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CalibrationCode.m
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function mygui
current_dir=pwd;
current_vec=regexp(current_dir,'\','split');
current_name=current_vec{end};
f=figure('Name','Battery BMS Calibration GUI');
guidata(f,struct('file',[],'filesize',[],'ExtrcTabledata',[],'fieldname',[],'fieldnamesize',[],'CalibrationVlue',[],'minU_ind',[],'deltU_ind',[],'PACKU_ind',[],'MaxT_ind',[],'DeltT_ind',[],'index',[],'disOCVdata',[],'chargeOCVdata',[]));
% data=guidata(f);
mm=uimenu(f,'Text','Import');
uimenu(mm,'Text','MAT File','Callback',@GetMatFile_callback);
nn=uimenu(f,'Text','Tool');
uimenu(nn,'Text','Default Set','Callback',@default_callback);
uimenu(nn,'Text','Default SubplotSet','Callback',@defaultsubplot_callback);
tt=uimenu(f,'Text','Edit');
uimenu(tt,'Text','close','Callback',@editclose_callback);
uicontrol('Parent',f,'Style','pushbutton','String','Plot16AnalysisFigure','InnerPosition',[126 11 199 135],'FontSize',14,'Callback',@Plot_callback);
hp=uipanel('Title','Main Plot','FontSize',12, 'BackgroundColor','white', 'Position',[.033 .205 .234 .78]);
uicontrol('Parent',hp,'Style','pushbutton','String','VCU_AccPedal','Position',[21 560 159 38],'Callback',@Button1_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','SOC','Position',[20 480 159 38],'Callback',@Button2_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','MCU_DTCList','Position',[19 420 159 38],'Callback',@Button3_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_BattCurVoltage','Position',[18 360 159 38],'Callback',@Button4_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','VCU_DTCList','Position',[17 300 159 38],'Callback',@Button5_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','MCU_055__MCU_CurSpd','Position',[17 240 159 38],'Callback',@Button6_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_MaxCellU','Position',[16 180 159 38],'Callback',@Button7_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMSMinCellU','Position',[15 120 159 38],'Callback',@Button8_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','VCU_BrakePedal','Position',[14 60 159 38],'Callback',@Button9_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','DeltCellU','Position',[13 0 159 38],'Callback',@Button10_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_BattCurCurrent','Position',[255 540 139 38],'Callback',@Button11_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','Power','Position',[255 480 139 38],'Callback',@Button12_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','MCU_CurCntTor','Position',[255 420 139 38],'Callback',@Button13_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_MaxBattT','Position',[255 360 139 38],'Callback',@Button14_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_MinBattT','Position',[255 300 139 38],'Callback',@Button15_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_MaxCellUNum','Position',[255 240 139 38],'Callback',@Button16_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_MinCellUNum','Position',[255 180 139 38],'Callback',@Button17_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_MaxTModNum','Position',[255 120 139 38],'Callback',@Button18_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_MinTModNum','Position',[255 60 139 38],'Callback',@Button19_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BatteryEnergy','Position',[255 0 139 38],'Callback',@Button20_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_DeltT','Position',[20 604 160 41],'Callback',@Button22_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_DtcList','Position',[250 603 160 41],'Callback',@Button23_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_DCChargSta','Position',[251 654 160 41],'Callback',@Button24_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','BMS_305__BMS_CC2Sta','Position',[22 654 160 41],'Callback',@Button25_callback);
uicontrol('Parent',hp,'Style','pushbutton','String','DeltT','Position',[251 698 160 41],'Callback',@Button26_callback);
uicontrol(f,'Style','pushbutton','String','EnergyConsumAnalysis','Position',[1714 202 160 41],'FontSize',11,'Callback',@ButtonEnergyConsum_callback);
uicontrol(f,'Style','popup','String',{'DV测试数据','循环测试','高温测试','低温测试','常温测试','模拟慢充','模拟快充','绝缘电阻值','脉充','脉放','低温加热','静置存储','室温无负载能量损失'},'Position',[1714 102 160 41],'FontSize',11,'Callback',@ButtonEnergyConsum_callback);
uicontrol(f,'Style','popup','String',{'放电数据部分','放电原始数据','放电数据图'},'Position',[1714 62 160 41],'FontSize',11,'Callback',@Buttondischarge_callback);
uicontrol(f,'Style','popup','String',{'充电数据部分','充电原始数据','充电数据图'},'Position',[1714 10 160 41],'FontSize',11,'Callback',@Buttoncharge_callback);
hpa=uipanel('Title','FaultNumber Plot','FontSize',14, 'BackgroundColor','white', 'Position',[.285 .336 .20 .652]);
uicontrol('Parent',hpa,'Style','pushbutton','String','FaultNumberBar','Position',[74 428 223 94],'FontSize',15,'Callback',@Button21_callback);
uicontrol(hpa,'Style','radiobutton','String','MinU','Position',[98 365 159 48],'FontSize',14,'Callback',@radiobutton_callback);
uicontrol(hpa,'Style','radiobutton','String','deltU','Position',[97 298 159 48],'FontSize',14,'Callback',@radiobutton_callback);
uicontrol(hpa,'Style','radiobutton','String','PACKU','Position',[96 231 159 48],'FontSize',14,'Callback',@radiobutton_callback);
uicontrol(hpa,'Style','radiobutton','String','MAXT','Position',[95 164 159 48],'FontSize',14,'Callback',@radiobutton_callback);
uicontrol(hpa,'Style','radiobutton','String','DeltT','Position',[94 97 159 48],'FontSize',14,'HandleVisibility','off','Callback',@radiobutton_callback);
f1=uicontrol(hpa,'Style','edit','String',3.0,'Position',[293 376 60 29],'FontSize',12);
f2=uicontrol(hpa,'Style','edit','String',150,'Position',[293 309 60 29],'FontSize',12);
f3=uicontrol(hpa,'Style','edit','String',360,'Position',[293 242 60 29],'FontSize',12);
f4=uicontrol(hpa,'Style','edit','String',50,'Position',[293 175 60 29],'FontSize',12);
f5=uicontrol(hpa,'Style','edit','String',10,'Position',[293 108 60 29],'FontSize',12);
f6=uicontrol(f,'Style','edit','String',5,'Position',[1624 211 60 29],'FontSize',12);
f7=uicontrol(f,'Style','edit','String',5,'Position',[1624 164 60 29],'FontSize',12);
ax = axes('Units','pixels','Position',[1260 279 642 540]);
hpanel=uipanel('Title','UDS_Battery','FontSize',14,'BackgroundColor','white', 'Position',[.494 .31 .133,.677]);
uicontrol(hpanel,'Style','text','String','UDS_MinU','Position',[33 528 132 29],'FontSize',14);
uicontrol(hpanel,'Style','popup','String',{'MinU','MinUCurrent','MinUMaxT','MinUPACKU','MinUPower','MinUSOC','MinUSpeed','MinUAnalysis'},'Position',[33 464 160 49],'FontSize',13,'Callback',@popup1_callback);
uicontrol(hpanel,'Style','text','String','UDS_DeltU','Position',[33 419 132 29],'FontSize',14);
uicontrol(hpanel,'Style','popup','String',{'DeltCellU','DeltUCurrent','DeltUMaxT','DeltUPACKU','DeltUPower','DeltUSOC','DeltUSpeed','DeltUAnalysis'},'Position',[33 355 160 49],'FontSize',13,'Callback',@popup2_callback);
uicontrol(hpanel,'Style','text','String','UDS_PACKU','Position',[33 311 132 29],'FontSize',14);
uicontrol(hpanel,'Style','popup','String',{'PACKU','PACKUCurrent','PACKUMaxT','PACKUTorque','PACKUPower','PACKUSOC','PACKUSpeed','PACKUAnalysis'},'Position',[33 246 160 49],'FontSize',13,'Callback',@popup3_callback);
uicontrol(hpanel,'Style','text','String','UDS_MAXT','Position',[33 202 132 29],'FontSize',14);
uicontrol(hpanel,'Style','popup','String',{'BMS_MaxBattT','MAXTCurrent','MAXTTorque','MAXTPACKU','MAXTPower','MAXTSOC','MAXTSpeed','MAXTAnalysis'},'Position',[33 138 160 49],'FontSize',13,'Callback',@popup4_callback);
uicontrol(hpanel,'Style','text','String','UDS_DeltT','Position',[33 93 132 29],'FontSize',14);
uicontrol(hpanel,'Style','popup','String',{'DeltT','DeltTCurrent','DeltTMaxT','DeltTPACKU','DeltTPower','DeltTSOC','DeltTSpeed','DeltTAnalysis'},'Position',[33 29 160 49],'FontSize',13,'Callback',@popup5_callback);
uicontrol(f,'Style','pushbutton','String','Export_UDS_MinU_Excel_File','Position',[414 89 202 50],'FontSize',11,'Callback',@pushbuttonExport_callback);
uicontrol(f,'Style','pushbutton','String','Export_UDS_DeltU_Excel_File','Position',[411 24 204 41],'FontSize',11,'Callback',@pushbuttonExportdeltu_callback);
uicontrol(f,'Style','pushbutton','String','Export_UDS_PACKU_Excel_File','Position',[952 217 249 42],'FontSize',11,'Callback',@pushbuttonExportpacku_callback);
uicontrol(f,'Style','pushbutton','String','Export_UDS_DeltT_Excel_File','Position',[952 160 249 42],'FontSize',11,'Callback',@pushbuttonExportdeltT_callback);
uicontrol(f,'Style','pushbutton','String','Export_UDS_MAXT_Excel_File','Position',[952 104 249 42],'FontSize',11,'Callback',@pushbuttonExportmaxT_callback);
uicontrol(f,'Style','text','String','UDS_Plot','Position',[1528 846 120 32],'FontSize',14);
uicontrol(f,'Style','pushbutton','String','Export_DisChargePower_Table','Position',[631 213 256 50],'FontSize',11,'Callback',@pushbuttonExpDisPower_callback);
uicontrol(f,'Style','pushbutton','String','Dis/Charge_OCV_SOCTable','Position',[633 147 256 50],'FontSize',11,'Callback',@pushbuttonOCVSOCdata_callback);
uicontrol(f,'Style','popup','String',{'DischargeOCV-SOC','ChargeOCV-SOC'},'Position',[673 87 160 49],'FontSize',13,'Callback',@popupSOCOCV_callback);
uicontrol(f,'Style','popup','String',{'DCR','HPPC'},'Position',[675 40 160 49],'FontSize',13);
uicontrol(f,'Style','popup','String',{'SOC10','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[675 -10 160 49],'FontSize',13,'Callback',@SOC10_callback);
uicontrol(f,'Style','popup','String',{'SOC20','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[952 43 160 49],'FontSize',13,'Callback',@SOC20_callback);
uicontrol(f,'Style','popup','String',{'SOC30','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[952 -2 160 49],'FontSize',13,'Callback',@SOC30_callback);
uicontrol(f,'Style','popup','String',{'SOC40','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[1255 192 160 49],'FontSize',13,'Callback',@SOC40_callback);
uicontrol(f,'Style','popup','String',{'SOC50','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[1255 148 160 49],'FontSize',13,'Callback',@SOC50_callback);
uicontrol(f,'Style','popup','String',{'SOC60','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[1255 100 160 49],'FontSize',13,'Callback',@SOC60_callback);
uicontrol(f,'Style','popup','String',{'SOC70','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[1255 52 160 49],'FontSize',13,'Callback',@SOC70_callback);
uicontrol(f,'Style','popup','String',{'SOC80','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[1255 4 160 49],'FontSize',13,'Callback',@SOC80_callback);
uicontrol(f,'Style','popup','String',{'SOC90','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[1445 193 160 49],'FontSize',13,'Callback',@SOC90_callback);
uicontrol(f,'Style','popup','String',{'SOC100','POWER','Torque','Current','PACKU','MinU','MaxU','MaxT'},'Position',[1445 145 160 49],'FontSize',13,'Callback',@SOC100_callback);
uicontrol(f,'Style','popup','String',{'放电电池报告车速分布','放电倍率分布','压差分布','温差分布','最小单体电压分布','最大温度分布','功率分布','扭矩分布'},'Position',[1445 -191 221 329],'FontSize',13,'Callback',@popupBattReport_callback);
uicontrol(f,'Style','popup','String',{'充电电池报告SOC变化量-快充时间','SOC变化量-能量','快充倍率分布','快充压差分布','快充温差分布','快充最大单体电压分布','快充最大温度分布','功率分布'},'Position',[1445 -243 221 329],'FontSize',13,'Callback',@popupDCBattReport_callback);
% pushbutton; popupmenu;togglebutton;axes;uipanel;uitable;text;msgbox
function editclose_callback(~,~)
close Figure 2
close Figure 3
close Figure 4
close Figure 5
close Figure 6
close Figure 7
close Figure 8
close Figure 9
close Figure 10
close Figure 11
close Figure 12
close Figure 13
close Figure 14
close Figure 15
close Figure 16
close Figure 17
close Figure 18
close Figure 19
close Figure 20
end
function defaultsubplot_callback(hObject,~)
data=guidata(hObject);
f6.String=2;% row
f7.String=4;%column
guidata(hObject,data)
end
function default_callback(hObject,~)
data=guidata(hObject);
f1.String=3.0;%minu
f2.String=300;%deltu
f3.String=360;%packu
f4.String=50;%maxT
f5.String=10;%deltT
guidata(hObject,data)
end
% Export Discharge Power table
function pushbuttonExpDisPower_callback(hObject,~)
data=guidata(hObject);
subsetA = xlsread('power.xlsx',1);
subsetB = xlsread('power.xlsx',2);
ff = figure;
t=uitable(ff);
t.Tag='10s脉放电功率表';
t.Data=subsetA;
t.Position=[80 475 1126 415];
t.ColumnEditable = true;
r=uitable(ff);
r.Tag='10s脉放电电流表';
r.Data=subsetB;
r.Position=[109 2 1126 415];
r.ColumnEditable = true;
guidata(hObject,data);% save data
end
% Export Discharge and charge OCV-SOC LFP data
function pushbuttonOCVSOCdata_callback(hObject,~)
data=guidata(hObject);
disdata=xlsread('52Ah-LFP-gotion-1C.xlsx',1);
g=figure;
t=uitable(g);
t.Data=disdata;
t.Position=[80 475 1126 415];
t.ColumnEditable = true;
t.FontSize=11;
t.ColumnName = {'Discharge','Discharge','Discharge','Discharge','Discharge'};
data.disOCVdata=disdata;
chargedata=xlsread('52Ah-LFP-gotion-1C.xlsx',2);
r=uitable(g);
r.Data=chargedata;
r.Position=[109 2 1126 415];
r.FontSize=11;
r.ColumnEditable = true;
r.ColumnName = {'Charge','Charge','Charge','Charge','Charge'};
data.chargeOCVdata=chargedata;
guidata(hObject,data);
end
% plot different temperature SOC-OCV figure
function popupSOCOCV_callback(hObject,~)
data=guidata(hObject);
val=hObject.Value;
maps=hObject.String;
newitem=maps{val};
switch newitem
case 'DischargeOCV-SOC'
figure;
plot(data.disOCVdata(2:end,1),data.disOCVdata(2:end,2),'-o','MarkerSize',4);
hold on
plot(data.disOCVdata(2:end,1),data.disOCVdata(2:end,3),'-o','MarkerSize',4);
hold on
plot(data.disOCVdata(2:end,1),data.disOCVdata(2:end,4),'-o','MarkerSize',4);
hold on
plot(data.disOCVdata(2:end,1),data.disOCVdata(2:end,5),'-o','MarkerSize',4);
xlabel('SOC');
ylabel('OCV');
title('不同温度放电的SOC-OCV曲线');
grid on
datacursormode on
case 'ChargeOCV-SOC'
figure;
plot(data.chargeOCVdata(2:end,1),data.disOCVdata(2:end,2),'-o','MarkerSize',4);
hold on
plot(data.chargeOCVdata(2:end,1),data.disOCVdata(2:end,3),'-o','MarkerSize',4);
hold on
plot(data.chargeOCVdata(2:end,1),data.disOCVdata(2:end,4),'-o','MarkerSize',4);
xlabel('SOC');
ylabel('OCV');
title('不同温度充电的SOC-OCV曲线');
grid on
datacursormode on
end
guidata(hObject,data);
end
% import mat file
function GetMatFile_callback(hObject,~)
data=guidata(hObject);
[filename,~,~] = uigetfile({'*.mat','MAT-files (*.mat)'},'Pick mat file','MultiSelect','on');
h=waitbar(0,'Please wait Import MAT file...');
steps=size(filename,2);
for step = 1:steps
% computations take place here
str=[num2str(100*step/steps),'%'];
waitbar(step / steps,h,str)
end
close(h)
Myvars={'BMS_BattSOC','BMS_MaxCellU','BMS_MaxCellUNum','BMSMinCellU','BMS_MinCellUNum','BMS_MaxBattT','BMS_MaxTModNum','BMS_MinBattT','BMS_MinTModNum','MCU_055__MCU_CurSpd','MCU_CurCntTor','BMS_BattCurCurrent','BMS_BattCurVoltage','BMS_DCChargSta','BMS_305__BMS_CC2Sta','VCU_AccPedal','VCU_BrakePedal','BMS_DtcList','VCU_DTCList','MCU_DTCList'};
m=steps;
for i=1:m
name=filename{1,i};
S(i)=load(name,Myvars{:});
if S(i).BMS_BattSOC(1,1)>10.0 || S(i).BMS_MaxCellU(1,1)>10.0 || S(i).BMS_BattSOC(1,1)>20.0
disp(name);
disp('这个数据的初始时间有问题！！！');
delete(name);
disp('此文件已被删除，不要感到惊奇，这会给你后续数据分析带来好处！')
end
end
S_fname=fieldnames(S);
b=size(S_fname,1);
for i=1:b
Batt=0;
G=[];
for j=1:m
Batt=S(j).(S_fname{i,1})(:,1)+Batt(end);
S(j).(S_fname{i,1})(:,1)=Batt;
MediaVar=S(j).(S_fname{i,1});
G=vertcat(G,MediaVar);
ExtrcTable.(S_fname{i,1})=G;
end
end
data.ExtrcTabledata=ExtrcTable;
data.fieldname=S_fname;
data.fieldnamesize=b;
data.file=filename;
data.filesize=steps;
guidata(hObject,data);
end
% get mat file
function Plot_callback(hObject,~)
data = guidata(hObject);
% Myvars={'BMS_BattSOC','BMS_MaxCellU','BMS_MaxCellUNum','BMSMinCellU','BMS_MinCellUNum','BMS_MaxBattT','BMS_MaxTModNum','BMS_MinBattT','BMS_MinTModNum','MCU_055__MCU_CurSpd','MCU_CurCntTor','BMS_BattCurCurrent','BMS_BattCurVoltage','BMS_DCChargSta','BMS_305__BMS_CC2Sta','VCU_AccPedal','VCU_BrakePedal','BMS_DtcList','VCU_DTCList','MCU_DTCList'};
% m=data.filesize;
% for i=1:m
% name=data.file{1,i};
% S(i)=load(name,Myvars{:});
% if S(i).BMS_BattSOC(1,1)>10.0 || S(i).BMS_MaxCellU(1,1)>10.0 || S(i).BMS_BattSOC(2,1)>20.0
% disp(name);
% disp('这个数据的初始时间有问题！！！');
% delete(name);
% disp('此文件已被删除，不要感到惊奇，这会给你后续数据分析带来好处！')
% end
% end
%
% S_fname=fieldnames(S);
% b=size(S_fname,1);
% for i=1:b
% Batt=0;
% G=[];
% for j=1:m
% Batt=S(j).(S_fname{i,1})(:,1)+Batt(end);
% S(j).(S_fname{i,1})(:,1)=Batt;
% MediaVar=S(j).(S_fname{i,1});
% G=vertcat(G,MediaVar);
% ExtrcTable.(S_fname{i,1})=G;
% end
% end
% data.ExtrcTabledata=ExtrcTable;
% data.fieldname=S_fname;
% data.fieldnamesize=b;
h0=figure;
ha1=subplot(4,4,1);
plot(data.ExtrcTabledata.BMS_BattCurCurrent(:,1),data.ExtrcTabledata.BMS_BattCurCurrent(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('电流');
title(current_name);
grid on;
set(ha1,'Position',[0.05 0.79 0.2 0.2]);
%% 时间PACK 电压
ha1=subplot(4,4,2);
plot(data.ExtrcTabledata.BMS_BattCurVoltage(:,1),data.ExtrcTabledata.BMS_BattCurVoltage(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('PACK电压');
title(current_name);
grid on;
set(ha1,'Position',[0.3,0.79,0.2,0.2]);
%% 时间功率
ha2=subplot(4,4,3);
y=(data.ExtrcTabledata.BMS_BattCurVoltage(:,2).*data.ExtrcTabledata.BMS_BattCurCurrent(:,2))/1000;
x=data.ExtrcTabledata.BMS_BattCurCurrent(:,1);
plot(x,y,'o','MarkerSize',2);
xlabel('时间');
ylabel('功率');
grid on;
set(ha2,'Position',[0.54 0.79 0.2 0.2]);
%% 时间最大温度变化
ha3=subplot(4,4,4);
plot(data.ExtrcTabledata.BMS_MaxBattT(:,1),data.ExtrcTabledata.BMS_MaxBattT(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('最大温度');
grid on;
set(ha3,'Position',[0.78,0.79,0.2,0.2]);
%% 时间直流内阻
ha4=subplot(4,4,5);
CellAverageU=data.ExtrcTabledata.BMS_BattCurVoltage(:,2)./120;
deltU=diff(CellAverageU);
CellAverageI=data.ExtrcTabledata.BMS_BattCurCurrent(:,2)./3;
deltI=diff(CellAverageI);
y=deltU./deltI;
x=1:length(y);
plot(x,y,'o','MarkerSize',2);
xlabel('时间');
ylabel('直流内阻近似');
grid on;
set(ha4,'Position',[0.05 0.55 0.2 0.2]);
%% 时间温差
ha5=subplot(4,4,6);
DeltT=data.ExtrcTabledata.BMS_MaxBattT(:,2)-data.ExtrcTabledata.BMS_MinBattT(:,2);
plot(data.ExtrcTabledata.BMS_MaxBattT(:,1),DeltT,'o','MarkerSize',2);
xlabel('时间');
ylabel('温差');
grid on;
set(ha5,'Position',[0.3 0.55 0.2 0.2]);
%% 时间SOC
ha6=subplot(4,4,7);
plot(data.ExtrcTabledata.BMS_BattSOC(:,1),data.ExtrcTabledata.BMS_BattSOC(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('SOC');
grid on;
set(ha6,'Position',[0.54 0.55 0.2 0.2]);
%% 时间车速
ha7=subplot(4,4,8);
plot(data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,1),data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,2)./68.55,'o','MarkerSize',2);
xlabel('时间');
ylabel('车速');
grid on;
set(ha7,'Position',[0.78 0.55 0.2 0.2]);
%% 时间最大单体电压
ha8=subplot(4,4,9);
plot(data.ExtrcTabledata.BMS_MaxCellU(:,1),data.ExtrcTabledata.BMS_MaxCellU(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('最大单体电压');
grid on;
set(ha8,'Position',[0.05 0.3 0.2 0.2]);
%% 时间压差
ha9=subplot(4,4,10);
DeltU=(data.ExtrcTabledata.BMS_MaxCellU(:,2)-data.ExtrcTabledata.BMSMinCellU(:,2))*1000;
plot(data.ExtrcTabledata.BMS_MaxCellU(:,1),DeltU,'o','MarkerSize',2);
xlabel('时间');
ylabel('压差');
grid on;
set(ha9,'Position',[0.3 0.3 0.2 0.2]);
%% 时间BMS_DTC_List
ha10=subplot(4,4,11);
plot(data.ExtrcTabledata.BMS_DtcList(:,1),data.ExtrcTabledata.BMS_DtcList(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('BMS_DtcList');
grid on;
set(ha10,'Position',[0.54 0.3 0.2 0.2]);
%% 时间最小单体电压编号
ha11=subplot(4,4,12);
plot(data.ExtrcTabledata.BMS_MinCellUNum(:,1),data.ExtrcTabledata.BMS_MinCellUNum(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('最小单体电压编号');
grid on;
set(ha11,'Position',[0.78 0.3 0.2 0.2]);
%% 时间最大单体电压编号
ha12=subplot(4,4,13);
plot(data.ExtrcTabledata.BMS_MaxCellUNum(:,1),data.ExtrcTabledata.BMS_MaxCellUNum(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('最大单体电压编号');
grid on;
set(ha12,'Position',[0.05 0.05 0.2 0.2]);
%% 时间最小单体电压
ha13=subplot(4,4,14);
plot(data.ExtrcTabledata.BMSMinCellU(:,1),data.ExtrcTabledata.BMSMinCellU(:,2),'o','MarkerSize',2);
xlabel('时间');
ylabel('最小单体电压');
grid on;
set(ha13,'Position',[0.3 0.05 0.2 0.2]);
%% 时间电量
ha14=subplot(4,4,15);
OutPutPower=(data.ExtrcTabledata.BMS_BattCurVoltage(:,2).*data.ExtrcTabledata.BMS_BattCurCurrent(:,2))/1000;
x_t=data.ExtrcTabledata.BMS_BattCurVoltage(:,1)./3600;
power_Integrater=cumtrapz(x_t,OutPutPower);
plot(x_t,power_Integrater,'o','MarkerSize',2);
xlabel('时间');
ylabel('电量/度数');
title(current_name);
grid on;
set(ha14,'Position',[0.54 0.05 0.2 0.2]);
%% 时间里程
ha15=subplot(4,4,16);
Vechi_Speed=data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,2)./68.55;
x_t=data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,1)/3600;
speed_Integrater=cumtrapz(x_t,Vechi_Speed);
plot(x_t,speed_Integrater,'o','MarkerSize',2);
xlabel('时间');
ylabel('里程');
grid on;
set(ha15,'Position',[0.78 0.05 0.2 0.2]);
figname='16分析全图.fig';
savefig(h0,figname);
% close gcf;
guidata(hObject,data);
end
function Button21_callback(hObject,~)
data = guidata(hObject);
data.CalibrationVlue=[];
data.ExtrcTabledata.DeltCellU(:,2)=(data.ExtrcTabledata.BMS_MaxCellU(:,2)-data.ExtrcTabledata.BMSMinCellU(:,2))*1000;
data.ExtrcTabledata.DeltCellU(:,1)=data.ExtrcTabledata.BMS_MaxCellU(:,1);
data.ExtrcTabledata.DeltT(:,2)=data.ExtrcTabledata.BMS_MaxBattT(:,2)-data.ExtrcTabledata.BMS_MinBattT(:,2);
data.ExtrcTabledata.DeltT(:,1)=data.ExtrcTabledata.BMS_MaxBattT(:,1);
data.ExtrcTabledata.Power(:,2)=(data.ExtrcTabledata.BMS_BattCurCurrent(:,2).*data.ExtrcTabledata.BMS_BattCurVoltage(:,2))/1000;
data.ExtrcTabledata.Power(:,1)=data.ExtrcTabledata.BMS_BattCurCurrent(:,1);
data.ExtrcTabledata.Speed(:,2)=data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,2)/68.55;
data.ExtrcTabledata.Speed(:,1)=data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,1);
% minU
minuthreshold=str2double(f1.String);
minU_ind=find(data.ExtrcTabledata.BMSMinCellU(:,2)<=minuthreshold);
a=size(minU_ind,1);
if a>0
data.CalibrationVlue.MinU(:,2)=data.ExtrcTabledata.BMSMinCellU(minU_ind,2);
data.CalibrationVlue.MinU(:,1)=data.ExtrcTabledata.BMSMinCellU(minU_ind,1);
end
% deltU
deltuthreshold=str2double(f2.String);
deltU_ind=find(data.ExtrcTabledata.DeltCellU(:,2)>=deltuthreshold);
a1=size(deltU_ind,1);
if a1>0
data.CalibrationVlue.DeltCellU(:,2)=data.ExtrcTabledata.DeltCellU(deltU_ind,2);
data.CalibrationVlue.DeltCellU(:,1)=data.ExtrcTabledata.DeltCellU(deltU_ind,1);
end
% PACKU
packuthreshold=str2double(f3.String);
PACKU_ind=find(data.ExtrcTabledata.BMS_BattCurVoltage(:,2)<=packuthreshold);
a2=size(PACKU_ind,1);
if a2>0
data.CalibrationVlue.PACKU(:,2)=data.ExtrcTabledata.BMS_BattCurVoltage(PACKU_ind,2);
data.CalibrationVlue.PACKU(:,1)=data.ExtrcTabledata.BMS_BattCurVoltage(PACKU_ind,1);
end
% MAXT
maxtthreshold=str2double(f4.String);
MaxT_ind=find(data.ExtrcTabledata.BMS_MaxBattT(:,2)>=maxtthreshold);
a3=size(MaxT_ind,1);
if a3>0
data.CalibrationVlue.BMS_MaxBattT(:,2)=data.ExtrcTabledata.BMS_MaxBattT(MaxT_ind,2);
data.CalibrationVlue.BMS_MaxBattT(:,1)=data.ExtrcTabledata.BMS_MaxBattT(MaxT_ind,1);
end
% DeltT
delttthreshold=str2double(f5.String);
DeltT_ind=find(data.ExtrcTabledata.DeltT(:,2)>=delttthreshold);
a4=size(DeltT_ind,1);
if a4>0
data.CalibrationVlue.DeltT(:,2)=data.ExtrcTabledata.DeltT(DeltT_ind,2);
data.CalibrationVlue.DeltT(:,1)=data.ExtrcTabledata.DeltT(DeltT_ind,1);
end
% b=size(fieldnames(data.CalibrationVlue),1);
fieldname=fieldnames(data.CalibrationVlue);
% for u=1:b
% FaultNum(1,u)=size(data.CalibrationVlue.(fieldname{u,1}),1);
% end
FaultNum=structfun(@length,data.CalibrationVlue);
fname=cellstr(fieldname);
c=categorical(fname);
hh=figure;
bar(c,FaultNum);
ylabel('故障出现次数');
title(current_name);
filename='FaultNumber.fig';
hgsave(hh,filename);
data.minU_ind=minU_ind;
data.deltU_ind=deltU_ind;
data.PACKU_ind=PACKU_ind;
data.MaxT_ind=MaxT_ind;
data.DeltT_ind=DeltT_ind;
data.index=[a;a1;a2;a3;a4];
% data.ExtrcTabledata.DeltCellU=data.ExtrcTabledata.DeltCellU;
guidata(hObject,data);
end
function popup1_callback(hObject,~)
data=guidata(hObject);
minU_ind=data.minU_ind;
minU_time=data.ExtrcTabledata.BMSMinCellU(minU_ind,1);
a=data.index(1,1);%minu
for j=1:a
V=abs(data.ExtrcTabledata.BMS_BattCurCurrent(:,1)-minU_time(j,1));
[~,indexOfmin]=min(V);
W=abs(data.ExtrcTabledata.BMS_MaxBattT(:,1)-minU_time(j,1));
[~,indexOfmaxT]=min(W);
Y=abs(data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,1)-minU_time(j,1));
[~,indexOfspeed]=min(Y);
data.CalibrationVlue.MinUSpeed(j,2)=data.ExtrcTabledata.Speed(indexOfspeed,2); %find the speed of the vehicle
data.CalibrationVlue.MinUSpeed(j,1)=data.ExtrcTabledata.Speed(indexOfspeed,1);% find the speed corres to time
data.CalibrationVlue.MinUMaxT(j,2)=data.ExtrcTabledata.BMS_MaxBattT(indexOfmaxT,2); %find the calbri temperature
data.CalibrationVlue.MinUMaxT(j,1)=data.ExtrcTabledata.BMS_MaxBattT(indexOfmaxT,1);%find the calbri temperature time
data.CalibrationVlue.MinUCurrent(j,2)=data.ExtrcTabledata.BMS_BattCurCurrent(indexOfmin,2); %find the calbri current
data.CalibrationVlue.MinUCurrent(j,1)=data.ExtrcTabledata.BMS_BattCurCurrent(indexOfmin,1); %find the calbri current time
data.CalibrationVlue.MinUPower(j,2)=data.ExtrcTabledata.Power(indexOfmin,2); %find the calbri power
data.CalibrationVlue.MinUPower(j,1)=data.ExtrcTabledata.Power(indexOfmin,1); %find the calbri power time
data.CalibrationVlue.MinUPACKU(j,2)=data.ExtrcTabledata.BMS_BattCurVoltage(indexOfmin,2); %find the calbri packvoltage
data.CalibrationVlue.MinUPACKU(j,1)=data.ExtrcTabledata.BMS_BattCurVoltage(indexOfmin,1); % find the calbri packvoltage time
data.CalibrationVlue.MinUSOC(j,2)=data.ExtrcTabledata.BMS_BattSOC(indexOfmin,2); %find the calbri soc
data.CalibrationVlue.MinUSOC(j,1)=data.ExtrcTabledata.BMS_BattSOC(indexOfmin,1); %find the calbri soc corres to time
end
val=hObject.Value;
maps=hObject.String;
newitem=maps{val};
switch newitem
case 'MinU'
plot(ax,data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'Color','red');
brush on;
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MinUSpeed'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on;
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MinUMaxT'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MinUCurrent'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MinUPower'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MinUPACKU'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MinUSOC'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MinUAnalysis'
figure;
subplot(2,2,1)
plot(data.CalibrationVlue.MinUCurrent(:,1),data.CalibrationVlue.MinUCurrent(:,2),'o','MarkerSize',4,'LineWidth',0.5,'Color','red');
brush on
xlabel('时间');
ylabel('MinUCurrent');
title(current_name);
grid on;
subplot(2,2,2)
plot(data.CalibrationVlue.MinUMaxT(:,1),data.CalibrationVlue.MinUMaxT(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel('MinUMaxT');
title(current_name);
grid on;
subplot(2,2,3)
plot(data.CalibrationVlue.MinUPower(:,1),data.CalibrationVlue.MinUPower(:,2),'o','MarkerSize',4,'LineWidth',0.5,'Color','red');
brush on
xlabel('时间');
ylabel('MinUPower');
title(current_name);
grid on;
subplot(2,2,4)
plot(data.CalibrationVlue.MinUSOC(:,1),data.CalibrationVlue.MinUSOC(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel('MinUSOC');
title(current_name);
grid on;
end
guidata(hObject,data);
end
function popup2_callback(hObject,~)
data=guidata(hObject);
deltU_ind=data.deltU_ind;
deltU_time=data.ExtrcTabledata.DeltCellU(deltU_ind,1);
a=data.index(2,1);%deltu
for j=1:a
V=abs(data.ExtrcTabledata.BMS_BattCurCurrent(:,1)-deltU_time(j,1));
[~,indexOfmin]=min(V);
W=abs(data.ExtrcTabledata.BMS_MaxBattT(:,1)-deltU_time(j,1));
[~,indexOfmaxT]=min(W);
Y=abs(data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,1)-deltU_time(j,1));
[~,indexOfspeed]=min(Y);
data.CalibrationVlue.DeltUSpeed(j,2)=data.ExtrcTabledata.Speed(indexOfspeed,2); %find the speed of the vehicle
data.CalibrationVlue.DeltUSpeed(j,1)=data.ExtrcTabledata.Speed(indexOfspeed,1);% find the speed corres to time
data.CalibrationVlue.DeltUMaxT(j,2)=data.ExtrcTabledata.BMS_MaxBattT(indexOfmaxT,2); %find the calbri temperature
data.CalibrationVlue.DeltUMaxT(j,1)=data.ExtrcTabledata.BMS_MaxBattT(indexOfmaxT,1);%find the calbri temperature time
data.CalibrationVlue.DeltUCurrent(j,2)=data.ExtrcTabledata.BMS_BattCurCurrent(indexOfmin,2); %find the calbri current
data.CalibrationVlue.DeltUCurrent(j,1)=data.ExtrcTabledata.BMS_BattCurCurrent(indexOfmin,1); %find the calbri current time
data.CalibrationVlue.DeltUPower(j,2)=data.ExtrcTabledata.Power(indexOfmin,2); %find the calbri power
data.CalibrationVlue.DeltUPower(j,1)=data.ExtrcTabledata.Power(indexOfmin,1); %find the calbri power time
data.CalibrationVlue.DeltUPACKU(j,2)=data.ExtrcTabledata.BMS_BattCurVoltage(indexOfmin,2); %find the calbri packvoltage
data.CalibrationVlue.DeltUPACKU(j,1)=data.ExtrcTabledata.BMS_BattCurVoltage(indexOfmin,1); % find the calbri packvoltage time
data.CalibrationVlue.DeltUSOC(j,2)=data.ExtrcTabledata.BMS_BattSOC(indexOfmin,2); %find the calbri soc
data.CalibrationVlue.DeltUSOC(j,1)=data.ExtrcTabledata.BMS_BattSOC(indexOfmin,1); %find the calbri soc corres to time
end
val=hObject.Value;
maps=hObject.String;
newitem=maps{val};
switch newitem
case 'DeltCellU'
plot(ax,data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'Color','red');
brush on;
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'DeltUCurrent'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on;
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'DeltUMaxT'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'DeltUPACKU'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'DeltUPower'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'DeltUSOC'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'DeltUSpeed'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'DeltUAnalysis' %'DeltU','DeltUCurrent','DeltUMaxT','DeltUPACKU','DeltUPower','DeltUSOC','DeltUSpeed','DeltUAnalysis'
figure;
subplot(2,2,1)
plot(data.CalibrationVlue.DeltUCurrent(:,1),data.CalibrationVlue.DeltUCurrent(:,2),'o','MarkerSize',4,'LineWidth',0.5,'Color','red');
brush on
xlabel('时间');
ylabel('DeltUCurrent');
title(current_name);
grid on;
subplot(2,2,2)
plot(data.CalibrationVlue.DeltUMaxT(:,1),data.CalibrationVlue.DeltUMaxT(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel('DeltUMaxT');
title(current_name);
grid on;
subplot(2,2,3)
plot(data.CalibrationVlue.DeltUPower(:,1),data.CalibrationVlue.DeltUPower(:,2),'o','MarkerSize',4,'LineWidth',0.5,'Color','red');
brush on
xlabel('时间');
ylabel('DeltUPower');
title(current_name);
grid on;
subplot(2,2,4)
plot(data.CalibrationVlue.DeltUSOC(:,1),data.CalibrationVlue.DeltUSOC(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel('DeltUSOC');
title(current_name);
grid on;
end
guidata(hObject,data);
end
function popup3_callback(hObject,~)
data=guidata(hObject);
PACKU_ind=data.PACKU_ind;
PACKU_time=data.ExtrcTabledata.BMS_BattCurVoltage(PACKU_ind,1);
a=data.index(3,1);%packu
for j=1:a
V=abs(data.ExtrcTabledata.BMS_BattCurCurrent(:,1)-PACKU_time(j,1));
[~,indexOfmin]=min(V);
W=abs(data.ExtrcTabledata.BMS_MaxBattT(:,1)-PACKU_time(j,1));
[~,indexOfmaxT]=min(W);
Y=abs(data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,1)-PACKU_time(j,1));
[~,indexOfspeed]=min(Y);
X=abs(data.ExtrcTabledata.MCU_CurCntTor(:,1)-PACKU_time(j,1));
[~,indexOfTor]=min(X);
data.CalibrationVlue.PACKUSpeed(j,2)=data.ExtrcTabledata.Speed(indexOfspeed,2); %find the speed of the vehicle
data.CalibrationVlue.PACKUSpeed(j,1)=data.ExtrcTabledata.Speed(indexOfspeed,1);% find the speed corres to time
data.CalibrationVlue.PACKUMaxT(j,2)=data.ExtrcTabledata.BMS_MaxBattT(indexOfmaxT,2); %find the calbri temperature
data.CalibrationVlue.PACKUMaxT(j,1)=data.ExtrcTabledata.BMS_MaxBattT(indexOfmaxT,1);%find the calbri temperature time
data.CalibrationVlue.PACKUCurrent(j,2)=data.ExtrcTabledata.BMS_BattCurCurrent(indexOfmin,2); %find the calbri current
data.CalibrationVlue.PACKUCurrent(j,1)=data.ExtrcTabledata.BMS_BattCurCurrent(indexOfmin,1); %find the calbri current time
data.CalibrationVlue.PACKUPower(j,2)=data.ExtrcTabledata.Power(indexOfmin,2); %find the calbri power
data.CalibrationVlue.PACKUPower(j,1)=data.ExtrcTabledata.Power(indexOfmin,1); %find the calbri power time
data.CalibrationVlue.PACKUTorque(j,2)=data.ExtrcTabledata.MCU_CurCntTor(indexOfTor,2); %find the calbri Torque
data.CalibrationVlue.PACKUTorque(j,1)=data.ExtrcTabledata.MCU_CurCntTor(indexOfTor,1); % find the calbri Torque time
data.CalibrationVlue.PACKUSOC(j,2)=data.ExtrcTabledata.BMS_BattSOC(indexOfmin,2); %find the calbri soc
data.CalibrationVlue.PACKUSOC(j,1)=data.ExtrcTabledata.BMS_BattSOC(indexOfmin,1); %find the calbri soc corres to time
end
val=hObject.Value;
maps=hObject.String;
newitem=maps{val};
switch newitem
case 'PACKU'
plot(ax,data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'Color','red');
brush on;
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'PACKUCurrent'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on;
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'PACKUMaxT'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'PACKUTorque'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'PACKUPower'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'PACKUSOC'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'PACKUSpeed'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'PACKUAnalysis' %'DeltU','DeltUCurrent','DeltUMaxT','DeltUPACKU','DeltUPower','DeltUSOC','DeltUSpeed','DeltUAnalysis'
figure;
subplot(2,2,1)
plot(data.CalibrationVlue.PACKUCurrent(:,1),data.CalibrationVlue.PACKUCurrent(:,2),'o','MarkerSize',4,'LineWidth',0.5,'Color','red');
brush on
xlabel('时间');
ylabel('PACKUCurrent');
title(current_name);
grid on;
subplot(2,2,2)
plot(data.CalibrationVlue.PACKUMaxT(:,1),data.CalibrationVlue.PACKUMaxT(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel('PACKUMaxT');
title(current_name);
grid on;
subplot(2,2,3)
plot(data.CalibrationVlue.PACKUPower(:,1),data.CalibrationVlue.PACKUPower(:,2),'o','MarkerSize',4,'LineWidth',0.5,'Color','red');
brush on
xlabel('时间');
ylabel('PACKUPower');
title(current_name);
grid on;
subplot(2,2,4)
plot(data.CalibrationVlue.PACKUSOC(:,1),data.CalibrationVlue.PACKUSOC(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel('PACKUSOC');
title(current_name);
grid on;
end
guidata(hObject,data);
end
function popup4_callback(hObject,~)
data=guidata(hObject);
MaxT_ind=data.MaxT_ind;
MaxT_time=data.ExtrcTabledata.BMS_MaxBattT(MaxT_ind,1);
a=data.index(4,1);%packu
for j=1:a
V=abs(data.ExtrcTabledata.BMS_BattCurCurrent(:,1)-MaxT_time(j,1));
[~,indexOfmin]=min(V);
Y=abs(data.ExtrcTabledata.MCU_055__MCU_CurSpd(:,1)-MaxT_time(j,1));
[~,indexOfspeed]=min(Y);
X=abs(data.ExtrcTabledata.MCU_CurCntTor(:,1)-MaxT_time(j,1));
[~,indexOfTor]=min(X);
data.CalibrationVlue.MAXTSpeed(j,2)=data.ExtrcTabledata.Speed(indexOfspeed,2); %find the speed of the vehicle
data.CalibrationVlue.MAXTSpeed(j,1)=data.ExtrcTabledata.Speed(indexOfspeed,1);% find the speed corres to time
data.CalibrationVlue.MAXTPACKU(j,2)=data.ExtrcTabledata.BMS_BattCurVoltage(indexOfmin,2); %find the calbri packu
data.CalibrationVlue.MAXTPACKU(j,1)=data.ExtrcTabledata.BMS_BattCurVoltage(indexOfmin,1);%find the calbri packu time
data.CalibrationVlue.MAXTCurrent(j,2)=data.ExtrcTabledata.BMS_BattCurCurrent(indexOfmin,2); %find the calbri current
data.CalibrationVlue.MAXTCurrent(j,1)=data.ExtrcTabledata.BMS_BattCurCurrent(indexOfmin,1); %find the calbri current time
data.CalibrationVlue.MAXTPower(j,2)=data.ExtrcTabledata.Power(indexOfmin,2); %find the calbri power
data.CalibrationVlue.MAXTPower(j,1)=data.ExtrcTabledata.Power(indexOfmin,1); %find the calbri power time
data.CalibrationVlue.MAXTTorque(j,2)=data.ExtrcTabledata.MCU_CurCntTor(indexOfTor,2); %find the calbri Torque
data.CalibrationVlue.MAXTTorque(j,1)=data.ExtrcTabledata.MCU_CurCntTor(indexOfTor,1); % find the calbri Torque time
data.CalibrationVlue.MAXTSOC(j,2)=data.ExtrcTabledata.BMS_BattSOC(indexOfmin,2); %find the calbri soc
data.CalibrationVlue.MAXTSOC(j,1)=data.ExtrcTabledata.BMS_BattSOC(indexOfmin,1); %find the calbri soc corres to time
end
val=hObject.Value;
maps=hObject.String;
newitem=maps{val};
switch newitem
case 'BMS_MaxBattT'
plot(ax,data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'Color','red');
brush on;
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MAXTCurrent'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on;
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MAXTTorque'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MAXTPACKU'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MAXTPower'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MAXTSOC'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MAXTSpeed'
figure;
plot(data.CalibrationVlue.(newitem)(:,1),data.CalibrationVlue.(newitem)(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel(newitem);
title(current_name);
grid on;
case 'MAXTAnalysis'
figure;
subplot(2,2,1)
plot(data.CalibrationVlue.MAXTCurrent(:,1),data.CalibrationVlue.MAXTCurrent(:,2),'o','MarkerSize',4,'LineWidth',0.5,'Color','red');
brush on
xlabel('时间');
ylabel('MAXTCurrent');
title(current_name);
grid on;
subplot(2,2,2)
plot(data.CalibrationVlue.MAXT(:,1),data.CalibrationVlue.MAXT(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel('MAXT');
title(current_name);
grid on;
subplot(2,2,3)
plot(data.CalibrationVlue.MAXTPower(:,1),data.CalibrationVlue.MAXTPower(:,2),'o','MarkerSize',4,'LineWidth',0.5,'Color','red');
brush on
xlabel('时间');
ylabel('MAXTPower');
title(current_name);
grid on;
subplot(2,2,4)
plot(data.CalibrationVlue.MAXTSOC(:,1),data.CalibrationVlue.MAXTSOC(:,2),'o','MarkerSize',4,'LineWidth',0.5);
brush on
xlabel('时间');
ylabel('MAXTSOC');
title(current_name);
grid on;
end
guidata(hObject,data);
end
function popup5_callback(hObject,~)