@@ -40,35 +40,34 @@ See also <a href="area_line.html">Area Line</a> </div> - <pre><div class="syntax"><pre>def test_area_hollow(): + <pre>def test_area_hollow(): - t = title(text="Area Hollow Chart") - a = area_hollow() - a.width = 2 - a.dot_size = 4 - a.halo_size = 1 - a.colour = '#C4B86A' - a.fill_colour = '#C4B8AA' - a.fill_alpha = 0.7 - a.values = scurve() - chart = open_flash_chart() - chart.title = t - chart.add_element(a) - y = y_axis() - y.min, y.max, y.steps = -2, 2, 2 - y.labels = None - y.offset = False + t = title(text="Area Hollow Chart") + a = area_hollow() + a.width = 2 + a.dot_size = 4 + a.halo_size = 1 + a.colour = '#C4B86A' + a.fill_colour = '#C4B8AA' + a.fill_alpha = 0.7 + a.values = scurve() + chart = open_flash_chart() + chart.title = t + chart.add_element(a) + y = y_axis() + y.min, y.max, y.steps = -2, 2, 2 + y.labels = None + y.offset = False - x = x_axis() - x.labels = scurve() - x.steps = 2 - xlbls = x_axis_labels(steps=4, rotate="vertical") - x.labels = xlbls + x = x_axis() + x.labels = scurve() + x.steps = 2 + xlbls = x_axis_labels(steps=4, rotate="vertical") + x.labels = xlbls - chart.y_axis = y - chart.x_axis = x - return chart -</pre></div> + chart.y_axis = y + chart.x_axis = x + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/area_hollow.json">area_hollow.json</a> demo/area_hollow.html @@ -40,35 +40,34 @@ See also <a href="area_hollow.html">Area Hollow</a> </div> - <pre><div class="syntax"><pre>def test_area_line(): + <pre>def test_area_line(): - t = title(text="Area Chart") - a = area_line() - a.width = 2 - a.dot_size = 4 - a.halo_size = 1 - a.colour = '#C4B86A' - a.fill_colour = '#C4B8AA' - a.fill_alpha = 0.7 - a.values = scurve() - chart = open_flash_chart() - chart.title = t - chart.add_element(a) - y = y_axis() - y.min, y.max, y.steps = -2, 2, 2 - y.labels = None - y.offset = False + t = title(text="Area Chart") + a = area_line() + a.width = 2 + a.dot_size = 4 + a.halo_size = 1 + a.colour = '#C4B86A' + a.fill_colour = '#C4B8AA' + a.fill_alpha = 0.7 + a.values = scurve() + chart = open_flash_chart() + chart.title = t + chart.add_element(a) + y = y_axis() + y.min, y.max, y.steps = -2, 2, 2 + y.labels = None + y.offset = False - x = x_axis() - x.labels = scurve() - x.steps = 2 - xlbls = x_axis_labels(steps=4, rotate="vertical") - x.labels = xlbls + x = x_axis() + x.labels = scurve() + x.steps = 2 + xlbls = x_axis_labels(steps=4, rotate="vertical") + x.labels = xlbls - chart.y_axis = y - chart.x_axis = x - return chart -</pre></div> + chart.y_axis = y + chart.x_axis = x + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/area_line.json">area_line.json</a> demo/area_line.html @@ -39,16 +39,15 @@ <div id="doc">Make a Bar Chart To add more than one set of bars to a bar chart, see <a href="bar_2.html">Bar Chart 2</a> </div> - <pre><div class="syntax"><pre>def test_bar(): + <pre>def test_bar(): - t = title(text=time.strftime('%a %Y %b %d')) - b = bar() - b.values = range(9,0,-1) - chart = open_flash_chart() - chart.title = t - chart.add_element(b) - return chart -</pre></div> + t = title(text=time.strftime('%a %Y %b %d')) + b = bar() + b.values = range(9,0,-1) + chart = open_flash_chart() + chart.title = t + chart.add_element(b) + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/bar.json">bar.json</a> demo/bar.html @@ -38,20 +38,19 @@ <div id="chart_bar_2"></div> <div id="doc">Add more than one bar to the chart </div> - <pre><div class="syntax"><pre>def test_bar_2(): + <pre>def test_bar_2(): - t = title(text=time.strftime('%a %Y %b %d')) - b1 = bar() - b1.values = range(9,0,-1) - b2 = bar() - b2.values = [random.randint(0,9) for i in range(9)] - b2.colour = '#56acde' - chart = open_flash_chart() - chart.title = t - chart.add_element(b1) - chart.add_element(b2) - return chart -</pre></div> + t = title(text=time.strftime('%a %Y %b %d')) + b1 = bar() + b1.values = range(9,0,-1) + b2 = bar() + b2.values = [5,4,0,1,7,8,4,2,3,6] + b2.colour = '#56acde' + chart = open_flash_chart() + chart.title = t + chart.add_element(b1) + chart.add_element(b2) + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/bar_2.json">bar_2.json</a> demo/bar_2.html @@ -38,17 +38,16 @@ <div id="chart_bar_filled"></div> <div id="doc">Set the outline colour </div> - <pre><div class="syntax"><pre>def test_bar_filled(): + <pre>def test_bar_filled(): - t = title(text=time.strftime('%a %Y %b %d')) - b1 = bar_filled(colour='#E2D66A') - b1.values = range(9,0,-1) - b1.outline_colour = '#577261' - chart = open_flash_chart(bg_colour="#FFFFFF") - chart.title = t - chart.add_element(b1) - return chart -</pre></div> + t = title(text=time.strftime('%a %Y %b %d')) + b1 = bar_filled(colour='#E2D66A') + b1.values = range(9,0,-1) + b1.outline_colour = '#577261' + chart = open_flash_chart(bg_colour="#FFFFFF") + chart.title = t + chart.add_element(b1) + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/bar_filled.json">bar_filled.json</a> demo/bar_filled.html @@ -1 +1 @@ -{"elements": [{"values": [9, 8, 7, 6, 5, 4, 3, 2, 1], "type": "bar"}], "title": {"text": "Thu 2009 May 21"}} \ No newline at end of file +{"elements": [{"values": [9, 8, 7, 6, 5, 4, 3, 2, 1], "type": "bar"}], "title": {"text": "Mon 2009 Oct 12"}} \ No newline at end of file demo/data/bar.json @@ -1 +1 @@ -{"elements": [{"values": [9, 8, 7, 6, 5, 4, 3, 2, 1], "type": "bar"}, {"values": [8, 9, 2, 7, 6, 0, 0, 7, 2], "colour": "#56acde", "type": "bar"}], "title": {"text": "Thu 2009 May 21"}} \ No newline at end of file +{"elements": [{"values": [9, 8, 7, 6, 5, 4, 3, 2, 1], "type": "bar"}, {"values": [5, 4, 0, 1, 7, 8, 4, 2, 3, 6], "colour": "#56acde", "type": "bar"}], "title": {"text": "Mon 2009 Oct 12"}} \ No newline at end of file demo/data/bar_2.json @@ -1 +1 @@ -{"bg_colour": "#FFFFFF", "elements": [{"values": [9, 8, 7, 6, 5, 4, 3, 2, 1], "colour": "#E2D66A", "type": "bar_filled", "outline-colour": "#577261"}], "title": {"text": "Thu 2009 May 21"}} \ No newline at end of file +{"bg_colour": "#FFFFFF", "elements": [{"values": [9, 8, 7, 6, 5, 4, 3, 2, 1], "colour": "#E2D66A", "type": "bar_filled", "outline-colour": "#577261"}], "title": {"text": "Mon 2009 Oct 12"}} \ No newline at end of file demo/data/bar_filled.json @@ -1 +1 @@ -{"elements": [{"values": [9, 8, 7, 6, 5, 4, 3, 2, 1], "type": "line"}], "title": {"text": "Thu 2009 May 21"}} \ No newline at end of file +{"elements": [{"values": [9, 8, 7, 6, 5, 4, 3, 2, 1], "type": "line"}], "title": {"text": "Mon 2009 Oct 12"}} \ No newline at end of file demo/data/line.json @@ -1 +1 @@ -{"y_axis": {"max": 15, "steps": 5, "min": 0}, "elements": [{"dot-size": 4, "values": [7.0, 7.37747172851, 7.73989485039, 8.07282069945, 8.36297657271, 8.59879487114, 8.77087426334, 8.87235448698, 8.89918984578, 8.85031049867, 8.72766511097, 8.53614316726, 8.28338004305, 7.97945260646, 7.6364774853, 7.26812801531, 6.88908912749, 6.51447190615, 6.15921115774, 5.83747000721, 5.56207525891, 5.34400603241, 5.19195605961, 5.1119870931, 5.10728724321, 5.17804387814, 5.32143615413, 5.53174747364, 5.80059338804, 6.11725585911, 6.46911055342], "type": "line_dot", "width": 2, "halo-size": 0}, {"dot-size": 4, "values": [10.0, 10.3774717285, 10.7398948504, 11.0728206995, 11.3629765727, 11.5987948711, 11.7708742633, 11.872354487, 11.8991898458, 11.8503104987, 11.727665111, 11.5361431673, 11.283380043, 10.9794526065, 10.6364774853, 10.2681280153, 9.88908912749, 9.51447190615, 9.15921115774, 8.83747000721, 8.56207525891, 8.34400603241, 8.19195605961, 8.1119870931, 8.10728724321, 8.17804387814, 8.32143615413, 8.53174747364, 8.80059338804, 9.11725585911, 9.46911055342], "type": "line_dot", "width": 1, "halo-size": 1}, {"dot-size": 4, "values": [4.0, 4.37747172851, 4.73989485039, 5.07282069945, 5.36297657271, 5.59879487114, 5.77087426334, 5.87235448698, 5.89918984578, 5.85031049867, 5.72766511097, 5.53614316726, 5.28338004305, 4.97945260646, 4.6364774853, 4.26812801531, 3.88908912749, 3.51447190615, 3.15921115774, 2.83747000721, 2.56207525891, 2.34400603241, 2.19195605961, 2.1119870931, 2.10728724321, 2.17804387814, 2.32143615413, 2.53174747364, 2.80059338804, 3.11725585911, 3.46911055342], "type": "line_dot", "width": 6, "halo-size": 1}], "title": {"text": "Thu 2009 May 21"}} \ No newline at end of file +{"y_axis": {"max": 15, "steps": 5, "min": 0}, "elements": [{"dot-size": 4, "values": [7.0, 7.37747172851, 7.73989485039, 8.07282069945, 8.36297657271, 8.59879487114, 8.77087426334, 8.87235448698, 8.89918984578, 8.85031049867, 8.72766511097, 8.53614316726, 8.28338004305, 7.97945260646, 7.6364774853, 7.26812801531, 6.88908912749, 6.51447190615, 6.15921115774, 5.83747000721, 5.56207525891, 5.34400603241, 5.19195605961, 5.1119870931, 5.10728724321, 5.17804387814, 5.32143615413, 5.53174747364, 5.80059338804, 6.11725585911, 6.46911055342], "type": "line_dot", "width": 2, "halo-size": 0}, {"dot-size": 4, "values": [10.0, 10.3774717285, 10.7398948504, 11.0728206995, 11.3629765727, 11.5987948711, 11.7708742633, 11.872354487, 11.8991898458, 11.8503104987, 11.727665111, 11.5361431673, 11.283380043, 10.9794526065, 10.6364774853, 10.2681280153, 9.88908912749, 9.51447190615, 9.15921115774, 8.83747000721, 8.56207525891, 8.34400603241, 8.19195605961, 8.1119870931, 8.10728724321, 8.17804387814, 8.32143615413, 8.53174747364, 8.80059338804, 9.11725585911, 9.46911055342], "type": "line_dot", "width": 1, "halo-size": 1}, {"dot-size": 4, "values": [4.0, 4.37747172851, 4.73989485039, 5.07282069945, 5.36297657271, 5.59879487114, 5.77087426334, 5.87235448698, 5.89918984578, 5.85031049867, 5.72766511097, 5.53614316726, 5.28338004305, 4.97945260646, 4.6364774853, 4.26812801531, 3.88908912749, 3.51447190615, 3.15921115774, 2.83747000721, 2.56207525891, 2.34400603241, 2.19195605961, 2.1119870931, 2.10728724321, 2.17804387814, 2.32143615413, 2.53174747364, 2.80059338804, 3.11725585911, 3.46911055342], "type": "line_dot", "width": 6, "halo-size": 1}], "title": {"text": "Mon 2009 Oct 12"}} \ No newline at end of file demo/data/line_dot.json @@ -1 +1 @@ -{"y_axis": {"max": 15, "steps": 5, "min": 0}, "elements": [{"dot-size": 4, "values": [7.0, 7.37747172851, 7.73989485039, 8.07282069945, 8.36297657271, 8.59879487114, 8.77087426334, 8.87235448698, 8.89918984578, 8.85031049867, 8.72766511097, 8.53614316726, 8.28338004305, 7.97945260646, 7.6364774853, 7.26812801531, 6.88908912749, 6.51447190615, 6.15921115774, 5.83747000721, 5.56207525891, 5.34400603241, 5.19195605961, 5.1119870931, 5.10728724321, 5.17804387814, 5.32143615413, 5.53174747364, 5.80059338804, 6.11725585911, 6.46911055342], "type": "line_hollow", "width": 2, "halo-size": 0}, {"dot-size": 4, "values": [10.0, 10.3774717285, 10.7398948504, 11.0728206995, 11.3629765727, 11.5987948711, 11.7708742633, 11.872354487, 11.8991898458, 11.8503104987, 11.727665111, 11.5361431673, 11.283380043, 10.9794526065, 10.6364774853, 10.2681280153, 9.88908912749, 9.51447190615, 9.15921115774, 8.83747000721, 8.56207525891, 8.34400603241, 8.19195605961, 8.1119870931, 8.10728724321, 8.17804387814, 8.32143615413, 8.53174747364, 8.80059338804, 9.11725585911, 9.46911055342], "type": "line_hollow", "width": 1, "halo-size": 1}, {"dot-size": 4, "values": [4.0, 4.37747172851, 4.73989485039, 5.07282069945, 5.36297657271, 5.59879487114, 5.77087426334, 5.87235448698, 5.89918984578, 5.85031049867, 5.72766511097, 5.53614316726, 5.28338004305, 4.97945260646, 4.6364774853, 4.26812801531, 3.88908912749, 3.51447190615, 3.15921115774, 2.83747000721, 2.56207525891, 2.34400603241, 2.19195605961, 2.1119870931, 2.10728724321, 2.17804387814, 2.32143615413, 2.53174747364, 2.80059338804, 3.11725585911, 3.46911055342], "type": "line_hollow", "width": 6, "halo-size": 1}], "title": {"text": "Thu 2009 May 21"}} \ No newline at end of file +{"y_axis": {"max": 15, "steps": 5, "min": 0}, "elements": [{"dot-size": 4, "values": [7.0, 7.37747172851, 7.73989485039, 8.07282069945, 8.36297657271, 8.59879487114, 8.77087426334, 8.87235448698, 8.89918984578, 8.85031049867, 8.72766511097, 8.53614316726, 8.28338004305, 7.97945260646, 7.6364774853, 7.26812801531, 6.88908912749, 6.51447190615, 6.15921115774, 5.83747000721, 5.56207525891, 5.34400603241, 5.19195605961, 5.1119870931, 5.10728724321, 5.17804387814, 5.32143615413, 5.53174747364, 5.80059338804, 6.11725585911, 6.46911055342], "type": "line_hollow", "width": 2, "halo-size": 0}, {"dot-size": 4, "values": [10.0, 10.3774717285, 10.7398948504, 11.0728206995, 11.3629765727, 11.5987948711, 11.7708742633, 11.872354487, 11.8991898458, 11.8503104987, 11.727665111, 11.5361431673, 11.283380043, 10.9794526065, 10.6364774853, 10.2681280153, 9.88908912749, 9.51447190615, 9.15921115774, 8.83747000721, 8.56207525891, 8.34400603241, 8.19195605961, 8.1119870931, 8.10728724321, 8.17804387814, 8.32143615413, 8.53174747364, 8.80059338804, 9.11725585911, 9.46911055342], "type": "line_hollow", "width": 1, "halo-size": 1}, {"dot-size": 4, "values": [4.0, 4.37747172851, 4.73989485039, 5.07282069945, 5.36297657271, 5.59879487114, 5.77087426334, 5.87235448698, 5.89918984578, 5.85031049867, 5.72766511097, 5.53614316726, 5.28338004305, 4.97945260646, 4.6364774853, 4.26812801531, 3.88908912749, 3.51447190615, 3.15921115774, 2.83747000721, 2.56207525891, 2.34400603241, 2.19195605961, 2.1119870931, 2.10728724321, 2.17804387814, 2.32143615413, 2.53174747364, 2.80059338804, 3.11725585911, 3.46911055342], "type": "line_hollow", "width": 6, "halo-size": 1}], "title": {"text": "Mon 2009 Oct 12"}} \ No newline at end of file demo/data/line_hollow.json @@ -1 +1 @@ -{"y_axis": {"max": 20, "steps": 5, "min": 0}, "elements": [{"font-size": 10, "text": "Line 1", "colour": "#DFC329", "dot-size": 5, "width": 4, "values": [3, 2, 4, 6, 2, 2, 6, 3, 5], "type": "line_dot"}, {"font-size": 10, "text": "Line 2", "colour": "#6363ac", "dot-size": 5, "width": 1, "values": [7, 7, 13, 13, 13, 11, 12, 13, 11], "type": "line_hollow"}, {"font-size": 10, "text": "Line 3", "colour": "#5E4725", "width": 4, "values": [17, 19, 16, 16, 15, 18, 16, 15, 14], "type": "line"}], "title": {"text": "Three lines example"}} \ No newline at end of file +{"y_axis": {"max": 20, "steps": 5, "min": 0}, "elements": [{"font-size": 10, "text": "Line 1", "colour": "#DFC329", "dot-size": 5, "width": 4, "values": [2, 4, 1, 3, 5, 6, 8, 9, 7], "type": "line_dot"}, {"font-size": 10, "text": "Line 2", "colour": "#6363ac", "dot-size": 5, "width": 1, "values": [8, 7, 10, 9, 11, 13, 12, 9, 7, 8], "type": "line_hollow"}, {"font-size": 10, "text": "Line 3", "colour": "#5E4725", "width": 4, "values": [15, 14, 19, 16, 17, 18, 15, 16, 14], "type": "line"}], "title": {"text": "Three lines example"}} \ No newline at end of file demo/data/manylines.json @@ -1 +1 @@ -{"y_axis": {"max": 10, "min": -10}, "x_axis": {"max": 25, "min": 0}, "elements": [{"values": [{"y": 0, "x": 0.0}, {"y": -0.4, "x": 1.2}, {"y": 0.2, "x": 2.0}, {"y": -1.3, "x": 2.7}, {"y": 1.9, "x": 3.5}, {"y": 2.0, "x": 4.8}, {"y": 1.8, "x": 5.8}, {"y": 0.4, "x": 7.0}, {"y": 0.5, "x": 7.5}, {"y": 1.7, "x": 8.5}, {"y": 1.4, "x": 9.3}, {"y": 1.6, "x": 9.9}, {"y": -0.8, "x": 11.1}, {"y": 0.0, "x": 11.6}, {"y": -1.3, "x": 12.3}, {"y": 1.2, "x": 12.8}, {"y": -2.0, "x": 13.6}, {"y": -1.8, "x": 15.1}, {"y": -1.5, "x": 16.3}, {"y": 0.0, "x": 17.7}, {"y": 0.3, "x": 18.9}, {"y": 1.8, "x": 19.6}, {"y": 1.5, "x": 20.2}, {"y": 1.2, "x": 20.7}, {"y": 1.5, "x": 21.3}, {"y": 1.6, "x": 21.8}, {"y": -0.6, "x": 22.5}, {"y": -1.1, "x": 23.3}, {"y": 0.8, "x": 23.8}, {"y": 1.9, "x": 24.3}], "colour": "#FFD600", "type": "scatter_line", "dot-size": 3}], "title": {"text": "Scatter Line Chart"}} \ No newline at end of file +{"y_axis": {"max": 10, "min": -10}, "x_axis": {"max": 25, "min": 0}, "elements": [{"values": [{"y": 0, "x": 0}, {"y": 0.5, "x": 1.2}, {"y": -0.9, "x": 2.5}, {"y": -2.6, "x": 3.2}, {"y": -2.6, "x": 4.6}, {"y": -2.3, "x": 6}, {"y": -0.4, "x": 7.5}, {"y": 0.2, "x": 8.9}, {"y": -1.7, "x": 10}, {"y": -2.1, "x": 11}, {"y": -3.2, "x": 11.6}, {"y": -3.1, "x": 12.2}, {"y": -1.3, "x": 13.2}, {"y": -3.2, "x": 14.5}, {"y": -4.3, "x": 15.3}, {"y": -4.2, "x": 15.9}, {"y": -5.6, "x": 16.5}, {"y": -4.4, "x": 17.3}, {"y": -2.7, "x": 18.7}, {"y": -2.7, "x": 19.6}, {"y": -1.7, "x": 20.1}, {"y": -2.8, "x": 21.3}, {"y": -4.6, "x": 22.7}, {"y": -4.3, "x": 23.3}, {"y": -4.5, "x": 24.8}], "colour": "#FFD600", "type": "scatter_line", "dot-size": 3}], "title": {"text": "Scatter Line Chart"}} \ No newline at end of file demo/data/scatter_line_chart.json @@ -1 +1 @@ -{"x_axis": {"labels": {"labels": ["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"]}, "offset": false}, "elements": [{"values": [{"y": 4, "x": 10}, {"y": 7, "x": 3}, {"y": 8, "x": 2}, {"y": 8, "x": 1}, {"y": 3, "x": 9}], "colour": "#89ad34", "type": "shape"}], "title": {"text": "Random shape"}} \ No newline at end of file +{"x_axis": {"labels": {"labels": ["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"]}, "offset": false}, "elements": [{"values": [{"y": 5, "x": 6}, {"y": 8, "x": 8}, {"y": 5, "x": 6}, {"y": 9, "x": 6}, {"y": 10, "x": 2}], "colour": "#89ad34", "type": "shape"}], "title": {"text": "Random shape"}} \ No newline at end of file demo/data/shape.json @@ -10,7 +10,6 @@ from __future__ import division from pyofc2 import * import time import math -import random import inspect import pprint from jinja import Environment, FileSystemLoader @@ -120,7 +119,7 @@ def test_manylines(): l1.width = 4 l1.colour = "#DFC329" l1.dot_size = 5 - l1.values = [random.randint(1,6) for i in range(9)] + l1.values = [2,4,1,3,5,6,8,9,7] l1.text = 'Line 1' l1.font_size = 10 @@ -128,14 +127,14 @@ def test_manylines(): l2.width = 1 l2.colour = "#6363ac" l2.dot_size = 5 - l2.values = [random.randint(7,13) for i in range(9)] + l2.values = [8,7,10,9,11,13,12,9,7,8] l2.text = 'Line 2' l2.font_size = 10 l3 = line() l3.width = 4; l3.colour = "#5E4725" - l3.values = [random.randint(14,19) for i in range(9)] + l3.values = [15,14,19,16,17,18,15,16,14] l3.text = 'Line 3' l3.font_size = 10 @@ -174,7 +173,7 @@ def test_bar_2(): b1 = bar() b1.values = range(9,0,-1) b2 = bar() - b2.values = [random.randint(0,9) for i in range(9)] + b2.values = [5,4,0,1,7,8,4,2,3,6] b2.colour = '#56acde' chart = open_flash_chart() chart.title = t @@ -349,15 +348,8 @@ def test_scatter_line_chart(): x = 0.0 y = 0 v = [] - while(x<25): - v.append(scatter_value(x=x,y=y)) - y = random.randint(-20,20)/10 - if y > 10: y = 10 - if y < -10 : y = -10 - x += random.randint(5, 15)/10 - s.values = v + s.values = [ { "x": 0, "y": 0 }, { "x": 1.2, "y": 0.5 }, { "x": 2.5, "y": -0.9 }, { "x": 3.2, "y": -2.6 }, { "x": 4.6, "y": -2.6 }, { "x": 6, "y": -2.3 }, { "x": 7.5, "y": -0.4 }, { "x": 8.9, "y": 0.2 }, { "x": 10, "y": -1.7 }, { "x": 11, "y": -2.1 }, { "x": 11.6, "y": -3.2 }, { "x": 12.2, "y": -3.1 }, { "x": 13.2, "y": -1.3 }, { "x": 14.5, "y": -3.2 }, { "x": 15.3, "y": -4.3 }, { "x": 15.9, "y": -4.2 }, { "x": 16.5, "y": -5.6 }, { "x": 17.3, "y": -4.4 }, { "x": 18.7, "y": -2.7 }, { "x": 19.6, "y": -2.7 }, { "x": 20.1, "y": -1.7 }, { "x": 21.3, "y": -2.8 }, { "x": 22.7, "y": -4.6 }, { "x": 23.3, "y": -4.3 }, { "x": 24.8, "y": -4.5 } ] chart.add_element(s) - xa = x_axis() xa.min, xa.max = 0,25 chart.x_axis = xa @@ -548,7 +540,11 @@ def test_shape(): t = title(text="Random shape") chart.title = t s = shape(colour="#89ad34") - s.values = [{'x': random.randint(1,10), 'y': random.randint(1,10)} for i in range(5)] + s.values = [{'x': 6, 'y': 5}, + {'x': 8, 'y': 8}, + {'x': 6, 'y': 5}, + {'x': 6, 'y': 9}, + {'x': 2, 'y': 10}] chart.add_element(s) x = x_axis() x.offset = False demo/examples.py @@ -38,30 +38,29 @@ <div id="chart_horizontal_bar"></div> <div id="doc">Make a horizontal bar chart </div> - <pre><div class="syntax"><pre>def test_horizontal_bar(): + <pre>def test_horizontal_bar(): - t = title(text="Our New House Schedule") - hb = hbar(colour="#86BBEF") - hb.tooltip = ("Months: #val#") - values = [ hbar_value(left=0, right=4), - hbar_value(left=4, right=8)] - h3 = hbar_value(left=8, right=11) - h3.tip = "#left# to #right# %s to %s (#val# months)" % (months[8], months[11]) - values.append(h3) - hb.values = values - chart = open_flash_chart() - chart.title = t - chart.add_element(hb) - x = x_axis() - x.offset = False - x.labels = labels(labels=months) - y = y_axis() - y.offset = 1 - y.labels = ["Make garden look sexy","Paint house","Move into house"] - chart.x_axis = x - chart.y_axis = y - return chart -</pre></div> + t = title(text="Our New House Schedule") + hb = hbar(colour="#86BBEF") + hb.tooltip = ("Months: #val#") + values = [ hbar_value(left=0, right=4), + hbar_value(left=4, right=8)] + h3 = hbar_value(left=8, right=11) + h3.tip = "#left# to #right# %s to %s (#val# months)" % (months[8], months[11]) + values.append(h3) + hb.values = values + chart = open_flash_chart() + chart.title = t + chart.add_element(hb) + x = x_axis() + x.offset = False + x.labels = labels(labels=months) + y = y_axis() + y.offset = 1 + y.labels = ["Make garden look sexy","Paint house","Move into house"] + chart.x_axis = x + chart.y_axis = y + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/horizontal_bar.json">horizontal_bar.json</a> demo/horizontal_bar.html @@ -38,16 +38,15 @@ <div id="chart_line"></div> <div id="doc">Simple Line Graph </div> - <pre><div class="syntax"><pre>def test_line(): + <pre>def test_line(): - t = title(text=time.strftime('%a %Y %b %d')) - l = line() - l.values = [9,8,7,6,5,4,3,2,1] - chart = open_flash_chart() - chart.title = t - chart.add_element(l) - return chart -</pre></div> + t = title(text=time.strftime('%a %Y %b %d')) + l = line() + l.values = [9,8,7,6,5,4,3,2,1] + chart = open_flash_chart() + chart.title = t + chart.add_element(l) + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/line.json">line.json</a> demo/line.html @@ -38,38 +38,37 @@ <div id="chart_line_dot"></div> <div id="doc">Example of Dotted Line Chart </div> - <pre><div class="syntax"><pre>def test_line_dot(): + <pre>def test_line_dot(): - t = title(text=time.strftime('%a %Y %b %d')) - l1 = line_dot() - l1.values = map(lambda x: math.sin(x)*1.9 + 7, frange(0,6.2, 0.2)) - l1.halo_size = 0 - l1.width = 2 - l1.dot_size = 4 + t = title(text=time.strftime('%a %Y %b %d')) + l1 = line_dot() + l1.values = map(lambda x: math.sin(x)*1.9 + 7, frange(0,6.2, 0.2)) + l1.halo_size = 0 + l1.width = 2 + l1.dot_size = 4 - l2 = line_dot() - l2.values = map(lambda x: math.sin(x)*1.9 + 10, frange(0,6.2, 0.2)) - l2.halo_size = 1 - l2.width = 1 - l2.dot_size = 4 + l2 = line_dot() + l2.values = map(lambda x: math.sin(x)*1.9 + 10, frange(0,6.2, 0.2)) + l2.halo_size = 1 + l2.width = 1 + l2.dot_size = 4 - l3 = line_dot() - l3.values = map(lambda x: math.sin(x)*1.9 + 4, frange(0,6.2, 0.2)) - l3.halo_size = 1 - l3.width = 6 - l3.dot_size = 4 + l3 = line_dot() + l3.values = map(lambda x: math.sin(x)*1.9 + 4, frange(0,6.2, 0.2)) + l3.halo_size = 1 + l3.width = 6 + l3.dot_size = 4 - y = y_axis() - y.min, y.max, y.steps = 0, 15, 5 + y = y_axis() + y.min, y.max, y.steps = 0, 15, 5 - chart = open_flash_chart() - chart.title = t - chart.add_element(l1) - chart.add_element(l2) - chart.add_element(l3) - chart.y_axis = y - return chart -</pre></div> + chart = open_flash_chart() + chart.title = t + chart.add_element(l1) + chart.add_element(l2) + chart.add_element(l3) + chart.y_axis = y + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/line_dot.json">line_dot.json</a> demo/line_dot.html @@ -38,38 +38,37 @@ <div id="chart_line_hollow"></div> <div id="doc">Example of Hollow Line Charts </div> - <pre><div class="syntax"><pre>def test_line_hollow(): + <pre>def test_line_hollow(): - t = title(text=time.strftime('%a %Y %b %d')) - l1 = line_hollow() - l1.values = map(lambda x: math.sin(x)*1.9 + 7, frange(0,6.2, 0.2)) - l1.halo_size = 0 - l1.width = 2 - l1.dot_size = 4 + t = title(text=time.strftime('%a %Y %b %d')) + l1 = line_hollow() + l1.values = map(lambda x: math.sin(x)*1.9 + 7, frange(0,6.2, 0.2)) + l1.halo_size = 0 + l1.width = 2 + l1.dot_size = 4 - l2 = line_hollow() - l2.values = map(lambda x: math.sin(x)*1.9 + 10, frange(0,6.2, 0.2)) - l2.halo_size = 1 - l2.width = 1 - l2.dot_size = 4 + l2 = line_hollow() + l2.values = map(lambda x: math.sin(x)*1.9 + 10, frange(0,6.2, 0.2)) + l2.halo_size = 1 + l2.width = 1 + l2.dot_size = 4 - l3 = line_hollow() - l3.values = map(lambda x: math.sin(x)*1.9 + 4, frange(0,6.2, 0.2)) - l3.halo_size = 1 - l3.width = 6 - l3.dot_size = 4 + l3 = line_hollow() + l3.values = map(lambda x: math.sin(x)*1.9 + 4, frange(0,6.2, 0.2)) + l3.halo_size = 1 + l3.width = 6 + l3.dot_size = 4 - y = y_axis() - y.min, y.max, y.steps = 0, 15, 5 + y = y_axis() + y.min, y.max, y.steps = 0, 15, 5 - chart = open_flash_chart() - chart.title = t - chart.add_element(l1) - chart.add_element(l2) - chart.add_element(l3) - chart.y_axis = y - return chart -</pre></div> + chart = open_flash_chart() + chart.title = t + chart.add_element(l1) + chart.add_element(l2) + chart.add_element(l3) + chart.y_axis = y + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/line_hollow.json">line_hollow.json</a> demo/line_hollow.html @@ -38,43 +38,42 @@ <div id="chart_manylines"></div> <div id="doc">Example of Multiple Line Charts </div> - <pre><div class="syntax"><pre>def test_manylines(): + <pre>def test_manylines(): - l1 = line_dot() - l1.width = 4 - l1.colour = "#DFC329" - l1.dot_size = 5 - l1.values = [random.randint(1,6) for i in range(9)] - l1.text = 'Line 1' - l1.font_size = 10 + l1 = line_dot() + l1.width = 4 + l1.colour = "#DFC329" + l1.dot_size = 5 + l1.values = [2,4,1,3,5,6,8,9,7] + l1.text = 'Line 1' + l1.font_size = 10 - l2 = line_hollow() - l2.width = 1 - l2.colour = "#6363ac" - l2.dot_size = 5 - l2.values = [random.randint(7,13) for i in range(9)] - l2.text = 'Line 2' - l2.font_size = 10 + l2 = line_hollow() + l2.width = 1 + l2.colour = "#6363ac" + l2.dot_size = 5 + l2.values = [8,7,10,9,11,13,12,9,7,8] + l2.text = 'Line 2' + l2.font_size = 10 - l3 = line() - l3.width = 4; - l3.colour = "#5E4725" - l3.values = [random.randint(14,19) for i in range(9)] - l3.text = 'Line 3' - l3.font_size = 10 + l3 = line() + l3.width = 4; + l3.colour = "#5E4725" + l3.values = [15,14,19,16,17,18,15,16,14] + l3.text = 'Line 3' + l3.font_size = 10 - y = y_axis() - y.min, y.max, y.steps = 0, 20, 5 + y = y_axis() + y.min, y.max, y.steps = 0, 20, 5 - t = title(text='Three lines example') - chart = open_flash_chart() - chart.title = t - chart.add_element(l1) - chart.add_element(l2) - chart.add_element(l3) - chart.y_axis = y - return chart -</pre></div> + t = title(text='Three lines example') + chart = open_flash_chart() + chart.title = t + chart.add_element(l1) + chart.add_element(l2) + chart.add_element(l3) + chart.y_axis = y + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/manylines.json">manylines.json</a> demo/manylines.html @@ -38,33 +38,32 @@ <div id="chart_radar_charts_1"></div> <div id="doc">Radar Chart with filled area and value labels. </div> - <pre><div class="syntax"><pre>def test_radar_charts_1(): + <pre>def test_radar_charts_1(): - chart = open_flash_chart() - chart.title = title(text='Radar Chart') - area = area_hollow() - area.width = 1 - area.dot_size = 1 - area.halo_size = 1 - area.colour = '#45909F' - area.fill_colour = '#45909F' - area.fill_alpha = 0.4 - area.loop = True - area.values = [3, 4, 5, 4, 3, 3, 2.5] - chart.add_element(area) - r = radar_axis(max=5) - r.colour ='#EFD1EF' - r.grid_colour = '#EFD1EF' - ra = radar_axis_labels(labels=['0','1','2','3','4','5']) - ra.colour = '#9F819F' - r.labels = ra - chart.radar_axis = r - tip = tooltip() - tip.proximity = 1 - chart.tooltip = tip - chart.bg_colour = '#DFFFEC' - return chart -</pre></div> + chart = open_flash_chart() + chart.title = title(text='Radar Chart') + area = area_hollow() + area.width = 1 + area.dot_size = 1 + area.halo_size = 1 + area.colour = '#45909F' + area.fill_colour = '#45909F' + area.fill_alpha = 0.4 + area.loop = True + area.values = [3, 4, 5, 4, 3, 3, 2.5] + chart.add_element(area) + r = radar_axis(max=5) + r.colour ='#EFD1EF' + r.grid_colour = '#EFD1EF' + ra = radar_axis_labels(labels=['0','1','2','3','4','5']) + ra.colour = '#9F819F' + r.labels = ra + chart.radar_axis = r + tip = tooltip() + tip.proximity = 1 + chart.tooltip = tip + chart.bg_colour = '#DFFFEC' + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/radar_charts_1.json">radar_charts_1.json</a> demo/radar_charts_1.html @@ -42,50 +42,49 @@ In the above example you can see that the gold line has not had its loop attribu The default tooltip is of no use with radar charts so we change its behaviour to proximity. </div> - <pre><div class="syntax"><pre>def test_radar_charts_2(): + <pre>def test_radar_charts_2(): - chart = open_flash_chart() - chart.title = title(text='Radar Chart') - line1 = line_hollow() - line1.width = 1 - line1.dot_size = 3 - line1.halo_size = 2 - line1.colour = '#FBB829' - line1.values = [3, 4, 5, 4, 3, 3, 2.5] - line1.tip = "Gold #val#" - line1.text = 'Mr. Gold' - line1.font_size = 10 - chart.add_element(line1) + chart = open_flash_chart() + chart.title = title(text='Radar Chart') + line1 = line_hollow() + line1.width = 1 + line1.dot_size = 3 + line1.halo_size = 2 + line1.colour = '#FBB829' + line1.values = [3, 4, 5, 4, 3, 3, 2.5] + line1.tip = "Gold #val#" + line1.text = 'Mr. Gold' + line1.font_size = 10 + chart.add_element(line1) - line2 = line_dot() - line2.values = [2 for i in range(7)] - line2.halo_size = 2 - line2.width = 1 - line2.dot_size = 3 - line2.colour = '#80000FF' - line2.tip = 'Purple #val#' - line2.text = 'Mr. Purple' - line2.font_size = 10 - line2.loop = True - chart.add_element(line2) + line2 = line_dot() + line2.values = [2 for i in range(7)] + line2.halo_size = 2 + line2.width = 1 + line2.dot_size = 3 + line2.colour = '#80000FF' + line2.tip = 'Purple #val#' + line2.text = 'Mr. Purple' + line2.font_size = 10 + line2.loop = True + chart.add_element(line2) - r = radar_axis(max=5) - r.colour ='#DAD5E0' - r.grid_colour = '#DAD5E0' - ra = radar_axis_labels(labels=['Zero','','','Middle','','High']) - ra.colour = '#9F819F' - r.labels = ra - sa = radar_spoke_labels(labels=['Strength', 'Smarts', 'Sweet Tooth', - 'Armour', 'Max Hit Points', '???', 'Looks Like a Monkey']) - sa.colour = '#9F819F' - chart.radar_axis = r - r.spoke_labels = sa - tip = tooltip() - tip.proximity = 1 - chart.tooltip = tip - chart.bg_colour = '#FFFFFF' - return chart -</pre></div> + r = radar_axis(max=5) + r.colour ='#DAD5E0' + r.grid_colour = '#DAD5E0' + ra = radar_axis_labels(labels=['Zero','','','Middle','','High']) + ra.colour = '#9F819F' + r.labels = ra + sa = radar_spoke_labels(labels=['Strength', 'Smarts', 'Sweet Tooth', + 'Armour', 'Max Hit Points', '???', 'Looks Like a Monkey']) + sa.colour = '#9F819F' + chart.radar_axis = r + r.spoke_labels = sa + tip = tooltip() + tip.proximity = 1 + chart.tooltip = tip + chart.bg_colour = '#FFFFFF' + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/radar_charts_2.json">radar_charts_2.json</a> demo/radar_charts_2.html @@ -38,39 +38,38 @@ <div id="chart_radar_charts_3"></div> <div id="doc">Radar Chart with stepped axis and custom tooltips for individual points. </div> - <pre><div class="syntax"><pre>def test_radar_charts_3(): + <pre>def test_radar_charts_3(): - chart = open_flash_chart() - chart.title = title(text='Radar Chart') + chart = open_flash_chart() + chart.title = title(text='Radar Chart') - val1 = [30,50,60,70,80,90,100,115,130,115,100,90,80,70,60,50] - spokes = ['a','b','c','d','e','f','g','h','i','j','k','l','m','n','o','p'] - val2 = [] + val1 = [30,50,60,70,80,90,100,115,130,115,100,90,80,70,60,50] + spokes = ['a','b','c','d','e','f','g','h','i','j','k','l','m','n','o','p'] + val2 = [] - for i in val1: - txt = "#val# Spoke: %s" % i - tmp = dot_value(value=i, colour='#D41E47', tip=txt) - val2.append(tmp) - line = line_hollow() - line.values = val2 - line.halo_size = 0 - line.width = 2 - line.dot_size = 6 - line.colour = '#FBB829' - line.text = 'Hearts' - line.font_size = 10 - line.loop = True - chart.add_element(line) - r = radar_axis(max=150) - r.step = 10 - r.colour = '#DAD5E0' - r.grid_colour = '#EFEFEF' - chart.radar_axis = r - tip = tooltip(proximity=1) - chart.tooltip = tip - chart.bg_colour = '#FFFFFF' - return chart -</pre></div> + for i in val1: + txt = "#val# Spoke: %s" % i + tmp = dot_value(value=i, colour='#D41E47', tip=txt) + val2.append(tmp) + line = line_hollow() + line.values = val2 + line.halo_size = 0 + line.width = 2 + line.dot_size = 6 + line.colour = '#FBB829' + line.text = 'Hearts' + line.font_size = 10 + line.loop = True + chart.add_element(line) + r = radar_axis(max=150) + r.step = 10 + r.colour = '#DAD5E0' + r.grid_colour = '#EFEFEF' + chart.radar_axis = r + tip = tooltip(proximity=1) + chart.tooltip = tip + chart.bg_colour = '#FFFFFF' + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/radar_charts_3.json">radar_charts_3.json</a> demo/radar_charts_3.html @@ -41,24 +41,23 @@ Note: The above plot should look circular but looks elliptical instead because the y-axis is scaled w.r.t x-axis (780:300). </div> - <pre><div class="syntax"><pre>def test_scatter_chart(): + <pre>def test_scatter_chart(): - chart = open_flash_chart() - chart.title = title(text='Scatter Chart') - s1 = scatter(colour="#FFD600", dot_size=10) - s1.values = [scatter_value(x=0, y=0)] - chart.add_element(s1) - s2 = scatter(colour="#D600FF", dot_size=3) - s2.values = scircle() - chart.add_element(s2) - x = x_axis() - y = y_axis() - x.min, x.max, x.steps = -2, 2, 1 - y.min, y.max, y.steps = -2, 2, 1 - chart.x_axis = x - chart.y_axis = y - return chart -</pre></div> + chart = open_flash_chart() + chart.title = title(text='Scatter Chart') + s1 = scatter(colour="#FFD600", dot_size=10) + s1.values = [scatter_value(x=0, y=0)] + chart.add_element(s1) + s2 = scatter(colour="#D600FF", dot_size=3) + s2.values = scircle() + chart.add_element(s2) + x = x_axis() + y = y_axis() + x.min, x.max, x.steps = -2, 2, 1 + y.min, y.max, y.steps = -2, 2, 1 + chart.x_axis = x + chart.y_axis = y + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/scatter_chart.json">scatter_chart.json</a> demo/scatter_chart.html @@ -38,32 +38,24 @@ <div id="chart_scatter_line_chart"></div> <div id="doc">Make a scatter line chart </div> - <pre><div class="syntax"><pre>def test_scatter_line_chart(): + <pre>def test_scatter_line_chart(): - chart = open_flash_chart() - chart.title = title(text='Scatter Line Chart') - s = scatter_line(colour="#FFD600", dot_size=3) - x = 0.0 - y = 0 - v = [] - while(x<25): - v.append(scatter_value(x=x,y=y)) - y = random.randint(-20,20)/10 - if y > 10: y = 10 - if y < -10 : y = -10 - x += random.randint(5, 15)/10 - s.values = v - chart.add_element(s) - - xa = x_axis() - xa.min, xa.max = 0,25 - chart.x_axis = xa - ya = y_axis() - ya.min, ya.max = -10, 10 - chart.y_axis = ya - return chart -</pre></div> + chart = open_flash_chart() + chart.title = title(text='Scatter Line Chart') + s = scatter_line(colour="#FFD600", dot_size=3) + x = 0.0 + y = 0 + v = [] + s.values = [ { "x": 0, "y": 0 }, { "x": 1.2, "y": 0.5 }, { "x": 2.5, "y": -0.9 }, { "x": 3.2, "y": -2.6 }, { "x": 4.6, "y": -2.6 }, { "x": 6, "y": -2.3 }, { "x": 7.5, "y": -0.4 }, { "x": 8.9, "y": 0.2 }, { "x": 10, "y": -1.7 }, { "x": 11, "y": -2.1 }, { "x": 11.6, "y": -3.2 }, { "x": 12.2, "y": -3.1 }, { "x": 13.2, "y": -1.3 }, { "x": 14.5, "y": -3.2 }, { "x": 15.3, "y": -4.3 }, { "x": 15.9, "y": -4.2 }, { "x": 16.5, "y": -5.6 }, { "x": 17.3, "y": -4.4 }, { "x": 18.7, "y": -2.7 }, { "x": 19.6, "y": -2.7 }, { "x": 20.1, "y": -1.7 }, { "x": 21.3, "y": -2.8 }, { "x": 22.7, "y": -4.6 }, { "x": 23.3, "y": -4.3 }, { "x": 24.8, "y": -4.5 } ] + chart.add_element(s) + xa = x_axis() + xa.min, xa.max = 0,25 + chart.x_axis = xa + ya = y_axis() + ya.min, ya.max = -10, 10 + chart.y_axis = ya + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/scatter_line_chart.json">scatter_line_chart.json</a> demo/scatter_line_chart.html @@ -38,20 +38,23 @@ <div id="chart_shape"></div> <div id="doc">Add Shapes to charts. </div> - <pre><div class="syntax"><pre>def test_shape(): + <pre>def test_shape(): - chart = open_flash_chart() - t = title(text="Random shape") - chart.title = t - s = shape(colour="#89ad34") - s.values = [{'x': random.randint(1,10), 'y': random.randint(1,10)} for i in range(5)] - chart.add_element(s) - x = x_axis() - x.offset = False - x.labels = labels(labels=months) - chart.x_axis = x - return chart -</pre></div> + chart = open_flash_chart() + t = title(text="Random shape") + chart.title = t + s = shape(colour="#89ad34") + s.values = [{'x': 6, 'y': 5}, + {'x': 8, 'y': 8}, + {'x': 6, 'y': 5}, + {'x': 6, 'y': 9}, + {'x': 2, 'y': 10}] + chart.add_element(s) + x = x_axis() + x.offset = False + x.labels = labels(labels=months) + chart.x_axis = x + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/shape.json">shape.json</a> demo/shape.html @@ -38,23 +38,22 @@ <div id="chart_x_axis_labels_1"></div> <div id="doc">Simple X Axis Lables </div> - <pre><div class="syntax"><pre>def test_x_axis_labels_1(): + <pre>def test_x_axis_labels_1(): - t = title(text='X Axis Labels') - l = line_dot() - l.values = range(9,0,-1) + t = title(text='X Axis Labels') + l = line_dot() + l.values = range(9,0,-1) - x = x_axis() - x.colour = '#428C3E' - x.grid_colour = '#86BF83' - lbl = labels(labels=['one', 'two', 'three', 'four', 'five', 'six', 'seven', 'eight', 'nine']) - x.labels = lbl - chart = open_flash_chart() - chart.title = t - chart.add_element(l) - chart.x_axis = x - return chart -</pre></div> + x = x_axis() + x.colour = '#428C3E' + x.grid_colour = '#86BF83' + lbl = labels(labels=['one', 'two', 'three', 'four', 'five', 'six', 'seven', 'eight', 'nine']) + x.labels = lbl + chart = open_flash_chart() + chart.title = t + chart.add_element(l) + chart.x_axis = x + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/x_axis_labels_1.json">x_axis_labels_1.json</a> demo/x_axis_labels_1.html @@ -38,35 +38,34 @@ <div id="chart_x_axis_labels_3"></div> <div id="doc">X Axis labels complex example </div> - <pre><div class="syntax"><pre>def test_x_axis_labels_3(): + <pre>def test_x_axis_labels_3(): - t = title(text='X Axis Labels Complex Example') - l = line_dot() - l.values = range(9,0,-1) + t = title(text='X Axis Labels Complex Example') + l = line_dot() + l.values = range(9,0,-1) - x = x_axis() - x.stroke = 1 - x.colour = '#428C3E' - x.tick_height = 5 - x.steps = 1 - x.grid_colour = '#86BF83' - xlbls = x_axis_labels(steps=2, rotate='vertical', colour='#FF0000', size=16) + x = x_axis() + x.stroke = 1 + x.colour = '#428C3E' + x.tick_height = 5 + x.steps = 1 + x.grid_colour = '#86BF83' + xlbls = x_axis_labels(steps=2, rotate='vertical', colour='#FF0000', size=16) - lbls = ['one', 'two', 'three', 'four', 'five'] - lbls.append(x_axis_label(text='six', colour='#0000FF', size=30, rotate='vertical')) - lbls.append(x_axis_label(text='seven', colour='#0000FF', size=30, rotate='vertical')) - eight = x_axis_label(text='eight', colour='#8C773E', size=16, rotate='diagonal') - eight.visible = True - lbls.append(eight) - lbls.append(x_axis_label(text='nine', colour='#2683CF', size=16, rotate='horizontal')) - xlbls.labels = lbls - x.labels = xlbls - chart = open_flash_chart() - chart.title = t - chart.add_element(l) - chart.x_axis = x - return chart -</pre></div> + lbls = ['one', 'two', 'three', 'four', 'five'] + lbls.append(x_axis_label(text='six', colour='#0000FF', size=30, rotate='vertical')) + lbls.append(x_axis_label(text='seven', colour='#0000FF', size=30, rotate='vertical')) + eight = x_axis_label(text='eight', colour='#8C773E', size=16, rotate='diagonal') + eight.visible = True + lbls.append(eight) + lbls.append(x_axis_label(text='nine', colour='#2683CF', size=16, rotate='horizontal')) + xlbls.labels = lbls + x.labels = xlbls + chart = open_flash_chart() + chart.title = t + chart.add_element(l) + chart.x_axis = x + return chart </pre> <div id="json"> Data used to generate the chart — <a href="data/x_axis_labels_3.json">x_axis_labels_3.json</a> demo/x_axis_labels_3.html @@ -1,7 +1,7 @@ from setuptools import setup, find_packages import sys, os -version = '0.1' +version = '0.1.1' setup(name='PyOFC2', version=version, setup.py e28d01f9acefba55b66cee7891a15a6d3dba622b Pradeep Kishore Gowda pradeep@btbytes.com http://github.com/btbytes/pyofc2/commit/6987f9e367d1dc1b26a14bb393862b04dec5783a 6987f9e367d1dc1b26a14bb393862b04dec5783a

2009-10-12T07:48:01-07:00

removing randomized data from demo folder. bumping up the version to reflect addition of pie chart; Thanks to JoshBorke 24ed431df42ec5e4b14621c6be5def3c9613508f Pradeep Kishore Gowda pradeep@btbytes.com