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5.html
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<!DOCTYPE html>
<html>
<head>
<meta name=viewport content="width=device-width,initial-scale=1">
<meta charset="utf-8"/>
<script src="https://cdn.geogebra.org/apps/deployggb.js"></script>
</head>
<body>
<div id="ggbApplet"></div>
<script>
var parameters = {
"id": "ggbApplet",
"width":2190,
"height":1009,
"showMenuBar":true,
"showAlgebraInput":true,
"showToolBar":true,
"customToolBar":"0 || 2020 , 2021 , 2022 || 2001 , 2003 , 2002 , 2004 , 2005 || 2040 , 2041 , 2042 , 2044 , 2043",
"showToolBarHelp":true,
"showResetIcon":false,
"enableLabelDrags":false,
"enableShiftDragZoom":true,
"enableRightClick":false,
"errorDialogsActive":false,
"useBrowserForJS":false,
"allowStyleBar":false,
"preventFocus":false,
"showZoomButtons":true,
"capturingThreshold":3,
// add code here to run when the applet starts
"appletOnLoad":function(api){ /* api.evalCommand('Segment((1,2),(3,4))');*/ },
"showFullscreenButton":true,
"scale":1,
"disableAutoScale":false,
"allowUpscale":false,
"clickToLoad":false,
"appName":"classic",
"buttonRounding":0.7,
"buttonShadows":false,
"language":"zh",
// use this instead of ggbBase64 to load a material from geogebra.org
// "material_id":"RHYH3UQ8",
// use this instead of ggbBase64 to load a .ggb file
// "filename":"myfile.ggb",
"ggbBase64":"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",
};
// is3D=is 3D applet using 3D view, AV=Algebra View, SV=Spreadsheet View, CV=CAS View, EV2=Graphics View 2, CP=Construction Protocol, PC=Probability Calculator DA=Data Analysis, FI=Function Inspector, macro=Macros
var views = {'is3D': 0,'AV': 0,'SV': 1,'CV': 1,'EV2': 0,'CP': 0,'PC': 0,'DA': 0,'FI': 0,'macro': 0};
var applet = new GGBApplet(parameters, '5.0', views);
window.onload = function() {applet.inject('ggbApplet')};
applet.setPreviewImage('data:image/gif;base64,R0lGODlhAQABAAAAADs=','https://www.geogebra.org/images/GeoGebra_loading.png','https://www.geogebra.org/images/applet_play.png');
</script>
</body>
</html>