def liquid(request):
liq = Plot('Liquid')
liq.set_options({
'percent': 0.25,
})
liq.render('liquid.html')
return HttpResponse(liq.render_html())
def column(request):
col = Plot('Column')
# data = get('https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/column.json')
data = get(
'https://gw.alipayobjects.com/os/antfincdn/8elHX%26irfq/stack-column-data.json'
)
# data = get('https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/grouping-column-data.json')
col.set_options({
'data': data,
'xField': 'year',
'yField': 'value',
# 'isGroup': True, # 分组
'isStack': True, # 堆叠
'seriesField': 'type',
'label': {
'position':
'middle',
'layout': [
# 柱形图数据标签位置自动调整
{
'type': 'interval-adjust-position'
},
# 数据标签防遮挡
{
'type': 'interval-hide-overlap'
},
# 数据标签文颜色自动调整
{
'type': 'adjust-color'
},
]
},
# # 设置颜色
# 'color': ['#1ca9e6', '#f88c24'],
# # 设置间距
# 'marginRatio': 0.1,
# # 指定柱子的最大宽度
# 'maxColumnWidth': 20,
# # 指定柱子的最小宽度
# 'minColumnWidth': 20,
# # 指定柱子的圆角
# 'columnStyle': {
# 'radius': [20, 20, 0, 0]
# },
# # 设置柱子的背景样式
# 'columnBackground': {
# 'style': {
# 'fill': 'rgba(0,0,0,0.1)'
# }
# }
})
col.render("stack-column.html")
return HttpResponse(col.render_html())
def waterfall(request):
water_f = Plot('Waterfall')
data = get(
'https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/waterfall.json'
)
water_f.set_options({'data': data, 'xField': 'type', 'yField': 'money'})
water_f.render('waterfall.html')
return HttpResponse(water_f.render_html())
def gauge(request):
instrument = Plot('Gauge')
instrument.set_options({
# 设置仪表盘展示类型
'innerRadius': 0.8,
'type': 'meter',
'meter': {
'steps': 50,
'stepRatio': 0.7,
},
'percent': 0.5,
# 圆弧里圆心距离
'radius': 0.75,
# 自定义辅助圆弧的样式
'range': {
'ticks': [0, 1],
# 'ticks': [0, 1 / 3, 2 / 3, 1],
'color': ['l(0) 0:#F4664A 0.5:#FAAD14 1:#30BF78'],
# 'color': ['#F4664A', '#FAAD14', '#30BF78'],
# 'color': '#30BF78',
'width': 32,
},
# 自定义指示器的样式
'indicator': {
'pointer': {
'style': {
'stroke': '#FAAD14',
},
},
'pin': {
'style': {
'stroke': '#30BF78',
}
}
},
'statistic': {
'content': {
'style': {
'fontSize': '36px',
'lineHeight': '36px',
},
},
},
# 线端为圆弧
# 'gaugeStyle': {
# 'lineCap': 'round',
# }
})
instrument.render("area.html")
return HttpResponse(instrument.render_html())
def histogram(request):
his = Plot('Histogram ')
data = get(
'https://gw.alipayobjects.com/os/antfincdn/RoliHq%2453S/histogram.json'
)
his.set_options({
'data': data,
'binField': 'value',
'binWidth': 2,
})
his.render('histogram.html')
return HttpResponse(his.render_html())
def area(request):
are = Plot('Area')
data = get(
'https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/area.json'
)
are.set_options({
'data': data,
'xField': 'timePeriod',
'yField': 'value',
'xAxis': {
'range': [0, 1],
},
})
are.render("area.html")
return HttpResponse(are.render_html())
def pie(request):
p = Plot('Pie')
data = get(
'https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/line-data.json'
)
import math
p.set_options({
'data': data,
'radius': 1,
'appendPadding': 10,
'angleField': 'value',
'colorField': 'year',
# 设置环图
'innerRadius': 0.6,
# 设置扇形图
# 'startAngle': math.pi,
# 'endAngle': math.pi * 1.5,
'label': {
'type': 'inner',
'offset': '-50%',
'content': '{value}',
'style': {
'textAlign': 'center',
'fontSize': 14,
},
},
'statistic': {
'title': True,
'content': {
'style': {
'whiteSpace': 'pre-wrap',
'overflow': 'hidden',
'textOverflow': 'ellipsis',
},
},
},
'pieStyle': {
'lineWidth': 4,
},
})
p.render('pie.html')
return HttpResponse(p.render_html())
def bar(request):
row = Plot('Bar')
data = get(
'https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/line-data.json'
)
row.set_options({
'data': data,
'xField': 'value',
'yField': 'year',
'seriesField': 'year',
'legend': {
'position': 'top-left',
},
})
row.render("bar.html")
return HttpResponse(row.render_html())
def index(request):
line = Plot('Line')
data = get(
'https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/line.json'
)
line.set_options({
'data': data,
'xField': 'Date',
'yField': 'scales',
'smooth': True,
# stepType: 'vh' // 可选项：hv | vh | hvh | vhv
'xAxis': {
# 'type': 'timeCat'
'tickCount': 5,
},
})
line.render('graph.html')
return HttpResponse(line.render_html())
def radar(request):
rad = Plot('Radar')
data = get(
'https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/radar.json'
)
rad.set_options({
'data': data,
'xField': 'item',
'yField': 'score',
'seriesField': 'user',
'meta': {
'score': {
'alias': '分数',
'min': 0,
'max': 80,
},
},
'xAxis': {
'line': 'null',
'tickLine': 'null',
'grid': {
'line': {
'style': {
'lineDash': 'null',
},
},
},
},
# 开启面积
'area': {},
# 开启辅助点
'point': {
'size': 2,
},
})
rad.render('radar.html')
return HttpResponse(rad.render_html())
from pyg2plot import Plot
gauge = Plot("Gauge")
gauge.set_options({
"appendPadding": 32,
"percent": 0.75,
"range": {
"ticks": [0, 1 / 3, 2 / 3, 1],
"color": ["#F4664A", "#FAAD14", "#30BF78"],
},
"indicator": {
"pointer": {
"style": {
"stroke": "#D0D0D0",
},
},
"pin": {
"style": {
"stroke": "#D0D0D0",
},
},
},
"statistic": {
"content": {
"style": {
"fontSize": "36px",
"lineHeight": "36px",
},
},
},
},
{
"type": "分类四",
"value": 15
},
{
"type": "分类五",
"value": 10
},
{
"type": "其他",
"value": 5
},
]
pie = Plot("Pie")
pie.set_options({
"appendPadding": 32,
"data": data,
"angleField": "value",
"colorField": "type",
"radius": 0.8,
"label": {
"type": "outer",
},
"interactions": [{
"type": "element-active"
}],
})
from pyg2plot import Plot
from pywebio.output import put_html
liquid = Plot("Liquid")
liquid.set_options({
"appendPadding": 32,
"percent": 0.25,
"outline": {
"border": 4,
"distance": 4,
},
"wave": {
"length": 128,
},
})
put_html(liquid.render_notebook())
},
{
"year": '2016',
"value": 59.0
},
{
"year": '2017',
"value": 72.2
},
{
"year": '2018',
"value": 76.3
},
]
line_admission = Plot("Line")
line_admission.set_options({
"appendPadding": 32,
"data": data_admission,
"xField": "year",
"yField": "value",
"label": {},
"smooth": True,
"lineStyle": {
"lineWidth": 3,
},
"point": {
"size": 5,
"shape": 'diamond',
"style": {
{ "x": 98, "y": 5, "size": 89, "genre": "male" },
{ "x": 51, "y": 50, "size": 73, "genre": "male" },
{ "x": 41, "y": 22, "size": 14, "genre": "male" },
{ "x": 58, "y": 24, "size": 20, "genre": "male" },
{ "x": 78, "y": 37, "size": 34, "genre": "male" },
{ "x": 55, "y": 56, "size": 53, "genre": "male" },
{ "x": 18, "y": 45, "size": 70, "genre": "male" },
{ "x": 42, "y": 44, "size": 28, "genre": "male" },
{ "x": 3, "y": 52, "size": 59, "genre": "male" },
{ "x": 31, "y": 18, "size": 97, "genre": "male" },
{ "x": 79, "y": 91, "size": 63, "genre": "male" },
{ "x": 93, "y": 23, "size": 23, "genre": "male" },
{ "x": 44, "y": 83, "size": 22, "genre": "male" }
]
scatter = Plot("Scatter")
scatter.set_options({
"appendPadding": 32,
"data": data,
"xField": "x",
"yField": "y",
"colorField": "genre",
"color": [
"r(0.4, 0.3, 0.7) 0:rgba(255,255,255,0.5) 1:#5B8FF9",
"r(0.4, 0.4, 0.7) 0:rgba(255,255,255,0.5) 1:#61DDAA",
],
"sizeField": "size",
"size": [5, 20],
"shape": "circle",
"yAxis": {
# -*- coding: UTF-8 -*-
'''
Date: 2021-04-22 22:49:56
'''
from pyg2plot import Plot
column0 = Plot("Column")
column0.render_notebook()
{
"year": "1952 年",
"value": 52
},
{
"year": "1956 年",
"value": 61
},
{
"year": "1957 年",
"value": 145
},
{
"year": "1958 年",
"value": 48
},
]
bar = Plot("Bar")
bar.set_options({
"appendPadding": 32,
"data": data,
"xField": "value",
"yField": "year",
"seriesField": "year",
"legend": False
})
bar.render("bar.html")
"date": 2014,
"value": 5382.9
}, {
"country": "亚太地区",
"date": 2015,
"value": 5472.4
}, {
"country": "亚太地区",
"date": 2016,
"value": 5585.5
}, {
"country": "亚太地区",
"date": 2017,
"value": 5743.6
}]
area = Plot("Area")
area.set_options({
"appendPadding": 32,
"data": data,
"xField": "date",
"yField": "value",
"seriesField": 'country',
"legend": {
"position": "top"
}
})
area.render("area.html")
},
{
"year": '1997',
"value": 7
},
{
"year": '1998',
"value": 9
},
{
"year": '1999',
"value": 13
},
]
line = Plot("Line")
line.set_options({
"appendPadding": 32,
"data": data,
"xField": "year",
"yField": "value",
"label": {},
"smooth": True,
"lineStyle": {
"lineWidth": 3,
},
"point": {
"size": 5,
"shape": 'diamond',
"style": {
from pyg2plot import Plot
line = Plot("Line")
line.set_options({
"data": [
{
"year": "1991",
"value": 3
},
{
"year": "1992",
"value": 4
},
{
"year": "1993",
"value": 3.5
},
{
"year": "1994",
"value": 5
},
{
"year": "1995",
"value": 4.9
},
{
"year": "1996",
"value": 6
},
{
{ "time": "2019-05", "count": 400, "name": "a" },
{ "time": "2019-06", "count": 380, "name": "a" },
{ "time": "2019-07", "count": 220, "name": "a" },
{ "time": "2019-03", "count": 750, "name": "b" },
{ "time": "2019-04", "count": 650, "name": "b" },
{ "time": "2019-05", "count": 450, "name": "b" },
{ "time": "2019-06", "count": 400, "name": "b" },
{ "time": "2019-07", "count": 320, "name": "b" },
{ "time": "2019-03", "count": 900, "name": "c" },
{ "time": "2019-04", "count": 600, "name": "c" },
{ "time": "2019-05", "count": 450, "name": "c" },
{ "time": "2019-06", "count": 300, "name": "c" },
{ "time": "2019-07", "count": 200, "name": "c" },
]
dualAxes = Plot("DualAxes")
dualAxes.set_options({
"appendPadding": 32,
"data": [data1, data2],
"xField": "time",
"yField": ["value", "count"],
"legend": {
"position": "top",
},
"geometryOptions": [
{
"geometry": "line",
"seriesField": "type",
"lineStyle": {
"lineWidth": 3,
"value": 18000
}, {
"city": "上海",
"type": "米面",
"value": 11000
}, {
"city": "上海",
"type": "特产零食",
"value": 15000
}, {
"city": "上海",
"type": "茶叶",
"value": 14000
}]
column = Plot('Column')
column.set_options({
"appendPadding": 32,
"data": data,
"xField": "city",
"yField": "value",
"seriesField": "type",
"isGroup": True,
"columnStyle": {
"radius": [20, 20, 0, 0],
},
"legend": {
"position": "top"
}
})
def bullet(request):
bul = Plot('Bullet')
data = get(
'https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/bullet.json'
)
bul.set_options({
'data': data,
'measureField': 'measures',
'rangeField': 'ranges',
'targetField': 'target',
'xField': 'title',
'color': {
'range': ['#FFbcb8', '#FFe0b0', '#bfeec8'],
'measure': '#5B8FF9',
'target': '#39a3f4',
},
'label': {
'measure': {
'position': 'middle',
'style': {
'fill': '#fff',
},
},
},
'xAxis': {
'line': 'null',
},
'yAxis': False,
'legend': {
'custom':
True,
'position':
'bottom',
'items': [
{
'value': '差',
'name': '差',
'marker': {
'symbol': 'square',
'style': {
'fill': '#FFbcb8',
'r': 5
}
},
},
{
'value': '良',
'name': '良',
'marker': {
'symbol': 'square',
'style': {
'fill': '#FFe0b0',
'r': 5
}
},
},
{
'value': '优',
'name': '优',
'marker': {
'symbol': 'square',
'style': {
'fill': '#bfeec8',
'r': 5
}
},
},
{
'value': '实际值',
'name': '实际值',
'marker': {
'symbol': 'square',
'style': {
'fill': '#5B8FF9',
'r': 5
}
},
},
{
'value': '目标值',
'name': '目标值',
'marker': {
'symbol': 'line',
'style': {
'stroke': '#39a3f4',
'r': 5
}
},
},
],
},
})
bul.render('bullet.html')
return HttpResponse(bul.render_html())
"value": 5382.9
}, {
"country": "亚太地区",
"date": 2015,
"value": 5472.4
}, {
"country": "亚太地区",
"date": 2016,
"value": 5585.5
}, {
"country": "亚太地区",
"date": 2017,
"value": 5743.6
}]
area = Plot("Area")
area.set_options({
"appendPadding": 32,
"data": data,
"xField": "date",
"yField": "value",
"seriesField": 'country',
"smooth": True,
"label": {},
"legend": {
"position": "top"
}
})
area.render("Study/面积图/area.html")
def scatter(request):
sca = Plot('Scatter')
# data = get('https://gitee.com/hjhcos/hjhcos.gitlab.io/raw/master/json/visual/scatter.json')
data = get(
'https://gw.alipayobjects.com/os/bmw-prod/0b37279d-1674-42b4-b285-29683747ad9a.json'
)
sca.set_options({
'data':
data,
'appendPadding':
30,
# 'xField': 'x',
# 'yField': 'y',
'xField':
'change in female rate',
'yField':
'change in male rate',
'sizeField':
'pop',
'colorField':
'continent',
'color': ['#ffd500', '#82cab2', '#193442', '#d18768', '#7e827a'],
# 'size': 5,
'size': [4, 30],
'shape':
'circle',
'pointStyle': {
'fillOpacity': 0.8,
'stroke': '#bbb',
# 'stroke': '#777777',
# 'lineWidth': 1,
# 'fill': '#5B8FF9',
},
# 'regressionLine': {
# 'type': 'quad', # linear, exp, loess, log, poly, pow, quad
# },
'xAxis': {
'min': -25,
'max': 5,
'grid': {
'line': {
'style': {
'stroke': '#eee',
},
},
},
'line': {
'style': {
'stroke': '#aaa',
},
},
},
'yAxis': {
'line': {
'style': {
'stroke': '#aaa',
},
},
},
'quadrant': {
'xBaseline':
0,
'yBaseline':
0,
'labels': [
{
'content': 'Male decrease,\nfemale increase',
},
{
'content': 'Female decrease,\nmale increase',
},
{
'content': 'Female & male decrease',
},
{
'content': 'Female &\n male increase',
},
],
},
})
sca.render('scatter.html')
return HttpResponse(sca.render_html())
},
{
"year": '2018',
"value": 238
},
{
"year": '2019',
"value": 290
},
{
"year": '2020',
"value": 341
},
]
line_registration = Plot("Line")
line_registration.set_options({
"data": data_registration,
"xField": "year",
"yField": "value",
"smooth": True,
"label": {},
# "point": {
# "size": 5,
# "shape": 'diamond',
# "style": {
# "fill": "white",
# "stroke": "#5B8FF9",
# "lineWidth": 2,
# }
print(Familie_dict)
# 生成曲线图
data_Households = []
data_Populations = []
data_Families = []
for i in range(len(Dynastys)):
data_Households.append({"朝代": Dynastys[i], "总户数": Households[i]})
for i in range(len(Dynastys)):
data_Populations.append({"朝代": Dynastys[i], "总人数": Populations[i]})
for i in range(len(Dynastys)):
data_Families.append({"朝代": Dynastys[i], "人每户": Families[i]})
print(data_Households)
print(data_Populations)
print(data_Families)
line_Households = Plot("Line")
line_Populations = Plot("Line")
line_Families = Plot("Line")
# 总户数
line_Households.set_options({
"appendPadding": 32,
"data": data_Households,
"xField": "朝代",
"yField": "总户数",
"label": {},
"smooth": True,
"lineStyle": {
"lineWidth": 3,
},
"point": {
"size": 5,