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function one4_OpeningFcn(hObject, eventdata, handles, varargin)" c, K8 Q& z9 Z7 [
% This function has no output args, see OutputFcn.
; C2 e5 e# @8 c% hObject handle to figure
1 N2 Q( b0 S, I x- v! _% eventdata reserved - to be defined in a future version of MATLAB
7 ?# Q4 B( g: e4 m% handles structure with handles and user data (see GUIDATA)5 u( S1 K) l7 c5 ]$ H; W' X5 \ H
% varargin command line arguments to one4 (see VARARGIN)( n ]5 u7 {- M3 r1 e* L
load('newdata.mat');
5 g0 v4 J" k1 D: D( u* x! w2 jset(handles.uitable1,'Data',newdata);
' @! `( ~2 l9 a. c" D# t. F8 U% Choose default command line output for one4
" R1 y+ g! ]+ q2 s8 ^% r; x! h; uhandles.output = hObject;. I- E( D/ e. f
/ `1 l+ r! n" U0 s
% Update handles structure9 C$ y3 R, S4 ?5 p6 A
guidata(hObject, handles);' ~- d# ]) F/ N8 f- ~% V
! Q4 ]6 c0 M1 \' J# v% UIWAIT makes one4 wait for user response (see UIRESUME)9 P2 ~& t& O; p" R$ ^; ^
% uiwait(handles.figure1);
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; }9 f7 h- T% Z# O$ f* _/ O F9 m$ C
% --- Outputs from this function are returned to the command line.2 Z! c; }/ D$ k+ e* O: G
function varargout = one4_OutputFcn(hObject, eventdata, handles) & j4 B0 ?3 Z4 }1 I" V% X
% varargout cell array for returning output args (see VARARGOUT);
2 r" Q8 Y/ p% Q* e; v; R2 Q! B9 m% hObject handle to figure! n( R! E7 T: h, T% Q+ x
% eventdata reserved - to be defined in a future version of MATLAB5 h1 S3 w& z+ l( D
% handles structure with handles and user data (see GUIDATA)6 f) J2 C) d# F; y% o5 B2 d: m
; j! f. {* }/ K8 W7 V5 K4 m% Get default command line output from handles structure
% L, y) k' j: R- t6 F& _1 w代码
! P! x0 T5 F- N, d% P1 zvarargout{1} = handles.output;6 p7 r7 L1 e& I) }
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8 H* U+ u) D: ?( _
% --- Executes on button press in pb1.0 W0 ~2 { j( z- u5 }0 Q
function pb1_Callback(hObject, eventdata, handles)9 v/ P7 j$ v! y" k2 u
% hObject handle to pb1 (see GCBO) I5 p5 [' C5 r+ r' V% {7 d
% eventdata reserved - to be defined in a future version of MATLAB
) b# o- L% |0 d" S" M4 {% handles structure with handles and user data (see GUIDATA)
* b: t0 F* T$ w6 N: Gtab=inputdlg({"基本尺寸","公差等级","上偏差","下偏差",},"减环基本值");
. h% N4 X% f# p2 W" T6 f$ C% b; v! K Knewrow1=str2num(tab{1});0 h: Q/ W5 T8 D2 O$ X6 j' y
newrow2=str2num(tab{2});
& P; c. D# F/ r3 H' Z6 M- nnewrow3=str2num(tab{3});
4 F; j- { S" J% C8 S' E% b9 U, Pnewrow4=str2num(tab{4});( \9 r$ i$ |" B" S8 Y
newarray={newrow1,newrow2,newrow3,newrow4};1 M, c# P- k1 N% u, g5 }
olddata=get(handles.uitable1,'Data');
4 F' q2 x8 u6 x# ?: }9 rnewdata=[olddata,newarray];8 v2 u5 S2 L6 y' }
set(handles.uitable1,'Data',newdata);
/ o: {8 ?0 b* N' mhandles.tabale=newdata;
6 @. d/ D' v4 G, Wsave('newdata.mat','newData');! b$ n( @6 }" j& z$ y
错误信息
8 R( `/ r4 S2 o% p- C, B% s4 b
% t& ^# s1 i( _+ [% b A1 c% X; b8 S错误使用 inputdlg (line 108)
8 z# y+ N1 `0 I+ d2 NNumLines 大小错误。; y% v3 s6 \) \
' Z( \% P9 R. Y# f! @ p- Q2 h+ d
出错 o3>add1_Callback (line 108)1 ]$ B! e- y; Y! E9 o! p8 h/ q5 M
tab=inputdlg(prompt,title,lines);* _+ s1 J3 A4 G4 o! c
0 f: M7 E/ D" Y出错 gui_maiNFCn (line 95)
) G: l; `& ]3 i! R feval(varargin{:});6 X4 I8 M! E6 K9 a' U4 a
0 c2 D0 Q* A+ Q8 U* a出错 o3 (line 42)8 z6 }( s! Q* n9 _3 H g
gui_mainfcn(gui_State, varargin{:});
& O( D% {5 Y5 F: z) r& H4 O. {2 q6 q/ g! t$ m+ E/ P- j0 d- ]. v
出错
. L- B6 w4 I% ^matlab.graphics.internal.figfile.FigFile/read>@(hObject,eventdata)o3('add1_Callback',hObject,eventdata,guidata(hObject))
5 P' S; W! q" o% J0 N计算 UIControl Callback 时出错。3 \* D5 I; s8 V4 @
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