filips filipsPL

tl;dr: you need to capture the full resource image and then shrink it yourself

rpicam-still image quality regression on OV5647 — root cause and fix: Images captured with rpicam-still were noticeably softer than the old raspistill-based pipeline despite identical hardware. The cause was libcamera's sensor mode selection: the OV5647 only has one true native resolution (2592×1944); its other "modes" (640×480, 1296×972, 1920×1080) are binned/cropped sub-modes of that same sensor, not independent captures. When rpicam-still was asked for our working resolution (1296×972) directly, libcamera silently selected the corresponding binned mode, which degrades detail before the image is even demosaiced. The fix was to always capture at the sensor's full native mode (--mode 2592:1944:10:P) and downscale to the working resolution ourselves afterward using area-averaging resampling (cv2.INTER_AREA), rather than letting the ISP produce the smaller size directly. Combined with --denoise cdn_off and a modest `

The message:

Mon Jan 10 18:26:02 2022 user.err adblock-4.1.3[1577]: coreutils sort not found or not executable

/etc/init.d# ./adblock status
::: adblock runtime information
  + adblock_status  : error
  + adblock_version : 4.1.3
 + blocked_domains : 0

To create pretty outputs from mosquitto_sub with timestamp install:

ts from moreutils (apt install moreutils)
hhighlighter from https://github.com/paoloantinori/hhighlighter

How to use:

mosquitto_sub -h brokerIp -t iot/# -v | ts | h esp32-keypad esp32-tm1637 esp32-strych status temp 'timeInt|time' offline ready scanning

It just doesnt work.

How to fix:

cd ~/.atom/packages/autocomplete-python/lib/jedi/parser`
cp grammar3.7.txt grammar3.8.txt
cp grammar3.7.txt grammar3.9.txt

Polski opis warunków pogodowych publikowanych przez met.no json:

	#!/bin/bash

	HOST="192.168.1.11"
	CMD="meshtastic --wait-to-disconnect 5 --host $HOST"

	get_channel (){
	$CMD --info \| grep modemPreset \| tr -d '[:space:]' \| cut -d':' -f 2 \| tr -d ',' \| xargs
	}

	#!/bin/bash

	# Run gpspipe to get GPS data in JSON format
	# gps_data=$(gpspipe -w -n 10 \| grep -m 1 TPV)
	gps_data=$(/usr/local/bin/gpspipe -w -n 15 \| grep -m 1 -E "TPV")
	gps_data_sat=$(/usr/local/bin/gpspipe -w -n 15 \| grep -m 1 -E "SKY")

	# Check if the data is available
	if [ -n "$gps_data" ]; then

	#!/bin/bash

	printf "\033[32m%20s\033[m \033[35m%20s\033[m %10s\n" "Dir size" "Directory" "Number of files"
	echo "------------------------------------------------------------------------------------"

	for d in $(find . -maxdepth 1 -mindepth 1 -type d 2>/dev/null); do

	printf "\033[32m%20s\033[m \033[35m%20s\033[m %10d files\n" $(du -sh $d 2>/dev/null \| tr -d '\n') $(find $d -type f 2>/dev/null \| wc -l)

	done

	# split-pdb-models.sh model1_1.pdb

	2.3.4.5.6.7.8.9.10.11.12.13.14.15.16.17.18.19.20.21.22.23.24.25.26.27.28.29.30.31.32.33.34.35.36.37.38.39.40.41.42.43.44.45.46.47.48.49.50.51.52.53.54.55.56.57.58.59.60.61.62.63.64.65.66.67.68.69.70.71.72.73.74.75.76.77.78.79.80.81.82.83.84.85.86.87.88.89.90.91.92.93.94.95.96.97.98.99.100.101.102

	# ls

	model1_1_model_100.pdb model1_1_model_18.pdb model1_1_model_28.pdb model1_1_model_38.pdb model1_1_model_48.pdb model1_1_model_58.pdb model1_1_model_68.pdb model1_1_model_78.pdb model1_1_model_88.pdb model1_1_model_98.pdb
	model1_1_model_101.pdb model1_1_model_19.pdb model1_1_model_29.pdb model1_1_model_39.pdb model1_1_model_49.pdb model1_1_model_59.pdb model1_1_model_69.pdb model1_1_model_79.pdb model1_1_model_89.pdb model1_1_model_99.pdb
	model1_1_model_102.pdb model1_1_model_1.pdb model1_1_model_2.pdb model1_1_model_3.pdb model1_1_model_4.pdb model1_1_model_5.pdb model1_1_model_6.pdb model1_1_model_7.pdb model1_1_model_8.pdb model1_1_model_

	#!/bin/bash

	# update all packages installed via pip but in a conda environment
	# may be necesarry to run twice to satisfy all requirements

	conda list \| egrep "pypi$" \| tr -s ' ' \| cut -d ' ' -f 1 \| xargs pip install --upgrade