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2229 lines (2008 loc) · 112 KB
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Copy pathtest.html
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2229 lines (2008 loc) · 112 KB
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<div id="glowscript" class="glowscript">
<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
<link type="text/css" href="https://s3.amazonaws.com/glowscript/css/redmond/2.1/jquery-ui.custom.css" rel="stylesheet" />
<link href="https://fonts.googleapis.com/css?family=Inconsolata" rel="stylesheet" type="text/css" />
<link type="text/css" href="https://s3.amazonaws.com/glowscript/css/ide.css" rel="stylesheet" />
<script type="text/javascript" src="https://s3.amazonaws.com/glowscript/lib/jquery/2.1/jquery.min.js"></script>
<script type="text/javascript" src="https://s3.amazonaws.com/glowscript/lib/jquery/2.1/jquery-ui.custom.min.js"></script>
<script type="text/javascript" src="https://s3.amazonaws.com/glowscript/package/glow.2.8.min.js"></script>
<script type="text/javascript" src="https://s3.amazonaws.com/glowscript/package/RSrun.2.8.min.js"></script>
<script type="text/javascript"><!--//--><; RS_Index5++) {
v = RS_Iter5[RS_Index5];
"122";
vars[typeof v === "number" && v["<"](0) ? vars.length["+"](v) : v]["tag"].visible = false;
"123";
vars[typeof v === "number" && v["<"](0) ? vars.length["+"](v) : v]["value"].text = "";
}
};
clearprints = function clearprints() {
var RS_ls, p;
"126";
var RS_Iter6 = RS_Iterable(prints);
for (var RS_Index6 = 0; RS_Index6["<"](RS_Iter6.length); RS_Index6++) {
p = RS_Iter6[RS_Index6];
"127";
p.visible = false;
}
};
reset = function reset() {
var RS_ls, L;
"130";
"131";
a = 5;
"132";
b = 1;
"133";
sum = 0;
"134";
var RS_Iter7 = RS_Iterable(RS_list_decorate([lvaldrag, rvaldrag, oplabel, eqlabel, resultlabel, comment, prompt]));
for (var RS_Index7 = 0; RS_Index7["<"](RS_Iter7.length); RS_Index7++) {
L = RS_Iter7[RS_Index7];
"135";
L.text = "";
}
"136";
varcomment.pos = vec(20["-u"](), .75["*"](hh)["-"](6["*"](lineheight)), 0);
"138";
varcomment.text = "\"a\" is called a \"variable\" because its\nvalue may vary during the program.";
"139";
varcomment.visible = false;
"140";
prompt.pos = vec(40["-u"]()["+"](.95["*"](hw))["/"](2), hh["/"](2), 0);
"141";
clearmemory();
"142";
clearprints();
};
nextb = function nextb() {
var RS_ls;
"153";
"154";
gotnext = true;
};
checknext = function checknext() {
var RS_ls;
"157";
"158";
if (gotnext) {
"159";
gotnext = false;
"160";
return true;
}
"161";
return false;
};
repeatb = function repeatb() {
var RS_ls;
"167";
"168";
gotrepeat = true;
};
checkrepeat = function checkrepeat() {
var RS_ls;
"171";
"172";
if (gotrepeat) {
"173";
gotrepeat = false;
"174";
return true;
}
"175";
return false;
};
toggle = function toggle(i) {
var RS_ls, L;
"183";
"184";
step = i;
"185";
L = lines[typeof i === "number" && i["<"](0) ? lines.length["+"](i) : i];
"186";
L.pos.x = left["+"](15);
"187";
if (RS_equals(L.text.slice(0, 3), "<b>")) {
"188";
L.text = L.text.slice(3, 4["-u"]());
"189";
L.color = color.black;
"190";
L.height = 15;
"191";
} else {
"192";
L.text = "<b>"["+"](L.text)["+"]("<\/b>");
"193";
L.color = color.orange;
"194";
L.height = 23;
"195";
if (8["<="](step) && step["<="](10)) {
"196";
L.pos.x = L.pos.x["-="](10);
}
}
};
step1a = _streamline.async(regeneratorRuntime.mark(function _$$step1a$$(_3) {
var RS_ls;
return regeneratorRuntime.wrap(function _$$step1a$$$(_context) {
while (1) {
switch (_context.prev = _context.next) {
case 0:
"199";
reset();
"200";
repeat.text = rtext.format(step);
"201";
repeat.disabled = true;
"202";
prompt.text = "Click the NEXT button to start the program.";
"203";
prompt.color = color.orange;
"204";
case 11:
if (!true) {
_context.next = 20;
break;
}
"205";
_context.next = 15;
return _streamline.await(_filename, 385, null, rate, 1, null, false, [30, true]);
case 15:
"206";
if (!checknext()) {
_context.next = 18;
break;
}
return _context.abrupt("break", 20);
case 18:
_context.next = 11;
break;
case 20:
"207";
if (lines[1].color.equals(color.black)) toggle(1);
"208";
prompt.pos.y = 20;
"209";
prompt.text = "";
"214";
comment.text = "The CPU chooses an available container\nin computer memory, places the number 5\nin that container, and makes a note that\nthis location in memory can be referred\nto with the name \"a\".";
"215";
varcomment.color = color.orange;
"216";
varcomment.visible = true;
"217";
prompt.color = color.black;
"218";
return _context.abrupt("return", RS_list_decorate([1, null, null, 5, null, null, 5, "a"]));
case 36:
case "end":
return _context.stop();
}
}
}, _$$step1a$$, this);
}), 0, 1);
step1b = function step1b(nt, bt) {
var RS_ls;
"221";
prompt.text = nexttext.format(2);
"222";
prompt.color = color.orange;
"223";
comment.color = color.black;
"224";
if (bt) {
"225";
vars["a"]["value"].text = "";
"226";
vars["a"]["tag"].visible = false;
"227";
toggle(1);
"228";
return;
}
"229";
varcomment.visible = false;
"230";
toggle(1);
"231";
toggle(2);
};
step2a = function step2a() {
var RS_ls;
"234";
"235";
clearmemory();
"236";
vars["a"]["value"].text = "5";
"237";
vars["a"]["tag"].visible = true;
"238";
a = 5;
"239";
repeat.text = rtext.format(step);
"240";
repeat.disabled = true;
"248";
comment.text = "The CPU reads 5 from the \"a\" container,\nadds 5+3 to make 8, and stores the 8\ninto the \"a\" container, overwriting the\nprevious contents. \n\nNote that in a Python program \"a = a+5\"\nmeans <b>assign</b> the value of \"a+5\" to \"a\",\nnot that \"a\" is equal to \"a+5\".";
"249";
return RS_list_decorate([2, "a", null, 5, 3, "+", 8, "a"]);
};
step2b = function step2b(nt, bt) {
var RS_ls;
"252";
prompt.text = nexttext.format(3);
"253";
prompt.color = color.orange;
"254";
if (bt) {
"255";
vars["a"]["value"].text = "5";
"256";
toggle(2);
"257";
toggle(2);
"258";
return;
}
"259";
toggle(2);
"260";
toggle(3);
};
step3a = function step3a() {
var RS_ls;
"263";
repeat.text = rtext.format(step);
"264";
repeat.disabled = true;
"265";
clearmemory();
"266";
vars["a"]["value"].text = "8";
"267";
vars["a"]["tag"].visible = true;
"272";
comment.text = "The CPU chooses an available container\nin computer memory, places the number 10\nin that container, and makes a note that\nthis location in memory can be referred\nto with the name \"b\".";
"273";
return RS_list_decorate([3, null, null, 10, null, null, 10, "b"]);
};
step3b = function step3b(nt, bt) {
var RS_ls;
"276";
prompt.text = nexttext.format(4);
"277";
prompt.color = color.orange;
"278";
if (bt) {
"279";
vars["b"]["value"].text = "";
"280";
vars["b"]["tag"].visible = false;
"281";
toggle(3);
"282";
toggle(3);
"283";
return;
}
"284";
toggle(3);
"285";
toggle(4);
};
step4a = function step4a() {
var RS_ls;
"288";
"289";
a = 8;
"290";
b = 10;
"291";
repeat.text = rtext.format(step);
"292";
repeat.disabled = true;
"293";
clearmemory();
"294";
vars["a"]["value"].text = "8";
"295";
vars["a"]["tag"].visible = true;
"296";
vars["b"]["value"].text = "10";
"297";
vars["b"]["tag"].visible = true;
"301";
comment.text = "The CPU reads 8 from the \"a\" container,\nreads 10 from the \"b\" container, adds 8+10\nto make 18, and stores the 18 into the \"a\"\ncontainer, overwriting the previous contents.";
"302";
return RS_list_decorate([4, "a", "b", 8, 10, "+", 18, "a"]);
};
step4b = function step4b(nt, bt) {
var RS_ls;
"305";
prompt.text = nexttext.format(5);
"306";
prompt.color = color.orange;
"307";
if (bt) {
"308";
vars["a"]["value"].text = "8";
"309";
toggle(4);
"310";
toggle(4);
"311";
return;
}
"312";
toggle(4);
"313";
toggle(5);
};
step5a = function step5a() {
var RS_ls;
"316";
"317";
a = 18;
"318";
b = 10;
"319";
repeat.text = rtext.format(step);
"320";
repeat.disabled = true;
"321";
clearmemory();
"322";
vars["a"]["value"].text = "18";
"323";
vars["a"]["tag"].visible = true;
"324";
vars["b"]["value"].text = "10";
"325";
vars["b"]["tag"].visible = true;
"327";
comment.text = "The CPU stores 1 into the \"b\" container,\noverwriting the previous contents.";
"328";
return RS_list_decorate([5, null, null, 1, null, null, 1, "b"]);
};
step5b = function step5b(nt, bt) {
var RS_ls;
"331";
prompt.text = nexttext.format(6);
"332";
prompt.color = color.orange;
"333";
if (bt) {
"334";
vars["b"]["value"].text = "10";
"335";
toggle(5);
"336";
toggle(5);
"337";
return;
}
"338";
toggle(5);
"339";
toggle(6);
};
step6a = function step6a() {
var RS_ls;
"342";
"343";
a = 18;
"344";
b = 1;
"345";
repeat.text = rtext.format(step);
"346";
repeat.disabled = true;
"347";
clearmemory();
"348";
vars["a"]["value"].text = "18";
"349";
vars["a"]["tag"].visible = true;
"350";
vars["b"]["value"].text = "1";
"351";
vars["b"]["tag"].visible = true;
"356";
comment.text = "The CPU chooses an available container\nin computer memory, places 0 in that\ncontainer, and makes a note that this\nlocation in memory can be referred to\nwith the name \"sum\".";
"357";
return RS_list_decorate([6, null, null, 0, null, null, 0, "sum"]);
};
step6b = function step6b(nt, bt) {
var RS_ls;
"360";
prompt.text = nexttext.format(7);
"361";
prompt.color = color.orange;
"362";
if (bt) {
"363";
vars["sum"]["value"].text = "";
"364";
vars["sum"]["tag"].visible = false;
"365";
toggle(6);
"366";
toggle(6);
"367";
return;
}
"368";
toggle(6);
"369";
toggle(7);
};
step7a = _streamline.async(regeneratorRuntime.mark(function _$$step7a$$(_4) {
var RS_ls, a, i, next, nt, bt, RS_Index8;
return regeneratorRuntime.wrap(function _$$step7a$$$(_context2) {
while (1) {
switch (_context2.prev = _context2.next) {
case 0:
"372";
"373";
if (b === 1 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 1)) {
sum = 0;
} else if (b === 2 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 2)) {
sum = 1;
} else if (b === 3 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 3)) {
sum = 3;
} else if (b === 4 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 4)) {
sum = 6;
}
"377";
a = 18;
"378";
repeat.text = rtext.format(step);
"379";
repeat.disabled = true;
"380";
clearmemory();
"381";
vars["a"]["value"].text = "18";
"382";
vars["a"]["tag"].visible = true;
"383";
vars["b"]["value"].text = b;
"384";
vars["b"]["tag"].visible = true;
"385";
vars["sum"]["value"].text = sum;
"386";
vars["sum"]["tag"].visible = true;
"387";
clearprints();
"388";
for (RS_Index8 = 0; RS_Index8["<"](b["-"](1)); RS_Index8++) {
i = RS_Index8;
"389";
prints[typeof i === "number" && i["<"](0) ? prints.length["+"](i) : i].visible = true;
}
"390";
lvaldrag.pos = vec(120, 50, 0);
"391";
lvaldrag.text = "{} < 4 ?".format(b);
"392";
lvaldrag.color = color.black;
"393";
next = 8;
"394";
if (b === 1 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 1)) {
"395";
loopoutline.visible = true;
"403";
comment.text = "Start of a \"while\" loop that repeatedly\nexecutes the indented lines 8 through 10\nuntil \"b\" is no longer less than 4. Initially\n\"b\" is equal to 1, so the indented lines\nwill be executed. This loop will add up\nthe numbers 1 through 3, in \"sum\".\n\nThe outlined structure is called a \"loop\".";
"404";
} else if (b["<"](4)) {
"405";
loopoutline.visible = false;
"409";
comment.text = "The program reached the end of the\nloop and branched back to line 7. Since\n\"b\" is {}, which is less than 4, the CPU\nwill again execute the indented statements.".format(b);
"410";
} else {
"411";
loopoutline.visible = false;
"412";
next = 11;
"417";
comment.text = "The program reached the end of the\nloop and branched back to line 7. Since \n\"b\" is 4, which is not less than 4, the\nCPU will branch to line 11, exiting the\nloop.";
}
"418";
prompt.text = "Click the NEXT button to go to line {}.".format(next);
"419";
prompt.color = color.orange;
"420";
case 42:
if (!true) {
_context2.next = 55;
break;
}
"421";
_context2.next = 46;
return _streamline.await(_filename, 785, null, rate, 1, null, false, [30, true]);
case 46:
"422";
nt = checknext();
"423";
bt = checkrepeat();
"424";
if (!(nt || bt)) {
_context2.next = 53;
break;
}
return _context2.abrupt("break", 55);
case 53:
_context2.next = 42;
break;
case 55:
"425";
lvaldrag.text = "";
"426";
if (!bt) {
_context2.next = 76;
break;
}
"427";
if (!(b === 1 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 1))) {
_context2.next = 70;
break;
}
"428";
toggle(7);
"429";
toggle(6);
"430";
return _context2.abrupt("return");
case 70:
"432";
toggle(7);
"433";
toggle(10);
"434";
return _context2.abrupt("return");
case 76:
"435";
toggle(7);
"436";
toggle(next);
case 80:
case "end":
return _context2.stop();
}
}
}, _$$step7a$$, this);
}), 0, 1);
step8a = function step8a() {
var RS_ls, answer, i, p;
"439";
"440";
if (b === 1 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 1)) {
"441";
sum = 0;
"442";
answer = "1";
"443";
} else if (b === 2 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 2)) {
"444";
sum = 1;
"445";
answer = "3";
"446";
} else if (b === 3 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 3)) {
"447";
sum = 3;
"448";
answer = "6";
}
"449";
repeat.text = rtext.format(step);
"450";
repeat.disabled = true;
"451";
clearmemory();
"452";
vars["a"]["value"].text = "18";
"453";
vars["a"]["tag"].visible = true;
"454";
vars["b"]["value"].text = b;
"455";
vars["b"]["tag"].visible = true;
"456";
vars["sum"]["value"].text = sum;
"457";
vars["sum"]["tag"].visible = true;
"458";
clearprints();
"459";
for (var RS_Index9 = 0; RS_Index9["<"](b["-"](1)); RS_Index9++) {
i = RS_Index9;
"460";
prints[typeof i === "number" && i["<"](0) ? prints.length["+"](i) : i].visible = true;
}
"461";
comment.color = color.black;
"462";
p = "incorrect";
"463";
if (prediction === answer || (typeof prediction === "undefined" ? "undefined" : _typeof(prediction)) === "object" && RS_equals(prediction, answer)) {
"464";
p = "correct";
}
"465";
comment.color = color.orange;
"466";
comment.text = "Your \"sum\" prediction, {}, is {}.".format(prediction, p);
"467";
if (b === 1 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 1)) {
"468";
varcomment.visible = true;
"469";
varcomment.color = color.black;
"470";
varcomment.pos.y = comment.pos.y["-"](2["*"](lineheight));
"475";
varcomment.text = "The CPU reads {} from the \"sum\" container,\nreads {} from the \"b\" container, adds\n{}+{} to make {}, and stores {} into\nthe \"sum\" container, overwriting the\nprevious contents.".format(prediction, p, sum, b, sum, b, sum["+"](b), sum["+"](b));
}
"476";
next.disabled = false;
"477";
return RS_list_decorate([8, "sum", "b", sum, b, "+", sum["+"](b), "sum"]);
};
step8b = function step8b(nt, bt) {
var RS_ls;
"480";
varcomment.pos.y = varcomment.pos.y["+="](2["*"](lineheight));
"481";
varcomment.text = "";
"482";
varcomment.visible = false;
"483";
comment.color = color.black;
"484";
comment.text = "";
"485";
prompt.text = nexttext.format(9);
"486";
prompt.color = color.orange;
"487";
if (bt) {
"488";
vars["sum"]["value"].text = sum["-"](1);
"489";
toggle(8);
"490";
toggle(8);
"491";
return;
}
"492";
toggle(8);
"493";
toggle(9);
};
step9a = function step9a() {
var RS_ls, i;
"496";
"497";
if (b === 1 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 1)) {
sum = 1;
} else if (b === 2 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 2)) {
sum = 3;
} else if (b === 3 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 3)) {
sum = 6;
}
"500";
repeat.text = rtext.format(step);
"501";
repeat.disabled = true;
"502";
clearmemory();
"503";
vars["a"]["value"].text = "18";
"504";
vars["a"]["tag"].visible = true;
"505";
vars["b"]["value"].text = b;
"506";
vars["b"]["tag"].visible = true;
"507";
vars["sum"]["value"].text = sum;
"508";
vars["sum"]["tag"].visible = true;
"509";
clearprints();
"510";
for (var RS_Index10 = 0; RS_Index10["<"](b["-"](1)); RS_Index10++) {
i = RS_Index10;
"511";
prints[typeof i === "number" && i["<"](0) ? prints.length["+"](i) : i].visible = true;
}
"514";
comment.text = "The CPU reads {} from the \"b\" container\nand {} from the \"sum\" container, and\nprints their values.".format(b, sum);
"515";
return RS_list_decorate([9, "b", "sum", b, sum, null, null, null]);
};
step9b = function step9b(nt, bt) {
var RS_ls;
"518";
prompt.text = nexttext.format(10);
"519";
prompt.color = color.orange;
"520";
if (bt) {
"521";
toggle(9);
"522";
toggle(9);
"523";
return;
}
"524";
toggle(9);
"525";
toggle(10);
};
step10a = function step10a() {
var RS_ls, i;
"528";
"529";
if (b === 1 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 1)) {
sum = 1;
} else if (b === 2 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 2)) {
sum = 3;
} else if (b === 3 || (typeof b === "undefined" ? "undefined" : _typeof(b)) === "object" && RS_equals(b, 3)) {
sum = 6;
}
"532";
repeat.text = rtext.format(step);
"533";
repeat.disabled = true;
"534";
clearmemory();
"535";
vars["a"]["value"].text = "18";
"536";
vars["a"]["tag"].visible = true;
"537";
vars["b"]["value"].text = b;
"538";
vars["b"]["tag"].visible = true;
"539";
vars["sum"]["value"].text = sum;
"540";
vars["sum"]["tag"].visible = true;
"541";
clearprints();
"542";
for (var RS_Index11 = 0; RS_Index11["<"](b); RS_Index11++) {
i = RS_Index11;
"543";
prints[typeof i === "number" && i["<"](0) ? prints.length["+"](i) : i].visible = true;
}
"547";
comment.text = "The CPU reads {} from the \"b\" container,\nadds {}+1 to make {}, and stores {} into \nthe \"b\" container, overwriting the\nprevious contents.".format(b, b, b["+"](1), b["+"](1));
"548";
return RS_list_decorate([10, "b", null, b, 1, "+", b["+"](1), "b"]);
};
step10b = function step10b(nt, bt) {
var RS_ls;
"551";
"552";
prompt.text = "Branch back to line 7.";
"553";
prompt.color = color.orange;
"554";
if (bt) {
"555";
b = b["-="](1);
"556";
toggle(10);
"557";
toggle(10);
"558";
return;
}
"559";
toggle(10);
"560";
toggle(7);
};
step11a = function step11a() {
var RS_ls, i;
"563";
"564";
b = 4;
"565";
sum = 6;
"566";
repeat.text = rtext.format(step);
"567";
repeat.disabled = true;
"568";
clearmemory();
"569";
vars["a"]["value"].text = "18";
"570";
vars["a"]["tag"].visible = true;
"571";
vars["b"]["value"].text = b;
"572";
vars["b"]["tag"].visible = true;
"573";
vars["sum"]["value"].text = sum;
"574";
vars["sum"]["tag"].visible = true;
"575";
clearprints();
"576";
for (var RS_Index12 = 0; RS_Index12["<"](b["-"](1)); RS_Index12++) {
i = RS_Index12;
"577";
prints[typeof i === "number" && i["<"](0) ? prints.length["+"](i) : i].visible = true;
}
"580";
comment.text = "The CPU reads 6 from the \"sum\" container\nand prints this value, with some text\nto name the variable that is shown.".format(b, sum);
"581";
return RS_list_decorate([11, null, "sum", "sum = ", sum, null, null, null]);
};
step11b = function step11b(nt, bt) {
var RS_ls;
"584";
if (bt) {
"585";
toggle(11);
"586";
toggle(11);
"587";
return;
}
"588";
toggle(11);
"589";
toggle(1);
"590";
toggle(1);
};
getprediction = function getprediction(ev) {
var RS_ls;
"594";
"595";
prediction = ev.number;
};
keyInput = function keyInput(evt) {
var RS_ls, s;
"600";
"601";
s = evt.key;
"602";
if (RS_equals(len(s), 1)) {
"603";
if (s === "\n" || (typeof s === "undefined" ? "undefined" : _typeof(s)) === "object" && RS_equals(s, "\n")) {
"604";
prediction = keylabel.text;
"605";
keylabel.visible = false;
}
"606";
if (s === " " || (typeof s === "undefined" ? "undefined" : _typeof(s)) === "object" && RS_equals(s, " ")) {
"607";
return;
"608";
} else {
"609";
keylabel.text = keylabel.text["+="](s);
"610";
}
} else if ((s === "delete" || (typeof s === "undefined" ? "undefined" : _typeof(s)) === "object" && RS_equals(s, "delete") || s === "backspace" || (typeof s === "undefined" ? "undefined" : _typeof(s)) === "object" && RS_equals(s, "backspace")) && len(keylabel.text)[">"](0)) {
"611";
keylabel.text = keylabel.text.slice(0, 1["-u"]());
}
};
execute = _streamline.async(regeneratorRuntime.mark(function _$$execute$$(_5) {
var RS_ls, R, pausing, params, linenum, leftarg, rightarg, leftvalue, rightvalue, op, result, store, leftdrag, rightdrag, nprints, isprint, RS_unpack, i, p, nvar, lstart, lend, lmove, rmove, rstart, rend, n, nt, bt, RS_Iter13, RS_Index13, RS_Index14, RS_Index15;
return regeneratorRuntime.wrap(function _$$execute$$$(_context3) {
while (1) {
switch (_context3.prev = _context3.next) {
case 0:
"618";
"631";
R = 50;
"632";
pausing = 1.5;
"634";
params = RS_list_decorate([]);
"636";
if (!(step === 8 || (typeof step === "undefined" ? "undefined" : _typeof(step)) === "object" && RS_equals(step, 8))) {
_context3.next = 37;