Do trivial deduction.
目前為
// ==UserScript==
// @name Puzz.link Assistance
// @version 1.0
// @description Do trivial deduction.
// @author Leaving Leaves
// @match https://puzz.link/p*/*
// @match https://pzplus.tck.mn/p*/*
// @icon https://www.google.com/s2/favicons?sz=64&domain=github.com
// @grant none
// @namespace https://gf.qytechs.cn/users/1192854
// ==/UserScript==
(function () {
'use strict';
const maxLoop = 30;
let flg = true;
let btn = '<button type="button" class="btn" id="assist" style="display: inline;">Assist</button>';
document.querySelector('#btntrial').insertAdjacentHTML('afterend', btn);
document.querySelector("#assist").addEventListener("click", assist, false);
window.addEventListener("keypress", (event) => {
if (event.key !== 'q') { return; }
assist();
});
function assist() {
flg = 1;
if (/slither/.test(document.URL)) { SlitherlinkAssist(); }
if (/yaji[lr]in/.test(document.URL)) { YajilinAssist(); }
if (/simpleloop/.test(document.URL)) { SimpleloopAssist(); }
if (/mas[yh]u/.test(document.URL)) { MasyuAssist(); }
if (/lightup|akari/.test(document.URL)) { AkariAssist(); }
console.log('Assisted.');
}
let fourside = function (a, b) {
a(b.top);
a(b.bottom);
a(b.left);
a(b.right);
};
let fourside2 = function (a, b, c) {
a(b.top, c.top);
a(b.bottom, c.bottom);
a(b.left, c.left);
a(b.right, c.right);
};
let add_cross = function (d) {
if (d === undefined || d.isnull || d.line === 1 || d.qsub === 2) { return; }
flg = 1;
d.setQsub(2);
d.draw();
};
let add_line = function (d) {
if (d === undefined || d.isnull || d.qsub === 2 || d.line === 1) { return; }
flg = 1;
d.setLine(1);
d.draw();
};
let add_block = function (c) {
if (c === undefined || c.isnull || c.qnum !== -1 || c.lcnt !== 0 || c.qsub === 1 || c.qans === 1) { return; }
flg = 1;
c.setQans(1);
c.draw();
};
let add_dot = function (c) {
if (c === undefined || c.isnull || c.qnum !== -1 || c.qans !== 0 || c.qsub === 1) { return; }
flg = 1;
c.setQsub(1);
c.draw();
};
let add_bg_color = function (c, color) {
if (c === undefined || c.isnull || c.qsub !== 0 || c.qsub === color) { return; }
flg = 1;
c.setQsub(color);
c.draw();
}
let add_bg_inner_color = function (c) {
add_bg_color(c, 1);
}
let add_bg_outer_color = function (c) {
add_bg_color(c, 2);
}
let dir = function (c, ndir) {
ndir = ndir % 4;
if (ndir === 1) return c.top;
if (ndir === 2) return c.right;
if (ndir === 3) return c.bottom;
if (ndir === 0) return c.left;
}
let SingleLoopInCell = function (inPath) {
let board = ui.puzzle.board;
let cell = board.cell;
let border = board.border;
for (let i = 0; i < cell.length; i++) {
let emptynum = 0;
let linenum = 0;
let adjcell = cell[i].adjacent;
let adjline = cell[i].adjborder;
let fn = function (c, d) {
if (!c.isnull && d.qsub !== 2) { emptynum++; }
linenum += d.line === 1;
};
fourside2(fn, adjcell, adjline);
//no branch
if (linenum === 2) {
fourside(add_cross, adjline);
}
//no deadend
if (emptynum === 1) {
fourside(add_cross, adjline);
}
//2 degree path
if (emptynum === 2 && (linenum === 1 || cell[i].qsub === 1 || inPath)) {
fourside(add_line, adjline);
}
}
//avoid forming multiple loop
for (let i = 0; i < border.length; i++) {
if (border[i].qsub !== 0) { continue; }
if (border[i].line !== 0) { continue; }
let cr1 = border[i].sidecell[0];
let cr2 = border[i].sidecell[1];
if (cr1.path !== null && cr1.path === cr2.path && board.linegraph.components.length > 1) {
add_cross(border[i]);
}
}
};
function AkariAssist() {
let board = ui.puzzle.board;
let cell = board.cell;
let isEmpty = function (c) { return !c.isnull && c.qnum === -1 && c.qans === 0 && c.qsub === 0; };
for (let loop = 0; loop < maxLoop; loop++) {
if (!flg) { break; }
flg = false;
for (let i = 0; i < cell.length; i++) {
let adjcell = cell[i].adjacent;
let emptynum = 0;
let lightnum = 0;
//add dot where lighted
if (cell[i].qlight === 1 && cell[i].qans !== 1) {
add_dot(cell[i]);
}
//only one place can light
if (cell[i].qnum === -1 && cell[i].qlight === 0) {
let dirs = [[], [-1, 0], [1, 0], [0, -1], [0, 1]];//Top Bottom Left Right
let rows = board.rows, cols = board.cols;
let emptynum = (cell[i].qsub === 0 ? 1 : 0);
for (let d = 1; d <= 4; d++) {
let x = Math.floor(i / cols);
let y = i % cols;
x += dirs[d][0];
y += dirs[d][1];
while (x >= 0 && y >= 0 && x < rows && y < cols) {
if (!cell[x * cols + y].isnull && cell[x * cols + y].qnum !== -1) {
break;
}
emptynum += cell[x * cols + y].qsub === 0;
x += dirs[d][0];
y += dirs[d][1];
}
}
if (emptynum === 1) {
if (cell[i].qsub === 0) {
add_block(cell[i]);
} else {
for (let d = 1; d <= 4; d++) {
let x = Math.floor(i / cols);
let y = i % cols;
x += dirs[d][0];
y += dirs[d][1];
while (x >= 0 && y >= 0 && x < rows && y < cols) {
if (!cell[x * cols + y].isnull && cell[x * cols + y].qnum !== -1) {
break;
}
if (cell[x * cols + y].qsub === 0) {
add_block(cell[x * cols + y]);
}
x += dirs[d][0];
y += dirs[d][1];
}
}
}
}
}
let fn = function (c) {
if (!c.isnull && c.qnum === -1 && c.qsub === 0 && c.qans !== 1) { emptynum++; }
lightnum += (c.qans === 1);
};
fourside(fn, adjcell);
if (cell[i].qnum >= 0) {
//finished clue
if (cell[i].qnum === lightnum) {
fourside(add_dot, adjcell);
}
//finish clue
if (cell[i].qnum === emptynum + lightnum) {
fourside(add_block, adjcell);
}
//dot at corner
if (cell[i].qnum - lightnum + 1 === emptynum) {
for (let d = 0; d < 4; d++) {
if (isEmpty(dir(adjcell, d)) && isEmpty(dir(adjcell, d + 1)) && isEmpty(dir(dir(adjcell, d).adjacent, d + 1))) {
add_dot(dir(dir(adjcell, d).adjacent, d + 1));
}
}
}
}
}
}
}
function MasyuAssist() {
let board = ui.puzzle.board;
let cell = board.cell;
for (let loop = 0; loop < maxLoop; loop++) {
if (!flg) { break; }
flg = false;
for (let i = 0; i < cell.length; i++) {
let adjcell = cell[i].adjacent;
let adjline = cell[i].adjborder;
if (cell[i].qnum === 1) {//white
for (let d = 0; d < 4; d++) {
//go straight
if (dir(adjline, d).line === 1 || dir(adjline, d + 1).qsub === 2 || dir(adjline, d + 1).isnull) {
add_line(dir(adjline, d));
add_line(dir(adjline, d + 2));
add_cross(dir(adjline, d + 1));
add_cross(dir(adjline, d + 3));
}
//turn at one side
if (dir(adjline, d).line === 1 && dir(dir(adjcell, d).adjborder, d).line === 1) {
add_cross(dir(dir(adjcell, d + 2).adjborder, d + 2));
}
//no turn on both side
if ((!dir(adjcell, d).isnull && dir(dir(adjcell, d).adjborder, d).line === 1 || dir(adjcell, d).qnum === 1) &&
(!dir(adjcell, d + 2).isnull && dir(dir(adjcell, d + 2).adjborder, d + 2).line === 1 || dir(adjcell, d + 2).qnum === 1)) {
add_line(dir(adjline, d + 1));
add_line(dir(adjline, d + 3));
add_cross(dir(adjline, d));
add_cross(dir(adjline, d + 2));
}
}
}
if (cell[i].qnum === 2) {//black
for (let d = 0; d < 4; d++) {
//can't go straight this way
if (dir(adjcell, d).isnull || dir(adjline, d).qsub === 2 ||
dir(dir(adjcell, d).adjacent, d).isnull || dir(dir(adjcell, d).adjborder, d).qsub === 2 ||
dir(adjcell, d).qnum === 2 || dir(adjline, d + 2).line === 1) {
add_cross(dir(adjline, d));
add_line(dir(adjline, d + 2));
}
//going straight this way will branch
if (dir(adjcell, d).isnull || dir(dir(adjcell, d).adjborder, d + 1).line === 1 ||
dir(dir(adjcell, d).adjborder, d + 3).line === 1) {
add_cross(dir(adjline, d));
add_line(dir(adjline, d + 2));
}
//go straight
if (dir(adjline, d).line === 1) {
add_line(dir(dir(adjcell, d).adjborder, d));
}
}
}
}
SingleLoopInCell(0);
}
}
function SimpleloopAssist() {
let board = ui.puzzle.board;
let cell = board.cell;
for (let loop = 0; loop < maxLoop; loop++) {
if (!flg) { break; }
flg = false;
for (let i = 0; i < cell.length; i++) {
let adjline = cell[i].adjborder;
if (cell[i].ques === 7) {//7 for black block
fourside(add_cross, adjline);
}
}
SingleLoopInCell(1);
}
}
function YajilinAssist() {
let board = ui.puzzle.board;
let cell = board.cell;
let isPathable = function (c) { return !c.isnull && c.qnum === -1 && c.qans === 0; };
let isEmpty = function (c) { return !c.isnull && c.qnum === -1 && c.qans === 0 && c.qsub === 0 && c.lcnt === 0; };
for (let loop = 0; loop < maxLoop; loop++) {
if (!flg) { break; }
flg = false;
for (let i = 0; i < cell.length; i++) {
let emptynum = 0;
let linenum = 0;
let adjcell = cell[i].adjacent;
let adjline = cell[i].adjborder;
//check clue
if (cell[i].qnum !== -1 && cell[i].qdir !== 0) {
let qnum = cell[i].qnum;
let qdir = cell[i].qdir;
let dirs = [[], [-1, 0], [1, 0], [0, -1], [0, 1]];//Top Bottom Left Right
let rows = board.rows, cols = board.cols;
let x = Math.floor(i / cols);
let y = i % cols;
let emptynum = 0;
let blocknum = 0;
let lastcell = i;
while (x >= 0 && y >= 0 && x < rows && y < cols) {
if (x * cols + y !== i && cell[x * cols + y].qdir === cell[i].qdir && cell[x * cols + y].qnum >= 0) {
qnum -= cell[x * cols + y].qnum;
break;
}
emptynum += isEmpty(cell[x * cols + y]);
blocknum += cell[x * cols + y].qans === 1;
if (isEmpty(cell[lastcell]) && isEmpty(cell[x * cols + y])) {
lastcell = i;
emptynum--;
} else {
lastcell = x * cols + y;
}
x += dirs[qdir][0];
y += dirs[qdir][1];
}
//finish clue
if (emptynum + blocknum === qnum) {
x = Math.floor(i / cols);
y = i % cols;
lastcell = i;
while (x >= 0 && y >= 0 && x < rows && y < cols) {
if (x * cols + y !== i && cell[x * cols + y].qdir === cell[i].qdir && cell[x * cols + y].qnum >= 0) {
break;
}
if (!isEmpty(cell[x * cols + y]) && isEmpty(cell[lastcell])) {
add_block(cell[lastcell]);
}
if (isEmpty(cell[x * cols + y]) && isEmpty(cell[lastcell])) {
lastcell = i;
} else {
lastcell = x * cols + y;
}
x += dirs[qdir][0];
y += dirs[qdir][1];
}
if (isEmpty(cell[lastcell])) {
add_block(cell[lastcell]);
}
}
//finished clue
if (blocknum === qnum) {
x = Math.floor(i / cols);
y = i % cols;
while (x >= 0 && y >= 0 && x < rows && y < cols) {
if (x * cols + y !== i && cell[x * cols + y].qdir === cell[i].qdir && cell[x * cols + y].qnum >= 0) {
break;
}
if (isEmpty(cell[x * cols + y])) {
add_dot(cell[x * cols + y]);
}
x += dirs[qdir][0];
y += dirs[qdir][1];
}
}
}
//add cross
if (cell[i].qnum !== -1) {
fourside(add_cross, adjline);
continue;
}
//add dot around block
if (cell[i].qans === 1) {
fourside(add_cross, adjline);
fourside(add_dot, adjcell);
continue;
}
let fn = function (c, d) {
if (isPathable(c) && d.qsub !== 2) { emptynum++; }
linenum += d.line === 1;
};
fourside2(fn, adjcell, adjline);
//no branch
if (linenum === 2) {
fourside(add_cross, adjline);
}
//no deadend
if (emptynum <= 1) {
add_block(cell[i]);
fourside(add_cross, adjline);
fourside(add_dot, adjcell);
}
//2 degree cell no deadend
if (emptynum === 2) {
let fn = function (c, d) {
if (!isPathable(c) || d.qsub === 2) { return; }
add_dot(c);
};
fourside2(fn, adjcell, adjline);
}
}
SingleLoopInCell(0);
}
}
function SlitherlinkAssist() {
let board = ui.puzzle.board;
let cell = board.cell;
let cross = board.cross;
let border = board.border;
for (let loop = 0; loop < maxLoop; loop++) {
board.outlineShaded();
if (!flg) { break; }
flg = false;
// deduce cell
for (let i = 0; i < cell.length; i++) {
let adjline = cell[i].adjborder;
let emptynum = 0;
let linenum = 0;
//add cross for 0
if (cell[i].qnum === 0) {
fourside(add_cross, adjline);
}
let fn = function (d) {
if (d.qsub === 0) { emptynum++; }
linenum += (d.line === 1);
};
fourside(fn, adjline);
//finish number
if (emptynum === cell[i].qnum) {
fourside(add_line, adjline);
}
//add cross for finished number
if (linenum === cell[i].qnum) {
fourside(add_cross, adjline);
}
// vertical 3s
if (cell[i].qnum === 3 && cell[i].adjacent.bottom !== undefined && cell[i].adjacent.bottom.qnum === 3) {
add_line(cell[i].adjborder.top);
add_line(cell[i].adjborder.bottom);
add_line(cell[i].adjacent.bottom.adjborder.bottom);
if (cell[i].adjacent.left !== undefined) { add_cross(cell[i].adjacent.left.adjborder.bottom); }
if (cell[i].adjacent.right !== undefined) { add_cross(cell[i].adjacent.right.adjborder.bottom); }
}
// horizontal 3s
if (cell[i].qnum === 3 && cell[i].adjacent.right !== undefined && cell[i].adjacent.right.qnum === 3) {
add_line(cell[i].adjborder.left);
add_line(cell[i].adjborder.right);
add_line(cell[i].adjacent.right.adjborder.right);
if (cell[i].adjacent.top !== undefined) { add_cross(cell[i].adjacent.top.adjborder.right); }
if (cell[i].adjacent.bottom !== undefined) { add_cross(cell[i].adjacent.bottom.adjborder.right); }
}
//sub diagonal 3s
if (cell[i].qnum === 3 && cell[i].adjacent.bottom !== undefined && cell[i].adjacent.bottom.adjacent.left !== undefined && cell[i].adjacent.bottom.adjacent.left.qnum === 3) {
let cell2 = cell[i].adjacent.bottom.adjacent.left;
add_line(cell[i].adjborder.top);
add_line(cell[i].adjborder.right);
add_line(cell2.adjborder.bottom);
add_line(cell2.adjborder.left);
}
//main diagonal 3s
if (cell[i].qnum === 3 && cell[i].adjacent.bottom !== undefined && cell[i].adjacent.bottom.adjacent.right !== undefined && cell[i].adjacent.bottom.adjacent.right.qnum === 3) {
let cell2 = cell[i].adjacent.bottom.adjacent.right;
add_line(cell[i].adjborder.top);
add_line(cell[i].adjborder.left);
add_line(cell2.adjborder.bottom);
add_line(cell2.adjborder.right);
}
}
//deduce cross
for (let i = 0; i < cross.length; i++) {
let crsline = cross[i].adjborder;
let emptynum = 0;
let linenum = 0;
let fn = function (d) {
if (d !== undefined && !d.isnull && d.qsub === 0) { emptynum++; }
linenum += (d.line === 1);
};
fourside(fn, crsline);
//no deadend or branch
if (emptynum === 1 || linenum === 2) {
fourside(add_cross, crsline);
}
//extend deadend
if (emptynum === 2 && linenum === 1) {
fourside(add_line, crsline);
}
//empty turn with 1 or 3
if (emptynum === 2 && linenum === 0) {
let fn = function (c) { return c !== undefined && !c.isnull && c.qsub === 0; }
if (fn(crsline.top) && fn(crsline.left) && crsline.top.sidecell[0].qnum === 3) { fourside(add_line, crsline); }
if (fn(crsline.top) && fn(crsline.right) && crsline.top.sidecell[1].qnum === 3) { fourside(add_line, crsline); }
if (fn(crsline.bottom) && fn(crsline.left) && crsline.bottom.sidecell[0].qnum === 3) { fourside(add_line, crsline); }
if (fn(crsline.bottom) && fn(crsline.right) && crsline.bottom.sidecell[1].qnum === 3) { fourside(add_line, crsline); }
if (fn(crsline.top) && fn(crsline.left) && crsline.top.sidecell[0].qnum === 1) { fourside(add_cross, crsline); }
if (fn(crsline.top) && fn(crsline.right) && crsline.top.sidecell[1].qnum === 1) { fourside(add_cross, crsline); }
if (fn(crsline.bottom) && fn(crsline.left) && crsline.bottom.sidecell[0].qnum === 1) { fourside(add_cross, crsline); }
if (fn(crsline.bottom) && fn(crsline.right) && crsline.bottom.sidecell[1].qnum === 1) { fourside(add_cross, crsline); }
}
//2 degree turn or line enter
{
let fn = function (c1, c2, c3, c4, c5, c6, c34) {
if (c34.isnull) { return; }
//avoid 1*1 loop with 2 degree turn
if ((c1.isnull || c1.qsub === 2) && (c2.isnull || c2.qsub === 2) && c5.line === 1 && c6.line === 1) {
add_cross(c3);
add_cross(c4);
}
//line enters 1
if (!c1.isnull && c1.line === 1 && (c2.isnull || c2.qsub === 2) && c34.qnum === 1) {
add_cross(c5);
add_cross(c6);
}
//2 degree turn with 2
if ((c1.isnull || c1.qsub === 2) && (c2.isnull || c2.qsub === 2) && (c5.qsub === 2 || c6.qsub === 2) && c34.qnum === 2) {
add_line(c3);
add_line(c4);
}
//line enters 3
if (!c1.isnull && c1.line === 1 && c34.qnum === 3) {
add_cross(c2);
add_line(c5);
add_line(c6);
}
//line exit 1
if ((c2.isnull || c2.qsub === 2) && c34.qnum === 1 && c5.qsub === 2 && c6.qsub === 2) {
add_line(c1);
}
//line exit 2
if ((c2.isnull || c2.qsub === 2) && c34.qnum === 2 && (c5.qsub === 2 && c6.line === 1 || c6.qsub === 2 && c5.line === 1)) {
add_line(c1);
}
//line exit 3
if ((c2.isnull || c2.qsub === 2) && c34.qnum === 3 && c5.line === 1 && c6.line === 1) {
add_line(c1);
}
//line should enter 1
if (c1.line === 1 && c34.qnum === 1 && c5.qsub === 2 && c6.qsub === 2) {
add_cross(c2);
}
//line should enter 2
if (c1.line === 1 && c34.qnum === 2 && (c5.qsub === 2 || c6.qsub === 2)) {
add_cross(c2);
}
//line should enter 3
if (c1.line === 1 && c34.qnum === 3 && c5.line === 1 && c6.line === 1) {
add_cross(c2);
}
};
if (!crsline.bottom.isnull) {
fn(crsline.top, crsline.left, crsline.bottom, crsline.right, crsline.bottom.sidecell[1].adjborder.bottom, crsline.bottom.sidecell[1].adjborder.right, crsline.bottom.sidecell[1]);
fn(crsline.left, crsline.top, crsline.bottom, crsline.right, crsline.bottom.sidecell[1].adjborder.bottom, crsline.bottom.sidecell[1].adjborder.right, crsline.bottom.sidecell[1]);
fn(crsline.top, crsline.right, crsline.bottom, crsline.left, crsline.bottom.sidecell[0].adjborder.bottom, crsline.bottom.sidecell[0].adjborder.left, crsline.bottom.sidecell[0]);
fn(crsline.right, crsline.top, crsline.bottom, crsline.left, crsline.bottom.sidecell[0].adjborder.bottom, crsline.bottom.sidecell[0].adjborder.left, crsline.bottom.sidecell[0]);
}
if (!crsline.top.isnull) {
fn(crsline.bottom, crsline.left, crsline.top, crsline.right, crsline.top.sidecell[1].adjborder.top, crsline.top.sidecell[1].adjborder.right, crsline.top.sidecell[1]);
fn(crsline.left, crsline.bottom, crsline.top, crsline.right, crsline.top.sidecell[1].adjborder.top, crsline.top.sidecell[1].adjborder.right, crsline.top.sidecell[1]);
fn(crsline.bottom, crsline.right, crsline.top, crsline.left, crsline.top.sidecell[0].adjborder.top, crsline.top.sidecell[0].adjborder.left, crsline.top.sidecell[0]);
fn(crsline.right, crsline.bottom, crsline.top, crsline.left, crsline.top.sidecell[0].adjborder.top, crsline.top.sidecell[0].adjborder.left, crsline.top.sidecell[0]);
}
}
}
//avoid forming multiple loop
for (let i = 0; i < border.length; i++) {
if (border[i].qsub !== 0) { continue; }
if (border[i].line !== 0) { continue; }
let cr1 = border[i].sidecross[0];
let cr2 = border[i].sidecross[1];
if (cr1.path !== null && cr1.path === cr2.path && board.linegraph.components.length > 1) {
add_cross(border[i]);
}
}
//deduce color
for (let i = 0; i < cell.length; i++) {
let adjline = cell[i].adjborder;
let adjcell = cell[i].adjacent;
//same neighbor color
{
let fn = function (c, d) {
if (!c.isnull && cell[i].qsub !== 0 && cell[i].qsub === c.qsub) {
add_cross(d);
}
if (cell[i].qsub === 2 && c.isnull) {
add_cross(d);
}
};
fourside2(fn, adjcell, adjline);
}
//deduce neighbor color
{
let fn = function (cn, dn) {
if (dn.line === 1 && cn.isnull) {
add_bg_inner_color(cell[i]);
}
if (dn.qsub === 2 && cn.isnull) {
add_bg_outer_color(cell[i]);
}
if (dn.line === 1 && !cn.isnull && cn.qsub !== 0) {
add_bg_color(cell[i], 3 - cn.qsub);
}
if (dn.qsub === 2 && !cn.isnull && cn.qsub !== 0) {
add_bg_color(cell[i], cn.qsub);
}
};
fourside2(fn, adjcell, adjline);
}
//number and color deduce
{
let innernum = 0;
let outernum = 0;
let fn = function (c) {
if (!c.isnull && c.qsub === 1) { innernum++; }
if (c.isnull || c.qsub === 2) { outernum++; }
};
fourside(fn, adjcell);
if (innernum === 4) {
add_bg_inner_color(cell[i]);
}
if (outernum === 4) {
add_bg_outer_color(cell[i]);
}
if (cell[i].qnum < 0) {
continue;
}
if (cell[i].qnum < innernum || 4 - cell[i].qnum < outernum) {
add_bg_inner_color(cell[i]);
}
if (cell[i].qnum < outernum || 4 - cell[i].qnum < innernum) {
add_bg_outer_color(cell[i]);
}
if (cell[i].qsub === 1 && cell[i].qnum === outernum) {
fourside(add_bg_inner_color, adjcell);
}
if (cell[i].qsub === 2 && cell[i].qnum === innernum) {
fourside(add_bg_outer_color, adjcell);
}
if (cell[i].qsub === 2 && cell[i].qnum === 4 - outernum) {
fourside(add_bg_inner_color, adjcell);
}
if (cell[i].qsub === 1 && cell[i].qnum === 4 - innernum) {
fourside(add_bg_outer_color, adjcell);
}
if (cell[i].qnum === 2 && outernum === 2) {
fourside(add_bg_inner_color, adjcell);
}
if (cell[i].qnum === 2 && innernum === 2) {
fourside(add_bg_outer_color, adjcell);
}
//2 different color around 1 or 3
{
let fn = function (c, d) {
if (!c.isnull && c.qsub === 0) {
if (cell[i].qnum === 1) { add_cross(d); }
if (cell[i].qnum === 3) { add_line(d); }
}
};
if ((cell[i].qnum === 1 || cell[i].qnum === 3) && innernum === 1 && outernum === 1) {
fourside2(fn, adjcell, adjline);
}
}
}
//checker pattern
{
let fn = function (c, c1, c2, c12) {
if (c1.isnull || c2.isnull || c12.isnull) { return; }
if (c1.qsub === 0 || c2.qsub === 0 || c12.qsub === 0) { return; }
if (c1.qsub === c2.qsub && c1.qsub !== c12.qsub) {
add_bg_color(c, c1.qsub);
}
};
fn(cell[i], adjcell.top, adjcell.left, adjcell.top.adjacent.left);
fn(cell[i], adjcell.top, adjcell.right, adjcell.top.adjacent.right);
fn(cell[i], adjcell.bottom, adjcell.left, adjcell.bottom.adjacent.left);
fn(cell[i], adjcell.bottom, adjcell.right, adjcell.bottom.adjacent.right);
}
}
}
}
})();
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