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aflaxman/2014_02_02a_mpld3_configure_pan_and_zoom_plugin.ipynb

Created February 3, 2014 07:45
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2014_02_02a_mpld3_configure_pan_and_zoom_plugin.ipynb
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"input": [
"!date"
],
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"metadata": {},
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{
"output_type": "stream",
"stream": "stdout",
"text": [
"Sun Feb 2 23:33:08 PST 2014\r\n"
]
}
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"prompt_number": 1
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{
"cell_type": "code",
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"input": [
"%matplotlib inline\n",
"import matplotlib.pyplot as plt, mpld3\n",
"mpld3.enable_notebook(\"//cdnjs.cloudflare.com/ajax/libs/d3/3.4.1/d3.min.js\")"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 2
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"from mpld3 import plugins"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 3
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"fig, ax = plt.subplots()\n",
"points = ax.plot([3,1,4,1,5,9,2,6,5,3,5,8], 'o-', color='grey', ms=20, mew=5, linewidth=4)\n",
"ax.set_ylim(bottom=-1, top=10)\n",
"plugins.connect(fig, \n",
" plugins.ResetButton(),\n",
" plugins.ConfigurableZoomAndPan(\n",
" ax, zoom_y=False, xlim=(-1,15), ylim=(-1,10))\n",
" )"
],
"language": "python",
"metadata": {},
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" </div>\n",
" <script type=\"text/javascript\">\n",
" var create_figdcc2064e83624ef9b3bfe3e156468365 = function(d3, undefined){\n",
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"\n",
" function Figure(figid, width, height){\n",
" this.figid = figid;\n",
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" .attr('class', 'figure')\n",
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"\n",
" Figure.prototype.reset = function(duration){\n",
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" }\n",
"\n",
" var transition = function(t){\n",
" for (var i=0; i<this.axes.length; i++){\n",
" this.axes[i].xdom(this.axes[i].xdom.domain(this.axes[i].ix(t)));\n",
" this.axes[i].ydom(this.axes[i].ydom.domain(this.axes[i].iy(t)));\n",
"\n",
" // don't propagate: this will be done as part of the loop.\n",
" this.axes[i].zoomed(false);\n",
" }\n",
" }.bind(this)\n",
"\n",
" d3.transition().duration(duration)\n",
" .tween(\"zoom\", function(){return transition;});\n",
"\n",
" for (var i=0; i<this.axes.length; i++){\n",
" this.axes[i].finalize_reset();\n",
" }\n",
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"\n",
"\n",
"\n",
" function Axes(fig, bbox,\n",
" xlim, ylim,\n",
" xscale, yscale,\n",
" xdomain, ydomain,\n",
" xgridOn, ygridOn,\n",
" axclass, clipid,\n",
" zoomable){\n",
" this.axnum = fig.axes.length;\n",
" fig.axes.push(this);\n",
"\n",
" this.fig = fig;\n",
" this.bbox = bbox;\n",
" this.xlim = xlim;\n",
" this.ylim = ylim;\n",
" this.xdomain = xdomain;\n",
" this.ydomain = ydomain;\n",
" this.xscale = xscale;\n",
" this.yscale = yscale;\n",
" this.xgridOn = xgridOn;\n",
" this.ygridOn = ygridOn;\n",
" this.axclass = (typeof axclass !== 'undefined') ? axclass : \"axes\";\n",
" this.clipid = (typeof clipid != 'undefined') ? clipid : \"clip\";\n",
" this.zoomable = zoomable;\n",
"\n",
" this.sharex = [];\n",
" this.sharey = [];\n",
" this.elements = [];\n",
"\n",
" this.position = [this.bbox[0] * this.fig.width,\n",
" (1 - this.bbox[1] - this.bbox[3]) * this.fig.height];\n",
" this.width = bbox[2] * this.fig.width;\n",
" this.height = bbox[3] * this.fig.height;\n",
"\n",
" if(this.xscale === 'log'){\n",
" this.xdom = d3.scale.log();\n",
" }else if(this.xscale === 'date'){\n",
" this.xdom = d3.time.scale();\n",
" }else{\n",
" this.xdom = d3.scale.linear();\n",
" }\n",
"\n",
" if(this.yscale === 'log'){\n",
" this.ydom = d3.scale.log();\n",
" }else if(this.yscale === 'date'){\n",
" this.ydom = d3.time.scale();\n",
" }else{\n",
" this.ydom = d3.scale.linear();\n",
" }\n",
"\n",
" this.xdom.domain(this.xdomain)\n",
" .range([0, this.width]);\n",
"\n",
" this.ydom.domain(this.ydomain)\n",
" .range([this.height, 0]);\n",
"\n",
" if(this.xscale === 'date'){\n",
" this.xmap = d3.time.scale()\n",
" .domain(this.xdomain)\n",
" .range(this.xlim);\n",
" this.x = function(x){return this.xdom(this.xmap.invert(x));}\n",
" }else if(this.xscale === 'log'){\n",
" this.xmap = this.xdom;\n",
" this.x = this.xdom;\n",
" }else{\n",
" this.xmap = this.xdom;\n",
" this.x = this.xdom;\n",
" }\n",
"\n",
" if(this.yscale === 'date'){\n",
" this.ymap = d3.time.scale()\n",
" .domain(this.ydomain)\n",
" .range(this.ylim);\n",
" this.y = function(y){return this.ydom(this.ymap.invert(y));}\n",
" }else if(this.xscale === 'log'){\n",
" this.ymap = this.ydom;\n",
" this.y = this.ydom;\n",
" }else{\n",
" this.ymap = this.ydom;\n",
" this.y = this.ydom;\n",
" }\n",
" }\n",
"\n",
" Axes.prototype.draw = function(){\n",
" this.zoom = d3.behavior.zoom()\n",
" .x(this.xdom)\n",
" .y(this.ydom)\n",
" .on(\"zoom\", this.zoomed.bind(this));\n",
" var canvas = this.fig.canvas;\n",
" canvas\n",
" .on(\"mousedown.cursor\", function () { canvas.attr(\"style\", \"cursor:move\"); })\n",
" .on(\"mouseup.cursor\", function () { canvas.attr(\"style\", \"cursor:auto\"); });\n",
"\n",
" this.baseaxes = this.fig.canvas.append(\"g\")\n",
" .attr('transform', 'translate('\n",
" + this.position[0] + ','\n",
" + this.position[1] + ')')\n",
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" .attr('height', this.height)\n",
" .attr('class', \"baseaxes\");\n",
"\n",
" if(this.zoomable){\n",
" this.baseaxes.call(this.zoom);\n",
" }\n",
"\n",
" this.axesbg = this.baseaxes.append(\"svg:rect\")\n",
" .attr(\"width\", this.width)\n",
" .attr(\"height\", this.height)\n",
" .attr(\"class\", \"axesbg\");\n",
"\n",
" this.clip = this.baseaxes.append(\"svg:clipPath\")\n",
" .attr(\"id\", this.clipid)\n",
" .append(\"svg:rect\")\n",
" .attr(\"x\", 0)\n",
" .attr(\"y\", 0)\n",
" .attr(\"width\", this.width)\n",
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"\n",
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" .attr(\"class\", this.axclass)\n",
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"\n",
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"\n",
" Axes.prototype.zoomed = function(propagate){\n",
" // propagate is a boolean specifying whether to propagate movements\n",
" // to shared axes, specified by sharex and sharey. Default is true.\n",
" propagate = (typeof propagate == 'undefined') ? true : propagate;\n",
"\n",
" //console.log(this.zoom.translate());\n",
" //console.log(this.zoom.scale());\n",
" //console.log(this.zoom.x().domain());\n",
" //console.log(this.zoom.y().domain());\n",
"\n",
" for(var i=0; i<this.elements.length; i++){\n",
" this.elements[i].zoomed();\n",
" }\n",
"\n",
" if(propagate){\n",
" // update shared x axes\n",
" for(var i=0; i<this.sharex.length; i++){\n",
" this.sharex[i].zoom.x().domain(this.zoom.x().domain());\n",
" this.sharex[i].zoomed(false);\n",
" }\n",
" // update shared y axes\n",
" for(var i=0; i<this.sharey.length; i++){\n",
" this.sharey[i].zoom.y().domain(this.zoom.y().domain());\n",
" this.sharey[i].zoomed(false);\n",
" }\n",
" }\n",
" };\n",
"\n",
" Axes.prototype.add_element = function(element){\n",
" this.elements.push(element);\n",
" };\n",
"\n",
" Axes.prototype.prep_reset = function(){\n",
" // interpolate() does not work on dates, so we map dates to numbers,\n",
" // interpolate the numbers, and then invert the map.\n",
" // we use the same strategy for log, so the interpolation will be smooth.\n",
" // There probably is a cleaner approach...\n",
"\n",
" if (this.xscale === 'date'){\n",
" var start = this.xdom.domain();\n",
" var end = this.xdomain;\n",
" var interp = d3.interpolate(\n",
" [this.xmap(start[0]), this.xmap(start[1])],\n",
" [this.xmap(end[0]), this.xmap(end[1])]);\n",
" this.ix = function(t){\n",
" return [this.xmap.invert(interp(t)[0]),\n",
" this.xmap.invert(interp(t)[1])];\n",
" }\n",
" }else{\n",
" this.ix = d3.interpolate(this.xdom.domain(), this.xlim);\n",
" }\n",
"\n",
" if (this.yscale === 'date'){\n",
" var start = this.ydom.domain();\n",
" var end = this.ydomain;\n",
" var interp = d3.interpolate(\n",
" [this.ymap(start[0]), this.ymap(start[1])],\n",
" [this.ymap(end[0]), this.ymap(end[1])]);\n",
" this.iy = function(t){\n",
" return [this.ymap.invert(interp(t)[0]),\n",
" this.ymap.invert(interp(t)[1])];\n",
" }\n",
" }else{\n",
" this.iy = d3.interpolate(this.ydom.domain(), this.ylim);\n",
" }\n",
" }\n",
"\n",
" Axes.prototype.finalize_reset = function(){\n",
" this.zoom.scale(1).translate([0, 0]);\n",
" }\n",
"\n",
" Axes.prototype.reset = function(){\n",
" this.prep_reset();\n",
" d3.transition().duration(750).tween(\"zoom\", function() {\n",
" return function(t) {\n",
" this.zoom.x(this.xdom.domain(this.ix(t)))\n",
" .y(this.ydom.domain(this.iy(t)));\n",
" this.zoomed();\n",
" };\n",
" });\n",
" this.finalize_reset();\n",
" };\n",
"\n",
"\n",
"\n",
" function Axis(axes, position, nticks, tickvalues, tickformat){\n",
" this.axes = axes;\n",
" this.position = position;\n",
" this.nticks = nticks;\n",
" this.tickvalues = tickvalues;\n",
" this.tickformat = tickformat;\n",
" if (position == \"bottom\"){\n",
" this.transform = \"translate(0,\" + this.axes.height + \")\";\n",
" this.scale = this.axes.xdom;\n",
" this.class = \"x axis\";\n",
" }else if (position == \"top\"){\n",
" this.transform = \"translate(0,0)\"\n",
" this.scale = this.axes.xdom;\n",
" this.class = \"x axis\";\n",
" }else if (position == \"left\"){\n",
" this.transform = \"translate(0,0)\";\n",
" this.scale = this.axes.ydom;\n",
" this.class = \"y axis\";\n",
" }else{\n",
" this.transform = \"translate(\" + this.axes.width + \",0)\";\n",
" this.scale = this.axes.ydom;\n",
" this.class = \"y axis\";\n",
" }\n",
" }\n",
"\n",
" Axis.prototype.draw = function(){\n",
" this.axis = d3.svg.axis()\n",
" .scale(this.scale)\n",
" .orient(this.position)\n",
" .ticks(this.nticks)\n",
" .tickValues(this.tickvalues)\n",
" .tickFormat(this.tickformat);\n",
" this.elem = this.axes.baseaxes.append('g')\n",
" .attr(\"transform\", this.transform)\n",
" .attr(\"class\", this.class)\n",
" .call(this.axis);\n",
" };\n",
"\n",
" Axis.prototype.zoomed = function(){\n",
" this.elem.call(this.axis);\n",
" };\n",
"\n",
"\n",
"\n",
" function Grid(axes, xy){\n",
" this.axes = axes;\n",
" this.class = xy + \" grid\"\n",
" if(xy == \"x\"){\n",
" this.transform = \"translate(0,\" + this.axes.height + \")\";\n",
" this.position = \"bottom\";\n",
" this.scale = this.axes.xdom;\n",
" this.tickSize = -this.axes.height;\n",
" }else{\n",
" this.transform = \"translate(0,0)\";\n",
" this.position = \"left\";\n",
" this.scale = this.axes.ydom;\n",
" this.tickSize = -this.axes.width;\n",
" }\n",
" }\n",
"\n",
" Grid.prototype.draw = function(){\n",
" this.grid = d3.svg.axis()\n",
" .scale(this.scale)\n",
" .orient(this.position)\n",
" .tickSize(this.tickSize, 0, 0)\n",
" .tickFormat(\"\");\n",
" this.elem = this.axes.axes.append(\"g\")\n",
" .attr(\"class\", this.class)\n",
" .attr(\"transform\", this.transform)\n",
" .call(this.grid);\n",
" };\n",
"\n",
" Grid.prototype.zoomed = function(){\n",
" this.elem.call(this.grid);\n",
" };\n",
"\n",
"\n",
"\n",
" // This function constructs a mapped SVG path\n",
" // from an input data array\n",
" var construct_SVG_path = function(data, xmap, ymap){\n",
" var result = \"\";\n",
" for (var i=0;i<data.length;i++){\n",
" result += data[i][0];\n",
" if(data[i][0] == 'Z'){\n",
" continue;\n",
" }\n",
" for (var j=0;j<data[i][1].length;j++){\n",
" if(j % 2 == 0){\n",
" result += \" \" + xmap(data[i][1][j]);\n",
" }else{\n",
" result += \" \" + ymap(data[i][1][j]);\n",
" }\n",
" }\n",
" result += \" \";\n",
" }\n",
" return result;\n",
" };\n",
"\n",
"\n",
" var figwidth = 6.0 * 80;\n",
" var figheight = 4.0 * 80;\n",
" var fig = new Figure(\"div#figuredcc2064e83624ef9b3bfe3e156468365\",\n",
" figwidth, figheight);\n",
"\n",
"\n",
"\n",
" var ax1 = new Axes(fig, [0.125, 0.125, 0.77500000000000002, 0.77500000000000002], [0.0, 12.0], [-1.0, 10.0],\n",
" \"linear\", \"linear\",\n",
" [0.0, 12.0], [-1.0, 10.0],\n",
" false, false,\n",
" \"axes1\",\n",
" \"clipdcc2064e83624ef9b3bfe3e1564683651\", true);\n",
"\n",
"\n",
"\n",
"// Add an Axis element\n",
"ax1.add_element(new Axis(ax1, \"bottom\",\n",
" 7, null,\n",
" null));\n",
"\n",
"\n",
"\n",
"// Add an Axis element\n",
"ax1.add_element(new Axis(ax1, \"left\",\n",
" 7, null,\n",
" null));\n",
"\n",
"\n",
"\n",
"// Add a Line2D element\n",
"var linebc04b07d9fdd415ebf77c9f3e12e5784 = new function(){\n",
" this.data = [[0.0, 3.0], [1.0, 1.0], [2.0, 4.0], [3.0, 1.0], [4.0, 5.0], [5.0, 9.0], [6.0, 2.0], [7.0, 6.0], [8.0, 5.0], [9.0, 3.0], [10.0, 5.0], [11.0, 8.0]];\n",
" this.ax = ax1;\n",
"\n",
" this.translate = function(d)\n",
" { return \"translate(\" + this.ax.x(d[0]) + \",\"\n",
" + this.ax.y(d[1]) + \")\"; };\n",
"\n",
" this.draw = function(){\n",
"\n",
" this.line = d3.svg.line()\n",
" .x(function(d) {return this.ax.x(d[0]);})\n",
" .y(function(d) {return this.ax.y(d[1]);})\n",
" .interpolate(\"linear\")\n",
" .defined(function (d) {return !isNaN(d[0]) && !isNaN(d[1]); });\n",
"\n",
" this.lineobj = this.ax.axes.append(\"svg:path\")\n",
" .attr(\"d\", this.line(this.data))\n",
" .attr('class', 'line3');\n",
"\n",
"\n",
" this.pointsobj = this.ax.axes.append(\"svg:g\")\n",
" .selectAll(\"scatter-dots-3\")\n",
" .data(this.data.filter(\n",
" function(d){return !isNaN(d[0]) && !isNaN(d[1]); }))\n",
" .enter().append(\"svg:path\")\n",
" .attr('class', 'points3')\n",
" .attr(\"d\", d3.svg.symbol()\n",
" .type(\"circle\")\n",
" .size(400))\n",
" .attr(\"transform\", this.translate.bind(this));\n",
"\n",
" };\n",
"\n",
" this.zoomed = function(){\n",
"\n",
"\n",
" this.lineobj.attr(\"d\", this.line(this.data));\n",
"\n",
"\n",
" this.pointsobj.attr(\"transform\", this.translate.bind(this));\n",
"\n",
"\n",
" }\n",
"};\n",
"\n",
"ax1.add_element(linebc04b07d9fdd415ebf77c9f3e12e5784);\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
" fig.draw();\n",
"\n",
"\n",
" fig.root.append(\"div\")\n",
" .append(\"button\")\n",
" .text(\"Reset\")\n",
" .on(\"click\", fig.reset.bind(fig));\n",
"\n",
" var _ = function() {\n",
" var a = ax1;\n",
"\n",
" var zoom_x = a.zoom,\n",
" zoom_y = d3.behavior.zoom()\n",
" .y(a.ydom),\n",
" position_y0 = null,\n",
" translate_y0 = null;\n",
"\n",
" // remove y scale from default controller\n",
" a.zoom\n",
" .y(d3.scale.linear())\n",
"\n",
" // add pan-without-zoom behavior for y-axis \n",
" a.baseaxes\n",
" .on(\"mousedown.zoom_y\", function() {\n",
" translate_y0 = zoom_y.translate()[1];\n",
" position_y0 = d3.event.pageY;\n",
" })\n",
" .on(\"mousemove.zoom_y\", function() {\n",
" if (position_y0 != null) {\n",
" zoom_y.translate([0, translate_y0 + d3.event.pageY - position_y0]);\n",
" }\n",
" })\n",
" .on(\"mouseup.zoom_y\", function() {\n",
" position_y0 = null;\n",
" });\n",
"\n",
"\n",
" var x_min_scale = (a.xdom.invert(a.width) - a.xdom.invert(0)) / (15.0 - -1.0),\n",
" y_min_scale = (a.ydom.invert(0) - a.ydom.invert(a.height)) / (10.0 - -1.0);\n",
"\n",
" a.zoom\n",
" .on(\"zoom\", function() { // replace zoom event with one that bounds pan\n",
"\n",
" // enforce zoom limits\n",
" var screen_x_lower = a.xdom(-1.0),\n",
" screen_x_upper = a.xdom(15.0),\n",
" screen_y_lower = a.ydom(-1.0),\n",
" screen_y_upper = a.ydom(10.0);\n",
"\n",
" if((screen_x_lower >= 0) && (screen_x_upper < a.width)) {\n",
" zoom_x.scale(x_min_scale);\n",
" }\n",
" if((screen_y_upper >= 0) && (screen_y_lower < a.height)) {\n",
" zoom_y.scale(y_min_scale);\n",
" }\n",
"\n",
" // enforce pan limits\n",
" screen_x_lower = a.xdom(-1.0);\n",
" screen_x_upper = a.xdom(15.0);\n",
" screen_y_lower = a.ydom(-1.0);\n",
" screen_y_upper = a.ydom(10.0);\n",
" var tx = zoom_x.translate()[0],\n",
" ty = zoom_y.translate()[1];\n",
"\n",
" if(screen_x_lower > 0) {\n",
" tx = tx - screen_x_lower;\n",
" }\n",
" else if(screen_x_upper < a.width) {\n",
" tx = tx + a.width - screen_x_upper;\n",
" }\n",
"\n",
" if(screen_y_upper > 0) {\n",
" ty = ty - screen_y_upper;\n",
" }\n",
" else if(screen_y_lower < a.height) {\n",
" ty = ty + a.height - screen_y_lower;\n",
" }\n",
"\n",
" zoom_x.translate([tx, ty]);\n",
" zoom_y.translate([tx,ty]);\n",
"\n",
" // redraw\n",
" a.zoomed.bind(a)();\n",
" });\n",
"\n",
" // change a.finalize_reset to reset zoom_x and zoom_y\n",
" a.finalize_reset = function() {\n",
" zoom_x.scale(1).translate([0,0]);\n",
" zoom_y.scale(1).translate([0,0]);\n",
" }\n",
" }() // function-level scope\n",
"\n",
" return fig\n",
" }\n",
"\n",
" // set a timeout of 0: this makes things work in the IPython notebook\n",
" setTimeout(function(){\n",
" // we need to call the function, making sure d3 is defined appropriately\n",
" if(typeof define === \"function\" && define.amd){\n",
" // If require.js is available, use it to load d3\n",
" require.config({paths: {d3: \"//cdnjs.cloudflare.com/ajax/libs/d3/3.4.1/d3.min\"}});\n",
" require([\"d3\"], create_figdcc2064e83624ef9b3bfe3e156468365);\n",
" }else if(typeof d3 === \"undefined\"){\n",
" // No require.js: dynamically load d3\n",
" var s = document.createElement('script');\n",
" s.src = \"//cdnjs.cloudflare.com/ajax/libs/d3/3.4.1/d3.min.js\";\n",
" s.async = true;\n",
" s.onreadystatechange = s.onload = s.onerror = function() {\n",
" if(typeof d3 === \"undefined\"){\n",
" document.getElementById(\"figuredcc2064e83624ef9b3bfe3e156468365\").innerHTML =\n",
" \"<p style='color:red;'>(d3 failed to load)</p>\";\n",
" }else{\n",
" create_figdcc2064e83624ef9b3bfe3e156468365(d3);\n",
" }\n",
" };\n",
" document.getElementsByTagName(\"head\")[0].appendChild(s);\n",
" }else{\n",
" // d3 is already globally loaded\n",
" create_figdcc2064e83624ef9b3bfe3e156468365(d3);\n",
" }\n",
" }, 0);\n",
"\n",
" </script>\n",
"\n",
"\n",
"\n"
],
"metadata": {},
"output_type": "display_data",
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"text": [
"<matplotlib.figure.Figure at 0x2659750>"
]
}
],
"prompt_number": 7
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Particularly useful when you have a long timeseries:"
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"from sympy.mpmath import mp\n",
"mp.dps = 1000 # number of digits\n",
"pi = str(mp.pi)\n",
"\n",
"fig, ax = plt.subplots()\n",
"points = ax.plot([int(d) for d in pi[2:]], 'o-', color='grey', ms=3, mew=1, linewidth=1)\n",
"ax.set_ylim(bottom=-1, top=10)\n",
"ax.set_xlim(left=-1, right=100)\n",
"plugins.connect(fig, \n",
" plugins.ResetButton(),\n",
" plugins.ConfigurableZoomAndPan(\n",
" ax, zoom_y=False, xlim=(-1,1001), ylim=(-1,10))\n",
" )"
],
"language": "python",
"metadata": {},
"outputs": [
{
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"}\n",
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".axis text {\n",
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" stroke-opacity: 1;\n",
"}\n",
"\n",
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".axes1\n",
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" stroke-width: 1;\n",
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" fill: #808080;\n",
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"\n",
" <div id='figuref7b40d4447994adf80ed318612535705'>\n",
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" <script type=\"text/javascript\">\n",
" var create_figf7b40d4447994adf80ed318612535705 = function(d3, undefined){\n",
"\n",
"\n",
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" this.figid = figid;\n",
" this.root = d3.select(figid);\n",
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" this.axes = [];\n",
" }\n",
"\n",
" Figure.prototype.draw = function(){\n",
" this.canvas = this.root.append('svg:svg')\n",
" .attr('class', 'figure')\n",
" .attr('width', this.width)\n",
" .attr('height', this.height);\n",
" for (var i=0; i<this.axes.length; i++){\n",
" this.axes[i].draw();\n",
" }\n",
" };\n",
"\n",
" Figure.prototype.reset = function(duration){\n",
" duration = (typeof duration !== 'undefined') ? duration : 750;\n",
" for (var i=0; i<this.axes.length; i++){\n",
" this.axes[i].prep_reset();\n",
" }\n",
"\n",
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"\n",
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" xscale, yscale,\n",
" xdomain, ydomain,\n",
" xgridOn, ygridOn,\n",
" axclass, clipid,\n",
" zoomable){\n",
" this.axnum = fig.axes.length;\n",
" fig.axes.push(this);\n",
"\n",
" this.fig = fig;\n",
" this.bbox = bbox;\n",
" this.xlim = xlim;\n",
" this.ylim = ylim;\n",
" this.xdomain = xdomain;\n",
" this.ydomain = ydomain;\n",
" this.xscale = xscale;\n",
" this.yscale = yscale;\n",
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" this.axclass = (typeof axclass !== 'undefined') ? axclass : \"axes\";\n",
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" this.height = bbox[3] * this.fig.height;\n",
"\n",
" if(this.xscale === 'log'){\n",
" this.xdom = d3.scale.log();\n",
" }else if(this.xscale === 'date'){\n",
" this.xdom = d3.time.scale();\n",
" }else{\n",
" this.xdom = d3.scale.linear();\n",
" }\n",
"\n",
" if(this.yscale === 'log'){\n",
" this.ydom = d3.scale.log();\n",
" }else if(this.yscale === 'date'){\n",
" this.ydom = d3.time.scale();\n",
" }else{\n",
" this.ydom = d3.scale.linear();\n",
" }\n",
"\n",
" this.xdom.domain(this.xdomain)\n",
" .range([0, this.width]);\n",
"\n",
" this.ydom.domain(this.ydomain)\n",
" .range([this.height, 0]);\n",
"\n",
" if(this.xscale === 'date'){\n",
" this.xmap = d3.time.scale()\n",
" .domain(this.xdomain)\n",
" .range(this.xlim);\n",
" this.x = function(x){return this.xdom(this.xmap.invert(x));}\n",
" }else if(this.xscale === 'log'){\n",
" this.xmap = this.xdom;\n",
" this.x = this.xdom;\n",
" }else{\n",
" this.xmap = this.xdom;\n",
" this.x = this.xdom;\n",
" }\n",
"\n",
" if(this.yscale === 'date'){\n",
" this.ymap = d3.time.scale()\n",
" .domain(this.ydomain)\n",
" .range(this.ylim);\n",
" this.y = function(y){return this.ydom(this.ymap.invert(y));}\n",
" }else if(this.xscale === 'log'){\n",
" this.ymap = this.ydom;\n",
" this.y = this.ydom;\n",
" }else{\n",
" this.ymap = this.ydom;\n",
" this.y = this.ydom;\n",
" }\n",
" }\n",
"\n",
" Axes.prototype.draw = function(){\n",
" this.zoom = d3.behavior.zoom()\n",
" .x(this.xdom)\n",
" .y(this.ydom)\n",
" .on(\"zoom\", this.zoomed.bind(this));\n",
" var canvas = this.fig.canvas;\n",
" canvas\n",
" .on(\"mousedown.cursor\", function () { canvas.attr(\"style\", \"cursor:move\"); })\n",
" .on(\"mouseup.cursor\", function () { canvas.attr(\"style\", \"cursor:auto\"); });\n",
"\n",
" this.baseaxes = this.fig.canvas.append(\"g\")\n",
" .attr('transform', 'translate('\n",
" + this.position[0] + ','\n",
" + this.position[1] + ')')\n",
" .attr('width', this.width)\n",
" .attr('height', this.height)\n",
" .attr('class', \"baseaxes\");\n",
"\n",
" if(this.zoomable){\n",
" this.baseaxes.call(this.zoom);\n",
" }\n",
"\n",
" this.axesbg = this.baseaxes.append(\"svg:rect\")\n",
" .attr(\"width\", this.width)\n",
" .attr(\"height\", this.height)\n",
" .attr(\"class\", \"axesbg\");\n",
"\n",
" this.clip = this.baseaxes.append(\"svg:clipPath\")\n",
" .attr(\"id\", this.clipid)\n",
" .append(\"svg:rect\")\n",
" .attr(\"x\", 0)\n",
" .attr(\"y\", 0)\n",
" .attr(\"width\", this.width)\n",
" .attr(\"height\", this.height)\n",
"\n",
" this.axes = this.baseaxes.append(\"g\")\n",
" .attr(\"class\", this.axclass)\n",
" .attr(\"clip-path\", \"url(#\" + this.clipid + \")\");\n",
"\n",
" for(var i=0; i<this.elements.length; i++){\n",
" this.elements[i].draw();\n",
" }\n",
" };\n",
"\n",
" Axes.prototype.zoomed = function(propagate){\n",
" // propagate is a boolean specifying whether to propagate movements\n",
" // to shared axes, specified by sharex and sharey. Default is true.\n",
" propagate = (typeof propagate == 'undefined') ? true : propagate;\n",
"\n",
" //console.log(this.zoom.translate());\n",
" //console.log(this.zoom.scale());\n",
" //console.log(this.zoom.x().domain());\n",
" //console.log(this.zoom.y().domain());\n",
"\n",
" for(var i=0; i<this.elements.length; i++){\n",
" this.elements[i].zoomed();\n",
" }\n",
"\n",
" if(propagate){\n",
" // update shared x axes\n",
" for(var i=0; i<this.sharex.length; i++){\n",
" this.sharex[i].zoom.x().domain(this.zoom.x().domain());\n",
" this.sharex[i].zoomed(false);\n",
" }\n",
" // update shared y axes\n",
" for(var i=0; i<this.sharey.length; i++){\n",
" this.sharey[i].zoom.y().domain(this.zoom.y().domain());\n",
" this.sharey[i].zoomed(false);\n",
" }\n",
" }\n",
" };\n",
"\n",
" Axes.prototype.add_element = function(element){\n",
" this.elements.push(element);\n",
" };\n",
"\n",
" Axes.prototype.prep_reset = function(){\n",
" // interpolate() does not work on dates, so we map dates to numbers,\n",
" // interpolate the numbers, and then invert the map.\n",
" // we use the same strategy for log, so the interpolation will be smooth.\n",
" // There probably is a cleaner approach...\n",
"\n",
" if (this.xscale === 'date'){\n",
" var start = this.xdom.domain();\n",
" var end = this.xdomain;\n",
" var interp = d3.interpolate(\n",
" [this.xmap(start[0]), this.xmap(start[1])],\n",
" [this.xmap(end[0]), this.xmap(end[1])]);\n",
" this.ix = function(t){\n",
" return [this.xmap.invert(interp(t)[0]),\n",
" this.xmap.invert(interp(t)[1])];\n",
" }\n",
" }else{\n",
" this.ix = d3.interpolate(this.xdom.domain(), this.xlim);\n",
" }\n",
"\n",
" if (this.yscale === 'date'){\n",
" var start = this.ydom.domain();\n",
" var end = this.ydomain;\n",
" var interp = d3.interpolate(\n",
" [this.ymap(start[0]), this.ymap(start[1])],\n",
" [this.ymap(end[0]), this.ymap(end[1])]);\n",
" this.iy = function(t){\n",
" return [this.ymap.invert(interp(t)[0]),\n",
" this.ymap.invert(interp(t)[1])];\n",
" }\n",
" }else{\n",
" this.iy = d3.interpolate(this.ydom.domain(), this.ylim);\n",
" }\n",
" }\n",
"\n",
" Axes.prototype.finalize_reset = function(){\n",
" this.zoom.scale(1).translate([0, 0]);\n",
" }\n",
"\n",
" Axes.prototype.reset = function(){\n",
" this.prep_reset();\n",
" d3.transition().duration(750).tween(\"zoom\", function() {\n",
" return function(t) {\n",
" this.zoom.x(this.xdom.domain(this.ix(t)))\n",
" .y(this.ydom.domain(this.iy(t)));\n",
" this.zoomed();\n",
" };\n",
" });\n",
" this.finalize_reset();\n",
" };\n",
"\n",
"\n",
"\n",
" function Axis(axes, position, nticks, tickvalues, tickformat){\n",
" this.axes = axes;\n",
" this.position = position;\n",
" this.nticks = nticks;\n",
" this.tickvalues = tickvalues;\n",
" this.tickformat = tickformat;\n",
" if (position == \"bottom\"){\n",
" this.transform = \"translate(0,\" + this.axes.height + \")\";\n",
" this.scale = this.axes.xdom;\n",
" this.class = \"x axis\";\n",
" }else if (position == \"top\"){\n",
" this.transform = \"translate(0,0)\"\n",
" this.scale = this.axes.xdom;\n",
" this.class = \"x axis\";\n",
" }else if (position == \"left\"){\n",
" this.transform = \"translate(0,0)\";\n",
" this.scale = this.axes.ydom;\n",
" this.class = \"y axis\";\n",
" }else{\n",
" this.transform = \"translate(\" + this.axes.width + \",0)\";\n",
" this.scale = this.axes.ydom;\n",
" this.class = \"y axis\";\n",
" }\n",
" }\n",
"\n",
" Axis.prototype.draw = function(){\n",
" this.axis = d3.svg.axis()\n",
" .scale(this.scale)\n",
" .orient(this.position)\n",
" .ticks(this.nticks)\n",
" .tickValues(this.tickvalues)\n",
" .tickFormat(this.tickformat);\n",
" this.elem = this.axes.baseaxes.append('g')\n",
" .attr(\"transform\", this.transform)\n",
" .attr(\"class\", this.class)\n",
" .call(this.axis);\n",
" };\n",
"\n",
" Axis.prototype.zoomed = function(){\n",
" this.elem.call(this.axis);\n",
" };\n",
"\n",
"\n",
"\n",
" function Grid(axes, xy){\n",
" this.axes = axes;\n",
" this.class = xy + \" grid\"\n",
" if(xy == \"x\"){\n",
" this.transform = \"translate(0,\" + this.axes.height + \")\";\n",
" this.position = \"bottom\";\n",
" this.scale = this.axes.xdom;\n",
" this.tickSize = -this.axes.height;\n",
" }else{\n",
" this.transform = \"translate(0,0)\";\n",
" this.position = \"left\";\n",
" this.scale = this.axes.ydom;\n",
" this.tickSize = -this.axes.width;\n",
" }\n",
" }\n",
"\n",
" Grid.prototype.draw = function(){\n",
" this.grid = d3.svg.axis()\n",
" .scale(this.scale)\n",
" .orient(this.position)\n",
" .tickSize(this.tickSize, 0, 0)\n",
" .tickFormat(\"\");\n",
" this.elem = this.axes.axes.append(\"g\")\n",
" .attr(\"class\", this.class)\n",
" .attr(\"transform\", this.transform)\n",
" .call(this.grid);\n",
" };\n",
"\n",
" Grid.prototype.zoomed = function(){\n",
" this.elem.call(this.grid);\n",
" };\n",
"\n",
"\n",
"\n",
" // This function constructs a mapped SVG path\n",
" // from an input data array\n",
" var construct_SVG_path = function(data, xmap, ymap){\n",
" var result = \"\";\n",
" for (var i=0;i<data.length;i++){\n",
" result += data[i][0];\n",
" if(data[i][0] == 'Z'){\n",
" continue;\n",
" }\n",
" for (var j=0;j<data[i][1].length;j++){\n",
" if(j % 2 == 0){\n",
" result += \" \" + xmap(data[i][1][j]);\n",
" }else{\n",
" result += \" \" + ymap(data[i][1][j]);\n",
" }\n",
" }\n",
" result += \" \";\n",
" }\n",
" return result;\n",
" };\n",
"\n",
"\n",
" var figwidth = 6.0 * 80;\n",
" var figheight = 4.0 * 80;\n",
" var fig = new Figure(\"div#figuref7b40d4447994adf80ed318612535705\",\n",
" figwidth, figheight);\n",
"\n",
"\n",
"\n",
" var ax1 = new Axes(fig, [0.125, 0.125, 0.77500000000000002, 0.77500000000000002], [-1.0, 100.0], [-1.0, 10.0],\n",
" \"linear\", \"linear\",\n",
" [-1.0, 100.0], [-1.0, 10.0],\n",
" false, false,\n",
" \"axes1\",\n",
" \"clipf7b40d4447994adf80ed3186125357051\", true);\n",
"\n",
"\n",
"\n",
"// Add an Axis element\n",
"ax1.add_element(new Axis(ax1, \"bottom\",\n",
" 7, null,\n",
" null));\n",
"\n",
"\n",
"\n",
"// Add an Axis element\n",
"ax1.add_element(new Axis(ax1, \"left\",\n",
" 7, null,\n",
" null));\n",
"\n",
"\n",
"\n",
"// Add a Line2D element\n",
"var line531645844ac04808a2fd1db26f4c6d5b = new function(){\n",
" this.data = [[0.0, 1.0], [1.0, 4.0], [2.0, 1.0], [3.0, 5.0], [4.0, 9.0], [5.0, 2.0], [6.0, 6.0], [7.0, 5.0], [8.0, 3.0], [9.0, 5.0], [10.0, 8.0], [11.0, 9.0], [12.0, 7.0], [13.0, 9.0], [14.0, 3.0], [15.0, 2.0], [16.0, 3.0], [17.0, 8.0], [18.0, 4.0], [19.0, 6.0], [20.0, 2.0], [21.0, 6.0], [22.0, 4.0], [23.0, 3.0], [24.0, 3.0], [25.0, 8.0], [26.0, 3.0], [27.0, 2.0], [28.0, 7.0], [29.0, 9.0], [30.0, 5.0], [31.0, 0.0], [32.0, 2.0], [33.0, 8.0], [34.0, 8.0], [35.0, 4.0], [36.0, 1.0], [37.0, 9.0], [38.0, 7.0], [39.0, 1.0], [40.0, 6.0], [41.0, 9.0], [42.0, 3.0], [43.0, 9.0], [44.0, 9.0], [45.0, 3.0], [46.0, 7.0], [47.0, 5.0], [48.0, 1.0], [49.0, 0.0], [50.0, 5.0], [51.0, 8.0], [52.0, 2.0], [53.0, 0.0], [54.0, 9.0], [55.0, 7.0], [56.0, 4.0], [57.0, 9.0], [58.0, 4.0], [59.0, 4.0], [60.0, 5.0], [61.0, 9.0], [62.0, 2.0], [63.0, 3.0], [64.0, 0.0], [65.0, 7.0], [66.0, 8.0], [67.0, 1.0], [68.0, 6.0], [69.0, 4.0], [70.0, 0.0], [71.0, 6.0], [72.0, 2.0], [73.0, 8.0], [74.0, 6.0], [75.0, 2.0], [76.0, 0.0], [77.0, 8.0], [78.0, 9.0], [79.0, 9.0], [80.0, 8.0], [81.0, 6.0], [82.0, 2.0], [83.0, 8.0], [84.0, 0.0], [85.0, 3.0], [86.0, 4.0], [87.0, 8.0], [88.0, 2.0], [89.0, 5.0], [90.0, 3.0], [91.0, 4.0], [92.0, 2.0], [93.0, 1.0], [94.0, 1.0], [95.0, 7.0], [96.0, 0.0], [97.0, 6.0], [98.0, 7.0], [99.0, 9.0], [100.0, 8.0], [101.0, 2.0], [102.0, 1.0], [103.0, 4.0], [104.0, 8.0], [105.0, 0.0], [106.0, 8.0], [107.0, 6.0], [108.0, 5.0], [109.0, 1.0], [110.0, 3.0], [111.0, 2.0], [112.0, 8.0], [113.0, 2.0], [114.0, 3.0], [115.0, 0.0], [116.0, 6.0], [117.0, 6.0], [118.0, 4.0], [119.0, 7.0], [120.0, 0.0], [121.0, 9.0], [122.0, 3.0], [123.0, 8.0], [124.0, 4.0], [125.0, 4.0], [126.0, 6.0], [127.0, 0.0], [128.0, 9.0], [129.0, 5.0], [130.0, 5.0], [131.0, 0.0], [132.0, 5.0], [133.0, 8.0], [134.0, 2.0], [135.0, 2.0], [136.0, 3.0], [137.0, 1.0], [138.0, 7.0], [139.0, 2.0], [140.0, 5.0], [141.0, 3.0], [142.0, 5.0], [143.0, 9.0], [144.0, 4.0], [145.0, 0.0], [146.0, 8.0], [147.0, 1.0], [148.0, 2.0], [149.0, 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[718.0, 6.0], [719.0, 0.0], [720.0, 8.0], [721.0, 6.0], [722.0, 4.0], [723.0, 0.0], [724.0, 3.0], [725.0, 4.0], [726.0, 4.0], [727.0, 1.0], [728.0, 8.0], [729.0, 1.0], [730.0, 5.0], [731.0, 9.0], [732.0, 8.0], [733.0, 1.0], [734.0, 3.0], [735.0, 6.0], [736.0, 2.0], [737.0, 9.0], [738.0, 7.0], [739.0, 7.0], [740.0, 4.0], [741.0, 7.0], [742.0, 7.0], [743.0, 1.0], [744.0, 3.0], [745.0, 0.0], [746.0, 9.0], [747.0, 9.0], [748.0, 6.0], [749.0, 0.0], [750.0, 5.0], [751.0, 1.0], [752.0, 8.0], [753.0, 7.0], [754.0, 0.0], [755.0, 7.0], [756.0, 2.0], [757.0, 1.0], [758.0, 1.0], [759.0, 3.0], [760.0, 4.0], [761.0, 9.0], [762.0, 9.0], [763.0, 9.0], [764.0, 9.0], [765.0, 9.0], [766.0, 9.0], [767.0, 8.0], [768.0, 3.0], [769.0, 7.0], [770.0, 2.0], [771.0, 9.0], [772.0, 7.0], [773.0, 8.0], [774.0, 0.0], [775.0, 4.0], [776.0, 9.0], [777.0, 9.0], [778.0, 5.0], [779.0, 1.0], [780.0, 0.0], [781.0, 5.0], [782.0, 9.0], [783.0, 7.0], [784.0, 3.0], [785.0, 1.0], [786.0, 7.0], [787.0, 3.0], [788.0, 2.0], [789.0, 8.0], [790.0, 1.0], [791.0, 6.0], [792.0, 0.0], [793.0, 9.0], [794.0, 6.0], [795.0, 3.0], [796.0, 1.0], [797.0, 8.0], [798.0, 5.0], [799.0, 9.0], [800.0, 5.0], [801.0, 0.0], [802.0, 2.0], [803.0, 4.0], [804.0, 4.0], [805.0, 5.0], [806.0, 9.0], [807.0, 4.0], [808.0, 5.0], [809.0, 5.0], [810.0, 3.0], [811.0, 4.0], [812.0, 6.0], [813.0, 9.0], [814.0, 0.0], [815.0, 8.0], [816.0, 3.0], [817.0, 0.0], [818.0, 2.0], [819.0, 6.0], [820.0, 4.0], [821.0, 2.0], [822.0, 5.0], [823.0, 2.0], [824.0, 2.0], [825.0, 3.0], [826.0, 0.0], [827.0, 8.0], [828.0, 2.0], [829.0, 5.0], [830.0, 3.0], [831.0, 3.0], [832.0, 4.0], [833.0, 4.0], [834.0, 6.0], [835.0, 8.0], [836.0, 5.0], [837.0, 0.0], [838.0, 3.0], [839.0, 5.0], [840.0, 2.0], [841.0, 6.0], [842.0, 1.0], [843.0, 9.0], [844.0, 3.0], [845.0, 1.0], [846.0, 1.0], [847.0, 8.0], [848.0, 8.0], [849.0, 1.0], [850.0, 7.0], [851.0, 1.0], [852.0, 0.0], [853.0, 1.0], [854.0, 0.0], [855.0, 0.0], [856.0, 0.0], [857.0, 3.0], [858.0, 1.0], [859.0, 3.0], [860.0, 7.0], [861.0, 8.0], [862.0, 3.0], [863.0, 8.0], [864.0, 7.0], [865.0, 5.0], [866.0, 2.0], [867.0, 8.0], [868.0, 8.0], [869.0, 6.0], [870.0, 5.0], [871.0, 8.0], [872.0, 7.0], [873.0, 5.0], [874.0, 3.0], [875.0, 3.0], [876.0, 2.0], [877.0, 0.0], [878.0, 8.0], [879.0, 3.0], [880.0, 8.0], [881.0, 1.0], [882.0, 4.0], [883.0, 2.0], [884.0, 0.0], [885.0, 6.0], [886.0, 1.0], [887.0, 7.0], [888.0, 1.0], [889.0, 7.0], [890.0, 7.0], [891.0, 6.0], [892.0, 6.0], [893.0, 9.0], [894.0, 1.0], [895.0, 4.0], [896.0, 7.0], [897.0, 3.0], [898.0, 0.0], [899.0, 3.0], [900.0, 5.0], [901.0, 9.0], [902.0, 8.0], [903.0, 2.0], [904.0, 5.0], [905.0, 3.0], [906.0, 4.0], [907.0, 9.0], [908.0, 0.0], [909.0, 4.0], [910.0, 2.0], [911.0, 8.0], [912.0, 7.0], [913.0, 5.0], [914.0, 5.0], [915.0, 4.0], [916.0, 6.0], [917.0, 8.0], [918.0, 7.0], [919.0, 3.0], [920.0, 1.0], [921.0, 1.0], [922.0, 5.0], [923.0, 9.0], [924.0, 5.0], [925.0, 6.0], [926.0, 2.0], [927.0, 8.0], [928.0, 6.0], [929.0, 3.0], [930.0, 8.0], [931.0, 8.0], [932.0, 2.0], [933.0, 3.0], [934.0, 5.0], [935.0, 3.0], [936.0, 7.0], [937.0, 8.0], [938.0, 7.0], [939.0, 5.0], [940.0, 9.0], [941.0, 3.0], [942.0, 7.0], [943.0, 5.0], [944.0, 1.0], [945.0, 9.0], [946.0, 5.0], [947.0, 7.0], [948.0, 7.0], [949.0, 8.0], [950.0, 1.0], [951.0, 8.0], [952.0, 5.0], [953.0, 7.0], [954.0, 7.0], [955.0, 8.0], [956.0, 0.0], [957.0, 5.0], [958.0, 3.0], [959.0, 2.0], [960.0, 1.0], [961.0, 7.0], [962.0, 1.0], [963.0, 2.0], [964.0, 2.0], [965.0, 6.0], [966.0, 8.0], [967.0, 0.0], [968.0, 6.0], [969.0, 6.0], [970.0, 1.0], [971.0, 3.0], [972.0, 0.0], [973.0, 0.0], [974.0, 1.0], [975.0, 9.0], [976.0, 2.0], [977.0, 7.0], [978.0, 8.0], [979.0, 7.0], [980.0, 6.0], [981.0, 6.0], [982.0, 1.0], [983.0, 1.0], [984.0, 1.0], [985.0, 9.0], [986.0, 5.0], [987.0, 9.0], [988.0, 0.0], [989.0, 9.0], [990.0, 2.0], [991.0, 1.0], [992.0, 6.0], [993.0, 4.0], [994.0, 2.0], [995.0, 0.0], [996.0, 1.0], [997.0, 9.0], [998.0, 8.0]];\n",
" this.ax = ax1;\n",
"\n",
" this.translate = function(d)\n",
" { return \"translate(\" + this.ax.x(d[0]) + \",\"\n",
" + this.ax.y(d[1]) + \")\"; };\n",
"\n",
" this.draw = function(){\n",
"\n",
" this.line = d3.svg.line()\n",
" .x(function(d) {return this.ax.x(d[0]);})\n",
" .y(function(d) {return this.ax.y(d[1]);})\n",
" .interpolate(\"linear\")\n",
" .defined(function (d) {return !isNaN(d[0]) && !isNaN(d[1]); });\n",
"\n",
" this.lineobj = this.ax.axes.append(\"svg:path\")\n",
" .attr(\"d\", this.line(this.data))\n",
" .attr('class', 'line3');\n",
"\n",
"\n",
" this.pointsobj = this.ax.axes.append(\"svg:g\")\n",
" .selectAll(\"scatter-dots-3\")\n",
" .data(this.data.filter(\n",
" function(d){return !isNaN(d[0]) && !isNaN(d[1]); }))\n",
" .enter().append(\"svg:path\")\n",
" .attr('class', 'points3')\n",
" .attr(\"d\", d3.svg.symbol()\n",
" .type(\"circle\")\n",
" .size(9))\n",
" .attr(\"transform\", this.translate.bind(this));\n",
"\n",
" };\n",
"\n",
" this.zoomed = function(){\n",
"\n",
"\n",
" this.lineobj.attr(\"d\", this.line(this.data));\n",
"\n",
"\n",
" this.pointsobj.attr(\"transform\", this.translate.bind(this));\n",
"\n",
"\n",
" }\n",
"};\n",
"\n",
"ax1.add_element(line531645844ac04808a2fd1db26f4c6d5b);\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
"\n",
" fig.draw();\n",
"\n",
"\n",
" fig.root.append(\"div\")\n",
" .append(\"button\")\n",
" .text(\"Reset\")\n",
" .on(\"click\", fig.reset.bind(fig));\n",
"\n",
" var _ = function() {\n",
" var a = ax1;\n",
"\n",
" var zoom_x = a.zoom,\n",
" zoom_y = d3.behavior.zoom()\n",
" .y(a.ydom),\n",
" position_y0 = null,\n",
" translate_y0 = null;\n",
"\n",
" // remove y scale from default controller\n",
" a.zoom\n",
" .y(d3.scale.linear())\n",
"\n",
" // add pan-without-zoom behavior for y-axis \n",
" a.baseaxes\n",
" .on(\"mousedown.zoom_y\", function() {\n",
" translate_y0 = zoom_y.translate()[1];\n",
" position_y0 = d3.event.pageY;\n",
" })\n",
" .on(\"mousemove.zoom_y\", function() {\n",
" if (position_y0 != null) {\n",
" zoom_y.translate([0, translate_y0 + d3.event.pageY - position_y0]);\n",
" }\n",
" })\n",
" .on(\"mouseup.zoom_y\", function() {\n",
" position_y0 = null;\n",
" });\n",
"\n",
"\n",
" var x_min_scale = (a.xdom.invert(a.width) - a.xdom.invert(0)) / (1001.0 - -1.0),\n",
" y_min_scale = (a.ydom.invert(0) - a.ydom.invert(a.height)) / (10.0 - -1.0);\n",
"\n",
" a.zoom\n",
" .on(\"zoom\", function() { // replace zoom event with one that bounds pan\n",
"\n",
" // enforce zoom limits\n",
" var screen_x_lower = a.xdom(-1.0),\n",
" screen_x_upper = a.xdom(1001.0),\n",
" screen_y_lower = a.ydom(-1.0),\n",
" screen_y_upper = a.ydom(10.0);\n",
"\n",
" if((screen_x_lower >= 0) && (screen_x_upper < a.width)) {\n",
" zoom_x.scale(x_min_scale);\n",
" }\n",
" if((screen_y_upper >= 0) && (screen_y_lower < a.height)) {\n",
" zoom_y.scale(y_min_scale);\n",
" }\n",
"\n",
" // enforce pan limits\n",
" screen_x_lower = a.xdom(-1.0);\n",
" screen_x_upper = a.xdom(1001.0);\n",
" screen_y_lower = a.ydom(-1.0);\n",
" screen_y_upper = a.ydom(10.0);\n",
" var tx = zoom_x.translate()[0],\n",
" ty = zoom_y.translate()[1];\n",
"\n",
" if(screen_x_lower > 0) {\n",
" tx = tx - screen_x_lower;\n",
" }\n",
" else if(screen_x_upper < a.width) {\n",
" tx = tx + a.width - screen_x_upper;\n",
" }\n",
"\n",
" if(screen_y_upper > 0) {\n",
" ty = ty - screen_y_upper;\n",
" }\n",
" else if(screen_y_lower < a.height) {\n",
" ty = ty + a.height - screen_y_lower;\n",
" }\n",
"\n",
" zoom_x.translate([tx, ty]);\n",
" zoom_y.translate([tx,ty]);\n",
"\n",
" // redraw\n",
" a.zoomed.bind(a)();\n",
" });\n",
"\n",
" // change a.finalize_reset to reset zoom_x and zoom_y\n",
" a.finalize_reset = function() {\n",
" zoom_x.scale(1).translate([0,0]);\n",
" zoom_y.scale(1).translate([0,0]);\n",
" }\n",
" }() // function-level scope\n",
"\n",
" return fig\n",
" }\n",
"\n",
" // set a timeout of 0: this makes things work in the IPython notebook\n",
" setTimeout(function(){\n",
" // we need to call the function, making sure d3 is defined appropriately\n",
" if(typeof define === \"function\" && define.amd){\n",
" // If require.js is available, use it to load d3\n",
" require.config({paths: {d3: \"//cdnjs.cloudflare.com/ajax/libs/d3/3.4.1/d3.min\"}});\n",
" require([\"d3\"], create_figf7b40d4447994adf80ed318612535705);\n",
" }else if(typeof d3 === \"undefined\"){\n",
" // No require.js: dynamically load d3\n",
" var s = document.createElement('script');\n",
" s.src = \"//cdnjs.cloudflare.com/ajax/libs/d3/3.4.1/d3.min.js\";\n",
" s.async = true;\n",
" s.onreadystatechange = s.onload = s.onerror = function() {\n",
" if(typeof d3 === \"undefined\"){\n",
" document.getElementById(\"figuref7b40d4447994adf80ed318612535705\").innerHTML =\n",
" \"<p style='color:red;'>(d3 failed to load)</p>\";\n",
" }else{\n",
" create_figf7b40d4447994adf80ed318612535705(d3);\n",
" }\n",
" };\n",
" document.getElementsByTagName(\"head\")[0].appendChild(s);\n",
" }else{\n",
" // d3 is already globally loaded\n",
" create_figf7b40d4447994adf80ed318612535705(d3);\n",
" }\n",
" }, 0);\n",
"\n",
" </script>\n",
"\n",
"\n",
"\n"
],
"metadata": {},
"output_type": "display_data",
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lUsFf//Vfo1qt4sorr+zbr1Kp4IEHHsDRo0eVBWVl51IF22Q56ECwqf90XhMP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\nHBwcHBwcHBwcHLYG/n/kBxKOiE1PZgAAAABJRU5ErkJggg==\n",
"text": [
"<matplotlib.figure.Figure at 0x37190d0>"
]
}
],
"prompt_number": 9
},
{
"cell_type": "code",
"collapsed": false,
"input": [],
"language": "python",
"metadata": {},
"outputs": []
}
],
"metadata": {}
}
]
}
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