ollama-test, add colors and mention which context and thread count the winners were at.

pv-test, fix pv and pv2 outfile location if path in filename, test defaults for each option by keeping the skip, fix some spacing issues.

rc_shared.sh

@@ -326,6 +326,8 @@ function send-masters {
 }
 alias push-masters="send-masters"
 alias sync-masters="send-masters"
+alias push-all="send-masters"
+alias send-all="send-masters"
 
 function pull-clones {
    echo -e "`date` - Looping through clone directories."
@@ -339,6 +341,8 @@ function pull-clones {
 }
 alias get-clones="pull-clones"
 alias sync-clones="pull-clones"
+alias pull-all="pull-clones"
+alias get-all="pull-clones"
 
 function sync-all {
 	push-masters
@@ -771,6 +775,499 @@ alias vta="v2a"
 alias pull-audio="v2a"
 alias pa="v2a"
 
+# Run all the different codecs, wrappers, bitrates, etc on a file.
+function pv-test {
+	echo -e "Welcome! Let's get your tests set up...\n"
+
+	## Input ##
+
+	filename_in="$1"
+	while [[ -z "$filename_in" ]]; do
+		read -p "Please provide the filename: " filename_in
+	done
+
+	# Existing Functions #
+
+	declare -l pv{,2}="n"
+	typeset -l test_pv{,2}
+
+	read -p "Create a test with current 'pv' function? (y/N) " test_pv
+	if [[ "$test_pv" == "y"* ]]; then
+		pv="y"
+		echo "  great, will run pv"
+	else
+		echo "  skipping"
+	fi
+	echo " "
+	read -p "Create a test with current 'pv2' function? (y/N) " test_pv2
+	if [[ "$test_pv2" == "y"* ]]; then
+		pv2="y"
+		echo "  great, will run pv2"
+	else
+		echo "  skipping"
+	fi
+	echo " "
+
+	# Loop Data #
+
+	declare -l {vpreset,crf,vbr,abr,achannel,afreq,over,under}s="default"
+
+	echo -e " * * Loop Settings * * \n"
+
+	basename="`basename "$filename_in"`"
+	basename_in=""
+	read -p "Would you like to specify a basename? [$basename] " basename_in
+	if [[ -n "$basename_in" ]]; then
+		basename="$basename_in"
+	fi
+	echo -e "  basename: '$basename'\n"
+
+	typeset -i size_in
+	read -p "What display ratio would you like to use? [720] " size_in
+	if (( $size_in == 0 )); then
+		size_in=720
+	fi
+	echo -e "  size: '$size_in'\n"
+
+	vcodecs="libsvtav1"
+	read -p "Please provide the video codecs to test: [$vcodecs] " test_vcodecs
+	if [[ -n "$test_vcodecs" ]]; then
+		vcodecs="$test_vcodecs"
+	fi
+	echo -e "  video codecs: '$vcodecs'\n"
+
+	echo "Please provide any presets to use."
+	echo "(if testing both H264 and AV1, please select from: vsl slr slw med fst fsr vft)"
+	read -p "Add any presets? [$vpresets] " test_vpresets
+	if [[ -n "$test_vpresets" ]]; then
+		vpresets="$test_vpresets"
+	fi
+	echo -e "  presets: '$vpresets'\n"
+
+	read -p "Please provide any CRFs to test: [default] " test_crfs
+	if [[ -n "$test_crfs" ]]; then
+		crfs="$test_crfs"
+	fi
+	echo -e " CRFs: '$crfs'\n"
+
+	read -p "Please provide any video bitrates to test: [default] " test_vbrs
+	if [[ -n "$test_vbrs" ]]; then
+		vbrs="$test_vbrs"
+	fi
+	echo -e "  video bitrates: '$vbrs'\n"
+
+	if [[ "$vcodecs" == *"libsvtav1"* ]]; then
+		read -p "Please provide any over percentages for libsvtav1: [default] " test_overs
+		if [[ -n "$test_overs" ]]; then
+			overs="$test_overs"
+		fi
+		echo -e "  over percentages: '$overs'\n"
+
+		read -p "Please provide any under percentages for libsvtav1: [default] " test_unders
+		if [[ -n "$test_unders" ]]; then
+			unders="$test_unders"
+		fi
+		echo -e "  under percentages: '$unders'\n"
+	fi
+
+	acodecs="libopus"
+	read -p "Please provide the audio codecs to test: [$acodecs] " test_acodecs
+	if [[ -n "$test_acodecs" ]]; then
+		acodecs="$test_acodecs"
+	fi
+	echo -e "  audio codecs: '$acodecs'\n"
+
+	read -p "Please provide any audio bitrates to test: [default] " test_abrs
+	if [[ -n "$test_abrs" ]]; then
+		abrs="$test_abrs"
+	fi
+	echo -e "  audio bitrates: '$abrs'\n"
+
+	read -p "Test both mono and stereo audio channels? (y/N) " test_achannels
+	if [[ "$test_achannels" == "y"* ]]; then
+		achannels="1 2" # 1 is mono, 2 is stereo
+	fi
+	echo -e "  audio channels: '$achannels'\n"
+
+	read -p "Test both 48 and 44.1 kHz audio frequencies? (y/N) " test_afreqs
+	if [[ "$test_afreqs" == "y"* ]]; then
+		afreqs="48000 44100" # 48 typically found in videos, 44.1 in audio.
+	fi
+	echo -e "  audio frequencies: '$afreqs'\n"
+
+	normalize=""
+	typeset -u normalize_in
+	read -p "Would you like to normalize the audio? (Y/n) " normalize_in
+	if [[ "$normalize_in" != "N"* && $normalize_in != "F"* ]]; then
+		normalize="-filter:a dynaudnorm=f=33:g=65:p=0.66:m=33.3"
+	fi
+	echo -e "  normalize: '$normalize'\n"
+
+	exts="mkv"
+	read -p "Please provide the containers to test with: [$exts] " test_exts
+	if [[ -n "$test_exts" ]]; then
+		exts="$test_exts"
+	fi
+	echo -e "  extensions: '$exts'\n"
+
+	bitrate_check=""
+	typeset -u bitrate_in
+	read -p "Would you like to append the bitrate to the filename? (Y/n) " bitrate_in
+	if [[ "$bitrate_in" != "N"* && $bitrate_in != "F"* ]]; then
+		bitrate_check="Y"
+	fi
+	echo -e "  bitrate_check: '$bitrate_check'\n"
+
+	# Final Check #
+
+	echo -e " * * Confirmation * * \n"
+
+	ffprobe -i "$filename_in"
+	echo -e "\n * Testing against '$filename_in' above. * \n"
+
+	typeset -i guess
+	guess=$(( \
+		  `wc -w <<< $vcodecs`   * `wc -w <<< $vpresets` * `wc -w <<< $crfs` \
+		* `wc -w <<< $vbrs`      * `wc -w <<< $overs`    * `wc -w <<< $unders` \
+		* `wc -w <<< $acodecs`   * `wc -w <<< $abrs` \
+		* `wc -w <<< $achannels` * `wc -w <<< $afreqs` \
+	))
+	if (( $guess > 0 )); then
+		plural=""
+		if (( $guess != 1 )); then
+			plural="s"
+		fi
+		echo -e "Expecting ${guess} loop${plural}.\n"
+	else
+		echo "ERROR: Something went wrong, got 0 loops, exiting."
+		return 1
+	fi
+
+	typeset -u okay
+	read -p "Does everything look okay? (Y/n) " okay
+	if [[ "$okay" == "N" || "$okay" == "F"* ]]; then
+		echo "  Not okay, aborting."
+		return 1
+	fi
+	echo -e "Sounds good, here we go!\n"
+
+	## Main ##
+
+	if [[ "$pv" == "y" ]]; then
+		echo " * Starting pv... * "
+		filename_pv="$(basename "${filename_in}-pv.mkv")"
+		if [[ -e "$filename_pv" ]]; then
+			mv -v "$filename_pv" ~/TRASH
+		fi
+		pv "$filename_in" "$filename_pv"
+		echo -e " * Testing with 'pv' complete! * \n"
+	fi
+	if [[ "$pv2" == "y" ]]; then
+		echo " * Starting pv2... * "
+		filename_pv2="$(basename "${filename_in}-pv2.mkv")"
+		if [[ -e "$filename_pv2" ]]; then
+			mv -v "$filename_pv2" ~/TRASH
+		fi
+		pv "$filename_in" "$filename_pv2"
+		echo -e " * Testing with 'pv2' complete! * \n"
+	fi
+
+	typeset -i count
+	unset vcodec vpreset crf vbr acodec abr ext
+	for vcodec in $vcodecs; do for vpreset in $vpresets; do for crf in $crfs; do
+		for vbr in $vbrs; do for over in $overs; do for under in $unders; do
+			for acodec in $acodecs; do for abr in $abrs;
+				do for achannel in $achannels; do for afreq in $afreqs; do
+					for ext in $exts; do
+						(( count++ ))
+
+						preset=""
+						if [[ "$vpreset" != "default" ]]; then
+							if [[ "$vcodec" == "libsvtav1" ]]; then
+								# Scale goes from 0 to 13, 0 being like x264's "placebo", above 8 being destructive.
+								# Each step down is about 2x as slow, so 6 to 4 is ~4x slower, 6 to 2 is ~16x slower.
+								case $vpreset in
+									vsl) preset="2" ;; # best quality; quite slow, but still feasible
+									slr) preset="3" ;; # nearly the same as 4 but twice as slow
+									slw) preset="4" ;; # great quality; decent speed
+									med) preset="6" ;; # good quality; great speed
+									fst) preset="8" ;; # default; quite fast
+									fsr) preset="9" ;; # rough drafts only
+									vft) preset="10" ;; # real time encoding for livestreams
+									*) preset="$vpreset" ;;
+								esac
+							else
+								case $vpreset in
+									vsl) preset="veryslow" ;;
+									slr) preset="slower" ;;
+									slw) preset="slow" ;;
+									med) preset="medium" ;; # default
+									fst) preset="fast" ;;
+									fsr) preset="faster" ;;
+									vft) preset="veryfast" ;;
+									*) preset="$vpreset" ;;
+								esac
+							fi
+							if [[ -n "$preset" ]]; then
+								preset="-preset $preset"
+							fi
+						fi
+
+						bitrate=""
+						if [[ "$crf" != "default" ]]; then
+							bitrate="-crf $crf"
+						fi
+						declare {o,u}fn=""
+						if [[ "$vbr" != "default" ]]; then
+							if [[ "$vcodec" == "libsvtav1" ]]; then
+								#bitrate="$bitrate -svtav1-params rc=1:tbr=$vbr:overshoot-pct=0:undershoot-pct=100"
+
+								declare {o,u}=""
+								if [[ "$over" != "default" ]]; then
+									o=":overshoot-pct=${over}"
+									ofn="-o${over}"
+								fi
+								if [[ "$under" != "default" ]]; then
+									u=":undershoot-pct=${under}"
+									ufn="-u${under}"
+								fi
+
+								if [[ "$crf" == "default" ]]; then
+									# Variable Bitrate, rate passed should be the TARGET, not the max.
+									# Can control the params which allow the target to go up and down, but defaults are okay.
+									# Seems better to not try and force this to imitate "-b:v -minrate -maxrate -bufsize"
+									# Will definitely want to use a slower preset to ensure the quality stays consistent.
+
+									# Can be done like this if not changing over or under.
+									#bitrate="-b:v $vbr"
+
+									# Prefer this method so we know we're doing VBR (rc=1) not CBR (rc=2).
+									# rc=1, over defaults to 25, under defaults to 50
+									# rc=2, over defaults to 25, under defaults to 25
+									bitrate="-svtav1-params rc=1:tbr=${vbr}${o}${u}"
+								else
+									# Capped CRF, when both a CRF and bitrate are passed.
+									# Better to use high CRF with low BR than high BR with low CRF (produces artifacts/tearing).
+									bitrate="-svtav1-params rc=0:crf=${crf}:mbr=${vbr}${o}${u}"
+								fi
+							else
+								bitrate="$bitrate -b:v $vbr -minrate 0 -maxrate $vbr -bufsize $vbr"
+							fi
+						fi
+
+						fidelity=""
+						if [[ "$abr" != "default" ]]; then
+							fidelity="-b:a $abr"
+						fi
+
+						channel=""
+						if [[ "$achannel" != "default" ]]; then
+							channel="-ac $achannel"
+						fi
+
+						frequency=""
+						if [[ "$afreq" != "default" ]]; then
+							if [[ "$acodec" == "libopus" ]]; then
+								case $afreq in
+									48000) ;; 24000) ;; 16000) ;; 12000) ;; 8000) ;;
+									*) echo -e "ERROR: libopus cannot do this, skipping frequency ${afreq}."
+										continue
+										;;
+								esac
+							fi
+							frequency="-ar $afreq"
+						fi
+
+						ext=".$ext"
+						newfile="_${size_in}p_${vcodec}-${vpreset}-${crf}-${vbr}${ofn}${ufn}_${acodec}-${abr}-${achannel}-${afreq}${ext}"
+						echo -e " * [Loop $count/$guess] Parameters for this test: $newfile * \n"
+
+						if [[ -e "$newfile" ]]; then
+							mv -v "$newfile" ~/TRASH/
+							echo -e "Removed unfinished version of this file.\n"
+						fi
+						if [[ `ls *"${newfile//$ext/}"*"$ext"* 2>/dev/null` ]]; then
+							echo -e "Completed version of this file already exists, skipping.\n"
+							continue
+						fi
+
+						echo "$(date) - Starting run..."
+
+						start=$SECONDS
+						set -x
+						ffmpeg -nostdin -hide_banner -loglevel level+warning \
+							-i "$filename_in" \
+							-filter:v scale=-1:$size_in \
+							-c:v $vcodec \
+							$preset \
+							$bitrate \
+							-c:a $acodec \
+							$fidelity \
+							$channel \
+							$frequency \
+							$normalize \
+							-movflags +faststart \
+							"$newfile"
+						status="$?"
+						set +x
+						finish=$SECONDS
+
+						minutes=$(( (finish - start) / 60 ))
+						seconds=$(( (finish - start) % 60 ))
+						printf -v padded_mins "%03d" "$minutes"
+						printf -v padded_secs "%02d" "$seconds"
+
+						bitrate=""; bitrate_padded="";
+						if [[ "$bitrate_check" == "Y" ]]; then
+							j=""
+							for i in `ffprobe "$newfile" 2>&1 | grep bitrate`; do
+								# Previous loop was the 'bitrate' label, so get bitrate now.
+								if [[ "$j" == 'bitrate:' ]]; then
+									bitrate="$i"
+									#printf -v bitrate_padded "%05d" "$bitrate"
+								fi
+								# Previous loop was the bitrate, so get the units now.
+								if [[ "$j" == "$bitrate" ]]; then
+									#bitrate="_""$bitrate_padded${i//\//p}"
+									bitrate="_""$bitrate${i//\//p}"
+								fi
+								j="$i"
+							done
+						fi
+
+						if [[ "$status" == 0 && -s "$newfile" ]]; then
+							mv -v "$newfile" "${basename}_${padded_mins}m${padded_secs}s${newfile//$ext/$bitrate$ext}"
+						else
+							echo "ERROR: ffmpeg exited with status $status, not renaming file."
+						fi
+
+						echo -e "\n * Finished in ${minutes}m${seconds}s! * \n"
+					done
+				done done
+			done done
+		done done done
+	done done done
+
+	## Finish ##
+
+	plural=""
+	if (( $count != 1 )); then
+		plural="s"
+	fi
+	echo "Completed tests after ${count} loop${plural}! :)"
+}
+
+# 20260914 - After playing with pv-test for a while.
+function pv3 {
+	org="$1"
+	out="$2"
+	echo "Processing '$org' to '$out' using AV1 and OPUS."
+
+	## Versions ##
+
+	# v0
+	scale=-1:720
+	preset=0 # took 20 minutes where preset 2 was under 2 minutes
+	crf=18
+	vbr=2000k # this is creating 2Mbps files, not maxxing at 2.
+	overshoot=0
+	undershoot=100
+
+	# v1
+	preset=2 # WAY faster and still great.
+	crf=28 # much smaller filesize
+
+	# v2
+	# Try to mimic h264 better.
+	vbr=1000k
+	overshoot=100
+
+	# v3
+	# Fix weird aspect ratios.
+	scale="1280:720,setsar=1"
+
+	# v4
+	# Assuming it was just a weird Pixel phone video issue.
+	scale=-1:720
+	# Remove CRF since we are using VBR.
+	crf=""
+	# Still not 100% on these but seems like a good ballpark.
+	preset=6
+	vbr=800k
+	overshoot=50
+	undershoot=100
+	# Add audio bitrate.
+	abr=128k
+
+	# v5
+	# 800k had some visible degradation compared to pv. Up it a bit more.
+	vbr=1200k
+	preset=2
+
+	# v6
+	# 4 does way better than 2 or 6, at least on laptop, but phone and laptop
+	# scores have stayed very very similar. Also, overshoot of 100 is giving
+	# smaller files than less, and also allows more if needed, so keeping that.
+	preset=4
+	vbr=1200k
+	overshoot=100
+	undershoot=100
+	abr=128k
+
+	## Main ##
+
+	echo -e "\n * Original File * \n"
+	ffprobe -i "$org"
+
+	echo -e "\n * Starting Processing *\n"
+	date
+	set -x
+	ffmpeg -nostdin -hide_banner -loglevel level+warning \
+		-i "$org" \
+		-c:v libsvtav1 \
+		-preset $preset \
+		-filter:v scale=$scale \
+		-svtav1-params rc=1:tbr=${vbr}:overshoot-pct=${overshoot}:undershoot-pct=${undershoot} \
+		-c:a libopus \
+		-filter:a dynaudnorm=f=33:g=65:p=0.66:m=33.3 \
+		-b:a $abr \
+		-movflags +faststart \
+		"$out"
+	status="$?"
+	set +x
+	# -crf $crf \
+
+	if [[ "$status" != 0 || ! -s "$out" ]]; then
+		echo "Failed, deleting output."
+		mv -v "$out" ~/TRASH/
+		return $status
+	fi
+
+	echo -e "\n * Success! *"
+}
+
+# 20260915 - Stack 2 videos for comparing quality. TBD: Move to Ansible?
+function vcompare {
+	vid1="$1"
+	vid2="$2"
+	if [[ -z $vid1 || -z $vid2 ]]; then
+		echo "ERROR: Missing vid1 ('$vid1') or vid2 ('$vid2'). "
+		return 1
+	fi
+
+	orientation="$3"
+	if [[ -z $orientation || ($orientation != "h" && $orientation != "v") ]]; then
+		echo -n "NOTICE: Received '$orientation' for orientation, using vertical instead. "
+		orientation="v"
+		echo "'$orientation'"
+	fi
+
+	mpv --lavfi-complex="[vid1][vid2]${orientation}stack[vo];[aid1][aid2]amix[ao]" \
+		"$vid1" \
+		--external-file="$vid2"
+}
+alias vcomp="vcompare "
+
 
 ### Web ###
 
@@ -860,25 +1357,25 @@ function git-check {
 	echo "Checking '$dir' for git changes."
 	ls -d "$dir"/* | while read project; do
 		if [[ ! -d $project ]]; then
-		continue
+			continue
 		fi
 		echo -e "\n*** `basename $project` ***"
 		cd $project
 		if [[ -d .git ]]; then
-		git ls-remote --exit-code --heads origin dev
-		dev_exists="$?"
-		if [[ "$dev_exists" == 0 ]]; then
-			git switch dev
-		elif [[ "$dev_exists" == 2 ]]; then
-			git switch main
+			git ls-remote --exit-code --heads origin dev
+			dev_exists="$?"
+			if [[ "$dev_exists" == 0 && "$dir" != *".wiki" ]]; then
+				git switch dev
+			elif [[ "$dev_exists" == 2 || "$dir" == *".wiki" ]]; then
+				git switch main
+			else
+				echo "ERROR: Unknown status for dev_exists, '$dev_exists'."
+				continue
+			fi
+			git pull
+			git push
 		else
-			echo "ERROR: Unknown status for dev_exists, '$dev_exists'."
-			continue
-		fi
-		git pull
-		git push
-		else
-		echo "Not a Git project, skipping!"
+			echo "Not a Git project, skipping!"
 		fi
 	done
 	echo -e "\nDone!"
@@ -908,8 +1405,431 @@ alias colors="check-colors"
 alias term-colors="check-colors"
 alias display-colors="check-colors"
 
+### LLMs ###
 
-## Finalize ##
+function ollama_stop() {
+	for model in `ollama ps | tail -n +2 | awk '{print $1}'`; do
+		echo "Stopping ${model}..."
+		ollama stop $model
+	done
+}
+alias ollama-stop="ollama_stop"
+alias ollama-kill="ollama_stop"
+alias ollama-killall="ollama_stop"
+alias ollama-kill-all="ollama_stop"
+alias ollama-stop-all="ollama_stop"
+
+function ollama_models() {
+for model in `ollama ls | grep -v NAME | awk '{print $1;}'`; do
+	echo $model
+	ollama show $model | grep -E "architecture|context length|quantization"
+done
+}
+alias ollama-models="ollama_models "
+alias ollama-show-models="ollama_models "
+alias ollama-show="ollama_models "
+alias ollama-dense="ollama_models "
+alias ollama-moe="ollama_models "
+alias show-models="ollama_models "
+alias list-models="ollama_models "
+
+function ollama_sizes() {
+	# VAR1 - Format. Choices are Markdown or Spaces.
+	typeset -l fmt="$1"
+	if [[ -z "$fmt" ]]; then
+		fmt=s
+	fi
+	if [[ "$fmt" != "s"* && "$fmt" != "m"* ]]; then
+		echo "ERROR: Format incorrect, choose Markdown or Spaces."
+		return 1
+	fi
+	sep=""
+	if [[ $fmt == "m"* ]]; then
+		sep="|"
+	fi
+
+	# VAR2 - Context
+	typeset -i num_ctx="$2"
+	context=""
+	if [[ -n $num_ctx ]]; then
+		context=',"options":{"num_ctx":'$num_ctx'}'
+	fi
+
+	# Column Formatting
+	col1=25
+	col2=12
+	col3=8
+	col4=12
+	spacing="$sep %-${col1}s $sep %${col2}s $sep %${col3}s $sep %${col4}s $sep"
+
+	#echo " Stopping all ollama usage..."
+	#sudo sv restart ollama >/dev/null 2>&1
+
+	#echo -e "\n Checking model disk and RAM sizes...\n"
+
+	printf "$spacing\n" "Model Name" "HDD (ls)" "Context" "RAM (ps)"
+	if [[ $fmt == "m"* ]]; then
+		printf "$spacing\n" ":------------------------" "-----------:" "-------:" "-----------:"
+	fi
+
+	for model in `ollama ls | grep -v NAME | awk '{print $1}'`; do
+		#ollama run $model "" --format json >/dev/null 2>&1
+		curl -s http://localhost:11434/api/generate \
+			-d '{"model":"'$model'","prompt":"","stream":false,"keep_alive":"1m"'$context'}' \
+			>/dev/null 2>&1
+		status=$?
+
+		hdd="`ollama ls | grep $model | awk '{print $3 $4}'`"
+		ram="`ollama ps | grep $model | awk '{print $3 $4}'`"
+		ctx="`ollama ps | grep $model | awk '{print $7}'`"
+
+		if [[ "$status" != 0 ]]; then
+			ram="TOO LARGE $ram"
+			ctx="FAIL $ctx"
+			sleep 10
+		fi
+
+		printf "$spacing\n" "$model" "$hdd" "$ctx" "$ram"
+
+		ollama stop $model >/dev/null 2>&1
+		while ollama ps | grep $model; do
+			sleep 1
+		done
+	done
+
+	#echo "Done!!"
+}
+alias ollama-sizes="ollama_sizes "
+alias model-sizes="ollama_sizes "
+alias model-memory="ollama_sizes "
+alias model-mem="ollama_sizes "
+
+function ollama_threads() {
+	# VAR1 - Model
+	model="$1"
+	if [[ -z $model ]]; then
+		model="qwen3.5:4b"
+	fi
+
+	# VAR2 - Context
+	typeset -i num_ctx="$2"
+	context=""
+	if [[ -n $num_ctx ]]; then
+		context=',"num_ctx":'$num_ctx''
+	fi
+
+	# Physical CPU Count (no longer using ansible_processor_vcpus, {{ ansible_processor_vcpus }})
+	# Will be something like 0-7, then get expanded to 0 1 2 3 4 5 6 7.
+	# Runnning with 0 causes default behavior, 1 per physical core, 8!
+	cores=$(cat /sys/devices/cpu_core/cpus | tr ',' '\n' | sed 's/-/ /' | xargs -L1 seq)
+
+	# Flatten the output (trims newlines and extra spacing).
+	cores=$(echo $cores)
+
+	# Take out useless tests. 1 CPU is silly. If we have 8 physical then
+	# only need to look at 4, 6, 7, and 8 (which is done by 0/default).
+	cores=${cores/ 1 / }
+	if [[ "$cores" == *" 7" ]]; then
+		cores=${cores/ 2 / }
+		cores=${cores/ 3 / }
+		cores=${cores/ 5 / }
+	fi
+
+	# Do the 0 test last.
+	cores="${cores/0 / } 0"
+
+	#echo " Stopping all ollama usage..."
+	#sudo sv restart ollama >/dev/null 2>&1
+
+	# Benchmark Thread Count
+	for t in $cores; do
+		start=$SECONDS
+		echo -n "`date` - $model w/ $t Thread(s): "
+
+		speed=$(curl -s http://localhost:11434/api/generate \
+			-d '{"model":"'$model'","prompt":"Hello","stream":false,"keep_alive":"1m","options":{"num_thread":'$t$context'}}' \
+			| jq '.eval_count * 1000000000 / .eval_duration'
+		)
+		finish=$SECONDS
+		ctx="`ollama ps | grep $model | awk '{print $7}'`"
+		time=$(( $finish - $start ))
+
+		#echo "tokens/sec: $speed @ context=$ctx, time: $time secs"
+		printf "%-32s %18s %16s\n" "tokens/sec: $speed" "@ context=$ctx," "time: $time secs"
+
+		ollama stop $model >/dev/null 2>&1
+	done
+}
+alias ollama-threads="ollama_threads "
+alias ollama-cpus="ollama_threads "
+alias ollama-cpu="ollama_threads "
+
+function ollama_benchmark_usage() {
+	cat <<- EOF
+		USAGE: ollama-benchmark CONTEXTS [THREADS] [IGPUS] [MODELS] [-h | --help]
+
+		Tests installed models at a certain context, thread count, and iGPU setting.
+
+		PARAMETERS
+
+		   CONTEXTS
+		      Sent as num_ctx to ollama. No default.
+		   THREADS
+		      Sent as num_threads to ollama. Defaults to 0.
+		   IGPUS
+		      Values to set OLLAMA_IGPU_ENABLE to. Defaults to 1.
+		   MODELS
+		      Model names to test. Defaults to all of `ollama ls`.
+
+		EXAMPLES:
+
+		   Test models with at a context of 32000, default threads, and iGPU enabled.
+		      ollama-benchmark 32000 0 1
+
+		   Test qwen3.5:4b with at a context of 128k, 4 threads, and iGPU disabled.
+		      ollama-benchmark 128000 4 0 qwen3.5:4b
+
+		Variables can also be specified through variables:
+
+		   context=64000 threads=7 igpu=0 ollama-benchmark
+		   context=64000 threads=7 ollama-benchmark
+		   context=64000 igpu=0 ollama-benchmark
+		   context=64000 model=qwen3.5:4b ollama-benchmark
+
+		The parameters can also act as arrays to cause extra looping.
+
+		   ollama-benchmark "32000 64000 128000 256000" "4 7 0" "0 1" \
+		      "qwen3.8:27b qwen3.6:35b qwen3.6:27b qwen3.5:35b qwen3.5:27b"
+
+		Aliases:
+
+		   ollama-test
+	EOF
+}
+
+function ollama_benchmark() {
+	# Parameters
+
+	if [[ "$@" == *"-h"* || "$@" == *"--help"* ]]; then
+		ollama_benchmark_usage
+		return 0
+	fi
+
+	contexts="${1:-$contexts}"
+	if [[ -z "$contexts" ]]; then
+		echo " ERROR: Context is required."
+		ollama_benchmark_usage
+		return 1
+	fi
+
+	threads="${2:-$threads}"
+	if [[ -z $threads ]]; then
+		threads=0
+	fi
+
+	igpus="${3:-$igpus}"
+	if [[ -z "$igpus" ]] ; then
+		igpus=1
+	fi
+
+	models="${4:-$models}"
+	if [[ -z "$models" ]]; then
+		models="`ollama ls | grep -v NAME | awk '{print $1}'`"
+	fi
+
+	DEBUG="${DEBUG}"
+	QUIET="${QUIET}"
+	[[ -z "$QUIET" ]] && echo -e "\n Sharing run parameters..."
+	[[ -z "$QUIET" ]] && cat <<- EOF
+		DEBUG=$DEBUG
+		QUIET=$QUIET
+		context=$context
+		threads=$threads
+		igpu=$igpu
+		model=$model
+	EOF
+	[[ -z "$QUIET" ]] && echo " Done!"
+
+	# Variables
+
+	col_mdl=25
+	col_hdd=6
+	col_ctx=8
+	col_ram=6
+	col_thr=7
+	col_gpu=4
+	col_cpu=9
+	col_spd=11 col_spd_round=2
+	col_tim=8
+
+	log_file="ollama_benchmark.log.txt"
+	[[ -z "$QUIET" ]] && echo -e "\n Logging ollama to '$log_file'..."
+
+	declare champ_{s,t}_{mdl,num,ctx,thr}
+
+	# Functions
+
+	function wait_for_ollama() {
+		while ! ollama ps >/dev/null 2>&1; do
+			sleep 1
+		done
+	}
+
+	# Main
+
+	if [[ ! -d /sdcard && -d /etc/sv ]]; then
+		[[ -z "$QUIET" ]] && echo -e "\n Stopping ollama runit service..."
+		sudo sv disable ollama >/dev/null 2>&1
+		sudo sv stop ollama >/dev/null 2>&1
+		sleep 5
+		[[ -z "$QUIET" ]] && echo " Done!"
+	fi
+
+	[[ -z "$QUIET" ]] && echo -e "\n Starting main loop... \n"
+
+	declare GRY="`tput setaf 8`" WHT="`tput setaf 7`" RST="`tput sgr0`"
+
+	printf "$WHT| %-${col_mdl}s | %${col_hdd}s | %${col_ctx}s | %${col_ram}s | %${col_thr}s | %${col_gpu}s | %${col_cpu}s | %${col_spd}s | %${col_tim}s |\n" \
+		"Model" "HDD" "Context" "RAM" "Threads" "iGPU" "Processor" "Speed (t/s)" "Time (s)"
+
+	printf "| %-${col_mdl}s | %${col_hdd}s | %${col_ctx}s | %${col_ram}s | %${col_thr}s | %${col_gpu}s | %${col_cpu}s | %${col_spd}s | %${col_tim}s |$RST\n" \
+		":------------------------" "-----:" "-------:" "-----:" "------:" "---:" "--------:" "----------:" "-------:"
+
+
+	last_igpu=""
+	count=0
+	for model in $models; do
+		for context in $contexts; do
+			for thread in $threads; do
+				for igpu in $igpus; do
+					if [[ -z "$last_igpu" || "$last_igpu" != "$igpu" ]]; then
+						killall ollama >/dev/null 2>&1
+						sleep 5
+						export OLLAMA_IGPU_ENABLE=$igpu
+						export OLLAMA_VULKAN=$igpu
+						(ollama serve >$log_file 2>&1 &)
+						wait_for_ollama
+						sleep 5
+					fi
+					last_igpu="$igpu"
+
+					declare CLR="$WHT"
+					if (( count % 2 == 1 )); then
+						CLR="$GRY"
+					fi
+					(( count++ ))
+
+					hdd="`ollama ls | grep $model | awk '{print $3 $4}'`"
+					printf "$CLR| %-${col_mdl}s | %${col_hdd}s | " "$model" "$hdd"
+
+					# Start the model and store the response.
+					start=$SECONDS
+					speed_json=$(curl -s http://localhost:11434/api/generate \
+						-d '{"model":"'$model'","prompt":"Hello","stream":false,"keep_alive":"1m","options":{"num_ctx":'$context',"num_thread":'$thread'}}' \
+						2>/dev/null
+					)
+					status_ollama=$?
+					finish=$SECONDS
+
+					[[ -n "$DEBUG" ]] && echo "DEBUG: status_ollama=$status_ollama"
+
+					time=$(( $finish - $start ))
+
+					# Calculate the values if we got a successful response.
+					declare ram cpu ctx speed status_jq=0
+					if [[ "$status_ollama" == 0 ]]; then
+						speed=$(echo "$speed_json" | jq '.eval_count * 1000000000 / .eval_duration' 2>/dev/null)
+						status_jq=$?
+						[[ -n "$DEBUG" ]] && echo "DEBUG: status_jq=$status_jq"
+						if [[ "$status_jq" != 0 ]]; then
+							speed=0
+						fi
+					else
+						[[ -n "$DEBUG" ]] && echo "DEBUG: Using failed values. (ollama)"
+						ctx="OLLAMA"
+						ram="DIED"
+						cpu="FAIL"
+						speed=0
+						killall ollama
+						(ollama serve >>$log_file 2>&1 &)
+						wait_for_ollama
+					fi
+
+					if [[ "$status_jq" != 0 ]]; then
+						[[ -n "$DEBUG" ]] && echo "DEBUG: Using failed values. (jq)"
+						ctx="RESPONSE"
+						ram="MLFRMD"
+						cpu="FAIL"
+						speed=0
+					fi
+
+					if [[ "$status_jq" == 0 && "$status_jq" == 0 ]]; then
+						[[ -n "$DEBUG" ]] && echo "DEBUG: Using successful values."
+						ram="`ollama ps | grep $model | awk '{print $3 $4}'`"
+						cpu="`ollama ps | grep $model | awk '{print $5 $6}'`"
+						ctx="`ollama ps | grep $model | awk '{print $7}'`"
+
+						[[ -n "$DEBUG" ]] && echo "DEBUG: champ_s_num=$champ_s_num, speed=$speed"
+						if [[ -z "$champ_s_num" ]] \
+							|| awk -v a="$speed" -v b="$champ_s_num" 'BEGIN { exit !(a > b) }'
+						then
+							[[ -n "$DEBUG" ]] && echo "DEBUG: New speed champ!"
+							champ_s_num="$speed"
+							champ_s_mdl="$model"
+							champ_s_ctx="$ctx"
+							champ_s_thr="$thr"
+						fi
+
+						[[ -n "$DEBUG" ]] && echo "DEBUG: champ_t_num=$champ_t_num, time=$time"
+						if [[ -z "$champ_t_num" ]] \
+							|| awk -v a="$time" -v b="$champ_t_num" 'BEGIN { exit !(a < b) }'
+						then
+							[[ -n "$DEBUG" ]] && echo "DEBUG: New time champ!"
+							champ_t_num="$time"
+							champ_t_mdl="$model"
+							champ_t_ctx="$ctx"
+							champ_t_thr="$thr"
+						fi
+					fi
+
+					printf "%${col_ctx}s | %${col_ram}s | %${col_thr}s | %${col_gpu}s | %${col_cpu}s | %${col_spd}.${col_spd_round}f | %${col_tim}s |$RST\n" \
+						"$ctx" "$ram" "$thread" "$igpu" "$cpu" "$speed" "$time"
+
+					ollama stop $model >/dev/null 2>&1
+					while ollama ps | grep "$model"; do
+						[[ -n "DEBUG" ]] && echo "DEBUG: Waiting for model to finish..."
+						sleep 1
+					done
+				done
+			done
+		done
+	done
+
+	echo -e "\n Done!! :D \n"
+	cat <<- EOF
+		Speed Champion: $champ_s_mdl at ${champ_s_thr}-$champ_s_ctx with a tokens/seconds of ${champ_s_num}!
+		 Time Champion: $champ_t_mdl at ${champ_t_thr}-$champ_t_ctx with a time of ${champ_t_num}!
+	EOF
+
+	# Finish
+
+	[[ -z "$QUIET" ]] && echo -e "\n Killing local ollama serve..."
+	killall ollama
+	[[ -z "$QUIET" ]] && echo " Done!"
+
+	if [[ ! -d /sdcard && -d /etc/sv ]]; then
+		[[ -z "$QUIET" ]] && echo -e "\n Restarting runit service..."
+		sudo sv enable ollama >/dev/null 2>&1
+		sudo sv start ollama >/dev/null 2>&1
+		[[ -z "$QUIET" ]] && echo " Done!"
+	fi
+
+	[[ -z "$QUIET" ]] && echo -e "\n Done!!! :)"
+}
+alias ollama-benchmark="ollama_benchmark "
+alias ollama-test="ollama_benchmark "
+
+### Finalize ###
 
 # Export all functions! #
 eval "$(declare -F | grep -v _ | sed 's/-f /-fx /')"