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juxta.sh
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juxta.sh
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#!/bin/bash
#
# Generates collages with source image level contextual metadata.
# Demo at http://labs.statsbiblioteket.dk/juxta/subject3795/
#
# Released under Apache 2.0
# Primary developer: Toke Eskildsen - @TokeEskildsen - toes@kb.dk / te@ekot.dk
#
: ${DEST:=tiles}
if [[ "." != ".$2" ]]; then
DEST="$2"
fi
if [[ -s "$JUXTA_CONF" ]]; then # And see if the caller specified the configuration
echo " - Sourcing primary setup from $JUXTA_CONF"
source "$JUXTA_CONF"
fi
if [[ -s "$DEST/juxta.conf" ]]; then
echo " - Sourcing previous setup from $DEST/juxta.conf"
source "$DEST/juxta.conf"
fi
if [[ -s juxta.conf ]]; then # Also look for configuration in calling folder
echo " - Sourcing default setup from $(pwd)/juxta.conf"
source juxta.conf
fi
pushd ${BASH_SOURCE%/*} > /dev/null
if [[ -s juxta.conf ]]; then
echo " - Sourcing default setup from $(pwd)/juxta.conf"
source juxta.conf
fi
JUXTA_HOME="$(pwd)"
popd > /dev/null
# Maximum number of threads to use for generating tiles
: ${THREADS:=3}
# Maximum number of images to process from the input list
# -1 means no limit
: ${MAX_IMAGES:="-1"}
# The tile edge size. This can theoretically be anything, but the strong default is 256.
# Don't change this unless you know what you are doing
: ${TILE_SIDE:=256}
# Hex RGB for background, when the aspect ratio for an image does not fit
: ${BACKGROUND:=000000}
# Template for the HTML document that is generated. If multiple pages are to be generated
# with the same look'n'feel, it might be worth it to create abd usa a custom template.
# If the collage is unique, it is probably easier to use the default template and tweak
# the result instead.
: ${TEMPLATE:="$JUXTA_HOME/web/presentation.template.html"}
# Free space (in pixels) around each raw image, The free space will be filled with BACKGROUND
: ${MARGIN:=5}
# To control width & height margins independently, set MARGIN_W and MAGIN_H instead MARGIN
: ${MARGIN_W:=$MARGIN}
: ${MARGIN_H:=$MARGIN}
# The tile format. Possible values are jpg and png
: ${FORMAT:=jpg}
: ${TILE_FORMAT:=$FORMAT}
# Quality is only applicable to JPG
: ${QUALITY:=80}
: ${TILE_QUALITY:=$QUALITY}
# If true, images that are smaller than RAW_W*TILE_SIDE * RAW_H*TILE_SIDE are upscaled
# (keeping aspect ration) to fit. If false, such images will have a larger margin
: ${ALLOW_UPSCALE:=false}
# Used to change the location of the generated HTML page, relative to the tiles and generated
# meta-data. Normally this should be blank.
: ${DATA_ROOT:=""}
# OpenSeadragon parameter that controls the limit of zooming
# https://openseadragon.github.io/docs/OpenSeadragon.html#.Options
: ${MAX_ZOOM_PIXEL_RATIO:="2.0"}
# The size of the raw (fully zoomed) images, measured in 256x256 pixel tiles.
# RAW_W=4 and RAW_H=3 means (4*256)x(3*256) = 1024x768 pixels.
: ${RAW_W:=4}
: ${RAW_H:=3}
# How to determine RAW_W and RAW_H. Possible values are
# fixed: Use the values defined for RAW_W and RAW_H as-is
# automin: Iterate all source images, determining the smallest width and the smallest height
# and calculate RAW_W and RAW_H from that
# automax: Iterate all source images, determining the largest width and the largest height
# and calculate RAW_W and RAW_H from that
# percentileNNN: Iterate all source images, extract all widths and all heights separately,
# extract the width & height at the NNN percentile (0-100) and calculate RAW_W and RAW_H
# from that. This ensures that outliers will not dominate the selection.
# percentile10 or percentile90 are "outlier proof" versions of automin & automax.
: ${RAW_MODE:=fixed}
# Where to position the images if their aspect does not match the ideal
# Possible values are NorthWest, North, NorthEast, West, Center, East, SouthWest, South, SouthEast
: ${RAW_GRAVITY:=center}
# Optional extra arguments for the convert command, e.g. "-flatten" to remove transparency
: ${CONVERT_EXTRA:=""}
# Optional extra arguments for the convert command, positioned as first argument
# Example: "-colorspace RGB" to handle CMYK problems
: ${CONVERT_EXTRA_FIRST:=""}
# If either of these are defined, a fixed width or height layout is used
# If none are defined, the canvas aspect is used
# If both are defined, RAW_IMAGE_ROWS is ignored
: ${RAW_IMAGE_COLS:=$COLS}
: ${RAW_IMAGE_ROWS:=$ROWS}
# If true, the special case ROWS=1 or COLS=1 are handled so no empty tiles are created
: ${AUTO_CROP:=true}
# The preferable aspect ratio of the virtual canvas.
# Note: This is not guaranteed to be exact
: ${CANVAS_ASPECT_W:=1}
: ${CANVAS_ASPECT_H:=1}
# Valid values are 'none', 'intensity', 'rainbow' and 'similarity'
# Note that similarity uses image_tsne_rasterfairy.sh, is quite heavy and requires python3
: ${IMAGE_SORT:="none"}
# If true, image sort is skipped if a matching sorted dat-file already exists
: ${SKIP_IMAGE_SORT:=false}
# If defined and IMAGE_SORT==true, the images listed in the given file will be used to
# determine the order, instead of the images displayed in the collage. The two image lists
# must contain the same imagenames (in different folders) and the imagenames must be
# unique within each folder.
# This feature is typically used with similarity-sort to provide normalised versions, such
# as greyscaled or cropped, which sometimes works better for similarity.
: ${IMAGE_SORT_SOURCE:=""}
# If true and IMAGE_SORT==similarity, a mini collage of the image positioned by normalised
# t-SNE coordinates is created. Mostly used to check how well RasterFairy positioned the
# images on the main collage.
: ${GENERATE_TSNE_PREVIEW_IMAGE:="false"}
# Only relevant when IMAGE_SORT=similarity
# The dimensionality reduction it two-phase: A cheap PCA phase and a heavy t-SNE phase.
# The PCA_COMPONENTS states the first reduction. Decreasing this speeds things up, at
# the cost of poorer result and vice versa.
: ${PCA_COMPONENTS:="300"}
# If true, structures are provided for resolving the source image belonging to the
# tiles that are hovered. This can be used to provide download-links to the source
# images or to infer external links, depending on the images
: ${INCLUDE_ORIGIN:=true}
# Meta-data are resolved using async calls for arrays. To avoid flooding the server,
# they are stored in chunks. Each chunk contains ASYNC_META_SIDE^2 entries
: ${ASYNC_META_SIDE:=50}
# The number of meta-data-chunks to keep cached in the browser.
: ${ASYNC_META_CACHE:=10}
# Alias for ASYNC_META_SIDE=<veryhighnumber>
# Effectively forces the metadata to be fully held in browser memory, thereby making it
# possible to search.
# Warning: If the amount of metadata is large (and/or there are many images, where "many"
# is 100.000+), this might be too heavy for the browser.
: ${FORCE_SEARCH:="false"}
# If 'dzi', image tiles are stored in folders fully compatible with DZI, directly usable
# OpenSeadragon and similar. This is highly recommended as long as the number of tiles
# making up the collage is "low" (think 10K and below). When the number of tiles gets
# "high", some file systems experience performance problems.
# If 'limit', a custom layout is used where the number of tiles in a single folder is
# kept at a level that ensures fine performance by common file systems. This layout is
# not dzi-compatible and requires a custom tile-provider for OpenSeadragon (automatically
# generated for the demo page). Using 'limit' with 10K tiles or less has no performance
# benefits.
# If 'auto', juxta uses 'dzi', unless the tile-count exceeds $AUTO_FOLDER_LIMIT, in which
# case it uses 'limit'. The AUTO_FOLDER_LIMIT is intentionally high (100K) to promote
# standard layout
: ${FOLDER_LAYOUT:=auto}
: ${AUTO_FOLDER_LIMIT:=100000}
# The edge length of the raw grid blocks for creating sub-folders when FOLDER_LAYOUT=limit.
# The number of tiles in each folder will be AUTO_FOLDER_SIDE^2*RAW_W*RAW_H.
# With the default values that is 40^2 * 4 * 3 = 19,200.
# Note that ext2 has a limit of 32,768 files/folder, an fat32's limit is 65,536.
: ${LIMIT_FOLDER_SIDE:=40}
# Controls log level
: ${VERBOSE:=true}
# Ignore missing source images. If true, blank tiles will be generated for missing images.
# If false, the missing images are not included in the collage
: ${IGNORE_MISSING:=false}
# If true, any pre-existing HTML file for the collage will be overwritten
: ${OVERWRITE_HTML:=true}
# If true, no images are processed if any destination-images exist
: ${AGGRESSIVE_IMAGE_SKIP:=false}
# If true, no meta*.json are generated if any exist
: ${AGGRESSIVE_META_SKIP:=false}
# If true, images are not verified if the files imagelist.dat and imagelist_onlyimages.dat exists
: ${SKIP_IMAGE_VERIFICATION:=false}
# Where to get OpenSeadragon
: ${OSD_VERSION:=2.4.1}
: ${OSD_ZIP:="openseadragon-bin-${OSD_VERSION}.zip"}
: ${OSD_URL:="http://github.com/openseadragon/openseadragon/releases/download/v${OSD_VERSION}/$OSD_ZIP"}
REQUIREMENTS="wget jq"
dump_options() {
for VAL in $( cat "${BASH_SOURCE}" | grep -o ': ${[A-Z_]*:=' | grep -o '[A-Z_]*'); do
echo ": \${$VAL:=\"$(eval echo '$'$VAL)\"}"
done
}
# Saving and restoring the state ensures that changed variables does not spill out to the calling process
STATE_LOCATION=$(mktemp /tmp/juxta_state_XXXXXXXX)
save_state() {
rm -f $STATE_LOCATION
for VAL in $( cat "${BASH_SOURCE}" | grep -o ': ${[A-Z_]*:=' | grep -o '[A-Z_]*'); do
echo "$VAL=\"$(eval echo \"'$'$VAL\")\"" >> "$STATE_LOCATION"
done
}
restore_state() {
source $STATE_LOCATION
rm $STATE_LOCATION
}
fetch_dragon() {
if [[ -s "$JUXTA_HOME/osd/$OSD_ZIP" ]]; then
return
fi
mkdir -p "$JUXTA_HOME/osd/"
echo " - Fetching $OSD_ZIP from $OSD_URL"
wget "$OSD_URL" -O "$JUXTA_HOME/osd/$OSD_ZIP"
if [[ ! -s "$JUXTA_HOME/osd/$OSD_ZIP" ]]; then
>&2 echo "Error: Unable to fetch OpenSeadragon from $OSD_URL"
>&2 echo "Please download is manually and store it in $JUXTA_HOME/osd/"
exit 3
fi
}
fetch_dragon
set_converter() {
if [[ -z "$(which convert)" ]]; then
>&2 echo "Error: ImageMagick could be located"
exit 3
fi
export CONVERT="convert"
export MONTAGE="montage"
if [[ ! -z "$(which gm)" ]]; then
# TODO: Test if GM really is the better choice for these tasks
export CONVERT="gm convert"
export MONTAGE="gm montage"
fi
}
# https://bobcopeland.com/blog/2010/09/log2-in-bash/
log2() {
local x=0
for (( y=$1-1 ; $y > 0; y >>= 1 )) ; do
let x=$x+1
done
echo $x
}
# http://stackoverflow.com/questions/14434549/how-to-expand-shell-variables-in-a-text-file
# Input: template-file
function ctemplate() {
if [[ ! -s "$1" ]]; then
>&2 echo "Error: Template '$1' could not be found"
exit 8
fi
local TMP=$(mktemp /tmp/juxta_XXXXXXXX)
echo 'cat <<END_OF_TEXT' > "$TMP"
cat "$1" >> "$TMP"
echo 'END_OF_TEXT' >> "$TMP"
. "$TMP"
rm "$TMP"
}
# Input: raw_x, raw_y
get_tile_subfolder() {
local RAW_X=$1
local RAW_Y=$2
local RAW_COLS=$3
if [[ "dzi" == "$FOLDER_LAYOUT" ]]; then
echo ""
return
fi
echo $((RAW_X/LIMIT_FOLDER_SIDE*LIMIT_FOLDER_SIDE))_$((RAW_Y/LIMIT_FOLDER_SIDE*LIMIT_FOLDER_SIDE))/
}
export -f get_tile_subfolder
prepare_base() {
if [[ ! -s "$DEST/blank.${TILE_FORMAT}" ]]; then
$CONVERT $CONVERT_EXTRA_FIRST -size ${TILE_SIDE}x${TILE_SIDE} xc:#${BACKGROUND} -quality "$TILE_QUALITY" $CONVERT_EXTRA "$DEST/blank.${TILE_FORMAT}"
fi
}
process_base() {
local TOKENS
IFS=$' ' TOKENS=($1)
local IMAGE_NUMBER=${TOKENS[0]}
local COL=${TOKENS[1]}
local ROW=${TOKENS[2]}
unset IFS
# TODO: Use a bash-regexp instead
local IMAGE=$(echo "$1" | sed 's/[0-9]* [0-9]* [0-9]* \(.*\)/\1/')
local TILE_START_COL=$((COL*RAW_W))
local TILE_START_ROW=$((ROW*RAW_H))
local RAW_PIXEL_W=$((RAW_W*TILE_SIDE))
local RAW_PIXEL_H=$((RAW_H*TILE_SIDE))
local GEOM_W=$((RAW_PIXEL_W-2*MARGIN_W))
local GEOM_H=$((RAW_PIXEL_H-2*MARGIN_H))
if [[ "true" == "$ALLOW_UPSCALE" ]]; then
local SCALE_MODIFIER=""
else
local SCALE_MODIFIER=">"
fi
local TILE_SUB=$(get_tile_subfolder $COL $ROW)
mkdir -p "$DEST/$MAX_ZOOM/$TILE_SUB"
if [[ -s "$DEST/$MAX_ZOOM/${TILE_SUB}${TILE_START_COL}_${TILE_START_ROW}.${TILE_FORMAT}" ]]; then
if [[ "$VERBOSE" == "true" ]]; then
echo " - Skipping #${IMAGE_NUMBER}/${IMAGE_COUNT} grid ${ROW}x${COL} as tiles already exist for $(basename "$IMAGE")"
fi
return
fi
# Resize and pad to RAW_PIXEL*, crop tiles
# convert image.jpg -gravity center -geometry 100x200 -background blue -extent 100x200 out.png
# http://www.imagemagick.org/Usage/crop/#crop_tile
# Cannot use GraphicsMagic here as output naming does not work like ImageMagic's
if [[ "missing" != "$IMAGE" ]]; then
echo " - Creating tiles for #${IMAGE_NUMBER}/${IMAGE_COUNT} at grid ${COL}x${ROW} from $(basename "$IMAGE")"
convert $CONVERT_EXTRA_FIRST "$IMAGE" -auto-orient -size ${RAW_PIXEL_W}x${RAW_PIXEL_H} -strip -geometry "${GEOM_W}x${GEOM_H}${SCALE_MODIFIER}" -background "#$BACKGROUND" -gravity ${RAW_GRAVITY} -extent ${GEOM_W}x${GEOM_H} -gravity center -extent ${RAW_PIXEL_W}x${RAW_PIXEL_H} +gravity -crop ${TILE_SIDE}x${TILE_SIDE} -quality "$TILE_QUALITY" -set filename:tile "%[fx:page.x/${TILE_SIDE}+${TILE_START_COL}]_%[fx:page.y/${TILE_SIDE}+${TILE_START_ROW}]" $CONVERT_EXTRA "${DEST}/${MAX_ZOOM}/${TILE_SUB}%[filename:tile].${TILE_FORMAT}" 2> /dev/null
fi
if [[ ! -s "$DEST/${MAX_ZOOM}/${TILE_SUB}${TILE_START_COL}_${TILE_START_ROW}.${TILE_FORMAT}" ]]; then
if [[ "missing" == "$IMAGE" ]]; then
echo " - Creating blank tiles for #${IMAGE_NUMBER}/${IMAGE_COUNT} at grid ${COL}x${ROW}x as there are no more source images"
else
echo " - Error: Could not create tiles from source image #${IMAGE_NUMBER}/${IMAGE_COUNT}. Using blank tiles instead. $IMAGE"
fi
for (( BLC=1 ; BLC<=RAW_W ; BLC++ )); do
for (( BLR=1 ; BLR<=RAW_H ; BLR++ )); do
cp "$DEST/blank.${TILE_FORMAT}" "${DEST}/${MAX_ZOOM}/${TILE_SUB}$((TILE_START_COL+BLC-1))_$((TILE_START_ROW+BLR-1)).${TILE_FORMAT}"
done
done
fi
}
export -f process_base
process_zoom() {
local BLANK="$DEST/blank.${TILE_FORMAT}"
local ROW="$1"
local RAW_ROW=$((ROW/RAW_H))
local COL=0
#local COL_COUNT=$((MAX_COL+1))
while [[ "$COL" -le "$MAX_COL" ]]; do
local RAW_COL=$((COL/RAW_W))
local TILE_SOURCE_SUB=$(get_tile_subfolder $((RAW_COL*2)) $((RAW_ROW*2)))
local TILE_DEST_SUB=$(get_tile_subfolder $RAW_COL $RAW_ROW)
mkdir -p "$DEST/$DEST_ZOOM/$TILE_DEST_SUB"
local TILE="$DEST/$DEST_ZOOM/${TILE_DEST_SUB}${COL}_${ROW}.${TILE_FORMAT}"
local S00="$DEST/$SOURCE_ZOOM/${TILE_SOURCE_SUB}$((COL*2))_$((ROW*2)).${TILE_FORMAT}"
local S10="$DEST/$SOURCE_ZOOM/${TILE_SOURCE_SUB}$((COL*2+1))_$((ROW*2)).${TILE_FORMAT}"
local S01="$DEST/$SOURCE_ZOOM/${TILE_SOURCE_SUB}$((COL*2))_$((ROW*2+1)).${TILE_FORMAT}"
local S11="$DEST/$SOURCE_ZOOM/${TILE_SOURCE_SUB}$((COL*2+1))_$((ROW*2+1)).${TILE_FORMAT}"
COL=$((COL+1))
if [[ -s "$TILE" ]]; then
continue
fi
# We use box + scale as we are binning: http://www.imagemagick.org/Usage/filter/#box
# Or is the box-filter not used? http://stackoverflow.com/questions/8517304/what-is-the-difference-for-sample-resample-scale-resize-adaptive-resize-thumbnai
# TODO: Consider checking only for $S11 as the rest should always be there if $S11 exists
if [[ -s "$S00" && -s "$S01" && -s "$S10" && -s "$S11" ]]; then # 2x2
# If we are not at the edge, montage is easy. Still need the source existence check above.
if [[ "$COL" -lt "$MAX_COL" && "$ROW" -lt "$MAX_ROW" ]]; then
montage "$S00" "$S10" "$S01" "$S11" -background "#$BACKGROUND" -geometry 128x128 -tile 2x2 -quality "$TILE_QUALITY" "$TILE"
else
montage "$S00" "$S10" "$S01" "$S11" -mode concatenate -tile 2x miff:- | convert $CONVERT_EXTRA_FIRST - -filter box -scale 50%x50% -quality "$TILE_QUALITY" $CONVERT_EXTRA "$TILE"
fi
# TODO: Only check $S10?
elif [[ -s "$S00" && -s "$S10" ]]; then # 2x1
montage "$S00" "$S10" -mode concatenate -tile 2x miff:- | convert $CONVERT_EXTRA_FIRST - -filter box -scale 50%x50% -quality "$TILE_QUALITY" $CONVERT_EXTRA "$TILE"
elif [[ -s "$S00" && -s "$S01" ]]; then # 1x2
# TODO: Only check $S01?
montage "$S00" "$S01" -mode concatenate -tile 1x miff:- | convert $CONVERT_EXTRA_FIRST - -filter box -scale 50%x50% -quality "$TILE_QUALITY" $CONVERT_EXTRA "$TILE"
elif [[ -s "$S00" ]]; then # 1x1
$CONVERT $CONVERT_EXTRA_FIRST "$S00" -filter box -scale 50%x50% -quality "$TILE_QUALITY" $CONVERT_EXTRA "$TILE"
else # No more source images for the lower right corner
cp "$BLANK" "$TILE"
fi
done
echo -n "$ROW "
}
export -f process_zoom
# Input SOURCE_LEVEL
create_zoom_levels() {
local SOURCE_ZOOM=$1
if [[ $SOURCE_ZOOM -eq 1 ]]; then
return
fi
local DEST_ZOOM=$(( SOURCE_ZOOM-1 ))
local HALF_TILE_SIDE=$((TILE_SIDE/2))
if [[ "true" == "$AGGRESSIVE_IMAGE_SKIP" && -d "$DEST/$DEST_ZOOM" ]]; then
echo " - Skipping creation of zoom level $DEST_ZOOM as it already exists"
return
fi
mkdir -p "$DEST/$DEST_ZOOM"
MAX_ROW=$(find "$DEST/$SOURCE_ZOOM/" -name "0_*.${TILE_FORMAT}" | wc -l | tr -d ' ')
MAX_ROW=$(( ( MAX_ROW - 1) / 2 ))
if [[ "$MAX_ROW" -lt 0 ]]; then
MAX_ROW=0
fi
MAX_COL=$(find "$DEST/$SOURCE_ZOOM/" -name "*_0.${TILE_FORMAT}" | wc -l | tr -d ' ')
MAX_COL=$(( ( MAX_COL - 1 ) / 2 ))
if [[ "$MAX_COL" -lt 0 ]]; then
MAX_COL=0
fi
echo " - Creating zoom level $DEST_ZOOM with $(( MAX_COL + 1 )) columns and $(( MAX_ROW + 1 )) rows of tiles"
echo -n " Rows: "
export MAX_COL
export MAX_ROW
export DEST
export SOURCE_ZOOM
export TILE_FORMAT
export TILE_QUALITY
export DEST_ZOOM
export HALF_TILE_SIDE
export TILE_SIDE
export BACKGROUND
export VERBOSE
( for (( R=0 ; R<=MAX_ROW ; R++ )); do echo $R ; done ) | tr '\n' '\0' | xargs -0 -P "$THREADS" -n 1 -I {} bash -c 'process_zoom "{}"'
echo ""
create_zoom_levels "$DEST_ZOOM"
}
#
# Creates a .dzi-file, usable for generic DeepZoom-applications.
# The juxta sample HTML page does not use this file for anything.
#
create_dzi() {
pushd "$DEST" > /dev/null
echo "{
\"Image\": {
\"xmlns\": \"http://schemas.microsoft.com/deepzoom/2008\",
\"Format: \"$TILE_FORMAT\",
\"Overlap\": \"0\",
\"TileSize\": \"$TILE_SIDE\",
\"Size\": {
\"Width\": \"$CANVAS_PIXEL_W\",
\"Height\": \"$CANVAS_PIXEL_H\"
}
}
}" > collage.dzi
popd > /dev/null
}
#
# Creates a HTML page with an OpenSeadragon-setup using the generated tiles
# and meta-data files. The page can be used as-is, served from the local file
# system or a web server.
#
create_html() {
pushd "$DEST" > /dev/null
TILE_SOURCE=$(pwd)
popd > /dev/null
HTML="$DEST/index.html"
TOTAL_IMAGES=$IMAGE_LIST_SIZE
# Yes, mega is 10^6, not 2^20. At least when counting pixels
MEGAPIXELS=$(( CANVAS_PIXEL_W*$CANVAS_PIXEL_H/1000000 ))
mkdir -p "$TILE_SOURCE/resources/images"
cp -n "$JUXTA_HOME/web/"*.css "$TILE_SOURCE/resources/"
cp -n "$JUXTA_HOME/web/"*.js "$TILE_SOURCE/resources/"
unzip -q -o -j -d "$TILE_SOURCE/resources/" "$JUXTA_HOME/osd/openseadragon-bin-${OSD_VERSION}.zip" ${OSD_ZIP%.*}/openseadragon.min.js
unzip -q -o -j -d "$TILE_SOURCE/resources/images/" "$JUXTA_HOME/osd/openseadragon-bin-${OSD_VERSION}.zip" $(unzip -l "$JUXTA_HOME/osd/openseadragon-bin-"*.zip | grep -o "opensea.*.png" | tr '\n' ' ')
if [[ "limit" == "$FOLDER_LAYOUT" ]]; then
TILE_SOURCES=" tileSources: {
height: $CANVAS_PIXEL_H,
width: $CANVAS_PIXEL_W,
tileSize: $TILE_SIDE,
getTileUrl: function( level, x, y ){
return level + \"/\" + (Math.floor(Math.floor(x/${RAW_W})/${LIMIT_FOLDER_SIDE})*${LIMIT_FOLDER_SIDE}) +
\"_\" + (Math.floor(Math.floor(y/${RAW_H})/${LIMIT_FOLDER_SIDE})*${LIMIT_FOLDER_SIDE}) + \"/\" +
x + \"_\" + y + \".jpg\";
}
}"
else
TILE_SOURCES="tileSources: {
Image: {
xmlns: \"http://schemas.microsoft.com/deepzoom/2008\",
Url: \"$DATA_ROOT\",
Format: \"$TILE_FORMAT\",
Overlap: \"0\",
TileSize: \"$TILE_SIDE\",
Size: {
Width: \"$CANVAS_PIXEL_W\",
Height: \"$CANVAS_PIXEL_H\"
}
}
}"
fi
SETUP_OVERLAY="var overlays = createOverlay($(cat "$DEST/collage_setup.js"), myDragon);"
export TILE_SOURCE
if [[ -s "$HTML" ]]; then
if [[ "true" == "$OVERWRITE_HTML" ]]; then
if [[ "$VERBOSE" == "true" ]]; then
echo " - Overwriting existing $HTML"
fi
rm "$HTML"
else
if [[ "$VERBOSE" == "true" ]]; then
echo " - Skipping generation of $HTML as it already exists"
fi
return
fi
fi
echo " - Generating sample page $HTML"
ctemplate "$TEMPLATE" > "$HTML"
}
#
# Creates callback-files with filenames and/or meta-data for the source images,
# used for the graphical overlays.
#
create_meta_files() {
echo " - Creating meta files"
rm -f "$DEST/meta/"*.json
mkdir -p "$DEST/meta"
local ROW=0
local COL=0
local TOKENS
while read IMAGE; do
if [[ "true" == "$INCLUDE_ORIGIN" ]]; then
if [[ "$PRE" -gt 0 || "$POST" -gt 0 ]]; then
IFS=$'|' TOKENS=($IMAGE)
local IPATH=${TOKENS[0]}
local IMETA=${TOKENS[1]}
unset IFS
local ILENGTH=${#IPATH}
# if [[ $PRE -eq $POST ]]; then # Happens with single image
# local IMETA=""
# else
local CUT_LENGTH=$(( ILENGTH-POST-PRE ))
if [[ "$CUT_LENGTH" -lt "0" ]]; then
local IMETA="|$IMETA"
else
local IMETA="${IPATH:$PRE:$CUT_LENGTH}|$IMETA"
fi
# fi
else
local IMETA="$IMAGE"
fi
else
IFS=$'|' TOKENS=($IMAGE)
local IMETA=${TOKENS[1]}
# Use bash replace instead
unset IFS
fi
local IMETA="$(echo "$IMETA" | sed -e 's/&/&/g' -e 's/\"/\\"/g')"
local DM="$DEST/meta/$((COL/ASYNC_META_SIDE))_$((ROW/ASYNC_META_SIDE)).json"
if [[ ! -s "$DM" ]]; then
echo "{ \"prefix\": \"${IMAGE_PATH_PREFIX}\"," >> "$DM"
# if [[ $PRE -eq $POST ]]; then # Probably single image
# echo " \"postfix\": \"\"," >> $DM
# else
echo " \"postfix\": \"${IMAGE_PATH_POSTFIX}\"," >> "$DM"
# fi
echo -n " \"meta\": ["$'\n'"\"$IMETA\"" >> "$DM"
else
echo -n ","$'\n'"\"$IMETA\"" >> "$DM"
fi
COL=$(( COL+1 ))
if [[ "$COL" -ge "$RAW_IMAGE_COLS" ]]; then
ROW=$(( ROW+1 ))
COL=0
fi
done < "$DEST/imagelist.dat"
# Close all structures in the metadata files
find "$DEST/meta/" -name "*.json" -exec bash -c "echo ']}' >> \"{}\"" \;
# Create a preload file for the upper left block of image metadata
# This is primarily to get around CORS-issued with Chrome on the local file system
mkdir -p "$DEST/resources/"
echo -n "var preloaded = " > "$DEST/resources/overlays_preload.js"
cat "$DEST/meta/0_0.json" >> "$DEST/resources/overlays_preload.js"
}
#
# Outputs the resolved parameters, usable for debugging or generating a
# setup-file matching the current collage. If college-generation is
# re-executed, these settings will be sourced.
#
store_collage_setup() {
if [[ "true" == "$AGGRESSIVE_META_SKIP" && -s "$DEST/collage_setup.js" && "." != $(find "$DEST/meta/" -name "*.json") ]]; then
echo " - skipping creation of meta files as AGGRESSIVE_META_SKIP == true and $DEST/collage_setup.js and at least one meta file was found"
return
fi
echo " - Analyzing collection meta data"
echo "{ colCount: $RAW_IMAGE_COLS," > "$DEST/collage_setup.js"
echo " rowCount: $(( ROW + 1 ))," >> "$DEST/collage_setup.js"
local IC=$IMAGE_LIST_SIZE
echo " imageCount: $IC," >> "$DEST/collage_setup.js"
echo " tileSize: $TILE_SIDE," >> "$DEST/collage_setup.js"
echo " rawW: $RAW_W," >> "$DEST/collage_setup.js"
echo " rawH: $RAW_H," >> "$DEST/collage_setup.js"
echo " asyncMetaSide: $ASYNC_META_SIDE," >> "$DEST/collage_setup.js"
echo " metaIncludesOrigin: $INCLUDE_ORIGIN," >> "$DEST/collage_setup.js"
echo " folderLayout: \"$FOLDER_LAYOUT\"," >> "$DEST/collage_setup.js"
echo " limitFolderSide: $LIMIT_FOLDER_SIDE," >> "$DEST/collage_setup.js"
# Derive shared pre- and post-fix for all images for light image compression
local BASELINE="$(head -n 1 "$DEST/imagelist.dat" | cut -d'|' -f1)"
local LENGTH=${#BASELINE}
PRE=$LENGTH
POST=$LENGTH
local POST_STR=$BASELINE
local ANY_META=false
while read IMAGE; do
IFS=$'|' TOKENS=($IMAGE)
local IPATH=${TOKENS[0]}
local IMETA=${TOKENS[1]}
unset IFS
if [[ "." != ".$IMETA" ]]; then
ANY_META=true
fi
#echo "**** ${BASELINE:0:$PRE} $BASELINE $LENGTH $PRE"
#echo "$IMAGE"
while [[ "$PRE" -gt 0 && ".${IPATH:0:$PRE}" != ".${BASELINE:0:$PRE}" ]]; do
PRE=$((PRE-1))
done
local CLENGTH=${#IPATH}
local CSTART=$(( CLENGTH-POST ))
while [[ "$POST" -gt 0 && ".${POST_STR}" != ".${IPATH:$CSTART}" ]]; do
#echo "*p* $POST ${POST_STR} != ${IPATH:$CSTART:$CLENGTH}"
POST=$(( POST-1 ))
local PSTART=$(( LENGTH-POST ))
POST_STR=${BASELINE:$PSTART}
local CSTART=$(( CLENGTH-POST ))
done
#echo "pre=$PRE post=$POST post_str=$POST_STR $IMAGE"
if [[ "$PRE" -eq "0" && "$POST" -eq "$LENGTH" ]]; then
#echo "break"
break
fi
done < "$DEST/imagelist.dat"
IMAGE_PATH_PREFIX=${BASELINE:0:$PRE}
IMAGE_PATH_POSTFIX=${POST_STR}
echo " prefix: \"${IMAGE_PATH_PREFIX}\"," >> "$DEST/collage_setup.js"
echo " postfix: \"${IMAGE_PATH_POSTFIX}\"" >> "$DEST/collage_setup.js"
echo "}" >> "$DEST/collage_setup.js"
if [[ "true" == "$INCLUDE_ORIGIN" || "true" == "$ANY_META" ]]; then
create_meta_files
fi
}
#
# Determine the size of the collage, measured in raw images.
#
# Out: RAW_IMAGE_COLS RAW_IMAGE_ROWS
#
resolve_dimensions() {
IMAGE_COUNT=$IMAGE_LIST_SIZE
if [[ "." != ".$RAW_IMAGE_COLS" ]]; then # Fixed width
if [[ "true" == "$AUTO_CROP" && "$RAW_IMAGE_COLS" -gt "$IMAGE_COUNT" ]]; then
RAW_IMAGE_COLS=$IMAGE_COUNT
fi
RAW_IMAGE_ROWS=$((IMAGE_COUNT/RAW_IMAGE_COLS))
if [[ $(( RAW_IMAGE_COLS*RAW_IMAGE_ROWS )) -lt "$IMAGE_COUNT" ]]; then
RAW_IMAGE_ROWS=$(( RAW_IMAGE_ROWS+1 ))
fi
elif [[ "." != ".$RAW_IMAGE_ROWS" ]]; then # Fixed height
if [[ "true" == "$AUTO_CROP" && "$RAW_IMAGE_ROWS" -gt "$IMAGE_COUNT" ]]; then
RAW_IMAGE_ROWS="$IMAGE_COUNT"
fi
RAW_IMAGE_COLS=$((IMAGE_COUNT/RAW_IMAGE_ROWS))
if [[ $(( RAW_IMAGE_COLS*RAW_IMAGE_ROWS )) -lt "$IMAGE_COUNT" ]]; then
RAW_IMAGE_COLS=$(( RAW_IMAGE_COLS+1 ))
fi
else # Neither fixed width nor fixed heighs.
local RAW_PIXEL_W=$((RAW_W*TILE_SIDE))
local RAW_PIXEL_H=$((RAW_H*TILE_SIDE))
local RAW_TILES_PER_CANVAS_ELEMENT=$(( IMAGE_COUNT*RAW_W*RAW_H/(CANVAS_ASPECT_W*CANVAS_ASPECT_H) ))
local CANVAS_ELEMENT_SIDE=$(echo "sqrt($RAW_TILES_PER_CANVAS_ELEMENT)" | bc)
if [[ $CANVAS_ELEMENT_SIDE -eq 0 ]]; then
local CANVAS_ELEMENT_SIDE=1
fi
if [[ $(( CANVAS_ELEMENT_SIDE / RAW_W * RAW_W )) -lt "$CANVAS_ELEMENT_SIDE" ]]; then
local CANVAS_ELEMENT_SIDE=$(( CANVAS_ELEMENT_SIDE / RAW_W * RAW_W + RAW_W ))
fi
RAW_IMAGE_COLS=$((CANVAS_ELEMENT_SIDE*CANVAS_ASPECT_W/RAW_W))
if [[ $RAW_IMAGE_COLS -eq 0 ]]; then
RAW_IMAGE_COLS=1
fi
RAW_IMAGE_ROWS=$((IMAGE_COUNT/RAW_IMAGE_COLS))
# Adjust up
if [[ $(( RAW_IMAGE_COLS*RAW_IMAGE_ROWS )) -lt "$IMAGE_COUNT" ]]; then
RAW_IMAGE_ROWS=$(( RAW_IMAGE_ROWS+1 ))
fi
# Trim vertical
while [[ $(( RAW_IMAGE_COLS* (RAW_IMAGE_ROWS-1) )) -ge "$IMAGE_COUNT" ]]; do
RAW_IMAGE_ROWS=$(( RAW_IMAGE_ROWS-1 ))
done
# Trim horizontal
while [[ $(( (RAW_IMAGE_COLS-1)*RAW_IMAGE_ROWS )) -ge "$IMAGE_COUNT" ]]; do
RAW_IMAGE_COLS=$(( RAW_IMAGE_COLS-1 ))
done
fi
CANVAS_PIXEL_W=$((RAW_IMAGE_COLS*RAW_W*TILE_SIDE))
CANVAS_PIXEL_H=$((RAW_IMAGE_ROWS*RAW_H*TILE_SIDE))
if [[ $CANVAS_PIXEL_W -lt "$CANVAS_PIXEL_H" ]]; then
MAX_ZOOM=$(log2 $CANVAS_PIXEL_H)
else
MAX_ZOOM=$(log2 $CANVAS_PIXEL_W)
fi
export RAW_IMAGE_COLS;
export RAW_IMAGE_ROWS;
}
#
# Splits the given imagelist infor tabulated format:
# sequence_number path image path/image |metadata
tabify_imagelist() {
local IN="$1"
COUNTER=0
while read -r LINE; do
if [[ "." == ".$LINE" ]]; then
continue
fi
if [[ "$LINE" =~ ^([^|]*)[|](.*)$ ]]; then
local PATHFILE="${BASH_REMATCH[1]}"
local META="${BASH_REMATCH[2]}"
else
local PATHFILE="$LINE"
local META=""
fi
if [[ "$PATHFILE" =~ ^(.*/)([^/]*)$ ]]; then
local FPATH="${BASH_REMATCH[1]}"
local FNAME="${BASH_REMATCH[2]}"
else
local FPATH=""
local FNAME="$PATHFILE"
fi
echo "$COUNTER"$'\t'"$FPATH"$'\t'"$FNAME"$'\t'"$PATHFILE"$'\t'"$META"
COUNTER=$(( COUNTER+1 ))
done < "$IN"
}
# Takes an ordered file and applies the order to the second file, keeping paths and metadata
# unchanged in the second file.
apply_order() {
local ORDER_FILE="$1"
local IMAGE_FILE="$2"
local S=$(mktemp)
local D=$(mktemp)
local DS=$(mktemp)
tabify_imagelist "$ORDER_FILE" | LC_ALL=c sort -t $'\t' -k3,3 > "$S"
tabify_imagelist "$IMAGE_FILE" | LC_ALL=c sort -t $'\t' -k3,3 > "$D"
# sequence_number path image path/image |metadata
LC_ALL=c join -t $'\t' -j 3 -o 1.1,2.2,2.3,2.5 "$S" "$D" > "$DS"
# Only write a |-devider if metadata are present
LC_ALL=c sort -n < "$DS" | sed -e 's/^\([^\t]*\)\t\([^\t]*\)\t\([^\t]*\)\t\([^\t]\+\)$/\2\3|\4/' -e 's/^\([^\t]*\)\t\([^\t]*\)\t\([^\t]*\)\t$/\2\3/'
rm "$S" "$D" "$DS"
}
get_order_subset() {
local IMAGE_FILE="$1"
local ORDER_FILE="$2"
local I=$(mktemp)
local O=$(mktemp)
local IO=$(mktemp)
tabify_imagelist "$IMAGE_FILE" | LC_ALL=c sort -t $'\t' -k3,3 > "$I"
tabify_imagelist "$ORDER_FILE" | LC_ALL=c sort -t $'\t' -k3,3 > "$O"
# sequence_number path image path/image |metadata
LC_ALL=c join -t $'\t' -j 3 -o 2.4 "$I" "$O" > "$IO"
if [[ $(wc -l < "$IO") -ne $(wc -l < "$IMAGE_FILE") ]]; then
>&2 echo "Error: Using IMAGE_SORT_SOURCE=$IMAGE_SORT_SOURCE resulted in $(wc -l < "$IO") images instead of $(wc -l "$IMAGE_FILE"). Offending file is $IO"
rm "$I" "$O"
usage 68
fi
cat "$IO"
rm "$I" "$O" "$IO"
}
# If IMAGE_SORT is defined, re-ordering of the image list is activated
# Valid values are 'none', 'intensity', 'rainbow' and 'similarity'
sort_if_needed() {
if [[ "none" == "$IMAGE_SORT" ]]; then
return
fi
echo " - Sorting images by $IMAGE_SORT"
local SORT_DAT="$DEST/imagelist_sorted_${IMAGE_SORT}.dat"
# Check if already sorted
if [[ -s "$SORT_DAT" ]]; then
if [[ "true" == "$SKIP_IMAGE_SORT" ]]; then
if [[ $(wc -l < "$DEST/image_list.dat") -eq $(wc -l "$SORT_DAT") ]]; then
echo " - Reusing old sort file $SORT_DAT as SKIP_IMAGE_SORT==true"
cp "$SORT_DAT" "$DEST/imagelist.dat"
return
else
echo " - Overwriting old sort file $SORT_DAT as its image count $(wc -l < "$SORT_DAT") did not match SKIP_IMAGE_SORT==false"
rm "$SORT_DAT"
fi
else
echo " - Overwriting old sort file $SORT_DAT as SKIP_IMAGE_SORT==false"
rm "$SORT_DAT"
fi
fi
# Check if the sort should be done on alternative versions of the images
local CONCRETE_SORT_SOURCE="$DEST/imagelist.dat"
local TMP_ALT_SOURCE=$(mktemp)
if [[ ! -z "$IMAGE_SORT_SOURCE" ]]; then
echo " - Using $IMAGE_SORT_SOURCE for sorting"
get_order_subset "$DEST/imagelist.dat" "$IMAGE_SORT_SOURCE" > "$TMP_ALT_SOURCE"
CONCRETE_SORT_SOURCE="$TMP_ALT_SOURCE"
fi
# Perform the sort
if [[ "intensity" == "$IMAGE_SORT" ]]; then
${JUXTA_HOME}/intensity_sort.sh "$CONCRETE_SORT_SOURCE" "$SORT_DAT"
elif [[ "rainbow" == "$IMAGE_SORT" ]]; then
${JUXTA_HOME}/rainbow_sort.sh "$CONCRETE_SORT_SOURCE" "$SORT_DAT"
elif [[ "similarity" == "$IMAGE_SORT" ]]; then
GENERATE_TSNE_PREVIEW_IMAGE=${GENERATE_TSNE_PREVIEW_IMAGE} RAW_IMAGE_COLS=$RAW_IMAGE_COLS RAW_IMAGE_ROWS=$RAW_IMAGE_ROWS PCA_COMPONENTS=${PCA_COMPONENTS} ${JUXTA_HOME}/tensorflow_sort.sh "$CONCRETE_SORT_SOURCE" "$SORT_DAT"
else
>&2 echo "Error: Unknown IMAGE_SORT '$IMAGE_SORT'"
usage 21
fi
if [[ ! -s "$SORT_DAT" ]]; then
>&2 echo "Error: $SORT_DAT not available. Sorting failed. Exiting"
exit 34
fi
# Apply the sort order to the display images if needed
if [[ ! -z "$IMAGE_SORT_SOURCE" ]]; then
local TMP_SORT=$(mktemp)
apply_order "$SORT_DAT" "$DEST/imagelist.dat" > "$TMP_SORT"
if [[ $(wc -l < "$TMP_SORT") -ne $(wc -l < "$DEST/imagelist.dat") ]]; then
>&2 echo "Error: Attempting to apply IMAGE_SORT_SOURCE=$IMAGE_SORT_SOURCE failed. Resulting sorted file content was"
>&2 cat "$TMP_SORT"
usage 70
rm "$TMP_SORT"
fi
mv "$TMP_SORT" "$SORT_DAT"
fi
rm "$TMP_ALT_SOURCE"
echo " - Overwriting $DEST/imagelist.dat with $IMAGE_SORT sorted $SORT_DAT"
cp "$SORT_DAT" "$DEST/imagelist.dat"
}
usage() {
echo ""
echo "Usage: ./juxta.sh imagelist [destination]"
echo "imagelist: A file with images represented as file paths"
echo "destination: Where to store the generated tiles"
echo ""
echo "Alternative: ./juxta.sh -r destination"
echo "Re-creates all structures (HTML file and supporting files) for an existing collage,"
echo "without touching the generated tiles. Make sure that all tile-related optional"
echo "options are the same as for the previous run."
exit "$1"
}
#
# Iterates all source images and verifies that a file of size > 0 is present
# for each of them. If a file is not present, the image is ignored.
#
# Produces: imagelist.dat (images & meta-data), imagelist_onlyimages.dat
# Out: ICOUNTER (number of valid images) IMAGE_LIST_SIZE (same)
#
verify_source_images() {
if [[ "true" == "$SKIP_IMAGE_VERIFICATION" && -s "$DEST/imagelist.dat" && -s "$DEST/imagelist_onlyimages.dat" ]]; then
echo " - Skipping image verification as SKIP_IMAGE_VERIFICATION == true and both $DEST/imagelist.dat and $DEST/imagelist_onlyimages.dat exists"
export ICOUNTER=$( wc -l < "$IMAGE_LIST" )
export IMAGE_LIST_SIZE=$ICOUNTER
return
fi
echo " - Verifying images availability and generating $DEST/imagelist.dat"
mkdir -p "$DEST"
ICOUNTER=0
rm -rf "$DEST/imagelist.dat" "$DEST/imagelist_onlyimages.dat"
while read IMAGE; do
if [[ "." == ".$IMAGE" || "#" == "${IMAGE:0:1}" ]]; then
continue
fi
IFS=$'|' TOKENS=($IMAGE)
local IPATH=${TOKENS[0]}
local IMETA=${TOKENS[1]}
unset IFS
if [[ "http://" != "${IPATH:0:7}" && "https://" != "${IPATH:0:8}" && "missing" != "$IPATH" ]]; then
if [[ ! -s "$IPATH" ]]; then
if [[ "true" == "$IGNORE_MISSING" ]]; then
echo " - Skipping unavailable image '$IPATH'"
continue
else
>&2 echo "Error: The image '$IPATH' from imagelist '$IMAGE_LIST' does not exist"
exit 2
fi
fi
fi
echo "$IMAGE" >> "$DEST/imagelist.dat"
echo "$IPATH" >> "$DEST/imagelist_onlyimages.dat"
ICOUNTER=$(( ICOUNTER+1 ))
if [[ "$MAX_IMAGES" != "-1" && "$ICOUNTER" -ge "$MAX_IMAGES" ]]; then
break
fi
done < "$IMAGE_LIST"
export ICOUNTER
export IMAGE_LIST_SIZE=$ICOUNTER
}
# Out: RECREATE ICOUNTER FOLDER_LAYOUT LIMIT_FOLDER_SIDE IMAGE_LIST_SIZE
sanitize_input() {
if [[ -z "$1" ]]; then
usage
fi
for REQ in $REQUIREMENTS; do
if [[ -z "$(which $REQ)" ]]; then
>&2 echo "Error: Requirement '$REQ' not satisfied. Try running"
>&2 echo "apt-get install $REQ"
>&2 echo "Complete list of requirements: $REQUIREMENTS"
usage 63
fi
done
if [[ ! -z "$IMAGE_SORT_SOURCE" ]]; then
if [[ ! -s "$IMAGE_SORT_SOURCE" ]]; then
>&2 echo "Error: The file defined by IMAGE_SORT_SOURCE==$IMAGE_SORT_SOURCE does not exist"
usage 67
fi
if [[ "none" == "$IMAGE_SORT" ]]; then
>&2 echo "Error: IMAGE_SORT_SOURCE==$IMAGE_SORT_SOURCE is defined but IMAGE_SORT==none"
usage 69
fi
fi
IMAGE_LIST="$1"
echo " - Starting processing of $IMAGE_LIST into $DEST"
if [[ "-r" == "$IMAGE_LIST" ]]; then
echo " - Attempting to re-create HTML and support files without touching files for project '$DEST'"
if [[ ! -d "$DEST" ]]; then
>&2 echo "The folder '$DEST' does not exists. Unable to re-create non-tile files"
usage 50
fi
if [[ ! -s "$DEST/imagelist.dat" ]]; then
>&2 echo "The image list '$DEST/imagelist.dat' does not exist. Unable to re-create non-tile files"
usage 51
fi
if [[ -s "$DEST/previous_options.conf" ]]; then
echo " - Sourcing $DEST/previous_options.conf to mimick original setup (this won't override explicit parameters)"
source "$DEST/previous_options.conf"
fi
ICOUNTER=$(wc -l < "$DEST/imagelist.dat")
export IMAGE_LIST_SIZE=$ICOUNTER
echo " - $DEST/imagelist.dat exists and contains $ICOUNTER image references"
export RECREATE=true
else
if [[ ! -s "$IMAGE_LIST" ]]; then
>&2 echo "Error: Unable to access imagelist '$IMAGE_LIST'"
usage 1
fi
verify_source_images # ICOUNTER(number of valid images)
export RECREATE=false
fi
# Determine folder layout
local TILE_COUNT=$((ICOUNTER*RAW_W*RAW_H))
if [[ "auto" == "$FOLDER_LAYOUT" ]]; then
if [[ "$TILE_COUNT" -le "$AUTO_FOLDER_LIMIT" ]]; then
echo " - Auto-selecting FOLDER_LAYOUT=dzi with expected ${TILE_COUNT} base tiles from $ICOUNTER images"
FOLDER_LAYOUT="dzi"
else
echo " - Auto-selecting FOLDER_LAYOUT=limit with expected ${TILE_COUNT} base tiles from $ICOUNTER images"
FOLDER_LAYOUT="limit"
fi
elif [[ "dzi" == "$FOLDER_LAYOUT" ]]; then
echo " - Using folder layout 'dzi' with expected ${TILE_COUNT} base tiles from $ICOUNTER images"
if [[ "$TILE_COUNT" -gt "$AUTO_FOLDER_LIMIT" ]]; then
echo " - Warning: This is a high tile count. Consider using the custom layout 'limit' with FOLDER_LAYOUT=limit for performance reasons"
fi
elif [[ "limit" == "$FOLDER_LAYOUT" ]]; then
echo " - Using folder layout 'limit' with expected ${TILE_COUNT} base tiles from $ICOUNTER images"
if [[ "$TILE_COUNT" -le "$AUTO_FOLDER_LIMIT" ]]; then
echo " - Warning: This is not an excessively high tile count. Consider using the DZI-compatible layout with FOLDER_LAYOUT=dzi instead"