Linux Mint安装matplotlib basemap

下载basemap

下载完成后解压

安装依赖库

直接使用python setup.py install 安装会提示缺少geos库,为了方便把相关库都安装上.以下命令在终端都是以超级用户运行

apt-get install libgeos*

最好把gdal库也安装上

apt-get install libgdal*

安装python依赖库

apt-get install python-dev
apt-get install python3-dev

checkinstall安装basemap

首先安装checkinstall

apt-get install checkinstall

然后进入到解压后的目录

checkinstall python setup.py install

或者

checkinstall python3 setup.py installl

使用checkinstall安装的时候会有一些提示,直接enter跳过即可,最后生成的.deb包,生成后自动安装.

如果不出意外的话便可成功安装了,如果还出现其他错误就根据错误贴到网上自己查找一下.

参考链接:https://answers.launchpad.net/ubuntu/+source/matplotlib/+question/55943

最后分享一段代码,用来生成过去一个月强度大于4.5的地震发生地点.

# -----------------------------------------------------------------------------# Copyright (c) 2014, Nicolas P. Rougier. All Rights Reserved.# Distributed under the (new) BSD License.# -----------------------------------------------------------------------------# Based on : https://peak5390.wordpress.com# -> 2012/12/08/matplotlib-basemap-tutorial-plotting-global-earthquake-activity/# -----------------------------------------------------------------------------import urllibimport numpy as npimport matplotlibmatplotlib.rcParams['toolbar'] = 'None'import matplotlib.pyplot as pltfrom mpl_toolkits.basemap import Basemapfrom  matplotlib.animation import FuncAnimation# Open the earthquake data# -------------------------# -> 网址是：http://earthquake.usgs.gov/earthquakes/feed/v1.0/csv.phpfeed = "http://earthquake.usgs.gov/earthquakes/feed/v1.0/summary/"# Significant earthquakes in the past 30 days     过去30天发生的强大地震# url = urllib.urlopen(feed + "significant_month.csv")# Earthquakes of magnitude > 4.5 in the past 30 days 过去30天发生的强度大于4.5的地震url = urllib.request.urlopen(feed + "4.5_month.csv") #Python3.5使用这个# url = urllib.urlopen(feed + "4.5_month.csv")        #Python2.7使用这个# Earthquakes of magnitude > 2.5 in the past 30 days 过去30天发生的强度大于2.5的地震# url = urllib.urlopen(feed + "2.5_month.csv")# Earthquakes of magnitude > 1.0 in the past 30 days 过去30天发生的强度大于1的地震# url = urllib.request.urlopen(feed + "1.0_month.csv")# Earthquakes of all magnitude in the past 30 days 过去30天发生的全部地震# url = urllib.request.urlopen(feed + "all_month.csv")# Set earthquake data 设置地震数据data = url.read()data = data.split(b'\n')[+1:-1]E = np.zeros(len(data), dtype=[('position',  float, 2),                               ('magnitude', float, 1)])for i in range(len(data)):    row = data[i].split(b',')    E['position'][i] = np.float(row[2]),np.float(row[1])    E['magnitude'][i] = np.float(row[4])fig = plt.figure(figsize=(14,10))ax = plt.subplot(1,1,1)P = np.zeros(50, dtype=[('position', float, 2),                        ('size',     float, 1),                        ('growth',   float, 1),                        ('color',    float, 4)])# Basemap projectionwidth = 28000000; lon_0 = -105; lat_0 = 40map = Basemap(projection='moll',lon_0=0,resolution='c') #设置地图样式map.drawcoastlines(color='0.50', linewidth=0.25)map.fillcontinents(color='0.95')scat = ax.scatter(P['position'][:,0], P['position'][:,1], P['size'], lw=0.5,                  edgecolors = P['color'], facecolors='None', zorder=10)def update(frame):    current = frame % len(E)    i = frame % len(P)    P['color'][:,3] = np.maximum(0, P['color'][:,3] - 1.0/len(P))    P['size'] += P['growth']    magnitude = E['magnitude'][current]    P['position'][i] = map(*E['position'][current])    P['size'][i] = 5    P['growth'][i]= np.exp(magnitude) * 0.1    if magnitude < 6:        P['color'][i]    = 0,0,1,1    else:        P['color'][i]    = 1,0,0,1    scat.set_edgecolors(P['color'])    scat.set_facecolors(P['color']*(1,1,1,0.25))    scat.set_sizes(P['size'])    scat.set_offsets(P['position'])plt.title("Earthquakes > 4.5 in the last 30 days")animation = FuncAnimation(fig, update, interval=10)plt.show()