NapalmHorn/makeChartGoogle3d

## makeChartGoogle3d
import os.path # used by makeChart to create new unnamed charts
import webbrowser # used by makeChart to open the freshly created chart.

def makeChart(chartableDict):
    """Takes a dictionary with the subset of data that we want and makes a chart
    Input : chartableDict which can have special entries
        "control chart title" => the title of the new chart,
            if absent or blank title will be 'chart title'
        "control chart options" => the options to be sent to google charts,
            if absent or blank defaults will be used
        all other keys are labels for the new chart, and correspond to data points.
        'control open chart' => if present indicates chart should open automatically
    Output: a file named whatever the chartableDict['control chart title'] + '.html',
        or, if absent or blank, chart\d+.html w/ \d+ as lowest possible choice starting at zero
    """
    htmlPriorToChart = """<html>
  <head>
    <script type="text/javascript" src="https://www.google.com/jsapi"></script>
    <script type="text/javascript">
      google.load("visualization", "1", {packages:["corechart"]});
      google.setOnLoadCallback(drawChart);
      function drawChart() {
        var data = google.visualization.arrayToDataTable([
          ['Label', 'Data'],"""
    htmlFollowingChart = """
        var chart = new google.visualization.PieChart(document.getElementById('piechart_3d'));
        chart.draw(data, options);
      }
    </script>
  </head>
  <body>
    <div id="piechart_3d" style="width: 900px; height: 500px;"></div>
  </body>
</html>
    """
    controlOpenChart = None #thus it does not open by default
    controlChartTitle = ''# title of chart
    controlChartOptions = '' # the options properly formatted to be loaded into the HTML file
    htmlDataChart = '' # the working string of html of chart data
    # check for control chart title and set it
    if 'control open chart' in chartableDict.keys():
        controlOpenChart = chartableDict['control open chart']
        del chartableDict['control open chart']
    if 'control chart title' in chartableDict.keys() :
        if chartableDict['control chart title']:
            controlChartTitle = chartableDict['control chart title'] # load it into controlChartTitle
        else:
            chartNumber = 1
            while chartNumber :
                if not os.path.isfile('chart' + str(chartNumber - 1) + '.html' ):
                    controlChartTitle = 'chart' + str(chartNumber - 1) + '.html'
                    chartNumber = 0
                else:
                    chartNumber += 1
        del chartableDict['control chart title'] # remove control key
    else:
        # if absent or blank pick first available generic chart name
        chartNumber = 1
        while chartNumber :
            if not os.path.isfile('chart' + str(chartNumber - 1) + '.html' ):
                controlChartTitle = 'chart' + str(chartNumber - 1) + '.html'
                chartNumber = 0
            else:
                chartNumber += 1
    # create the options strings from control chart options
    if 'control chart options' in chartableDict.keys():
        if chartableDict['control chart options'] :
            controlChartOptions = chartableDict['control chart options']
        del chartableDict['control chart options'] # remove control key
    else:
        None # leave it blank
     # for each key remaining treat them as a label
    for datum in chartableDict.keys():
        # add a label and data row to the htmlDataChart
        if htmlDataChart:
            htmlDataChart +=',' # if its not blank put a comma at the end, saves unneeded trailing comma
        htmlDataChart += "\n          ['" + str(datum) + "',   " + str(chartableDict[datum]) + '  ]'
    htmlDataChart += '\n        ]);\n'    #close chart
    # write all 4 parts of HTML to the file.
    f = open( controlChartTitle ,'w')
    f.write(htmlPriorToChart)
    f.write(htmlDataChart)
    f.write(controlChartOptions)
    f.write(htmlFollowingChart)
    f.close()
    if controlOpenChart:
        webbrowser.open_new_tab(controlChartTitle) # call web browser to open html file.
    return None
	import os.path # used by makeChart to create new unnamed charts
	import webbrowser # used by makeChart to open the freshly created chart.

	def makeChart(chartableDict):
	"""Takes a dictionary with the subset of data that we want and makes a chart
	Input : chartableDict which can have special entries
	"control chart title" => the title of the new chart,
	if absent or blank title will be 'chart title'
	"control chart options" => the options to be sent to google charts,
	if absent or blank defaults will be used
	all other keys are labels for the new chart, and correspond to data points.
	'control open chart' => if present indicates chart should open automatically
	Output: a file named whatever the chartableDict['control chart title'] + '.html',
	or, if absent or blank, chart\d+.html w/ \d+ as lowest possible choice starting at zero
	"""
	htmlPriorToChart = """<html>
	<head>
	<script type="text/javascript" src="https://www.google.com/jsapi"></script>
	<script type="text/javascript">
	google.load("visualization", "1", {packages:["corechart"]});
	google.setOnLoadCallback(drawChart);
	function drawChart() {
	var data = google.visualization.arrayToDataTable([
	['Label', 'Data'],"""
	htmlFollowingChart = """
	var chart = new google.visualization.PieChart(document.getElementById('piechart_3d'));
	chart.draw(data, options);
	}
	</script>
	</head>
	<body>
	<div id="piechart_3d" style="width: 900px; height: 500px;"></div>
	</body>
	</html>
	"""
	controlOpenChart = None #thus it does not open by default
	controlChartTitle = ''# title of chart
	controlChartOptions = '' # the options properly formatted to be loaded into the HTML file
	htmlDataChart = '' # the working string of html of chart data
	# check for control chart title and set it
	if 'control open chart' in chartableDict.keys():
	controlOpenChart = chartableDict['control open chart']
	del chartableDict['control open chart']
	if 'control chart title' in chartableDict.keys() :
	if chartableDict['control chart title']:
	controlChartTitle = chartableDict['control chart title'] # load it into controlChartTitle
	else:
	chartNumber = 1
	while chartNumber :
	if not os.path.isfile('chart' + str(chartNumber - 1) + '.html' ):
	controlChartTitle = 'chart' + str(chartNumber - 1) + '.html'
	chartNumber = 0
	else:
	chartNumber += 1
	del chartableDict['control chart title'] # remove control key
	else:
	# if absent or blank pick first available generic chart name
	chartNumber = 1
	while chartNumber :
	if not os.path.isfile('chart' + str(chartNumber - 1) + '.html' ):
	controlChartTitle = 'chart' + str(chartNumber - 1) + '.html'
	chartNumber = 0
	else:
	chartNumber += 1
	# create the options strings from control chart options
	if 'control chart options' in chartableDict.keys():
	if chartableDict['control chart options'] :
	controlChartOptions = chartableDict['control chart options']
	del chartableDict['control chart options'] # remove control key
	else:
	None # leave it blank
	# for each key remaining treat them as a label
	for datum in chartableDict.keys():
	# add a label and data row to the htmlDataChart
	if htmlDataChart:
	htmlDataChart +=',' # if its not blank put a comma at the end, saves unneeded trailing comma
	htmlDataChart += "\n ['" + str(datum) + "', " + str(chartableDict[datum]) + ' ]'
	htmlDataChart += '\n ]);\n' #close chart
	# write all 4 parts of HTML to the file.
	f = open( controlChartTitle ,'w')
	f.write(htmlPriorToChart)
	f.write(htmlDataChart)
	f.write(controlChartOptions)
	f.write(htmlFollowingChart)
	f.close()
	if controlOpenChart:
	webbrowser.open_new_tab(controlChartTitle) # call web browser to open html file.
	return None