Mercurial > hg > ltpda
view m-toolbox/m/gui/gltpda/welcome2LTPDA.m @ 0:f0afece42f48
Import.
author | Daniele Nicolodi <nicolodi@science.unitn.it> |
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date | Wed, 23 Nov 2011 19:22:13 +0100 |
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function welcome2LTPDA(varargin) % Introductory window for the LTPDA Toolbox. % % The animated GIF code is taken from 'gifplayer.m' by % Vihang Patil, Oct 2006 % Copyright 2006-2007 Vihang Patil % Email: vihang_patil@yahoo.com % Created: 17th Oct 2006 % $Id: welcome2LTPDA.m,v 1.2 2009/01/23 12:40:51 nicola Exp $ global timePeriod timePeriod = 0; screenSize = get(0,'ScreenSize'); try guiName = varargin{1}; guiSize = varargin{2}; catch guiName = ''; guiSize = [1 1 450 500]; end introSize = [(screenSize(3)-guiSize(3))/2 , (screenSize(4)-guiSize(4))/2 , guiSize(3) , guiSize(4)]; introFig = figure('Position',introSize,'Resize','off','Name',guiName,'NumberTitle','off','Toolbar','none','Menubar','none','Tag','LTPDAGUI'); logoSize = [303,303]; introPosition = [(introSize(3)-logoSize(1))/2 , (introSize(4)-logoSize(2))/2 , logoSize]; logo = axes('Parent',introFig,'Units','pixels','Position',introPosition); image(imread('ltp.jpg'),'Parent',logo,'AlphaData',imread('ltpalpha.gif')); axis(logo,'off'); axis(logo,'square'); set(logo,'HandleVisibility','callback'); uicontrol('Parent',introFig,'BackgroundColor',[1 1 1],'HorizontalAlignment','center','Position',[0 introSize(4)-50 introSize(3) 25],'String','Welcome to the LTP','FontName','Times New Roman','FontSize',18,'Visible','on','Style','text'); uicontrol('Parent',introFig,'BackgroundColor',[1 1 1],'HorizontalAlignment','center','Position',[0 introSize(4)-75 introSize(3) 25],'String','Data Analysis Toolbox','FontName','Times New Roman','FontSize',18,'Visible','on','Style','text'); loading = uicontrol('Parent',introFig,'BackgroundColor',[1 1 1],'HorizontalAlignment','left','Position',[(introSize(3)-50)/2 15 70 25],'String','loading','FontName','Times New Roman','FontSize',10,'fontAngle','italic','Visible','on','Style','text','Tag','loading'); gif_image = 'loading.gif'; delay_length = 0.1; gifSize = [23 23]; axes('Parent',introFig,'Units','pixels','Position',[(introSize(3)-gifSize(1))/2 50 gifSize]); [handles.im,map] = imread(gif_image,'frames','all'); handles.len = size(handles.im,4); handles.h1 = image(handles.im(:,:,:,1)); colormap(map); axis normal; axis off; handles.guifig = gcf; handles.count = 1; handles.tmr = timer('TimerFcn', {@TmrFcn,handles.guifig},'BusyMode','Queue','ExecutionMode','FixedRate','Period',delay_length); guidata(handles.guifig, handles); start(handles.tmr); %starts Timer guidata(handles.guifig, handles); set(loading,'DeleteFcn',{@DeleteFunction,handles.guifig}); function TmrFcn(src,event,handles) handles = guidata(handles); set(handles.h1,'CData',handles.im(:,:,:,handles.count)); %update the frame in the axis handles.count = handles.count + 1; %increment to next frame if handles.count > handles.len %if the last frame is achieved intialise to first frame handles.count = 1; end guidata(handles.guifig, handles); loadingStr = get(findobj('Tag','loading'),'String'); switch loadingStr case 'loading.....', loadingStr = 'loading'; otherwise, loadingStr = [loadingStr,'.']; end if timePeriod == 2, set(findobj('Tag','loading'),'String',loadingStr); timePeriod = 0; else timePeriod = timePeriod +1; end end function DeleteFunction(src,event,handles) handles = guidata(handles); clear global timePeriod try stop(handles.tmr);delete(handles.tmr); catch end end end