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task_generator.html
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task_generator.html
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<html>
<head>
<meta http-equiv="Content-Type" content="text/html; charset=UTF-8">
<title>Генератор задач</title>
<style>
button {
display: inline-block;
*display: inline;
*zoom: 1;
padding: 4px 10px 4px;
margin-bottom: 0;
font-size: 13px;
line-height: 18px;
color: #333333;
text-align: center;
text-shadow: 0 1px 1px rgba(255, 255, 255, 0.75);
vertical-align: middle;
background-color: #f5f5f5;
background-image: -moz-linear-gradient(top, #ffffff, #e6e6e6);
background-image: -ms-linear-gradient(top, #ffffff, #e6e6e6);
background-image: -webkit-gradient(linear, 0 0, 0 100%, from(#ffffff), to(#e6e6e6));
background-image: -webkit-linear-gradient(top, #ffffff, #e6e6e6);
background-image: -o-linear-gradient(top, #ffffff, #e6e6e6);
background-image: linear-gradient(top, #ffffff, #e6e6e6);
background-repeat: repeat-x;
filter: progid:dximagetransform.microsoft.gradient(startColorstr=#ffffff, endColorstr=#e6e6e6, GradientType=0);
border-color: #e6e6e6 #e6e6e6 #e6e6e6;
border-color: rgba(0, 0, 0, 0.1) rgba(0, 0, 0, 0.1) rgba(0, 0, 0, 0.25);
border: 1px solid #e6e6e6;
-webkit-border-radius: 4px;
-moz-border-radius: 4px;
border-radius: 4px;
-webkit-box-shadow: inset 0 1px 0 rgba(255, 255, 255, 0.2), 0 1px 2px rgba(0, 0, 0, 0.05);
-moz-box-shadow: inset 0 1px 0 rgba(255, 255, 255, 0.2), 0 1px 2px rgba(0, 0, 0, 0.05);
box-shadow: inset 0 1px 0 rgba(255, 255, 255, 0.2), 0 1px 2px rgba(0, 0, 0, 0.05);
cursor: pointer;
*margin-left: .3em;
}
button:hover, button:active, button.active, button.disabled, button[disabled] { background-color: #e6e6e6; }
button {
line-height: normal;
-webkit-border-radius: 5px;
-moz-border-radius: 5px;
border-radius: 5px;
}
button:hover {
color: #333333;
text-decoration: none;
background-color: #e6e6e6;
background-position: 0 -15px;
-webkit-transition: background-position 0.1s linear;
-moz-transition: background-position 0.1s linear;
-ms-transition: background-position 0.1s linear;
-o-transition: background-position 0.1s linear;
transition: background-position 0.1s linear;
}
button, button:hover {
text-shadow: 0 -1px 0 rgba(0, 0, 0, 0.25);
color: #ffffff;
}
button.active { color: rgba(255, 255, 255, 0.75); }
button {
background-color: #4a77d4;
background-image: -moz-linear-gradient(top, #6eb6de, #4a77d4);
background-image: -ms-linear-gradient(top, #6eb6de, #4a77d4);
background-image: -webkit-gradient(linear, 0 0, 0 100%, from(#6eb6de), to(#4a77d4));
background-image: -webkit-linear-gradient(top, #6eb6de, #4a77d4);
background-image: -o-linear-gradient(top, #6eb6de, #4a77d4);
background-image: linear-gradient(top, #6eb6de, #4a77d4);
background-repeat: repeat-x;
filter: progid:dximagetransform.microsoft.gradient(startColorstr=#6eb6de, endColorstr=#4a77d4, GradientType=0);
border: 1px solid #3762bc;
text-shadow: 1px 1px 1px rgba(0,0,0,0.4);
box-shadow: inset 0 1px 0 rgba(255, 255, 255, 0.2), 0 1px 2px rgba(0, 0, 0, 0.5);
}
button:hover, button:active, button.active, button.disabled, button[disabled] { filter: none; background-color: #4a77d4; }
* { -webkit-box-sizing:border-box; -moz-box-sizing:border-box; -ms-box-sizing:border-box; -o-box-sizing:border-box; box-sizing:border-box; }
html { width: 100%; height:100%; overflow:hidden; }
body {
width: 100%;
height:100%;
font-family: 'Open Sans', sans-serif;
background: 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') no-repeat center center fixed;
background-size: cover;
background-repeat: no-repeat;
}
.login {
color: #fff;
background: rgba(0,0,0,0.3);
height: 600px;
width: 900px;
position: absolute;
top: 50%;
left: 50%;
right: 50%;
bottom: 50%;
margin: -300px 0 0 -450px;
text-shadow: 1px 1px 1px rgba(0,0,0,0.3);
border: 1px solid rgba(0,0,0,0.3);
border-radius: 4px;
box-shadow: inset 0 -5px 45px rgba(100,100,100,0.2), 0 1px 1px rgba(255,255,255,0.2);
}
.mbox:hover {
background: rgba(30,30,30,0.4);
}
.mbox {
-webkit-transition: background 0.3s ease;
-moz-transition: background 0.3s ease;
-o-transition: background 0.3s ease;
-ms-transition: background 0.3s ease;
transition: background 0.3s ease;
color: #fff;
background: rgba(30,30,30,0.3);
text-shadow: 1px 1px 1px rgba(0,0,0,0.3);
border: 1px solid rgba(0,0,0,0.3);
border-radius: 4px;
box-shadow: inset 0 -5px 45px rgba(100,100,100,0.2), 0 2px 2px rgba(255,255,255,0.5);
}
select {
color: #fff;
background: rgba(0,0,0,0.3);
letter-spacing:0.4px;
text-shadow: 1px 1px 1px rgba(0,0,0,0.3);
border: 1px solid rgba(0,0,0,0.3);
border-radius: 4px;
box-shadow: inset 0 -5px 45px rgba(100,100,100,0.2), 0 1px 1px rgba(255,255,255,0.2);
-webkit-transition: box-shadow .5s ease;
-moz-transition: box-shadow .5s ease;
-o-transition: box-shadow .5s ease;
-ms-transition: box-shadow .5s ease;
transition: box-shadow .5s ease;
height: 22px;
width: 200px;
}
td {
color: #fff;
letter-spacing:0.4px;
padding: 4px;
}
input {
width: 100%;
margin-bottom: 10px;
background: rgba(0,0,0,0.3);
border: none;
outline: none;
padding: 10px;
font-size: 13px;
color: #fff;
text-shadow: 1px 1px 1px rgba(0,0,0,0.3);
border: 1px solid rgba(0,0,0,0.3);
border-radius: 4px;
box-shadow: inset 0 -5px 45px rgba(100,100,100,0.2), 0 1px 1px rgba(255,255,255,0.2);
-webkit-transition: box-shadow .5s ease;
-moz-transition: box-shadow .5s ease;
-o-transition: box-shadow .5s ease;
-ms-transition: box-shadow .5s ease;
transition: box-shadow .5s ease;
}
.myscroll::-webkit-scrollbar-thumb {
border-radius: 5px;
background: linear-gradient(180deg, #3a2948, #150f1a);
}
.myscroll::-webkit-scrollbar {
width: 10px;
background-color: rgba(0,0,0,0.3);
text-shadow: 1px 1px 1px rgb(0 0 0 / 30%);
border: 1px solid rgba(0,0,0,0.3);
border-radius: 4px;
box-shadow: inset 0 -5px 45px rgb(100 100 100 / 20%), 0 1px 1px rgb(255 255 255 / 20%);
}
textarea {
width: 100%;
margin-bottom: 10px;
background: rgba(0,0,0,0);
border: none;
outline: none;
padding: 10px;
font-size: 13px;
color: #fff;
text-shadow: 1px 1px 1px rgba(0,0,0,0.3);
border: 1px solid rgba(0,0,0,0.3);
border-radius: 4px;
box-shadow: inset 0 -5px 45px rgba(100,100,100,0.2), 0 1px 1px rgba(255,255,255,0.2);
-webkit-transition: box-shadow .5s ease;
-moz-transition: box-shadow .5s ease;
-o-transition: box-shadow .5s ease;
-ms-transition: box-shadow .5s ease;
transition: box-shadow .5s ease;
}
input:focus { box-shadow: inset 0 -5px 45px rgba(100,100,100,0.4), 0 1px 1px rgba(255,255,255,0.2);}
</style>
<script>
function GetVal(a, b) {
if (null != sessionStorage.getItem(a))
return sessionStorage.getItem(a);
else
return b;
}
function GetVal_loc(a, b) {
if (null != localStorage.getItem(a))
return localStorage.getItem(a);
else
return b;
}
function getQueryVariable(variable) {
var query = window.location.search.substring(1);
var vars = query.split('&');
for (var i = 0; i < vars.length; i++) {
var pair = vars[i].split('=');
if (decodeURIComponent(pair[0]) == variable) {
return decodeURIComponent(pair[1]);
}
}
}
//успех любого генератора случайных чисел это простое число
function rand()
{
var x = Math.abs(Math.floor((seed)+123229)) % 25214903917;
x=(x/25214903917);
seed =((seed * 53434411 + 534367) % 34136223845705)+1;
return x;
}
function shuffleArray(array) {
for (var i = array.length - 1; i > 0; i--) {
var j = Math.floor(rand() * (i + 1));
var temp = array[i];
array[i] = array[j];
array[j] = temp;
}
}
function rand_q() {
return (rand()>0.5);
}
function randi(x)//[0...(x-1)]
{
return Math.floor(rand()*x);
}
function randmm(min,max)//[min...max]
{
return min+randi(max-min+1);
}
function randElement(a)
{
return a[randi(a.length)];
}
var seed=((new Date().getTime())%899999963)+100000000;//seed= (((new Date().getTime())));//*100000000019);
rand();
seed=((seed)%899999963)+100000000;
var tasks=[];
var time_start=parseInt(GetVal('time_start', (new Date())-0))||((new Date())-0);
seed=parseInt(GetVal('seed', seed))||seed;
var access_tasks=JSON.parse(GetVal_loc('access_tasks','[]'));
function Update()
{
sessionStorage.setItem('seed', seed);
if (document.getElementById('_gens_').innerHTML=='')
{
if (getQueryVariable('sel')==undefined || parseInt(getQueryVariable('sel'))!=parseInt(getQueryVariable('sel')) || Object.keys(tasks).length<=parseInt(getQueryVariable('sel')) || 0>parseInt(getQueryVariable('sel')))
{
for (var i=0;i<Object.keys(tasks).length;i++)
{
if (GetVal('selected',0)==i)
document.getElementById('_gens_').innerHTML+='<option value="'+Object.keys(tasks)[i]+'" selected>'+Object.keys(tasks)[i]+'</option>';
else
document.getElementById('_gens_').innerHTML+='<option value="'+Object.keys(tasks)[i]+'">'+Object.keys(tasks)[i]+'</option>';
}
}else
{
sessionStorage.setItem('selected', parseInt(getQueryVariable('sel')));
window.location.href=window.location.href.split('?sel')[0];
return;
}
}
else
for (var i =0;i<Object.keys(tasks).length;i++)
if (Object.keys(tasks)[i]==document.getElementById('_gens_').value)
sessionStorage.setItem('selected', i);
if (document.getElementById('_gens_sl_').innerHTML=='')
{
document.getElementById('_gens_sl_').innerHTML='<option value="1" selected>1</option>';
}
if (document.getElementById('_gens_sl_').innerHTML.split('<option').length-1!=tasks[document.getElementById('_gens_').value][2])
{
document.getElementById('_gens_sl_').innerHTML='';
for (var i=0;i<tasks[document.getElementById('_gens_').value][2];i++)
{
if (GetVal('selected_sl',1)-1==i)
document.getElementById('_gens_sl_').innerHTML+='<option value="'+(i+1)+'" selected>'+(i+1)+'</option>';
else
document.getElementById('_gens_sl_').innerHTML+='<option value="'+(i+1)+'">'+(i+1)+'</option>';
}
}
sessionStorage.setItem('selected_sl', document.getElementById('_gens_sl_').value);
if (document.getElementById('task_name').innerHTML!='Задание '+tasks[document.getElementById('_gens_').value][1])
{
document.getElementById('task_name').innerHTML='Задание '+tasks[document.getElementById('_gens_').value][1];
}
if (tasks[document.getElementById('_gens_').value][3]=='1inp')
{
document.getElementById('id_inp_1').parentElement.style.display='none';
document.getElementById('id_inp_2_1').parentElement.style.display='none';
document.getElementById('id_inp_2_2').parentElement.style.display='none';
document.getElementById('id_inp_3').parentElement.style.display='';
}
else
if (tasks[document.getElementById('_gens_').value][3]=='2inp')
{
document.getElementById('id_inp_1').parentElement.style.display='none';
document.getElementById('id_inp_2_1').parentElement.style.display='';
document.getElementById('id_inp_2_2').parentElement.style.display='';
document.getElementById('id_inp_3').parentElement.style.display='none';
}
else
if (tasks[document.getElementById('_gens_').value][3]=='text')
{
document.getElementById('id_inp_1').parentElement.style.display='';
document.getElementById('id_inp_2_1').parentElement.style.display='none';
document.getElementById('id_inp_2_2').parentElement.style.display='none';
document.getElementById('id_inp_3').parentElement.style.display='none';
}
var a=gen();
//console.log(a);
//document.getElementById('id_val1').value="";
//document.getElementById('id_val2').value="";
//document.getElementById('id_val3').innerText=a[1];
//document.getElementById('id_val4').innerText=a[2];
if (tasks[document.getElementById('_gens_').value][3]=='1inp')
{
document.getElementById('id_inp_3').placeholder=a[1][0];
}
else
if (tasks[document.getElementById('_gens_').value][3]=='2inp')
{
document.getElementById('id_inp_2_1').placeholder=a[1][0];
document.getElementById('id_inp_2_2').placeholder=a[1][1];
}
else
if (tasks[document.getElementById('_gens_').value][3]=='text')
{
document.getElementById('id_inp_1').placeholder=a[1][0];
}
document.getElementById('id_task_text').innerHTML=a[0];
}
function testing()
{
var arr=gen();
var a=arr[2][0];
var b=arr[2][1];
if (tasks[document.getElementById('_gens_').value][3]=='1inp')
{
var inp_a=document.getElementById('id_inp_3').value;
if (inp_a.trim()=='')
return 'Введите ответ полученный при решении задачи';
if ((a-0===a))//need in number
{
if (isNaN(parseInt(inp_a.trim()))||parseInt(inp_a.trim())+''!=inp_a.trim())
return ("'" + inp_a + "' не являеться числом");
if (a!=parseInt(inp_a.trim()))
return "Не правильно, попробуй еще!";
return "Правильно, молодец!";
}
else//need in string
{
if (a.trim()!=inp_a.trim())
return "Не правильно, попробуй еще!";
return "Правильно, молодец!";
}
}
else
if (tasks[document.getElementById('_gens_').value][3]=='2inp')
{
var inp_a=document.getElementById('id_inp_2_1').value;
var inp_b=document.getElementById('id_inp_2_2').value;
if (inp_a.trim()=='')
return 'Введите ответ полученный при решении задачи (1)';
if (inp_b.trim()=='')
return 'Введите ответ полученный при решении задачи (2)';
if ((a-0===a)&&(b-0===b))//need in number
{
if (isNaN(parseInt(inp_a.trim()))||parseInt(inp_a.trim())+''!=inp_a.trim())
return ("'" + inp_a + "' не являеться числом");
if (isNaN(parseInt(inp_b.trim()))||parseInt(inp_b.trim())+''!=inp_b.trim())
return ("'" + inp_b + "' не являеться числом");
if (a!=parseInt(inp_a.trim())||b!=parseInt(inp_b.trim()))
return "Не правильно, попробуй еще!";
return "Правильно, молодец!";
}
else//need in string
{
if (a!=parseInt(inp_a.trim())||b!=parseInt(inp_b.trim()))
return "Не правильно, попробуй еще!";
return "Правильно, молодец!";
}
}
else
if (tasks[document.getElementById('_gens_').value][3]=='text')
{
var inp_a=document.getElementById('id_inp_1').value;
if (inp_a.trim()=='')
return 'Введите ответ полученный при решении задачи';
if ((a-0===a))//need in number
{
if (isNaN(parseInt(inp_a.trim()))||parseInt(inp_a.trim())+''!=inp_a.trim())
return ("'" + inp_a + "' не являеться числом");
if (a!=parseInt(inp_a.trim()))
return "Не правильно, попробуй еще!";
return "Правильно, молодец!";
}
else//need in string
{
if (a!=parseInt(inp_a.trim()))
return "Не правильно, попробуй еще!";
return "Правильно, молодец!";
}
}
/*
access_tasks.push([((new Date())-0),document.getElementById('_gens_').value,JSON.stringify(gen()),document.getElementById('_gens_sl_').value,seed]);
if (access_tasks.length>100)
access_tasks.shift();
document.getElementById('id_inp_1').value="";
document.getElementById('id_inp_2_1').value="";
document.getElementById('id_inp_2_2').value="";
document.getElementById('id_inp_3').value="";
seed=((seed)%899999963)+100000000;
NewData();
*/
}
function gen()
{
var old_seed=seed;
var isret;
var gennum=0;
while (isret==undefined)
{
gennum++;
rand();
isret=tasks[document.getElementById('_gens_').value][0](document.getElementById('_gens_sl_').value);
}
console.log(gennum);
seed=old_seed;
return isret;
}
function fallbackCopyTextToClipboard(text) {
var textArea = document.createElement("textarea");
textArea.value = text;
// Avoid scrolling to bottom
textArea.style.top = "0";
textArea.style.left = "0";
textArea.style.position = "fixed";
document.body.appendChild(textArea);
textArea.focus();
textArea.select();
try {
var successful = document.execCommand('copy');
var msg = successful ? 'удачно' : 'неудачно';
alert('Резерв: копирование текстовой команды было ' + msg);
} catch (err) {
alert('Резерв: К сожалению, невозможно скопировать "'+text+'" err: '+err);
}
document.body.removeChild(textArea);
}
function copyTextToClipboard(text) {
if (!navigator.clipboard) {
fallbackCopyTextToClipboard(text);
return;
}
navigator.clipboard.writeText(text).then(function() {
alert('Скопировано!');
}, function(err) {
alert('Не удалось скопировать текст: ', err);
});
}
var last_inps=0;
function myonload()
{
var gen_button=document.getElementById('gen_button');
var seed_text=document.getElementById('seed_text');
setInterval(function ()
{
if (gen_button.innerHTML.indexOf('Вы уверены? (')+1)
{
gen_button.innerHTML = 'Вы уверены? (' + (parseInt(gen_button.innerHTML.split('Вы уверены? (')[1].split(')')[0])-1) + ')';
if (parseInt(gen_button.innerHTML.split('Вы уверены? (')[1].split(')')[0])<=0)
gen_button.innerHTML = 'Генерировать';
return;
}
if (gen_button.innerHTML.indexOf('Вы точно уверены? (')+1)
{
gen_button.innerHTML = 'Вы точно уверены? (' + (parseInt(gen_button.innerHTML.split('Вы точно уверены? (')[1].split(')')[0])-1) + ')';
if (parseInt(gen_button.innerHTML.split('Вы точно уверены? (')[1].split(')')[0])<=0)
gen_button.innerHTML = 'Вы уверены? (15)';
return;
}
if (seed_text.innerHTML != '№'+seed)
{
if (seed_text.innerHTML != '№')
{
time_start=(new Date())-0;
sessionStorage.setItem('time_start', time_start-0);
}
seed_text.innerHTML = '№'+seed;
Update();
}
if (last_inps!=document.getElementById('id_inp_1').value+';$;'+document.getElementById('id_inp_2_1').value+';$;'+document.getElementById('id_inp_2_2').value+';$;'+document.getElementById('id_inp_3').value)
{
if (testing()!="Не правильно, попробуй еще!"&&testing()!="Правильно, молодец!")
document.getElementById('verdict').innerHTML='Вердикт: '+testing();
else
document.getElementById('verdict').innerHTML='Вердикт: Проверка (31)';
}
last_inps=document.getElementById('id_inp_1').value+';$;'+document.getElementById('id_inp_2_1').value+';$;'+document.getElementById('id_inp_2_2').value+';$;'+document.getElementById('id_inp_3').value;
if (document.getElementById('verdict').innerHTML.indexOf('Вердикт: Проверка (')+1)
{
document.getElementById('verdict').innerHTML = 'Вердикт: Проверка (' + (parseInt(document.getElementById('verdict').innerHTML.split('Вердикт: Проверка (')[1].split(')')[0])-1) + ')';
if (parseInt(document.getElementById('verdict').innerHTML.split('Вердикт: Проверка (')[1].split(')')[0])<=0)
{
document.getElementById('verdict').innerHTML='Вердикт: '+testing();
if (document.getElementById('verdict').innerHTML=='Вердикт: '+'Правильно, молодец!')
{
access_tasks.push([((new Date())-0),document.getElementById('_gens_').value,JSON.stringify(gen()),document.getElementById('_gens_sl_').value,seed,((new Date())-0)-time_start]);
while (JSON.stringify(access_tasks).length>800000)
access_tasks.shift();
while (access_tasks.length>50)
access_tasks.shift();
localStorage.setItem('access_tasks', JSON.stringify(access_tasks));
document.getElementById('id_inp_1').value="";
document.getElementById('id_inp_2_1').value="";
document.getElementById('id_inp_2_2').value="";
document.getElementById('id_inp_3').value="";
seed=((new Date().getTime())%899999963)+100000000;
Update();
//to_menu();
}
}
}
var raz=((new Date())-time_start)/1000;
var sec=raz%60;
var min=Math.floor(raz/60)%60;
var h=Math.floor(raz/60/60);
var ss=(Math.floor(h/10))+''+(Math.floor(h)%10)+':'+(Math.floor(min/10)%10)+''+(Math.floor(min)%10)+':'+(Math.floor(sec/10)%10)+''+(Math.floor(sec)%10);
if (document.getElementById('id_time_start').innerHTML!=ss)
{
document.getElementById('id_time_start').innerHTML=ss;
}
}, 100);
}
function gen_button_onclick()
{
if (((new Date())-time_start>10000))
{
if (gen_button.innerHTML.indexOf('Вы уверены? (')+1)
{
gen_button.innerHTML='Вы точно уверены? (15)';
return;
}
if (gen_button.innerHTML.indexOf('Генерировать')+1)
{
gen_button.innerHTML='Вы уверены? (15)';
return;
}
}
gen_button.innerHTML = 'Генерировать';
seed=Math.floor(Math.random()*899999963+100000000);
Update();
}
function TimeToStr(t)
{
var seconds=t/1000+1;
var interval=seconds / 31536000;
if (interval > 1) {
if (Math.floor(seconds / 2592000)%12!=0)
return Math.floor(interval) + " г. и "+(Math.floor(seconds / 2592000)%12) + " мес."
else
return Math.floor(interval) + " г.";
}
interval = seconds / 2592000;
if (interval > 1) {
if (Math.floor(seconds / 86400)%30!=0)
return Math.floor(interval) + " мес. и "+(Math.floor(seconds / 86400)%30) + " д."
else
return Math.floor(interval) + " мес.";
}
interval = seconds / 86400;
if (interval > 1) {
if (Math.floor(seconds / 3600)%24!=0)
return Math.floor(interval) + " д. и "+(Math.floor(seconds / 3600)%24) + " час."
else
return Math.floor(interval) + " д.";
}
interval = seconds / 3600;
if (interval > 1) {
if (Math.floor(seconds / 60)%60!=0)
return Math.floor(interval) + " час. и "+(Math.floor(seconds / 60)%60) + " мин."
else
return Math.floor(interval) + " час.";
}
interval = seconds / 60;
if (interval > 1) {
if (Math.floor(seconds%60)!=0)
return Math.floor(interval) + " мин. и "+Math.floor(seconds%60) + " сек."
else
return Math.floor(interval) + " мин.";
}
return Math.floor(seconds) + " сек.";
}
function to_menu()
{
if (access_tasks.length==0)
{
alert('Для начала решите хотя бы одну задачу');
return;
}
if (document.getElementsByClassName('login')[0].style.display=='none')
{
document.getElementsByClassName('login')[0].style.display='';
document.getElementsByClassName('login')[1].style.display='none';
}
else
{
document.getElementsByClassName('login')[0].style.display='none';
document.getElementsByClassName('login')[1].style.display='';
//generation;
document.getElementById('cont_solution').innerHTML='';
for (var i=access_tasks.length-1;i>=0;i--)
document.getElementById('cont_solution').innerHTML+='<div style="background:rgba(0,0,0,0);font-size: 13px;"><div class="mbox" style="height: 36px;width:230px;padding: 5px 3px 5px 3px;margin:13px 0px 13px 5px;display: inline-block;"><font style="margin: 0px 8px 0px 8px;">Решено: '+TimeToStr(((new Date())-0)-access_tasks[i][0])+' назад</font></div><div class="mbox" style="height: 36px;width:145px;padding: 5px 3px 5px 3px;margin:13px 0px 13px 5px;display: inline-block;"><font style="margin: 0px 8px 0px 8px;">За '+TimeToStr(access_tasks[i][5])+'</font></div><div class="mbox" style="height: 36px;width:295px;padding: 5px 3px 5px 3px;margin:13px 0px 13px 5px;display: inline-block;"><font style="margin: 0px 8px 0px 8px;">'+access_tasks[i][1]+' №'+access_tasks[i][4]+' (слож. '+access_tasks[i][3]+')</font></div><div class="mbox" style="height: 36px;width:155px;padding: 3px 3px 3px 3px;margin:13px 0px 13px 5px;display: inline-block;"><button style="height: 100%;width: 100%;" onclick="select_it_task('+i+');">Посмотреть задание</button></div></div>';
select_it_task(access_tasks.length-1);
}
}
function select_it_task(i)
{
document.getElementById('id_task_text_2').innerHTML=JSON.parse(access_tasks[i][2])[0];
}
document.addEventListener('keyup', logKey);
var key_stack=[0,0,0,0,0,0,0,0,0,0,0];
var key_stack2=[0,0,0,0,0,0,0,0,0,0,0];
function logKey(e){
key_stack.push(e.keyCode);
key_stack2.push(e.keyCode);
var need=[65,68,77,73,78];
var need2=[67,76,69,65,82];
need.push((Math.floor(seed/10)%10)+48);
need.push((seed%10)+48);
while (key_stack.length>need.length)
key_stack.shift();
while (key_stack2.length>need2.length)
key_stack2.shift();
if (JSON.stringify(key_stack)==JSON.stringify(need))
setTimeout(function (){alert('Ответы: '+JSON.stringify(gen()[2]))},500);
if (JSON.stringify(key_stack2)==JSON.stringify(need2))
if(confirm("Вы уверены, что хотите очистить счёт?"))
{
access_tasks=[];
localStorage.setItem('access_tasks', JSON.stringify(access_tasks));
alert('Готово!');
window.location.href=window.location.href;
}
//console.log(e.keyCode);
}
//==============================================================================================================================
//==============================================================================================================================
//==============================================================================================================================
//==============================================================================================================================
//==============================================================================================================================
//==============================================================================================================================
//'name(use in select task)':[function-generator,'micro-name',difficulty-count,'1inp'||'2inp'||'text']
tasks={'Задача 1 (ЕГЭ2022)':[gen_D,'01',2,'1inp'],'Задача 25 (ЕГЭ2021)':[gen_A,'25',2,'2inp'],'1D массив v1':[gen_C,'??',1,'2inp']};
//==============================================================================================================================
function gen_A(difficulty)
{
if (difficulty==2)
return gen_B();
var a, b;
var n1, n2, n3, n4, n5;
var p = [3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53];
a = randmm(1,4000);
b = a + randmm(2000,13000);
var k = randmm(0,4);
n2 = p[k];
n3 = p[k + 1];
n4 = p[k + 2];
n5 = p[k + 3];
n1 = randmm(3,13);
while (n1 == n2 || n1 == n3 || n1 == n4 || n1 == n5)
n1 = n1 + 1;
var v1=0;
var s1='';
var s2='';
var s1_2='';
var s2_2='';
if (rand_q())
{
v1 = 0;
s1 = "количество";
s1_2 = "количество";
}else{
v1 = 1
s1 = "сумма"
s1_2 = "сумму";
}
var v2=0;
var s2=0;
if (rand_q())
{
v2 = 0;
s2 = "максимальное";
s2_2 = "максимальное";
}else{
v2 = 1;
s2 = "минимальное";
s2_2 = "минимальное";
}
//решаем задачу
var sum = 0;
var kol = 0;
var max = a - 1;
var min = b + 1;
for (var x = a;x<=b;x++)
if ((x % n1 == 0) && (x % n2 != 0) && (x % n3 != 0) && (x % n4 != 0) && (x % n5 != 0))
{
kol = kol + 1;
sum = sum + x;
if (x > max)
max = x;
if (x < min)
min = x;
}
if (kol != 0) //кол-во чисел удовлетворяющих условию не должно быть равно 0 !!!
f = 1;
else
{
f = 0;
return;
}
//записываем ответы к задаче в глобальные переменные
if (v1 == 0)
otv1 = kol;
else
otv1 = sum;
if (v2 == 0)
otv2 = max;
else
otv2 = min;
//формируем текстовое условие задачи
var s;
s = "Рассматривается множество целых чисел, принадлежащих отрезку [";
s += a + "; ";
s += b;
s += "], которые делятся на ";
s += n1;
s += " и не делятся на ";
s += n2 + "," + n3 + "," + n4 + " и " + n5 + ". ";
s += "Найдите " + s1_2 + " таких чисел и ";
s += s2_2 + " из них.";
return [s,[s1,s2],[otv1,otv2]];
//task_text,[...'texts_for_inputs'],[...'answers']
}
//==============================================================================================================================
function gen_B()
{
var a, b;
var ste1=[],ste2=[];
var p = [0,0,0,0,0,0,0];
a = Math.floor(rand() * 100000 + 10000);
b = Math.floor(a + rand() * 300000 + 10000);
p[0]=Math.floor(rand() * 25)+2;
for (var i=1;i<p.length;i++)
{
p[i]=p[i-1]+1+Math.floor(rand() * 6);
}
shuffleArray(p);
var ind=Math.floor(Math.abs(rand()-0.00001)*(p.length+1));
for (var i=0;i<ind;i++)
{
ste1.push(p[i]);
}
for (var i=ind;i<p.length;i++)
{
ste2.push(p[i]);
}
ste1.sort(function(a, b) {
return a - b;
});
ste2.sort(function(a, b) {
return a - b;
});
var v1=0;
var s1='';
var s2='';
var s1_2='';
var s2_2='';
if (rand() > 0.5)
{
v1 = 0;
s1 = "количество";
s1_2 = "количество";
}else{
v1 = 1
s1 = "сумма"
s1_2 = "сумму";
}
var v2=0;
var s2=0;
if (rand() > 0.5)
{
v2 = 0;
s2 = "максимальное";
s2_2 = "максимальное";
}else{
v2 = 1;
s2 = "минимальное";
s2_2 = "максимальное";
}
//решаем задачу
var sum = 0;
var kol = 0;
var max = a - 1;
var min = b + 1;
for (var x = a;x<=b;x++)
{
var f=1;
for (var i = 0;i<ste1.length;i++)
if (x % ste1[i] != 0)
{
f=0;
}
for (var i = 0;i<ste2.length;i++)
if (x % ste2[i] == 0)
{
f=0;
}
if (f==1)
{
kol = kol + 1;
sum = sum + x;
if (x > max)
max = x;
if (x < max)
min = x;
}
}
if (kol > 4 && kol<(b-a+1)*10/9 && sum<2147483647 && max!=b && min!=a) //кол-во чисел удовлетворяющих условию не должно быть равно 0 !!!
{}
else
{
return;
}
//записываем ответы к задаче в глобальные переменные
if (v1 == 0)
otv1 = kol;
else
otv1 = sum;
if (v2 == 0)
otv2 = max;
else
otv2 = min;
//формируем текстовое условие задачи
var s='';
s = "Рассматривается множество целых чисел, принадлежащих отрезку [";
s += a + "; ";
s += b;
s += "], ";
if (ste1.length>0)
{
s += 'которые делятся на '+ste1.join(', ');
if (ste2.length>0)
s += ' и не делятся на '+ste2.join(', ');
}
else
s += "которые не делятся на "+ste2.join(', ');
s += ". ";
s += "Найдите " + s1_2 + " таких чисел и ";
s += s2_2 + " из них.";
return [s,[s1,s2],[otv1,otv2]];
}
//==============================================================================================================================
function gen_C(difficulty)
{
//В одномерном массиве А(75) определить сумму/количество/максимум/минимум/среднее арифметическое положительных/отрицательных/чётных/нечётных элементов, которые меньше N/больше N /не кратны N/кратны N /находятся в диапазоне (/[ A, B )/], а так же индекс наибольшего/наименьшего/первого/последнего положительного/отрицательного/чётного/нечётного элемента, который меньше N/больше N /не кратен N/кратен N /находятся в диапазоне (/[ A, B )/]
//можно добавить что чётные номера
//console.log(seed)
var v1=randElement('сумма/количество/максимум среди/минимум среди/среднее арифметическое'.split('/'));
var v2=randElement('положительных/отрицательных/чётных/нечётных'.split('/'));
var v3=randElement('меньше/больше/не кратны/кратны/находятся в диапазоне'.split('/'));
var v4=[0,0];
var v5=randElement('наибольшего/наименьшего/первого/последнего'.split('/'));
var v6=randElement('положительного/отрицательного/чётного/нечётного'.split('/'));
var v7=randElement('меньше/больше/не кратен/кратен/находятся в диапазоне'.split('/'));
var v8=[0,0];
var p = [];
var chr=0;
var sum=0;
var mmin=32000;
var mmax=-32000;
var t=0;
for (var i=0; i<75;i++)
{
if (chr+(75-i)*3<252)
{
var r=Math.floor(rand()*(999+99))-99;
while (p.indexOf(r)>=0)
{
r++;
t++;
if (t>20)
return;
}
p[i]=r;
}
else
if (chr+(75-i)*2<252)
{
var r=Math.floor(rand()*(99+9))-9;
while (p.indexOf(r)>=0)
{
r++;
t++;
if (t>20)
return;
}
p[i]=r;
}
else
{
var r=Math.floor(rand()*(9));
while (p.indexOf(r)>=0)
{
r++;
t++;
if (t>20)
return;
}
p[i]=r;
}
if (p[i]>=0)
chr+=2+Math.floor(Math.log(p[i]) / Math.log(10));
else
chr+=3+Math.floor(Math.log(-p[i]) / Math.log(10));
sum+=p[i];
}
shuffleArray(p);
if (p.join(' ').length>254)
return;
for (var i=0; i<75;i++)
{
if (mmin>p[i])
{
mmin=p[i];
}
if (mmax<p[i])
{
mmax=p[i];
}
}
if (p.join(' ').length>254)
return;
//1
var genrand=rand()*0.8+0.1;