def visual_data():
# 获取可视化名单
signal_choosed_list = [i[0] for i in list(zip(signal_name_list, list(signal_choose.state()))) if i[1] == 1]
# 判断是否已经开始画图的参数
global begin
begin = 0
if begin == 0:
begin = 1
# 实例化示波器
for i,j in zip(signal_choosed_list,range(len(signal_choosed_list))):
v['frame'+str(j+1)] = LabelFrame(height=600, width=700, bg='white', text=i, font=('黑体', 30))
v['frame' + str(j + 1)].grid(row=4,column=j)
series = excel_data[i].dropna()
long = len(series)
jump = long//2000
if jump == 0:
jump = 1
series = pd.DataFrame(series).iloc[range(0,long,jump),0]
short = len(series)
v['o'+str(j+1)] = Oscilloscope(xlim=(short//5, (series.index.max()-series.index.min())/short), y_lim=(series.min(), series.max()), color='red', frame=v['frame'+str(j+1)])
# 导入数据
v['o'+str(j+1)].input_list(xs_list=list(series.index), ys_list=list(series.values))
# 定义线程
v['t'+ str(j+1)]= threading.Thread(target=v['o'+str(j+1)].run)
# 开始线程
v['t'+ str(j+1)].start()
else:
pass
def main():
osc = Oscilloscope(1)
osc.write('COMM_HEADER OFF')
osc.queryParam('WFSU')
print osc.readBuffer(100)
nPoints = 5000
osc.setupWaveForm(n=nPoints,sparsing=100,firstpoint=5,segment=0)
#osc.write('C1:INSPECT? "FIRST_VALID_PNT"')
#print osc.dso.ReadString(1e6)
#osc.write('C1:INSPECT? "LAST_VALID_PNT"')
#print osc.dso.ReadString(1e6)
osc.write('C1:INSPECT? "SIMPLE", BYTE')
s = osc.dso.ReadString(1e9)
l = s.split()
ml = [i for i in l if is_number(i)]
y = [float(i) for i in ml]
x = range(0,len(y))
plt.plot(x,y,'bo')
plt.show()
resource_manager = pyvisa.ResourceManager()
inst_name = resource_manager.list_resources()
print("{0}".format(inst_name))
if not (__name__ == "__main__"):
print("Interactive mode")
print(
"Use command RunMeasurement.SampleOnce(RunMeasurement.Scope,\"CH1,CH2,CH3\")"
)
try:
# Interactive mode
scope_name = input(
"Enter your scope_name, also provide \"default\" and \"auto\" for quick setup\n"
)
if (scope_name == "default"):
Scope = Oscilloscope()
elif (scope_name == "auto"):
Scope = Oscilloscope(inst_name[0])
else:
Scope = Oscilloscope(scope_name)
except pyvisa.VisaIOError:
print(
"Fail to create a Osilloscope object.\n1, Check connection between oscilloscope and computer\n2, Check the name of Scope and the inst_name"
)
# Batch mode
if __name__ == "__main__":
parser = argparse.ArgumentParser(
description=
"Save multiple waveform into csv files. You can even make measure. Author: Zifeng XU, email: [email protected]"
)
Q1=0.4,
H=0.02,
NTX=1.0,
kTX=0.90,
J=9.5214,
Ds=0.5,
K=0.02,
# Parasitic resistances：
r1=0.01,
r2=0.01,
rS=0.001,
rD=0.001,
rC=0.001)
# Initial state (zero 7x1 matrix)
initial_state = np.zeros(7)
# Time to start record and end
# (θ_StartRecord, θ_End)
θInterval = (100. * π, 104. * π)
# Run simulation, let's rock!
# The waveform will be saved in data frame "Record"
Record = My_Circuit.run(θInterval, initial_state)
# Now, see the waveform by the method "Oscilloscope"
Graph = Oscilloscope(Record, ['iC', 'vS', 'i1', 'i2', 'vD', 'vO'])
# You can also output "Record" to csv file
Record.to_csv('Record.csv', encoding='utf_8_sig')
from Oscilloscope import Oscilloscope
osc = Oscilloscope('')
osc.setParam('C1','VDIV',.06)
osc.VBScommand('app.Measure.P1.ParamEngine="Mean"')
osc.VBSquery('app.Measure.P1.Out.Result.Value')
def main():
osc = Oscilloscope(1)
osc.write('COMM_HEADER OFF')
osc.queryParam('WFSU')
print osc.readBuffer(100)
nPoints = 5000
osc.setupWaveForm(n=nPoints, sparsing=100, firstpoint=5, segment=0)
#osc.write('C1:INSPECT? "FIRST_VALID_PNT"')
#print osc.dso.ReadString(1e6)
#osc.write('C1:INSPECT? "LAST_VALID_PNT"')
#print osc.dso.ReadString(1e6)
osc.write('C1:INSPECT? "SIMPLE", BYTE')
s = osc.dso.ReadString(1e9)
l = s.split()
ml = [i for i in l if is_number(i)]
y = [float(i) for i in ml]
x = range(0, len(y))
plt.plot(x, y, 'bo')
plt.show()
