tiles re-assembling (tentative)
This commit is contained in:
@@ -10,9 +10,10 @@ source tile.bash
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#declare -A strings
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declare -a strings T R B L RT RR RB RL nums
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declare -A final
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declare -a final
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declare -A FINAL
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declare -a CORNER EDGE CENTRAL
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declare -i count=-1 res=1
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declare -i count=-1 res=1 SQUARE
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while read -r line; do
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case ${line:0:1} in
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@@ -27,7 +28,335 @@ while read -r line; do
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;;
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esac
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done
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((count--))
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((count++))
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case "$count" in
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9)
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SQUARE=3
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;;
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144)
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SQUARE=12
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;;
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*)
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printf "Fatal: unknown square size."
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exit 0
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;;
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esac
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printf "size=%d\n" "$SQUARE"
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declare top bottom left right
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declare fliptop flipbottom flipleft flipright
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for key in "${!nums[@]}"; do
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# shellcheck disable=SC2206
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str=(${strings[$key]})
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top top "${str[@]}"
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right right "${str[@]}"
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bottom bottom "${str[@]}"
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left left "${str[@]}"
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flip fliptop "$top"
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flip flipright "$right"
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flip flipbottom "$bottom"
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flip flipleft "$left"
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T+=("$top")
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B+=("$bottom")
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R+=("$right")
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L+=("$left")
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RT+=("$fliptop")
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RR+=("$flipright")
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RB+=("$flipbottom")
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RL+=("$flipleft")
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done
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ALL="${T[*]} ${R[*]} ${B[*]} ${L[*]} ${RT[*]} ${RR[*]} ${RB[*]} ${RL[*]}"
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ALLSIZE=${#ALL}
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for ((i=0; i<${#nums[@]}; ++i)); do
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c=0
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for t in ${T[$i]} ${R[$i]} ${B[$i]} ${L[$i]}; do
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S=${ALL//$t}
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# 10 is line size
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((c += (ALLSIZE-${#S})/10))
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done
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# 6 is 4 for itself, + 2 for other matching
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#printf "%s: %d\n" "${nums[$i]}" "$c"
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case "$c" in
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6)
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CORNER+=("$i")
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;;
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7)
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EDGE+=("$i")
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;;
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8)
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CENTRAL+=("$i")
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;;
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esac
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done
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printf "CENTRAL[%d]=%s\n" "${#CENTRAL[@]}" "${CENTRAL[*]}"
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printf "EDGE[%d]=%s\n" "${#EDGE[@]}" "${EDGE[*]}"
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printf "CORNER[%d]=%s\n" "${#CORNER[@]}" "${CORNER[*]}"
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printf "%s : count=%d\n" "$CMD" "$count"
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for ((row=0; row<SQUARE; ++row)); do
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echo ZOBI
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for ((col=0; col<SQUARE; ++col)); do
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for k in ${!FINAL[@]}; do
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printf "final[%s]=%d\n" "$k" "${FINAL[$k]}"
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done
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printf "square(%d,%d)\n" "$row" "$col"
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################################## 1st tile (top left)
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if ((row==0 && col==0)); then
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# Choose one corner for top-left, find the correct orientation
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i=${CORNER[0]}
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unset "CORNER[0]"
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CORNER=("${CORNER[@]}")
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printf "corner[0]=%d\n" "${nums[$i]}"
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print_tile "$i"; echo
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t=${B[$i]}
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S=${ALL//$t}
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# flip vertical if bottom is a corner side
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if (( ALLSIZE-${#S} == 10 )); then
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echo FLIP_V
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flip_v "$i"
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fi
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print_tile "$i"; echo
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t=${R[$i]}
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S=${ALL//$t}
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# flip horizontal if bottom is a corner side
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if (( ALLSIZE-${#S} == 10 )); then
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echo FLIP_H
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flip_h "$i"
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fi
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print_tile "$i"
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FINAL[0,0]="$i"
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final+=("${nums[$i]}")
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continue
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fi
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################################## rest of 1st line
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if ((row==0)); then
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if ((col < SQUARE-1)); then
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list=("${EDGE[@]}")
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else
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list=("${CORNER[@]}")
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fi
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l=${FINAL[0,$((col-1))]}
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printf "FINAL[0,%d]=%d\n" "$((col-1))" "${FINAL[0,$((col-1))]}"
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right right "${strings[$l]}"
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for j in "${list[@]}"; do
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SIDES="${T[$j]} ${R[$j]} ${B[$j]} ${L[$j]} ${RT[$j]} ${RR[$j]} ${RB[$j]} ${RL[$j]}"
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LENGTH=${#SIDES}
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S=${SIDES//$right}
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# 10 is line size
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((c = (LENGTH-${#S})/10))
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if ((c > 0)); then
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echo "border tile match: ${nums[$j]}"
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print_tile "$j"
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FINAL[$row,$col]="$j"
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final+=("${nums[$j]}")
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echo "c=$c"
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attach_left "$right" "$j"
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if ((col < SQUARE-1)); then
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unset "EDGE[$j]"
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EDGE=("${EDGE[@]}")
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else
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unset "CORNER[$j]"
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CORNER=("${CORNER[@]}")
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fi
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break
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fi
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done
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continue
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fi
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################################## 1st and last col
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if ((col==0 || col==SQUARE-1)); then
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if ((row > 0 && row < SQUARE-1)); then
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list=("${EDGE[@]}")
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else
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list=("${CORNER[@]}")
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fi
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l=${FINAL[$((row-1)),$col]}
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printf "FINAL[%d,%d]=%d\n" "$((row-1))" "$col" "$l"
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printf "UPPER TILE"
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print_tile "$j"
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bottom bottom "${strings[$l]}"
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printf "UPPER bottom line: %s\n" "$bottom"
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for j in "${list[@]}"; do
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printf "looking for tile %d [%d]\n" "$j" "${nums[$j]}"
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SIDES="${T[$j]} ${R[$j]} ${B[$j]} ${L[$j]} ${RT[$j]} ${RR[$j]} ${RB[$j]} ${RL[$j]}"
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LENGTH=${#SIDES}
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S=${SIDES//$bottom}
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# 10 is line size
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((c = (LENGTH-${#S})/10))
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if ((c > 0)); then
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echo "border tile match: ${nums[$j]}"
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print_tile "$j"
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FINAL[$row,$col]="$j"
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final+=("${nums[$j]}")
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echo "c=$c"
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attach_top "$bottom" "$j"
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if ((row < SQUARE-1)); then
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unset "EDGE[$j]"
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EDGE=("${EDGE[@]}")
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else
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unset "CORNER[$j]"
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CORNER=("${CORNER[@]}")
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fi
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break
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fi
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done
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continue
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fi
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################################## rest of last row
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if ((row == SQUARE-1)); then
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l=${FINAL[$((row-1)),$col]}
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printf "FINAL[%d,%d]=%d\n" "$((row-1))" "$col" "${FINAL[$((row-1)),$col]}"
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bottom bottom "${strings[$l]}"
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for j in "${EDGE[@]}"; do
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SIDES="${T[$j]} ${R[$j]} ${B[$j]} ${L[$j]} ${RT[$j]} ${RR[$j]} ${RB[$j]} ${RL[$j]}"
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LENGTH=${#SIDES}
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S=${SIDES//$bottom}
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# 10 is line size
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((c = (LENGTH-${#S})/10))
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if ((c > 0)); then
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echo "border tile match: ${nums[$j]}"
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print_tile "$j"
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FINAL[$row,$col]="$j"
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final+=("${nums[$j]}")
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echo "c=$c"
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attach_top "$bottom" "$j"
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unset "EDGE[$j]"
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EDGE=("${EDGE[@]}")
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break
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fi
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done
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continue
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fi
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################################## central tiles
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l=${FINAL[$((row-1)),$col]}
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printf "FINAL[%d,%d]=%d\n" "$((col-1))" "${FINAL[$,$((col-1))]}"
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bottom bottom "${strings[$l]}"
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for j in "${CENTRAL[@]}"; do
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SIDES="${T[$j]} ${R[$j]} ${B[$j]} ${L[$j]} ${RT[$j]} ${RR[$j]} ${RB[$j]} ${RL[$j]}"
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LENGTH=${#SIDES}
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S=${SIDES//$bottom}
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# 10 is line size
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((c = (LENGTH-${#S})/10))
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if ((c > 0)); then
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echo "border tile match: ${nums[$j]}"
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print_tile "$j"
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FINAL[$row,$col]="$j"
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final+=("${nums[$j]}")
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echo "c=$c"
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attach_top "$bottom" "$j"
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unset "CENTRAL[$j]"
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CENTRAL=("${CENTRAL[@]}")
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break
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fi
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done
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continue
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done
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done
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for ((r=0; r<SQUARE; ++r)); do
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for ((c=0; c<SQUARE; ++c)); do
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k=${FINAL[$r,$c]}
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printf "%6d" "${nums[$k]}"
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done
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printf "\n"
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done
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print_final
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trim_borders
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print_final
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printf "%s \n" "${final[@]}"
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exit 0
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###################################################### testing
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# printf "corner[0]=%d\n" "${nums[$i]}"
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# printf "origin:\n"
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# print_tile "$i"
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# flip_h "$i"
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# printf "horizontal flip:\n"
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# print_tile "$i"
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# flip_h "$i"
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# flip_v "$i"
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# printf "vertical flip:\n"
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# print_tile "$i"
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# flip_v "$i"
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# printf "origin:\n"
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# print_tile "$i"
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# r90 "$i"
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# printf "r90:\n"
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# print_tile "$i"
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# #for i in "${CORNER[@]}"; do
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# t=${T[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
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# printf "T %s: %d\n" "$t" "$count"
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# t=${R[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
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# printf "R %s: %d\n" "$t" "$count"
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# t=${B[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
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# printf "B %s: %d\n" "$t" "$count"
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# t=${L[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
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# printf "L %s: %d\n" "$t" "$count"
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# t=${RT[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
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# printf "RT %s: %d\n" "$t" "$count"
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# t=${RR[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
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# printf "RR %s: %d\n" "$t" "$count"
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# t=${RB[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
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# printf "RB %s: %d\n" "$t" "$count"
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# t=${RL[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
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# printf "RL %s: %d\n" "$t" "$count"
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# exit 0
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# for t in ${T[$i]} ${R[$i]} ${B[$i]} ${L[$i]} \
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# ${RT[$i]} ${RR[$i]} ${RB[$i]} ${RL[$i]}; do
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# S=${ALL//$t}
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# ((count=(ALLSIZE-${#S})/10))
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# printf "%s: %d\n" "$t" "$count"
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# done
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# echo
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# exit 0
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# r90 "$i"
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# printf "r90:\n"
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# print_tile "$i"
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# r90 "$i"
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# r90 "$i"
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# r90 "$i"
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# printf "origin:\n"
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# print_tile "$i"
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# r180 "$i"
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# printf "r180:\n"
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# print_tile "$i"
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# r180 "$i"
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# printf "origin:\n"
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# print_tile "$i"
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# r270 "$i"
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# printf "r270:\n"
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# print_tile "$i"
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# r90 "$i"
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# printf "origin:\n"
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# print_tile "$i"
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#test start
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# key=1
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@@ -71,67 +400,52 @@ done
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# exit 0
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#test end
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declare top bottom left right
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declare fliptop flipbottom flipleft flipright
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# printf "RIGHT=%s\n" "$right"
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# # find next tile
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# for j in "${EDGE[@]}"; do
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# SIDES="${T[$j]} ${R[$j]} ${B[$j]} ${L[$j]} ${RT[$j]} ${RR[$j]} ${RB[$j]} ${RL[$j]}"
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# LENGTH=${#SIDES}
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# S=${SIDES//$right}
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# # 10 is line size
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# ((c = (LENGTH-${#S})/10))
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# if ((c > 0)); then
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# echo "border tile match: ${nums[$j]}"
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# print_tile "$j"
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# final+=("${nums[$j]}")
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# echo "c=$c"
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# attach_left "$right" "$j"
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# unset "EDGE[$j]"
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# EDGE=("${EDGE[@]}")
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# break
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# fi
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# done
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for key in "${!nums[@]}"; do
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# shellcheck disable=SC2206
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str=(${strings[$key]})
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top top "${str[@]}"
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right right "${str[@]}"
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bottom bottom "${str[@]}"
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left left "${str[@]}"
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flip fliptop "$top"
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flip flipright "$right"
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flip flipbottom "$bottom"
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flip flipleft "$left"
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T+=("$top")
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B+=("$bottom")
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R+=("$right")
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L+=("$left")
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RT+=("$fliptop")
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RR+=("$flipright")
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RB+=("$flipbottom")
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RL+=("$flipleft")
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done
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ALL="${T[@]} ${R[@]} ${B[@]} ${L[@]} ${RT[@]} ${RR[@]} ${RB[@]} ${RL[@]}"
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ALLSIZE=${#ALL}
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for ((i=0; i<${#nums[@]}; ++i)); do
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count=0
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for t in ${T[$i]} ${R[$i]} ${B[$i]} ${L[$i]}; do
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# https://stackoverflow.com/questions/26212889/bash-counting-substrings-in-a-string/50601141#50601141
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S=${ALL//$t}
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# 10 is line size
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((count += (ALLSIZE-${#S})/10))
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done
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# 6 is 4 for itself, + 2 for other matching
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#printf "%s: %d\n" "${nums[$i]}" "$count"
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case "$count" in
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6)
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CORNER+=("$i")
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((res*=${nums[$i]}))
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;;
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7)
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EDGE+=("$i")
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;;
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8)
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CENTRAL+=("$i")
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;;
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esac
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done
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# echo after done
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# print_tile "$j"
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# right right "${strings[$j]}"
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# printf "RIGHT=%s\n" "$right"
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# # find next tile
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# for j in "${CORNER[@]}"; do
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# SIDES="${T[$j]} ${R[$j]} ${B[$j]} ${L[$j]} ${RT[$j]} ${RR[$j]} ${RB[$j]} ${RL[$j]}"
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# LENGTH=${#SIDES}
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# S=${SIDES//$right}
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# # 10 is line size
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# ((c = (LENGTH-${#S})/10))
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# if ((c > 0)); then
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# echo "corner tile match: ${nums[$j]}"
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# final+=("${nums[$j]}")
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# print_tile "$j"
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# echo "c=$c"
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# attach_left "$right" "$j"
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# unset "CORNER[$j]"
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# CORNER=("${CORNER[@]}")
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# break
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# fi
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# done
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printf "CENTRAL[%d]=%s\n" "${#CENTRAL[@]}" "${CENTRAL[*]}"
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printf "EDGE[%d]=%s\n" "${#EDGE[@]}" "${EDGE[*]}"
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printf "CORNER[%d]=%s\n" "${#CORNER[@]}" "${CORNER[*]}"
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printf "%s : res=%d\n" "$CMD" "$res"
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# exit 0
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i=${CORNER[0]}
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printf "corner=%d=%d\n" "$i" "${nums[$i]}"
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printf "origin:\n"
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@@ -148,117 +462,13 @@ printf "origin:\n"
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print_tile "$i"
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declare l="" r=""
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rightcol r "${strings[$i]}"
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right r "${strings[$i]}"
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printf "right=%s\n" "$r"
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printf "origin:\n"
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print_tile "$i"
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r=""; l=""
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leftcol l "${strings[$i]}"
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left l "${strings[$i]}"
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printf "left =%s\n" "$l"
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printf "origin:\n"
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print_tile "$i"
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exit 0
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|
||||
# Choose one corner for top-left, find the correct flip
|
||||
i=${CORNER[0]}
|
||||
printf "corner[0]=%d\n" "${nums[$i]}"
|
||||
print_tile "$i"; echo
|
||||
t=${B[$i]}
|
||||
S=${ALL//$t}
|
||||
# flip vertical if bottom is a corner side
|
||||
if (( ALLSIZE-${#S} == 10)); then
|
||||
echo FLIP_V
|
||||
flip_v "$i"
|
||||
fi
|
||||
print_tile "$i"; echo
|
||||
|
||||
i=${CORNER[0]}
|
||||
t=${R[$i]}
|
||||
S=${ALL//$t}
|
||||
if (( ALLSIZE-${#S} == 10)); then
|
||||
echo FLIP_H
|
||||
flip_h "$i"
|
||||
fi
|
||||
print_tile "$i"
|
||||
final[0,0]="${strings[$i]}"
|
||||
unset strings[$i]
|
||||
|
||||
# find next tile
|
||||
#for i in ${EDGE[@]}; do
|
||||
|
||||
#done
|
||||
|
||||
|
||||
exit 0
|
||||
printf "corner[0]=%d\n" "${nums[$i]}"
|
||||
printf "origin:\n"
|
||||
print_tile "$i"
|
||||
flip_h "$i"
|
||||
printf "horizontal flip:\n"
|
||||
print_tile "$i"
|
||||
flip_h "$i"
|
||||
flip_v "$i"
|
||||
printf "vertical flip:\n"
|
||||
print_tile "$i"
|
||||
flip_v "$i"
|
||||
printf "origin:\n"
|
||||
print_tile "$i"
|
||||
r90 "$i"
|
||||
printf "r90:\n"
|
||||
print_tile "$i"
|
||||
|
||||
#for i in "${CORNER[@]}"; do
|
||||
t=${T[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
|
||||
printf "T %s: %d\n" "$t" "$count"
|
||||
t=${R[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
|
||||
printf "R %s: %d\n" "$t" "$count"
|
||||
t=${B[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
|
||||
printf "B %s: %d\n" "$t" "$count"
|
||||
t=${L[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
|
||||
printf "L %s: %d\n" "$t" "$count"
|
||||
|
||||
t=${RT[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
|
||||
printf "RT %s: %d\n" "$t" "$count"
|
||||
t=${RR[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
|
||||
printf "RR %s: %d\n" "$t" "$count"
|
||||
t=${RB[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
|
||||
printf "RB %s: %d\n" "$t" "$count"
|
||||
t=${RL[$i]}; S=${ALL//$t}; ((count=(ALLSIZE-${#S})/10))
|
||||
printf "RL %s: %d\n" "$t" "$count"
|
||||
|
||||
exit 0
|
||||
for t in ${T[$i]} ${R[$i]} ${B[$i]} ${L[$i]} \
|
||||
${RT[$i]} ${RR[$i]} ${RB[$i]} ${RL[$i]}; do
|
||||
S=${ALL//$t}
|
||||
((count=(ALLSIZE-${#S})/10))
|
||||
printf "%s: %d\n" "$t" "$count"
|
||||
done
|
||||
echo
|
||||
#done
|
||||
|
||||
exit 0
|
||||
r90 "$i"
|
||||
printf "r90:\n"
|
||||
print_tile "$i"
|
||||
r90 "$i"
|
||||
r90 "$i"
|
||||
r90 "$i"
|
||||
printf "origin:\n"
|
||||
print_tile "$i"
|
||||
|
||||
r180 "$i"
|
||||
printf "r180:\n"
|
||||
print_tile "$i"
|
||||
r180 "$i"
|
||||
printf "origin:\n"
|
||||
print_tile "$i"
|
||||
|
||||
r270 "$i"
|
||||
printf "r270:\n"
|
||||
print_tile "$i"
|
||||
r90 "$i"
|
||||
printf "origin:\n"
|
||||
print_tile "$i"
|
||||
echo ZOBI
|
||||
|
||||
149
2020/day20/tile.bash
Normal file → Executable file
149
2020/day20/tile.bash
Normal file → Executable file
@@ -7,6 +7,43 @@ print_tile() {
|
||||
printf "%s\n" "${src[@]}"
|
||||
}
|
||||
|
||||
print_final() {
|
||||
local k str
|
||||
local -i l len r c
|
||||
local -a tile
|
||||
str=${strings[0]%% *}
|
||||
len=${#str}
|
||||
printf "print_final: len=%d\n" "$len"
|
||||
for ((r=0; r<SQUARE; ++r)); do
|
||||
for ((l=0; l<len; ++l)); do # each line
|
||||
for ((c=0; c<SQUARE; ++c)); do
|
||||
k=${FINAL[$r,$c]}
|
||||
# shellcheck disable=SC2206
|
||||
tile=(${strings[$k]})
|
||||
str=${tile[$l]}
|
||||
printf "%s " "$str"
|
||||
done
|
||||
printf "\n"
|
||||
done
|
||||
printf "\n"
|
||||
done
|
||||
|
||||
}
|
||||
|
||||
trim_borders() {
|
||||
local k s
|
||||
for k in "${!strings[@]}"; do
|
||||
s=${strings[$k]}
|
||||
s=${s//? ?/ }
|
||||
s=${s#?}
|
||||
s=${s%?}
|
||||
s=${s#* }
|
||||
s=${s% * }
|
||||
strings[$k]="$s"
|
||||
#printf "%s\n" "${strings[$k]}"
|
||||
done
|
||||
}
|
||||
|
||||
flip_v() {
|
||||
local -i t=$1 i
|
||||
# shellcheck disable=SC2206
|
||||
@@ -121,3 +158,115 @@ flip() {
|
||||
_r+=${str:$i:1}
|
||||
done
|
||||
}
|
||||
|
||||
# transform $2 tile to match $1 on left
|
||||
attach_left() {
|
||||
local _l="$1"
|
||||
local -i t="$2" m=0
|
||||
local s
|
||||
printf "matching left %s for tile:\n" "$_l"
|
||||
print_tile "$t"
|
||||
for s in ${T[$t]} ${R[$t]} ${B[$t]} ${L[$t]} \
|
||||
${RT[$t]} ${RR[$t]} ${RB[$t]} ${RL[$t]}; do
|
||||
printf "%d: %s\n" "$m" "$s"
|
||||
if [[ "$s" == "$_l" ]]; then
|
||||
echo "attach_left: count=$m"
|
||||
break
|
||||
fi
|
||||
((m++))
|
||||
done
|
||||
case $m in
|
||||
0) # top
|
||||
printf "match=top\n"
|
||||
r270 "$t"
|
||||
flip_v "$t"
|
||||
;;
|
||||
1) # right
|
||||
printf "match=right\n"
|
||||
r180 "$t"
|
||||
flip_v "$t"
|
||||
;;
|
||||
2) # bottom
|
||||
printf "match=bottom\n"
|
||||
r90 "$t"
|
||||
;;
|
||||
3) # left
|
||||
printf "match=left\n"
|
||||
;;
|
||||
4) # rev top
|
||||
printf "match=rev top\n"
|
||||
r270 "$t"
|
||||
;;
|
||||
5) # rev right
|
||||
printf "match=rev right\n"
|
||||
r180 "$t"
|
||||
;;
|
||||
6) # rev bottom
|
||||
printf "match=rev bottom\n"
|
||||
r90 "$t"
|
||||
flip_v "$t"
|
||||
;;
|
||||
7) # rev left
|
||||
printf "match=rev left\n"
|
||||
flip_v "$t"
|
||||
;;
|
||||
esac
|
||||
echo new orientation:
|
||||
print_tile "$t"
|
||||
}
|
||||
|
||||
# transform $2 tile to match $1 on left
|
||||
attach_top() {
|
||||
local _l="$1"
|
||||
local -i t="$2" m=0
|
||||
local s
|
||||
printf "matching top %s for tile:\n" "$_l"
|
||||
print_tile "$t"
|
||||
for s in ${T[$t]} ${R[$t]} ${B[$t]} ${L[$t]} \
|
||||
${RT[$t]} ${RR[$t]} ${RB[$t]} ${RL[$t]}; do
|
||||
printf "%d: %s\n" "$m" "$s"
|
||||
if [[ "$s" == "$_l" ]]; then
|
||||
echo "attach_top: count=$m"
|
||||
break
|
||||
fi
|
||||
((m++))
|
||||
done
|
||||
case $m in
|
||||
0) # top
|
||||
printf "match=top\n"
|
||||
;;
|
||||
1) # right
|
||||
printf "match=right\n"
|
||||
r270 "$t"
|
||||
;;
|
||||
2) # bottom
|
||||
printf "match=bottom\n"
|
||||
r180 "$t"
|
||||
flip_h "$t"
|
||||
;;
|
||||
3) # left
|
||||
printf "match=left\n"
|
||||
r90 "$t"
|
||||
flip_h "$t"
|
||||
;;
|
||||
4) # rev top
|
||||
printf "match=rev top\n"
|
||||
flip_h "$t"
|
||||
;;
|
||||
5) # rev right
|
||||
printf "match=rev right\n"
|
||||
r270 "$t"
|
||||
flip_h "$t"
|
||||
;;
|
||||
6) # rev bottom
|
||||
printf "match=rev bottom\n"
|
||||
r180 "$t"
|
||||
;;
|
||||
7) # rev left
|
||||
printf "match=rev left\n"
|
||||
r90 "$t"
|
||||
;;
|
||||
esac
|
||||
echo new orientation:
|
||||
print_tile "$t"
|
||||
}
|
||||
|
||||
Reference in New Issue
Block a user