GitHub - deepgrace/tetris: Tetris implementation in all kinds of Programming Languages
Usage: bash Tetris_Game [ <runlevel> [ <previewlevel> [ <speedlevel> [ <width> [height] ] ] ] ]
Range: [ 0 <= runlevel <= 31 ] [ previewlevel >= 1 ] [ speedlevel <= 30 ] [ width >= 17 ] [ height >= 10 ]
#!/bin/bash
# Tetris Game // The Art Of Shell Programming
box0=(4 30)
box1=(4 30 4 32)
box2=(4 30 5 32)
box3=(4 28 4 30 4 32)
box4=(4 28 4 30 5 30)
box5=(4 28 5 30 6 32)
box6=(4 30 5 28 5 32)
box7=(4 28 5 30 6 32 7 34)
box8=(4 30 5 28 5 30 5 32)
box9=(4 30 5 28 5 32 6 30)
box10=(4 28 4 30 4 32 4 34)
box11=(4 28 5 28 5 30 5 32)
box12=(4 28 4 30 5 30 5 32)
box13=(4 28 4 30 5 28 5 30)
box14=(4 28 4 34 5 30 5 32)
box15=(4 26 4 28 4 30 4 32 4 34)
box16=(4 30 5 28 5 30 5 32 6 30)
box17=(4 28 4 32 5 30 6 28 6 32)
box18=(4 28 4 32 5 28 5 30 5 32)
box19=(4 28 4 30 5 30 6 30 6 32)
box20=(4 28 5 28 6 28 6 30 6 32)
box21=(4 28 4 30 5 30 5 32 6 32)
box22=(4 26 4 34 5 28 5 30 5 32)
box23=(4 26 4 34 5 28 5 32 6 30)
box24=(4 26 5 28 6 30 7 32 8 34)
box25=(4 28 4 32 5 26 5 30 5 34)
box26=(4 28 4 34 5 30 5 32 6 30 6 32 7 28 7 34)
box27=(4 30 5 28 5 32 6 26 6 30 6 34 7 28 7 32 8 30)
box28=(4 30 5 28 5 30 5 32 6 26 6 28 6 30 6 32 6 34 7 28 7 30 7 32 8 30)
box29=(4 30 5 30 6 28 6 30 6 32 7 26 7 30 7 34 8 30 9 30 10 30 11 30 12 30)
box30=(4 26 4 28 4 30 4 34 5 30 5 34 6 26 6 28 6 30 6 32 6 34 7 26 7 30 8 26 8 30 8 32 8 34)
box31=(4 30 5 28 6 26 6 34 7 28 7 32 7 36 8 22 8 30 8 38 9 24 9 28 9 32 10 26 10 34 11 32 12 30)
unit=[]
toph=3
modw=4
score=0
width=${5:-25}
height=${6:-30}
prelevel=${3:-6}
speedlevel=${4:-0}
BOX=(box{0..31}[@])
((width=width<17?25:width))
((height=height<10?30:height))
((lower=height+toph))
((wthm=2*width+modw))
((dist=modw+wthm+3))
((prelevel=prelevel<1?6:prelevel))
((speedlevel=speedlevel>30?0:speedlevel))
gmover="\e[?25h\e[36;26HGame Over!\e[0m\n"
color=(1\;{30..38}\;{40..48}m {38,48}\;5\;{0..255}\;1m)
sig.trans(){ kill -${1} ${pid}; }
get.check(){ (( ! box_map[index] )) && k=1; }
get.piece(){ box=(${!BOX[RANDOM%runlevel]}); }
run.initi(){ box_map[index]=0; box_color[index]=""; }
get.erase(){ printf "${old_shadow//${unit}/ }\e[0m\n"; }
get.resum(){ stty ${oldtty}; printf "\e[?25h\e[36;4H\n"; }
cmp.coord(){ (( ${1} <= ${2} )) && { ((${5})); (( ${3} < ${4} )) && ((${6})); }; }
run.prbox(){ old_shadow="${cur_shadow}"; printf "\e[${cur_color}${cur_shadow}\e[0m\n"; }
run.level(){ lhs=${#BOX[@]}; rhs=${1:-$((lhs-1))}; ((runlevel=(rhs < 0 || rhs > lhs-1)?lhs:rhs+1)); }
run.leave(){ (( ! ${#} )) && printf "${gmover}" || { (( ${#}%2 )) && sig.trans 22; get.resum; }; exit; }
get.stime(){ (( ${1} == ${2} )) && { ((++${3})); ((${1}=0)); }; Time[${4}]=$((${!1}/10))$((${!1}%10)); }
max.vertical.coordinate()
{
local i j k p q col len
for ((i=0; i!=${#box[@]}; i+=2))
{
((q=box))
((p=box[i+1]))
for ((j=0; j!=len; ++j)); do
(( col[j] == p )) && break
done
((k=2*j))
if (( j == len )); then
((++len))
((col[k]=p))
((col[k+1]=q))
else
(( col[j+1] < q )) && ((col[j+1]=q))
fi
}
for ((i=0; i!=len; ++i))
{
((k=2*i))
((max[k]=col[k+1]))
((max[k+1]=col[k]))
}
}
get.update()
{
pos="\e[${i};${j}H"
if (( ! box_map[index] )); then
printf "${pos} "
else
printf "${pos}\e[${box_color[index]}${unit}\e[0m"
fi
}
ini.loop()
{
local i j k l index
for ((i=modw,j=6,l=wthm; i<=lower; j+=2)); do
k=0; ((index=(i-modw)*width+j/2-toph)); ${1}
if (( k || j == l )); then
(( ! k )) && ${2}
j=modw; ((++i))
fi
done
}
map.piece()
{
local j p q u
((++line))
for ((j=i,u=6; j>toph+1; u+=2)); do
((p=(j-modw)*width+u/2-toph)); ((q=p-width))
((box_map[p]=box_map[q])); box_color[p]="${box_color[q]}"
(( u == l )) && { u=modw; ((--j)); }
done
for ((u=6; u<=l; u+=2)); do
box_map[u/2-toph]=0
box_color[u/2-toph]=""
done
}
get.preview()
{
local i col cur_box
cur_box=(${!1})
for ((i=0; i!=${#cur_box[@]}; i+=2)); do
((col=cur_box[i+1]-(${3}-dist)))
cur_preview_block+="\e[$((cur_box-1));${col}H${unit}"
done
printf "${!2//${unit}/ }\e[${!4}${cur_preview_block}\e[0m\n"
}
pipe.piece()
{
cur_preview_block=""
(( ${5} )) && {
get.piece
eval ${1}="(${box[@]})"
cur_color="${color[RANDOM%${#color[@]}]}"
eval ${6}=\"${cur_color}\"
get.preview box[@] ${3} ${4} cur_color
} || {
eval ${1}="(${!2})"
eval ${6}=\"${!7}\"
get.preview ${2} ${3} ${4} ${7}
}
eval ${3}=\"${cur_preview_block}\"
}
get.invoke()
{
local i arya aryb
for ((i=0; i!=prelevel-1; ++i)); do
arya=(next_preview_piece${i} next_preview_piece$((i+1))[@] old_preview_block${i})
aryb=($((12*(2-i))) ${1} next_preview_color${i} next_preview_color$((i+1)))
pipe.piece ${arya[@]} ${aryb[@]}
done
}
show.piece()
{
local end cur_preview_block
((end=prelevel-1))
cur_color="${next_preview_color0}"
preview_box=(${next_preview_piece0[@]})
get.invoke ${#}
cur_preview_block=""
get.piece
eval next_preview_piece${end}="(${box[@]})"
eval next_preview_color${end}=\"${color[RANDOM%${#color[@]}]}\"
get.preview box[@] old_preview_block${end} $((12*(2-end))) next_preview_color${end}
eval old_preview_block${end}=\"${cur_preview_block}\"
box=(${preview_box[@]})
}
draw.piece()
{
(( ${#} )) && {
get.piece
cur_color="${color[RANDOM%${#color[@]}]}"
coor.dinate box[@]
} || {
cur_color="${next_preview_color0}"
coor.dinate next_preview_piece0[@]
}
run.prbox
if ! move.piece; then
kill -22 ${PPID}
sig.trans 22
run.leave
fi
}
top.point()
{
local i u v x y
((u=cur_box[0]))
((v=cur_box[1]))
for ((i=0; i!=${#cur_box[@]}; i+=2)); do
cmp.coord x cur_box y cur_box[i+1] x=cur_box y=cur_box[i+1]
cmp.coord cur_box u cur_box[i+1] v u=cur_box v=cur_box[i+1]
done
if (( x-u == 3 && y-v == 6 )); then
cur_box=($((x-3)) $((y-6)) $((x-3)) ${y} ${x} $((y-6)) ${x} ${y})
fi
}
run.bomb()
{
local j p q boolp boolq empty index radius
radius=(x-1 y-2 x-1 y x-1 y+2 x y-2 x y x y+2 x+1 y-2 x+1 y x+1 y+2)
for ((j=0; j!=${#radius[@]}; j+=2)); do
((p=radius[j]))
((q=radius[j+1]))
((index=(p-modw)*width+q/2-toph))
((boolp=(p > toph && p <= lower)))
((boolq=(q <= wthm && q > modw+1)))
if (( boolp && boolq )); then
(( ! box_map[index] && p+q != x+y && ${1} != 8 )) && continue
empty+="\e[${p};${q}H\040\040"
run.initi
fi
done
sleep 0.03; printf "${empty}\n"
}
random.piece()
{
local i j k l
((++count))
((l=height-1))
for ((i=0,j=6; i!=count; j+=2)); do
((k=(l-i)*width+j/2-toph))
(( j == wthm )) && { j=modw; ((++i)); }
(( RANDOM%2 )) && { box_map[k]=1; box_color[k]="${color[RANDOM%${#color[@]}]}"; }
done
(( count == l )) && count=0
}
del.row()
{
local i x y len num index line cur_box
cur_box=(${locus[@]})
len=${#cur_box[@]}
(( len == 16 )) && top.point
for ((i=0; i!=${#cur_box[@]}; i+=2)); do
((x=cur_box))
((y=cur_box[i+1]))
(( len == 16 )) && run.bomb ${#cur_box[@]} || {
((index=(x-modw)*width+y/2-toph))
((box_map[index]=1))
box_color[index]="${cur_color}"
}
done
line=0
ini.loop get.check map.piece
(( ! line )) && return 1
((num=line*200-100))
printf "\e[1;34m\e[$((toph+10));$((dist+56))H$((score+=num))\e[0m\n"
if (( score%5000 < num && speedlevel < 30 )); then
random.piece
printf "\e[1;34m\e[$((toph+10));$((dist+26))H$((++speedlevel))\e[0m\n"
fi
ini.loop get.update
}
get.ctime()
{
local d h i j k m s line Time color
trap "run.leave" 22
((d=0, h=0, m=0, s=0))
((j=width-9))
for ((k=0; k!=j; ++k)) { line+=-; }
color="\e[38;5;$((RANDOM%145+6));1m"
printf "\e[2;6H${color}${line}[Time \e[2;$((23+j))H${color}]${line}\e[0m\n"
while :; do
sleep 1 &
get.stime s 60 m 0
get.stime m 60 h 1
get.stime h 24 d 2
Time[3]=$((d/10))$((d%10))
printf "\e[2;$((12+j))H${color}${Time[3]}:${Time[2]}:${Time[1]}:${Time[0]}\e[0m\n"
wait; ((++s))
done
}
per.sig()
{
local i j pid sig sigswap
pid=${1}
for i in {23..31}; do
trap "sig=${i}" ${i}
done
trap "sig.trans 22; run.leave" 22
while (( ++j )); do
(( j != 1 )) && sleep 0.02
sigswap=${sig}
sig=0
case ${sigswap} in
23) per.transform -1 ;;
24) per.transform 1 ;;
25) per.transform -2 ;;
26) per.transform 1/2 ;;
27) per.transform 0 -2 ;;
28) per.transform 0 2 ;;
29) per.transform 1 0 ;;
30) per.transform -1 0 ;;
31) per.transform $(drop.bottom) 0 ;;
esac
(( j == 31-speedlevel )) && { per.transform 1 0; j=0; }
done
}
get.sig()
{
local pid sig key arry escape oldtty
printf "\e[?25l"
pid=${1}; arry=(0 0 0)
escape="$(printf "\e")"; oldtty="$(stty -g)"
trap "run.leave 0" INT TERM; trap "run.leave 0 0" 22
while read -s -n 1 key; do
arry[0]=${arry[1]}; arry[1]=${arry[2]}
arry[2]=${key}; sig=0
if [[ ! "${key}" ]]; then sig=31
elif [[ "${key}${arry[1]}" == "${escape}${escape}" ]]; then run.leave 0
elif [[ "${arry[0]}" == "${escape}" && "${arry[1]}" == "[" ]]; then
case ${key} in
A) sig=23 ;;
B) sig=29 ;;
D) sig=27 ;;
C) sig=28 ;;
esac
else
case ${key} in
W|w) sig=23 ;;
T|t) sig=24 ;;
M|m) sig=25 ;;
N|n) sig=26 ;;
S|s) sig=29 ;;
A|a) sig=27 ;;
D|d) sig=28 ;;
U|u) sig=30 ;;
P|p) sig.trans 19 ;;
R|r) sig.trans 18 ;;
Q|q) run.leave 0 ;;
esac
fi
(( sig != 0 )) && sig.trans ${sig}
done
}
drop.bottom()
{
local i j col max row
max.vertical.coordinate
for ((i=0,j=0; i!=height; j+=2)); do
((row=(max[j]+i == lower)))
((col=box_map[(max[j]+i-toph)*width+max[j+1]/2-toph]))
(( col || row )) && { echo ${i}; return 0; }
(( j+2 == ${#max[@]} )) && { j=-2; ((++i)); }
done
}
move.piece()
{
local i j x y boolx booly index
len=${#locus[@]}
for ((i=0; i!=len; i+=2)); do
((x=locus+dx))
((y=locus[i+1]+dy))
((index=(x-modw)*width+y/2-toph))
(( index < 0 || index > width*height-1 )) && return 1
((boolx=(x <= toph || x > lower)))
((booly=(y >= wthm+2 || y <= modw+1)))
(( boolx || booly )) && return 1
if (( box_map[index] )); then
if (( len == 2 )); then
for ((j=lower; j>x; --j)); do
(( ! box_map[(j-modw)*width+y/2-toph] )) && return 0
done
fi
return 1
fi
done
return 0
}
ghost.cross()
{
local i j index
((i=locus[0]))
((j=locus[1]))
((index=(i-modw)*width+j/2-toph))
(( box_map[index] )) && printf "\e[${i};${j}H\e[${box_color[index]}${unit}\e[0m\n"
}
coor.dinate()
{
local i
locus=(${!1})
for ((i=0; i!=${#locus[@]}; i+=2)); do
cur_shadow+="\e[${locus};${locus[i+1]}H${unit}"
done
}
get.optimize()
{
for j in dx dy; do
(( j )) && { [[ ${j} == dx ]] && k=i || k=i+1; add.box; }
done
}
add.box()
{
for ((i=0; i!=${#new_box[@]}; i+=2)); do
((new_box[k]+=j))
done
}
per.plus()
{
local i j k
(( len == 2 )) && ghost.cross
new_box=(${box[@]})
get.optimize
coor.dinate new_box[@]
box=(${new_box[@]})
}
get.move()
{
if move.piece; then
get.erase
per.plus
run.prbox
else
(( dx == 1 )) && {
del.row
draw.piece
show.piece
}
fi
}
mid.point()
{
local len mid
mid=(${!1})
((len=${#mid[@]}/2-(${#mid[@]}%4)/2))
((${2}=mid[len]))
((${3}=mid[len+1]))
}
per.multiple()
{
local i mid cur_box
mid=(${!1})
cur_box=(${!1})
for ((i=0; i!=${#mid[@]}-2; i+=2)); do
((mid[i+3]=mid[i+1]+(cur_box[i+3]-cur_box[i+1])${2}2))
done
new_box=(${mid[@]})
}
run.unique()
{
local i j k p q len vec
for ((i=0; i!=${#new_coordinate[@]}; i+=2))
{
((p=new_coordinate))
((q=new_coordinate[i+1]))
for ((j=0; j!=len; ++j)); do
((k=2*j))
(( vec[k] == p && vec[k+1] == q )) && break
done
if (( j == len )); then
((++len))
((vec[${#vec[@]}]=p))
((vec[${#vec[@]}]=q))
fi
}
new_coordinate=(${vec[@]})
}
coordinate.transformation()
{
local i # row=(x-m)*zoomx*cos(a)-(y-n)*zoomy*sin(a)+m
for ((i=0; i!=${#new_box[@]}; i+=2)); do # col=(x-m)*zoomx*sin(a)+(y-n)*zoomy*cos(a)+n
((new_coordinate=m+new_box[i+1]-n)) # a=-pi/2 zoomx=+1 zoomy=+1 dx=0 dy=0
((new_coordinate[i+1]=(new_box-m)*${dx}+n)) # a=-pi/2 zoomx=-1 zoomy=+1 dx=0 dy=0
done # a=+pi/2 zoomx=+1 zoomy=-1 dx=0 dy=0
[[ ${dx} == 1/2 ]] && run.unique
}
mid.plus()
{
local i j k dx dy
((dx=mp-p))
((dy=nq-q))
get.optimize
}
per.abstract()
{
per.multiple ${1} "${2}"
mid.point new_box[@] ${3} ${4}
}
per.rotate()
{
local m n p q mp nq new_coordinate
mid.point box[@] mp nq
per.abstract box[@] "/" m n
coordinate.transformation; dx=0
per.abstract new_coordinate[@] "*" p q
mid.plus; locus=(${new_box[@]})
if move.piece; then
get.erase; coor.dinate new_box[@]
run.prbox; box=(${locus[@]})
else
locus=(${box[@]})
fi
}
per.transform()
{
local dx dy len new_box cur_shadow
dx=${1}
dy=${2}
case ${#} in
2) get.move ;;
1) per.rotate ;;
esac
}
show.matrix()
{
one=" "
end="\e[0m"
block="[][]"
two="${one}${one}"
cube="${one}${two}"
five="${two}${cube}"
ten="${five}${five}"
equ="\e[38;5;191;1m"
colbon="\e[38;5;47;1m"
mcol="\e[38;5;30;1m"
str5="${ten}${ten}"
str4="${mcol}[]${end}"
str0="${colbon}[]${end}"
str1="${colbon}${block}${end}"
str6="${mcol}[]${block}${end}"
str2="${colbon}[]${block}${end}"
str3="${colbon}${block}${block}${end}"
str="${cube}${str0}${two}${str3}${two}${str3}"
str7="${str1}${one}${str1}${str}${str4}${two}${two}"
str8="${str0}${one}${equ}row${one}${str0}${cube}${str0}${two}${str0}${one}${equ}(x-m)*zoomx${two}"
str9="${one}${equ}=${one}${str0}${two}${str0}${ten}${cube}${one}${str0}${cube}${equ}${cube}"
str10="${ten}${five}${two}${str0}${two}${str0}${one}${equ}+${one}${str0}${five}${str0}"
str11="${cube}${one}${str0}${two}${equ}cos(a)${one}${equ}sin(a)${two}${str0}${two}${str0}${cube}${str0}${two}${equ}m${two}${str0}"
str12="${one}${equ}col${one}${str0}${cube}${str0}${two}${str0}${one}${equ}(y-n)*zoomy${two}${str0}${five}${one}"
str13="${one}${equ}-sin(a)${one}${equ}cos(a)${two}${str0}${two}${str0}${cube}${str0}${two}${equ}n${two}${str0}"
str14="${str1}${one}${str1}${str}${five}${one}"
str15="${str1}${two}${str0}${cube}${str1}${one}${str1}"
printf "\e[$((toph+23));${dist}H${colbon} ${two}${str2}${one}${str5}${str5}${str2}${str4}\n"
printf "\e[$((toph+30));${dist}H${ten}${two}${str0}${two}${two}${five}${str5}${str5}${str0}\n"
printf "\e[$((toph+25));${dist}H${str7}${str1}${ten}${cube}${str1}${two}${str0}${cube}${str1}${one}${str1}\n"
printf "\e[$((toph+26));${dist}H${str8}${str0}${str4}${str11}\e[$((toph+28));${dist}H${str0}${str12}${str0}${str13}\n"
printf "\e[$((toph+24));${dist}H${two}${ten}${str0}${ten}${cube}${two}${cube}${str6}${str5}${five}${str0}${str4}\n"
printf "\e[$((toph+22));${dist}H${cube}${str5}${str5}${str5}${str6}\e[$((toph+29));${dist}H${str14}${str1}${ten}${cube}${str15}\n"
printf "\e[$((toph+27));${dist}H${str0}${five}${str0}${str9}${str0}${str10}\e[$((toph+31));${dist}H${ten}${two}${str2}${str5}${str5} ${str2}\n"
}
show.board()
{
clear
boucol="\e[38;5"
((colour=RANDOM%145+6))
for ((i=6; i<=wthm; i+=2)); do
printf "${boucol};$((colour+i));1m\e[${toph};${i}H==${boucol};$((colour+i+25));1m\e[$((lower+1));${i}H==\e[0m\n"
done
for ((i=toph; i<=lower+1; ++i)); do
printf "${boucol};$((colour+i));1m\e[${i};${modw}H||${boucol};$((colour+i+30));1m\e[${i};$((wthm+2))H||\e[0m\n"
done
}
show.notify()
{
printf "\e[1;31m\e[$((toph+9));${dist}HRunLevel\e[$((toph+9));$((dist+11))HPreviewLevel\e[0m\n"
printf "\e[1;31m\e[$((toph+9));$((dist+26))HSpeedLevel\e[$((toph+9));$((dist+56))HScore\e[0m\n"
printf "\e[1;31m\e[$((toph+9));$((dist+39))HWidth\e[$((toph+9));$((dist+47))HHeight\e[0m\n"
printf "\e[1;34m\e[$((toph+10));${dist}H$((runlevel-1))\e[$((toph+10));$((dist+11))H${prelevel}\e[0m\n"
printf "\e[1;34m\e[$((toph+10));$((dist+26))H${speedlevel}\e[$((toph+10));$((dist+56))H${score}\e[0m\n"
printf "\e[1;34m\e[$((toph+10));$((dist+39))H${width}\e[$((toph+10));$((dist+47))H${height}\e[0m\n"
printf "\e[38;5;34;1m\e[$((toph+12));${dist}HM|m === double N|n === half\n"
printf "\e[$((toph+13));${dist}HQ|q|ESC === exit U|u === one step up\n"
printf "\e[$((toph+14));${dist}HP|p === pause S|s|down === one step down\n"
printf "\e[$((toph+15));${dist}HR|r === resume A|a|left === one step left\n"
printf "\e[$((toph+16));${dist}HW|w|up === rotate D|d|right === one step right\n"
printf "\e[$((toph+17));${dist}HT|t === transpose Space|enter === drop all down\n"
printf "\e[38;5;106;1m\e[$((toph+19));${dist}HVersion 7.1.7\n"
printf "\e[$((toph+20));${dist}Hhttps://github.com/deepgrace\n"
printf "\e[$((toph+21));${dist}HGrace <complex.invoke@gmail.com>\n"
}
case ${1} in
-h|--help) echo "Usage: bash ${0} [ <runlevel> [ <previewlevel> [ <speedlevel> [ <width> [height] ] ] ] ]"
echo "Range: [ 0 <= runlevel <= $((${#BOX[@]}-1)) ] [ previewlevel >= 1 ] [ speedlevel <= 30 ] [ width >= 17 ] [ height >= 10 ]" ;;
-v|--version) echo "Version 7.1.7" ;;
${PPID}) run.level ${2}; ini.loop run.initi
show.board; show.notify
show.piece 0; draw.piece 0
show.matrix; get.ctime &
per.sig ${!} ;;
*) bash ${0} ${$} ${@} &
get.sig ${!} ;;
esac
