def drawCorrect():
x0,y0=getXt1AndXt2.readCsv('../static/file/20180921185434冷却曲线.csv')
x,y = getXt1AndXt2.correct('../static/file/20180921185434冷却曲线.csv')
xx = [x[0], x[-1]]
yy = [y[0], y[-1]]
print(yy)
temp1=[]
for i in range(len(x0)):
temp={'x':x0[i],'y':y0[i]}
temp1.append(temp)
temp2={
'start':{
'x':xx[0],
'y':yy[0]
},
'end':{
'x':xx[1],
'y':yy[1]
}
}
print(temp2)
datas={
'data1':temp1,
'data2':temp2
}
content = json.dumps(datas)
resp = Response_headers(content)
return resp
def correct(**kwargs):
cool = getXt1AndXt2.correct(path2, **kwargs)[0]
coolStart = cool[0]
coolEnd = cool[-1]
heat = getHmAndTm.correctHot(path3, **kwargs)[0]
heatStart = heat[0]
heatEnd = heat[-1]
leftStart = getXt1AndXt2.leftStart
leftEnd = getXt1AndXt2.leftEnd
rightStart = getXt1AndXt2.rightStart
rightEnd = getXt1AndXt2.rightEnd
data = {
'coolStart': coolStart,
'coolEnd': coolEnd,
'heatStart': heatStart,
'heatEnd': heatEnd,
'leftStart': leftStart,
'leftEnd': leftEnd,
'rightStart': rightStart,
'rightEnd': rightEnd
}
return render_template('correct.html', data=data)
def xtWithTemperatureGraph(filename, str):
htext = '降温：相对结晶度—温度图像'
xtext = 'Temperature(℃)'
ytext = 'Xt'
x = getXt1AndXt2.correct(filename)[0]
y = getXt1AndXt2.caculateXt(filename)
cpValue = 'blue'
ptext = '相对结晶度—温度'
drawPlot(htext, xtext, ytext, x, y, cpValue, ptext, str)
def coolTGraph(filename, str):
x = getXt1AndXt2.temperatureToTime(filename)
y = getXt1AndXt2.correct(filename)[1]
htext = '基线修正后热流量-时间曲线'
xtext = 'Temperature(℃)'
ytext = 'Heatflow(a.u.)'
cpValue = 'blue'
ptext = '热流量-时间曲线'
drawPlot(htext, xtext, ytext, x, y, cpValue, ptext, str)
def xtWithTemperature():
x = getXt1AndXt2.correct(path2, **kwargs)[0]
y = getXt1AndXt2.caculateXt(path2, **kwargs)
temp1 = []
for i in range(len(x)):
temp = {'x': x[i], 'y': y[i]}
temp1.append(temp)
datas = {
'data': temp1,
}
return Response(json.dumps(datas), content_type='application/json')
def coolCorrectGraph(filename, str):
x, y = getXt1AndXt2.correct(filename)
xx = [x[0], x[len(x) - 1]]
yy = [y[0], y[len(x) - 1]]
cjValue = 'red'
pjtext = '基线'
plt.plot(xx, yy, c=cjValue, label=pjtext)
htext = '基线修正后降温曲线'
xtext = 'Temperature(℃)'
ytext = 'Heatflow(a.u.)'
cpValue = 'blue'
ptext = '降温曲线'
drawPlot(htext, xtext, ytext, x, y, cpValue, ptext, str)
def drawCorrectOriginCool():
x1, y1 = getXt1AndXt2.correct(path2, **kwargs) #这个显示的是纠正后的数据
xx = [x1[0], x1[len(x1) - 1]]
yy = [y1[0], y1[len(x1) - 1]]
x0, y0 = getXt1AndXt2.readCsv(path2)
temp1 = []
for i in range(len(x0)):
temp = {'x': x0[i], 'y': y0[i]}
temp1.append(temp)
temp2 = {
'start': {
'x': xx[0],
'y': yy[0]
},
'end': {
'x': xx[1],
'y': yy[1]
}
}
datas = {'data1': temp1, 'data2': temp2}
return Response(json.dumps(datas), content_type='application/json')