def create_charts(data_path, path_html, path_png, length):
charts = GeoLines("TSP问题：全国34城市为例", '路径：%.3fkm' % (length / 1000),
**style.init_style)
charts.add('', data_path, **style_geo)
charts.render(path_html)
make_a_snapshot(path_html, path_png)
return print('绘图完毕')
def escape(self):
echart_unsupported_city = [
"菏泽市", "襄阳市", "恩施州", "湘西州","阿坝州", "延边州",
"甘孜州", "凉山州", "黔西南州", "黔东南州", "黔南州", "普洱市", "楚雄州", "红河州",
"文山州", "西双版纳州", "大理州", "德宏州", "怒江州", "迪庆州", "昌都市", "山南市",
"林芝市", "临夏州", "甘南州", "海北州", "黄南州", "海南州", "果洛州", "玉树州", "海西州",
"昌吉州", "博州", "克州", "伊犁哈萨克州"]
data = []
for index, row in df_aqi.iterrows():
city = row['city']
aqi = row['aqi']
if city=='长沙市':
print(city)
localAQI=aqi
if city in echart_unsupported_city:
continue
for index, row in df_aqi.iterrows():
city = row['city']
aqi = row['aqi']
if city in echart_unsupported_city:
continue
if aqi < localAQI and aqi<20 :
data.append( ['长沙',city] )
global lastcity
lastcity=city
style = Style(
title_top="#fff",
title_pos = "center",
title_color="#fff",
width=425,
height=730,
background_color="#404a59"
)
style_geo = style.add(
is_label_show=True,
line_curve=0.2,#线条曲度
line_opacity=0.6,
legend_text_color="#fff",#图例文字颜色
legend_pos="right",#图例位置
geo_effect_symbol="plane",#特效形状
geo_effect_symbolsize=15,#特效大小
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos="right",
label_formatter="{b}",#//标签内容格式器
label_text_color="#fff",
)
print(data)
print(lastcity)
geolines = GeoLines("逃离路线", **style.init_style)
geolines.add("出发", data, **style_geo)
geolines.render('aqi.html')
self.webView.load(QUrl("file:///D:/源代码/aqi.html"))
#self.webView.reload()
self.webView.repaint()
self.webView.update()
def ewide2(request):
template = loader.get_template('ewpyecharts.html')
style = Style(
title_top="#fff",
title_pos="center",
width=1200,
height=600,
background_color="#404a59"
)
data_guangzhou = [
["广州", "上海"],
["广州", "北京"],
["广州", "南京"],
["广州", "重庆"],
["广州", "兰州"],
["广州", "杭州"]
]
geolines = GeoLines("水务地图可视化--点线图", **style.init_style)
geolines.add("从广州出发", data_guangzhou, is_legend_show=False)
context = dict(
myechart=geolines.render_embed(),
host=REMOTE_HOST,
script_list=geolines.get_js_dependencies()
)
return HttpResponse(template.render(context, request))
def my_Geolines():
style = Style(title_top="#fff",
title_pos="center",
width=1200,
height=600,
background_color="#404a59")
style_geo = style.add(
is_label_show=True,
line_curve=0.2,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="plane",
geo_effect_symbolsize=15,
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
)
data_guangzhou = [["珠海", "番禺区", 55], ["番禺区", "天河区", 6], ["天河区", "南昌", 259]]
geolines = GeoLines("GeoLines 示例", **style.init_style)
geolines.add("从广州出发",
data_guangzhou,
tooltip_formatter="{a} : {c}",
**style_geo)
geolines.render()
def plot_geolines(plotting_data, geo_cities_coords):
# 设置画布的格式
style = Style(title_pos="center", width=1000, height=800)
# 部分地理轨迹图的格式
style_geolines = style.add(
is_label_show=True,
line_curve=0.3, # 轨迹线的弯曲度，0-1
line_opacity=0.6, # 轨迹线的透明度，0-1
geo_effect_symbol='plane', # 特效的图形，有circle,plane,pin等等
geo_effect_symbolsize=10, # 特效图形的大小
geo_effect_color='#7FFFD4', # 特效的颜色
geo_effect_traillength=0.1, # 特效图形的拖尾效果，0-1
label_color=['#FFA500', '#FFF68F'], # 轨迹线的颜色，标签点的颜色，
border_color='#97FFFF', # 边界的颜色
geo_normal_color='#36648B', # 地图的颜色
label_formatter='{b}', # 标签格式
legend_pos='left')
# 作图
geolines = GeoLines('出行轨迹图', **style.init_style)
geolines.add(
'从北京出发',
plotting_data,
maptype='china', # 地图的类型，可以是省的地方，如'广东',也可以是地市，如'东莞'等等
geo_cities_coords=geo_cities_coords,
**style_geolines)
# 发布，得到图形的html文件
geolines.render()
def test_geolines():
data_guangzhou = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "重庆"],
["广州", "兰州"], ["广州", "杭州"]]
data_beijing = [["北京", "上海"], ["北京", "广州"], ["北京", "南京"], ["北京", "重庆"],
["北京", "兰州"], ["北京", "杭州"]]
'''
data_all = [
["北京", "上海"],
["北京", "广州"],
["北京", "南京"],
["北京", "重庆"],
["北京", "兰州"],
["北京", "杭州"],
["广州", "上海"],
["广州", "北京"],
["广州", "南京"],
["广州", "重庆"],
["广州", "兰州"],
["广州", "杭州"]
]
'''
lines = GeoLines("GeoLines 示例", **style.init_style)
lines.add("从广州出发", data_guangzhou, **style_geo)
lines.add("从北京出发", data_beijing, **style_geo)
#lines.add("ALL", data_all, **style_geo)
lines.show_config()
lines.render('geolines.html')
def ewide5(request):
template = loader.get_template('ewpyecharts.html')
style = Style(title_top="#fff",
title_pos="center",
width=1200,
height=600,
background_color="#404a59")
style_geo = style.add(
is_label_show=True,
line_curve=0.2,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="plane",
geo_effect_symbolsize=15,
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
)
data_guangzhou = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "重庆"],
["广州", "兰州"], ["广州", "杭州"]]
data_beijing = [["北京", "上海"], ["北京", "广州"], ["北京", "南京"], ["北京", "重庆"],
["北京", "兰州"], ["北京", "杭州"]]
geolines1 = GeoLines("GeoLines 示例", **style.init_style)
geolines1.add("从广州出发", data_guangzhou, **style_geo)
geolines1.add("从北京出发", data_beijing, **style_geo)
# geo.show_config()
context = dict(myechart=geolines1.render_embed(),
host=REMOTE_HOST,
script_list=geolines1.get_js_dependencies())
return HttpResponse(template.render(context, request))
def world_status():
world = GeoLines('', **style.init_style)
# 添加国际城市地理坐标
sange = get_coordinate('Los Angeles', '美国')
world.add_coordinate("Los Angeles", sange[0], sange[1])
road = [
['Los Angeles', 'Los Angeles']
]
world.add('', road, **style_geo)
return world
def getLines(self):
collection = self.spring['cityroute']
line_hangzhou = collection.aggregate([
{'$match': {'from_poi.city.city_name': '杭州'}},
{'$group': {'_id': '$to_poi.city.city_name', 'count': {'$sum': 1}}}
])
line_beijing = collection.aggregate([
{'$match': {'from_poi.city.city_name': '北京'}},
{'$group': {'_id': '$to_poi.city.city_name', 'count': {'$sum': 1}}}
])
line_shanghai = collection.aggregate([
{'$match': {'from_poi.city.city_name': '上海'}},
{'$group': {'_id': '$to_poi.city.city_name', 'count': {'$sum': 1}}}
])
line_guangzhou = collection.aggregate([
{'$match': {'from_poi.city.city_name': '广州'}},
{'$group': {'_id': '$to_poi.city.city_name', 'count': {'$sum': 1}}}
])
line_shenzhen = collection.aggregate([
{'$match': {'from_poi.city.city_name': '深圳'}},
{'$group': {'_id': '$to_poi.city.city_name', 'count': {'$sum': 1}}}
])
line_hangzhou_ = []
for line in line_hangzhou:
line_hangzhou_.append(["杭州",line['_id'],line['count']])
line_beijing_ = []
for line in line_beijing:
line_beijing_.append(["北京", line['_id'], line['count']])
line_shanghai_ = []
for line in line_shanghai:
line_shanghai_.append(["上海", line['_id'], line['count']])
line_guangzhou_ = []
for line in line_guangzhou:
line_guangzhou_.append(["广州", line['_id'], line['count']])
line_shenzhen_ = []
for line in line_shenzhen:
line_shenzhen_.append(["深圳", line['_id'], line['count']])
citylines = GeoLines("春节迁移路线图", **style.init_style)
citylines.add("从北京出发",
line_beijing_,
**geo_style)
citylines.add("从上海出发",
line_shanghai_,
**geo_style)
citylines.add("从广州出发",
line_guangzhou_,
**geo_style)
citylines.add("从深圳出发",
line_shenzhen_,
**geo_style)
citylines.add("从杭州出发",
line_hangzhou_,
**geo_style)
citylines.render("results/citylines.html")
def test_geolines():
data_guangzhou = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "重庆"],
["广州", "兰州"], ["广州", "杭州"]]
data_beijing = [["北京", "上海"], ["北京", "广州"], ["北京", "南京"], ["北京", "重庆"],
["北京", "兰州"], ["北京", "杭州"]]
lines = GeoLines("GeoLines 示例", **style.init_style)
lines.add("从广州出发", data_guangzhou, **style_geo)
lines.add("从北京出发", data_beijing, **style_geo)
#lines.add(angle_data, angle_range, area_color, area_opacity, axis_range, bar_category_gap, border_color, boundary_gap, center, calendar_date_range, calendar_cell_size, datazoom_type, datazoom_range, datazoom_orient, datazoom_xaxis_index, datazoom_yaxis_index, effect_brushtype, effect_period, effect_scale, extra_data, geo_emphasis_color, geo_normal_color, geo_cities_coords, geo_effect_period, geo_effect_traillength, geo_effect_color, geo_effect_symbol, geo_effect_symbolsize, graph_layout, graph_gravity, graph_edge_length, graph_repulsion, graph_edge_symbol, graph_edge_symbolsize, grid_width, grid_height, grid_top, grid_bottom, grid_left, grid_right, grid3d_width, grid3d_height, grid3d_depth, grid3d_opacity, grid3d_shading, grid3d_rotate_speed, grid3d_rotate_sensitivity, is_angleaxis_show, is_area_show, is_axisline_show, is_calculable, is_calendar_heatmap, is_clockwise, is_convert, is_datazoom_show, is_fill, is_focusnode, is_geo_effect_show, is_grid3d_rotate, is_label_show, is_label_emphasis, is_legend_show, is_liquid_animation, is_liquid_outline_show, is_more_utils, is_piecewise, is_radiusaxis_show, is_random, is_roam, is_rotatelabel, is_smooth, is_splitline_show, is_stack, is_step, is_symbol_show, is_map_symbol_show, is_visualmap, is_xaxislabel_align, is_yaxislabel_align, is_xaxis_inverse, is_yaxis_inverse, is_xaxis_boundarygap, is_yaxis_boundarygap, is_xaxis_show, is_yaxis_show, item_color, label_color, label_pos, label_text_color, label_text_size, label_formatter, label_emphasis_textcolor, label_emphasis_textsize, label_emphasis_pos, legend_orient, legend_pos, legend_top, legend_selectedmode, legend_text_size, legend_text_color, line_curve, line_opacity, line_type, line_width, line_color, liquid_color, maptype, mark_line, mark_line_symbolsize, mark_line_valuedim, mark_point, mark_point_symbol, mark_point_symbolsize, mark_point_textcolor, radius_data, radius, rosetype, rotate_step, scale_range, shape, start_angle, symbol_size, symbol, sankey_node_width, sankey_node_gap, type, tooltip_tragger, tooltip_tragger_on, tooltip_axispointer_type, tooltip_formatter, tooltip_text_color, tooltip_font_size, treemap_left_depth, treemap_drilldown_icon, treemap_visible_min, visual_orient, visual_range_color, visual_range_size, visual_range_text, visual_range, visual_text_color, visual_pos, visual_top, visual_type, visual_split_number, visual_dimension, word_gap, word_size_range, x_axis, xaxis_margin, xaxis_interval, xaxis_force_interval, xaxis_pos, xaxis_name_gap, xaxis_name_size, xaxis_name_pos, xaxis_name, xaxis_rotate, xaxis_min, xaxis_max, xaxis_type, xaxis3d_name, xaxis3d_name_size, xaxis3d_name_gap, xaxis3d_min, xaxis3d_max, xaxis3d_interval, xaxis3d_margin, yaxis_margin, yaxis_interval, yaxis_force_interval, yaxis_pos, yaxis_formatter, yaxis_rotate, yaxis_min, yaxis_max, yaxis_name_gap, yaxis_name_size, yaxis_name_pos, yaxis_type, yaxis_name, yaxis3d_name, yaxis3d_name_size, yaxis3d_name_gap, yaxis3d_min, yaxis3d_max, yaxis3d_interval, yaxis3d_margin, zaxis3d_name, zaxis3d_name_size, zaxis3d_name_gap, zaxis3d_min, zaxis3d_max, zaxis3d_margin)
lines.show_config()
lines.render('geolines_x.html')
def test_geolines(patched):
fixture = "geolines.json"
patched.return_value = "1"
data_guangzhou = [["广州", "上海"]]
data_beijing = [["北京", "上海"]]
lines = GeoLines("GeoLines 示例", **style.init_style)
lines.add("从广州出发", data_guangzhou, **style_geo)
lines.add("从北京出发", data_beijing, **style_geo)
actual_options = dumps_actual_options(lines.options)
expected = get_fixture_content(fixture)
for a, b in zip(actual_options.split("\n"), expected.split("\n")):
eq_(a.strip(), b.strip())
def test_with_full_example():
line_data = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "A市"]]
lines = GeoLines("GeoLines 示例", **style.init_style)
with assert_raises(ValueError):
lines.add("从广州出发", line_data, **style_geo)
assert 0 == len(search_coordinates_by_keyword("A市"))
lines.add_coordinate("A市", 119.3, 26.08)
lines.add("从广州出发", line_data, **style_geo)
lines.render()
def test_with_full_example():
line_data = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "A市"]]
lines = GeoLines("GeoLines 示例", **style.init_style)
with assert_raises(ValueError):
lines.add("从广州出发", line_data, **style_geo)
assert 0 == len(search_coordinates_by_keyword("A市"))
lines.add_coordinate("A市", 119.3, 26.08)
lines.add("从广州出发", line_data, **style_geo)
lines.render()
def renderHtml(self, leave_time, html_data):
plane_map = GeoLines("航线分时展示", **self.style.init_style) # 相当于设置背景
for city_name in self.flight_data[leave_time]:
html_data.append([self.from_city, city_name])
map_name = '在' + str(leave_time) + '时从' + self.from_city + '起飞的飞机:'
try:
plane_map.add(map_name, html_data,
tooltip_formatter="{a} : {c}", **self.style_geo)
except Exception as e:
pass # 忽略无法标识出来的城市
plane_map.render(self.local + '/t' + str(leave_time+1) + '.html')
def test_geolines_value_and_formatter():
data_guangzhou = [
["广州", "上海", 10],
["广州", "北京", 20],
["广州", "南京", 30],
["广州", "重庆", 40],
["广州", "兰州", 50],
["广州", "杭州", 60],
]
lines = GeoLines("GeoLines 示例", **style.init_style)
lines.add("从广州出发",
data_guangzhou,
tooltip_formatter="{a} : {c}",
**style_geo)
html_content = lines._repr_html_()
assert '"value": 10' in html_content
assert '"value": 60' in html_content
def reload_data(addrs, local, dataset, ip_from):
local_coord = local[0]
local_city = local[1]
road = []
# 实例化世界地图
world = GeoLines('', **style.init_style)
try:
# 添加本机坐标
world.add_coordinate(local_city, local_coord[0], local_coord[1])
except:
# 重复添加可能会出错？
pass
if addrs:
for ips in addrs:
ips = loads(ips)
ip = list(ips.keys())[0]
is_evil = list(ips.values())[0]
try:
info = dataset.city(ip)
ip_city = info.city.name
ip_country = info.country.name
# 经纬度
ip_coord = [info.location.longitude, info.location.latitude]
if ip_city and ip_country:
world.add_coordinate(ip_city, ip_coord[0], ip_coord[1])
path = [ip_city, local_city]
road.append(path)
if ip_country not in ip_from:
ip_from[ip_country] = 1
else:
ip_from[ip_country] += 1
except:
pass
else:
road = [['Los Angeles', local_city]]
world.add('', road, **style_geo)
option = world.get_options()
# options中存在 Tooltip 对象，无法直接使用 json.dumps 转换，需要理由 pyecharts 的 TRANSLATOR API函数
option = TRANSLATOR.translate(option)
option = option.as_snippet()
return option, ip_from
def gen_render_html(
nodes_path,
edges_path,
output_path=r'../results/energy/figure/2015-2017-finished/city_coop.html'
):
# 读取节点和边
nodes = pd.read_csv(nodes_path, delimiter=';')
edges = pd.read_csv(edges_path, delimiter=';')
# 设置生成echarts地理流向图的配置
geocode = {
nodes.iloc[i]['name']:
[nodes.iloc[i]['Longitude'], nodes.iloc[i]['Latitude']]
for i in range(len(nodes))
}
style = Style(title_color="#fff",
title_pos="center",
width=2400,
height=1200,
background_color="white")
edge_data = [[
edges.iloc[i]['source'], edges.iloc[i]['target'],
edges.iloc[i]['weight']
] for i in range(len(edges))]
style_geo = style.add(line_opacity=0.2, line_color='#2980b9')
# 渲染
geolines = GeoLines('城市合作网络', **style.init_style)
geolines.add("",
edge_data,
maptype='world',
geo_cities_coords=geocode,
is_geo_effect_show=False,
is_roam=False,
symbol_size=0,
geo_normal_color='#dcdcdc',
border_color='black',
**style_geo)
os.makedirs(os.path.dirname(output_path), exist_ok=True)
geolines.render(output_path)
return
def test_with_custom_coordinates():
data_guangzhou = [
["广州", "上海"],
["广州", "北京"],
["广州", "南京"],
["广州", "重庆"],
["广州", "兰州"],
["广州", "A市"],
]
lines = GeoLines("GeoLines 示例", **style.init_style)
coordinate = lines.get_coordinate("广州")
assert 2 == len(coordinate)
with assert_raises(ValueError):
lines.get_coordinate("A市", raise_exception=True)
lines.add("从广州出发",
data_guangzhou,
geo_cities_coords={"A市": (119.3, 26.08)},
**style_geo)
lines.render()
def geolines():
data_beijing = [["北京", "上海"], ["北京", "广州"], ["北京", "南京"], ["北京", "重庆"],
["北京", "兰州"], ["北京", "杭州"]]
data_guangzhou = [
["广州", "上海", 10],
["广州", "北京", 20],
["广州", "南京", 30],
["广州", "重庆", 40],
["广州", "兰州", 50],
["广州", "杭州", 60],
]
style = Style(title_top="#fff",
title_pos="center",
width=1200,
height=600,
background_color="#404a59")
style_geo = style.add(
is_label_show=True,
line_curve=0.2,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="plane",
geo_effect_symbolsize=15,
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
)
geolines = GeoLines("GeoLines", **style.init_style)
geolines.add("从广州出发", data_guangzhou, **style_geo)
geolines.add("从北京出发", data_beijing, **style_geo)
# geolines.render()
return render_template(
'geolines.html',
geolines=geolines.render_embed(),
host=REMOTE_HOST,
script_list=geolines.get_js_dependencies(),
)
def checkFromCity(self, from_city):
self.from_city = from_city
# 1、检查输入的城市是否有飞机场
if self.from_city in self.cities_code:
# 2、检查输入城市是否能在地图上标识
try:
plane_map = GeoLines("航线分时展示", **self.style.init_style)
plane_map.add('', [[from_city, '大连']],tooltip_formatter="{a} : {c}", **self.style_geo)
except Exception as e:
print('抱歉，输入城市无法显示，你可以尝试输入其他城市。')
return False
self.from_city_code = self.cities_code[self.from_city]
if not os.path.exists(self.local):
os.makedirs(self.local)
print('初始化链接。。。')
return True
else:
print('起点城市名输入错误,请重新输入')
return False
def test_geolines():
data_guangzhou = [
["广州", "上海"],
["广州", "北京"],
["广州", "南京"],
["广州", "重庆"],
["广州", "兰州"],
["广州", "杭州"],
]
data_beijing = [
["北京", "上海"],
["北京", "广州"],
["北京", "南京"],
["北京", "重庆"],
["北京", "兰州"],
["北京", "杭州"],
]
lines = GeoLines("GeoLines 示例", **style.init_style)
lines.add("从广州出发", data_guangzhou, **style_geo)
lines.add("从北京出发", data_beijing, **style_geo)
lines.render()
def plot_upstream(self,outputname):
self.init_dict_trans_isvisit()
style = Style(
title_color="#fff",
title_pos="center",
width=1510,
height=840,
background_color="#404a59" # #404a59"
)
style_geo = style.add(
maptype="china",
is_label_show=False,
line_curve=0.1,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="arrow",
symbol_size=5,
geo_effect_symbolsize=5,
label_color=['#a6c84c', '#46bee9','red'],
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
)
geolines = GeoLines(outputname, **style.init_style)
geolines.add(name = "轻度",data = self.prop_df[self.prop_df['class']=='轻度'][['Source','Target']].values.tolist(),
is_legend_show=False,**style_geo)
geolines.add(name = "中度",data = self.prop_df[self.prop_df['class']=='中度'][['Source','Target']].values.tolist(),
is_legend_show=True,**style_geo)
geolines.add(name = "重度",data = self.prop_df[self.prop_df['class']=='重度'][['Source','Target']].values.tolist(),
is_legend_show=True,**style_geo)
geolines.render(outputname+'.html')
def test_with_custom_coordinates():
data_guangzhou = [
["广州", "上海"],
["广州", "北京"],
["广州", "南京"],
["广州", "重庆"],
["广州", "兰州"],
["广州", "A市"],
]
lines = GeoLines("GeoLines 示例", **style.init_style)
coordinate = lines.get_coordinate("广州")
assert 2 == len(coordinate)
with assert_raises(ValueError):
lines.get_coordinate("A市", raise_exception=True)
lines.add(
"从广州出发",
data_guangzhou,
geo_cities_coords={"A市": (119.3, 26.08)},
**style_geo
)
lines.render()
def test_geolines():
data_guangzhou = [
["广州", "上海"],
["广州", "北京"],
["广州", "南京"],
["广州", "重庆"],
["广州", "兰州"],
["广州", "杭州"],
]
data_beijing = [
["北京", "上海"],
["北京", "广州"],
["北京", "南京"],
["北京", "重庆"],
["北京", "兰州"],
["北京", "杭州"],
]
lines = GeoLines("GeoLines 示例", **style.init_style)
lines.add("从广州出发", data_guangzhou, **style_geo)
lines.add("从北京出发", data_beijing, **style_geo)
lines.print_echarts_options()
lines.render()
def plot_bfs(self, outputname, source_city='上海市', k=5, minimum=300):
import json
dict_nn = self.bfs(source_city, k, minimum=minimum)
jsonstr = json.dumps(dict_nn)
filename = open(outputname+'.json', 'w') # dict转josn
filename.write(jsonstr)
style = Style(
title_color="#fff",
title_pos="center",
width=1510,
height=840,
background_color="#404a59" # #404a59"
)
style_geo = style.add(
maptype="china",
is_label_show=False,
line_curve=0.1,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="arrow",
symbol_size=5,
geo_effect_symbolsize=5,
label_color=['#a6c84c', '#46bee9', 'red', '#ffa022','green'],#'#a6c84c'
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
# geo_cities_coords=airports_geo
)
geolines = GeoLines(outputname, **style.init_style)
for i in range(1,k+1):
geolines.add(name=str(i)+"阶", data=dict_nn[i],
is_legend_show=True, **style_geo)
geolines.render(outputname+'近邻城市.html')
return dict_nn
def test3():
style = Style(title_top="#fff",
title_pos="center",
width=1200,
height=600,
background_color="404a59")
style_geo = style.add(
is_label_show=True,
line_curve=0.2,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="plane",
geo_effect_symbolsize=15,
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
)
data_guangzhou = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "重庆"],
["广州", "兰州"], ["广州", "杭州"]]
geolines = GeoLines("GeoLines 示例", **style.init_style)
geolines.add("从广州出发", data_guangzhou, **style_geo)
geolines.render("coordinate.html")
def geolines():
"""地理坐标系线图"""
data_beijing = [["北京", "上海"], ["北京", "广州"], ["北京", "南京"], ["北京", "重庆"],
["北京", "兰州"], ["北京", "杭州"]]
data_guangzhou = [
["广州", "上海", 10],
["广州", "北京", 20],
["广州", "南京", 30],
["广州", "重庆", 40],
["广州", "兰州", 50],
["广州", "杭州", 60],
]
data_shanghai = [
["上海", "广州", 10],
["上海", "北京", 20],
["上海", "南京", 30],
["上海", "重庆", 40],
["上海", "兰州", 50],
["上海", "杭州", 60],
]
style = Style(title_top="#fff",
title_pos="center",
width=1200,
height=800,
background_color="#404a59")
style_geo = style.add(
is_label_show=True,
line_curve=0.2,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="plane",
geo_effect_symbolsize=15,
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
)
geolines = GeoLines("地理坐标系线图", **style.init_style)
geolines.add("从广州出发", data_guangzhou, **style_geo)
geolines.add("从北京出发", data_beijing, **style_geo)
geolines.add("从上海出发", data_shanghai, **style_geo)
geolines.render("地理坐标系线图.html")
is_label_show=True,
line_curve=0.2,
line_opacity=0.6,
lengend_text_color='#eee',
lengend_pos='right',
geo_effect_symbol='plane',
geo_effect_symbolsize=15,
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos='right',
label_formatter="{b}",
label_text_color="#eee",
legend_selectedmode="single",
)
data_guangzhou = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "重庆"],
["广州", "兰州"], ["广州", "杭州"]]
data_beijing = [["北京", "上海"], ["北京", "广州"], ["北京", "南京"], ["北京", "重庆"],
["北京", "兰州"], ["北京", "杭州"]]
geolines = GeoLines("GeoLines 示例", **style.init_style)
geolines.add("从广州出发",
data_guangzhou,
**style_geo,
is_lengend_show=True,
legend_top="10%")
geolines.add("从北京出发",
data_beijing,
**style_geo,
is_lengend_show=True,
legend_top="10%")
geolines.render()
def create_charts(data):
style = Style(width=900, height=900)
page = Page()
html=''
charts = GeoLines("丝绸之路", **style.init_style)
data_eastnorth = [
['西安市', '彬县'],
['彬县', '泾川县'],
['泾川县', '固原市'],
['固原市', '靖远县'],
['靖远县', '武威市'],
['武威市', '张掖市']
]
charts.add("东段北线", data_eastnorth, **style_geo)
data_eastmid = [
['西安市', '彬县'],
['彬县', '泾川县'],
['泾川县', '平凉市'],
['平凉市', '会宁县'],
['会宁县', '兰州市'],
['兰州市', '武威市'],
['武威市', '张掖市']
]
charts.add("东段中线", data_eastmid, **style_geo)
data_eastsouth = [
['西安市', '凤翔县'],
['凤翔县', '天水市'],
['天水市', '陇西县'],
['陇西县', '临夏市'],
['临夏市', '乐都县'],
['乐都县', '西宁市'],
['西宁市', '张掖市']
]
charts.add("东段南线", data_eastsouth, **style_geo)
data_hexizoulang = [
['张掖', '酒泉'],
['酒泉', '玉门'],
['玉门', '瓜州']
]
charts.add("河西走廊", data_hexizoulang, geo_cities_coords={
'张掖': [100.45, 38.93],
'酒泉': [98.500685, 39.740023],
'玉门': [97.055736, 40.296519],
'瓜州': [95.793335, 40.530274]
}, **style_geo)
data_westnorth = [
['瓜州', '哈密'],
['哈密', '伊川'],
['伊川', '吉木萨尔'],
['吉木萨尔', '乌鲁木齐'],
['乌鲁木齐', '伊宁'],
['伊宁', '碎叶']
]
charts.add("中段北道", data_westnorth, geo_cities_coords={
'瓜州': [95.793335, 40.530274],
'哈密': [93.52294, 42.833441],
'伊川': [91.435282, 43.430981],
'吉木萨尔': [89.181374, 44.004888],
'乌鲁木齐': [87.62214, 43.831179],
'伊宁': [81.283092, 43.916546],
'碎叶': [75.283092, 43.831179]
}, **style_geo)
data_westmid = [
['瓜州', '敦煌'],
['敦煌', '玉门关'],
['玉门关', '高昌'],
['高昌', '焉耆'],
['焉耆', '库车'],
['库车', '阿克苏'],
['阿克苏', '喀什'],
['喀什', '大宛']
]
charts.add("中段中道",data_westmid, geo_cities_coords={
'瓜州': [95.793335, 40.530274],
'敦煌': [94.6806, 40.148308],
'玉门关': [93.871678, 40.360147],
'高昌': [89.192459, 42.948971],
'焉耆': [86.588696, 42.065708],
'库车': [82.969034, 41.723448],
'阿克苏': [80.258894, 41.175899],
'喀什': [75.975982,39.542678],
'大宛': [70.258894, 41.175899]
}, **style_geo)
data_westsouth = [
['瓜州', '敦煌'],
['敦煌', '阳关'],
['阳关', '若羌县'],
['若羌县', '且丰县'],
['且丰县', '和田'],
['和田', '莎车'],
['莎车', '葱岭']
]
charts.add("中段南道", data_westsouth, geo_cities_coords={
'瓜州': [95.793335, 40.530274],
'敦煌': [94.6806, 40.148308],
'阳关': [94.060858, 39.940913],
'若羌县': [89.060858, 39.940913],
'且丰县': [86.560858, 38.540919],
'和田': [79.933681, 37.121827],
'莎车': [77.249562, 38.422871],
'葱岭': [72.249562, 37.921827]
}, **style_geo)
page.add(charts)
html=charts.render_embed()
script = page.get_js_dependencies()
return html, script
# -*- coding:utf-8 -*-
# 制作3D动态航线图
from pyecharts import GeoLines, Style
style = Style(title_top="#fff",
title_pos="center",
width=1200,
height=600,
background_color="#404a59")
data_guangzhou = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "重庆"],
["广州", "兰州"], ["广州", "杭州"]]
geolines = GeoLines("GeoLines 示例", **style.init_style)
geolines.add("从广州出发", data_guangzhou, is_legend_show=False)
geolines.render("F:/Python-study-diary/pyechartsss/airport2.html")
style = Style(title_top="#fff",
title_pos="center",
width=1000,
height=500,
background_color="#404a59")
style_geo = style.add(
is_label_show=True,
line_curve=0.2,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="plane",
geo_effect_symbolsize=15,
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
legend_selectedmode="single", #指定单例模式
)
data_beijing = [["北京", "上海"], ["北京", "广州"], ["北京", "南京"], ["北京", "重庆"],
["北京", "兰州"], ["北京", "杭州"]]
data_guangzhou = [["广州", "上海"], ["广州", "北京"], ["广州", "南京"], ["广州", "重庆"],
["广州", "兰州"], ["广州", "杭州"]]
geolines = GeoLines("GeoLines 示例", **style.init_style)
geolines.add("从广州出发", data_guangzhou, **style_geo)
geolines.add("从北京出发", data_beijing, **style_geo)
geolines.render("地图线.html")
geolines
)
data_shanghai=[
["上海", "广州"],
["上海", "北京"],
["上海", "南京"],
["上海", "重庆"],
["上海", "兰州"],
["上海", "杭州"]
]
data_guangzhou=[
["广州", "上海", 10],
["广州", "北京", 20],
["广州", "南京", 30],
["广州", "重庆", 40],
["广州", "兰州", 50],
["广州", "杭州", 60]
]
data_beijing = [
["北京", "上海"],
["北京", "广州"],
["北京", "南京"],
["北京", "重庆"],
["北京", "兰州"],
["北京", "杭州"]
]
geoline=GeoLines('线路示例',**style.init_style)
geoline.add('从上海出发',data_shanghai,maptype='china',is_more_utils=True,**style_geo)
geoline.add('从广州出发',data_guangzhou,maptype='china',tooltip_formatter="{a} : {c}",is_more_utils=True,**style_geo)
geoline.add('从北京出发',data_beijing,maptype='china',is_more_utils=True,**style_geo)
geoline.render()
width=1200,
height=600,
background_color="#404a59"
)
data_guangzhou = [
["广州", "上海"],
["广州", "北京"],
["广州", "南京"],
["广州", "重庆"],
["广州", "兰州"],
["广州", "杭州"]
]
style_geo = style.add(
is_label_show=True,
line_curve=0.2,
line_opacity=0.6,
legend_text_color="#eee",
legend_pos="right",
geo_effect_symbol="plane",
geo_effect_symbolsize=15,
label_color=['#a6c84c', '#ffa022', '#46bee9'],
label_pos="right",
label_formatter="{b}",
label_text_color="#eee",
)
geolines = GeoLines("GeoLines 示例", **style.init_style)
geolines.add("从广州出发", data_guangzhou, **style_geo)
geolines.render()
