Python matplotlib模块，是扩展的MATLAB的一个绘图工具库，它可以绘制各种图形
建议安装 Anaconda后使用 ，集成了很多第三库，基本满足大家的需求，下载地址，对应选择python 2.7 或是 3.5 的就可以了：
https://www.continuum.io/downloads#windows
脚本默认执行方式： 1.获取当前文件夹下的1.log文件
2.将数据格式化为矩阵
3.以矩阵的列索引为x坐标，行索引为y坐标，值为z坐标
4.绘制曲面图
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测试数据
测试所用数据：r_gain=
79.000000f, 89.000000f, 104.000000f, 120.000000f, 135.000000f,
149.000000f, 160.000000f, 172.000000f, 176.000000f, 172.000000f,
164.000000f, 159.000000f, 143.000000f, 128.000000f, 113.000000f,
97.000000f, 81.000000f, r_gain=
84.000000f, 100.000000f, 120.000000f, 136.000000f, 156.000000f,
176.000000f, 192.000000f, 204.000000f, 208.000000f, 204.000000f,
196.000000f, 180.000000f, 164.000000f, 144.000000f, 124.000000f,
108.000000f, 92.000000f, r_gain=
91.000000f, 112.000000f, 132.000000f, 156.000000f, 176.000000f,
200.000000f, 224.000000f, 240.000000f, 248.000000f, 244.000000f,
228.000000f, 208.000000f, 188.000000f, 164.000000f, 140.000000f,
120.000000f, 99.000000f, r_gain=
99.000000f, 120.000000f, 144.000000f, 172.000000f, 200.000000f,
228.000000f, 256.000000f, 276.000000f, 284.000000f, 280.000000f,
264.000000f, 240.000000f, 208.000000f, 180.000000f, 156.000000f,
132.000000f, 105.000000f, r_gain=107.000000f,
128.000000f, 156.000000f, 184.000000f, 216.000000f, 256.000000f,
288.000000f, 308.000000f, 320.000000f, 316.000000f, 296.000000f,
264.000000f, 228.000000f, 196.000000f, 164.000000f, 140.000000f,
113.000000f, r_gain=111.000000f,
132.000000f, 160.000000f, 192.000000f, 232.000000f, 272.000000f,
304.000000f, 332.000000f, 340.000000f, 336.000000f, 316.000000f,
284.000000f, 244.000000f, 204.000000f, 172.000000f, 144.000000f,
117.000000f, r_gain=109.000000f,
136.000000f, 164.000000f, 196.000000f, 232.000000f, 276.000000f,
312.000000f, 336.000000f, 348.000000f, 344.000000f, 320.000000f,
288.000000f, 248.000000f, 208.000000f, 172.000000f, 144.000000f,
117.000000f, r_gain=111.000000f,
132.000000f, 160.000000f, 192.000000f, 228.000000f, 268.000000f,
304.000000f, 328.000000f, 340.000000f, 332.000000f, 312.000000f,
280.000000f, 240.000000f, 200.000000f, 168.000000f, 140.000000f,
119.000000f, r_gain=101.000000f,
128.000000f, 152.000000f, 180.000000f, 212.000000f, 248.000000f,
280.000000f, 304.000000f, 312.000000f, 308.000000f, 288.000000f,
260.000000f, 224.000000f, 192.000000f, 160.000000f, 136.000000f,
109.000000f, r_gain=
95.000000f, 116.000000f, 140.000000f, 164.000000f, 192.000000f,
224.000000f, 248.000000f, 272.000000f, 280.000000f, 272.000000f,
256.000000f, 232.000000f, 200.000000f, 176.000000f, 152.000000f,
128.000000f, 101.000000f, r_gain=
87.000000f, 108.000000f, 128.000000f, 148.000000f, 172.000000f,
192.000000f, 216.000000f, 232.000000f, 236.000000f, 232.000000f,
220.000000f, 200.000000f, 180.000000f, 156.000000f, 136.000000f,
116.000000f, 95.000000f, r_gain=
80.000000f, 96.000000f, 112.000000f, 132.000000f, 148.000000f,
168.000000f, 180.000000f, 192.000000f, 196.000000f, 196.000000f,
184.000000f, 172.000000f, 156.000000f, 136.000000f, 120.000000f,
104.000000f, 88.000000f, r_gain=
69.000000f, 85.000000f, 96.000000f, 111.000000f, 127.000000f,
141.000000f, 153.000000f, 160.000000f, 164.000000f, 159.000000f,
157.000000f, 145.000000f, 135.000000f, 120.000000f, 104.000000f,
88.000000f, 77.000000f, |
曲面图脚本
# -*- coding: utf-8 -*-from matplotlib import pyplot as plt
from mpl_toolkits.mplot3d import Axes3D
from pandas import DataFrame
def draw(x, y, z):
'''
采用matplolib绘制曲面图
:param x: x轴坐标数组
:param y: y轴坐标数组
:param z: z轴坐标数组
:return:
'''
X = x
Y = y
Z = z
fig = plt.figure()
ax = fig.add_subplot(111, projection='3d')
ax.plot_trisurf(X, Y, Z)
plt.show()
if __name__ == '__main__':
'''
默认执行方式：
1.获取当前文件夹下的1.log文件
2.将数据格式化为矩阵
3.以矩阵的列索引为x坐标，行索引为y坐标，值为z坐标
4.绘制曲面图
'''
data = {}
index_origin = 0
f = open("1.log")
line = f.readline()
while line:
data[index_origin] = line.split('=')[-1].replace(' ', '').split('f,')[0:-1]
index_origin = index_origin + 1
line = f.readline()
f.close()
df = DataFrame(data)
df = df.T
x = []
for i in range(len(df.index)):
x = x + list(df.columns)
print(x)
y = []
for i in range(len(df.index)):
for m in range(17):
y.append(i)
print(y)
z = []
for i in range(len(df.index)):
z = z + df[i:i + 1].values.tolist()[0]
z = map(float, z)
print (z)
draw(x, y, z)
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