return request(options).then(function (data) {
var tempGrid = new Grid(data.grid);
data.turn = 0;
data.maxTile = tempGrid.maxTile();
data.progress = tempGrid.progress();
//console.log(data);
return data;
});
.then(function (data) {
data.turn = ++turn;
data.algorithm = algorithm;
data.predict_this = gamestate.predict_next;
var tempGrid = new Grid(data.grid);
var summary = tempGrid.summary();
data.newTile = tempGrid.diff(gamestate.predict_next);
for (var element in summary) {
data[element] = summary[element];
}
//console.log({data:data});
return data;
});
_.each(gamestates, function (val, key) {
if (val.grid) {
var tempGrid = new Grid(val.grid);
tempGrid.normalize();
grids.push(tempGrid.render(val.newTile));
//grids.push(tempGrid.render());
maxTiles.push(tempGrid.maxTile());
}
if (val.desiredMove) {
desired.push(val.desiredMove);
} else {
desired.push('');
}
if (val.predict_next) {
predicts.push(new Grid(val.predict_next).render());
} else {
predicts.push('');
}
});
Tree.findOne({gridHash: crypto.createHash('sha256').update(JSON.stringify(nextNormalize.normalize())).digest("hex")}).exec(function (err, nextTreeData) {
if (err) {
throw err;
}
if (!nextTreeData) {
nextTreeData = new Tree({
grid: nextNormalize.normalize(),
gridHash: crypto.createHash('sha256').update(JSON.stringify(nextNormalize.normalize())).digest("hex"),
tileCount: nextNormalize.tileCount(),
uniqTiles: nextNormalize.summary().uniqTiles,
maxTile: nextNormalize.maxTile()
});
nextTreeData.save();
} else {
//nextTreeData.save();
}
Tree.update({_id: curTreeData._id}, {
$addToSet: {next: nextTreeData._id, turns: self.turn},
$max: {maxScore: self.score},
$min: {minScore: self.score},
$inc: {sumScore: self.score},
$set: {nearEnd: new Grid(curNormalize.normalize()).nearEnd()}
}, function () {
next();
});
});
log.pre('save', function (next) {
var eventTime = Date.now();
var self = this;
if (!self.created_at) {
self.created_at = eventTime;
}
self.updated_at = eventTime;
var curNormalize = new Grid(self.predict_this);
var nextNormalize = new Grid(self.predict_next);
//Tree.findOne({grid: curNormalize.normalize()}).exec(function (err, curTreeData) {
Tree.findOne({gridHash: crypto.createHash('sha256').update(JSON.stringify(curNormalize.normalize())).digest("hex")}).exec(function (err, curTreeData) {
if (err) {
throw err;
}
if (!curTreeData) {
curTreeData = new Tree({
grid: curNormalize.normalize(),
gridHash: crypto.createHash('sha256').update(JSON.stringify(curNormalize.normalize())).digest("hex"),
tileCount: curNormalize.tileCount(),
uniqTiles: curNormalize.summary().uniqTiles,
maxTile: curNormalize.maxTile()
});
curTreeData.save();
} else {
//curTreeData.save();
}
//self.tree.push(curTreeData._id);
//self.tree = _.uniq(self.tree.sort());
self.tree = curTreeData._id;
//Tree.findOne({grid: nextNormalize.normalize()}).exec(function (err, nextTreeData) {
Tree.findOne({gridHash: crypto.createHash('sha256').update(JSON.stringify(nextNormalize.normalize())).digest("hex")}).exec(function (err, nextTreeData) {
if (err) {
throw err;
}
if (!nextTreeData) {
nextTreeData = new Tree({
grid: nextNormalize.normalize(),
gridHash: crypto.createHash('sha256').update(JSON.stringify(nextNormalize.normalize())).digest("hex"),
tileCount: nextNormalize.tileCount(),
uniqTiles: nextNormalize.summary().uniqTiles,
maxTile: nextNormalize.maxTile()
});
nextTreeData.save();
} else {
//nextTreeData.save();
}
Tree.update({_id: curTreeData._id}, {
$addToSet: {next: nextTreeData._id, turns: self.turn},
$max: {maxScore: self.score},
$min: {minScore: self.score},
$inc: {sumScore: self.score},
$set: {nearEnd: new Grid(curNormalize.normalize()).nearEnd()}
}, function () {
next();
});
});
});
//next();
});