specs then stick a controlled load across your supply and confirm that it can deliver the required number of Watts.
Yet your problems persist…
| #SingleInstance Force | |
| WorkspaceNumber := 9 | |
| ArrayFromZero(Length){ | |
| temp := [] | |
| Loop Length { | |
| temp.Push(A_Index-1) | |
| } | |
| return temp |
| #!/bin/bash | |
| # | |
| # GNU Parallel and Bash functions: How to run the simple example from the manual - Stack Overflow | |
| # http://stackoverflow.com/questions/23814360/gnu-parallel-and-bash-functions-how-to-run-the-simple-example-from-the-manual | |
| # | |
| SCRIPT_DIR="$(cd $(dirname ${BASH_SOURCE:-$0}); pwd)" | |
| WORKSPACE=${WORKSPACE:-$(pwd)} | |
| log() { echo "[$(date +"%F %T")] $@"; } |
| -- Allow changing a property with by zoom-adjusted amount | |
| function zoom_invariant_add(prop, amt) | |
| amt = amt / 2 ^ mp.get_property_number("video-zoom") | |
| mp.set_property_number(prop, mp.get_property_number(prop) + amt) | |
| end | |
| -- Resets the pan if the entire image would be visible | |
| function zoom_check_center() | |
| local zoom = mp.get_property_number("video-zoom") | |
| local rot = mp.get_property_number("video-rotate") * math.pi / 180 |
| #run as root | |
| export LOGIN=login PASS=password OTP=$(2fa vpn); openvpn --config /home/user/.config/pritunl/profiles/*.ovpn --auth-user-pass <(echo -e "$LOGIN\n$PASS$OTP") |
| # CLI | |
| sudo apt update -y | |
| sudo apt install -y \ | |
| git curl btop \ | |
| docker.io docker-buildx \ | |
| build-essential pkg-config autoconf bison rustc cargo clang \ | |
| libssl-dev libreadline-dev zlib1g-dev libyaml-dev libreadline-dev libncurses5-dev libffi-dev libgdbm-dev libjemalloc2 \ | |
| libvips imagemagick libmagickwand-dev mupdf mupdf-tools \ | |
| redis-tools sqlite3 libsqlite3-0 libmysqlclient-dev \ | |
| rbenv apache2-utils |
This step-by-step video tutorial will guide you through the procedure of forcing RGB color output on your M1 Mac.
Here is the direct link to the video tutorial: https://www.youtube.com/watch?v=Z1EqH3fd0V4
The video also has Closed Captions (Subtitles) that you can enable, to make it easier to follow if needed.
| terraform { | |
| backend "local" {} | |
| required_providers { | |
| azurerm = { | |
| source = "hashicorp/azurerm" | |
| version = "3.77.0" | |
| } | |
| } |
On certain resolutions & refresh rates or multi-monitor setups, you might have noticed that your GPU MCLK (vram / memory clock) is stuck at the highest clock frequency (1000 MHz) [1] [2] causing higher GPU idle power draw. On Linux kernel 6.4.x, AMDGPU MCLK (vram/memory) clocks at the lowest, causing major FPS drops while gaming [1] [2]. This is likely due to a monitor not using Coordinated Video Timings (CVT) with a low V-Blank value for the affected resolutions & refresh rates. The higher clocking behavior is due to:
[Well, the reason the clocks get forced to max in some cases is to avoid the flickering you are seeing. There is a certain latency r
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