function varargout = fwcfgGUI(varargin)
% FWCFGGUI M-file for fwcfgGUI.fig
% FWCFGGUI, by itself, creates a new FWCFGGUI or raises the existing
% singleton*.
%
% H = FWCFGGUI returns the handle to a new FWCFGGUI or the handle to
% the existing singleton*.
%
% FWCFGGUI('Property','Value',...) creates a new FWCFGGUI using the
% given property value pairs. Unrecognized properties are passed via
% varargin to fwcfgGUI_OpeningFcn. This calling syntax produces a
% warning when there is an existing singleton*.
%
% FWCFGGUI('CALLBACK') and FWCFGGUI('CALLBACK',hObject,...) call the
% local function named CALLBACK in FWCFGGUI.M with the given input
% arguments.
%
% *See GUI Options on GUIDE's Tools menu. Choose "GUI allows only one
% instance to run (singleton)".
%
% See also: GUIDE, GUIDATA, GUIHANDLES
% Edit the above text to modify the response to help fwcfgGUI
% Last Modified by GUIDE v2.5 14-Nov-2006 10:26:58
% Begin initialization code - DO NOT EDIT
gui_Singleton = 1;
gui_State = struct('gui_Name', mfilename, ...
'gui_Singleton', gui_Singleton, ...
'gui_OpeningFcn', @fwcfgGUI_OpeningFcn, ...
'gui_OutputFcn', @fwcfgGUI_OutputFcn, ...
'gui_LayoutFcn', [], ...
'gui_Callback', []);
if nargin & isstr(varargin{1})
gui_State.gui_Callback = str2func(varargin{1});
end
if nargout
[varargout{1:nargout}] = gui_mainfcn(gui_State, varargin{:});
else
gui_mainfcn(gui_State, varargin{:});
end
% End initialization code - DO NOT EDIT
% --- Executes just before fwcfgGUI is made visible.
function fwcfgGUI_OpeningFcn(hObject, eventdata, handles, varargin)
% This function has no output args, see OutputFcn.
% hObject handle to figure
% eventdata reserved - to be defined in a future version of MATLAB
% handles structure with handles and user data (see GUIDATA)
% varargin unrecognized PropertyName/PropertyValue pairs from the
% command line (see VARARGIN)
% Choose default command line output for fwcfgGUI
handles.output = hObject;
% Update handles structure
guidata(hObject, handles);
% UIWAIT makes fwcfgGUI wait for user response (see UIRESUME)
% uiwait(handles.figure1);
global g_fwcfg;
if isstruct(g_fwcfg) & isfield(g_fwcfg, 'configFile')
load(g_fwcfg.configFile);
end
if ~exist('defaultCell', 'var')
defaultCell = l_defaultcell;
end
g_fwcfg.defaultCell = defaultCell;
if ~exist('freeway', 'var')
freeway = 'Freeway';
end
g_fwcfg.freeway = freeway;
if ~exist('celldata', 'var')
celldata = [];
end
if isempty(celldata)
celldata = l_edit2cell(g_fwcfg.defaultCell, 0, 1);
end
g_fwcfg.cellData = adjust_cell_struct(celldata);
if g_fwcfg.cellData(1).PMstart > g_fwcfg.cellData(1).PMend
g_fwcfg.direction = -1;
else
g_fwcfg.direction = 1;
end
g_fwcfg.cellIndex = 1;
g_fwcfg.currentCell = l_cell2edit(g_fwcfg.cellData(g_fwcfg.cellIndex));
g_fwcfg.isSaved = 1;
g_fwcfg.isBusy = 0;
l_createCellList(handles);
l_displayAll(handles);
return;
% --- Outputs from this function are returned to the command line.
function varargout = fwcfgGUI_OutputFcn(hObject, eventdata, handles)
% varargout cell array for returning output args (see VARARGOUT);
% hObject handle to figure
% eventdata reserved - to be defined in a future version of MATLAB
% handles structure with handles and user data (see GUIDATA)
% Get default command line output from handles structure
varargout{1} = handles.output;
return;
% --------------------------------------------------------------------
% Menu functions: File, Edit
% --------------------------------------------------------------------
%%% FILE %%%
function menuFile_Callback(hObject, eventdata, handles)
return;
% New
function menuFileNew_Callback(hObject, eventdata, handles)
global g_fwcfg;
if g_fwcfg.isBusy
beep;
return;
end
if ~g_fwcfg.isSaved
currFig = get(0, 'CurrentFigure');
pos_size = get(currFig, 'Position');
res = save_dialog([pos_size(1)+pos_size(3)/2.5 pos_size(2)+pos_size(4)/2.5], 'Save configuration?');
if res == 1 % save configuration
fn = uiputfile('*.mat');
if ~isa(fn, 'double')
save_config(g_fwcfg, fn);
end
elseif res == 2
return;
end
end
g_fwcfg.configFile = [];
g_fwcfg.defaultCell = l_defaultcell;
g_fwcfg.freeway = 'Freeway';
g_fwcfg.cellData = l_edit2cell(g_fwcfg.defaultCell, 0, 1);
g_fwcfg.currentCell = l_cell2edit(g_fwcfg.cellData(g_fwcfg.cellIndex));
g_fwcfg.cellIndex = 1;
g_fwcfg.direction = 1;
g_fwcfg.isSaved = 1;
l_createCellList(handles);
l_displayAll(handles);
return;
% Load
function menuFileLoad_Callback(hObject, eventdata, handles)
global g_fwcfg;
if g_fwcfg.isBusy
beep;
return;
end
if ~g_fwcfg.isSaved
currFig = get(0, 'CurrentFigure');
pos_size = get(currFig, 'Position');
res = save_dialog([pos_size(1)+pos_size(3)/2.5 pos_size(2)+pos_size(4)/2.5], 'Save configuration?');
if res == 1 % save configuration
fn = uiputfile('*.mat');
if ~isa(fn, 'double')
save_config(g_fwcfg, fn);
end
elseif res == 2
return;
end
end
fn = uigetfile('*.mat');
if ~isa(fn, 'double')
g_fwcfg.configFile = fn;
load(fn);
if ~exist('defaultCell', 'var')
defaultCell = l_defaultcell;
end
g_fwcfg.defaultCell = defaultCell;
if ~exist('freeway', 'var')
freeway = 'Freeway';
end
g_fwcfg.freeway = freeway;
if ~exist('celldata', 'var')
celldata = [];
end
if isempty(celldata)
celldata = l_edit2cell(g_fwcfg.defaultCell, 0, 1);
end
g_fwcfg.cellData = adjust_cell_struct(celldata);
if g_fwcfg.cellData(1).PMstart > g_fwcfg.cellData(1).PMend
g_fwcfg.direction = -1;
else
g_fwcfg.direction = 1;
end
g_fwcfg.cellIndex = 1;
g_fwcfg.currentCell = l_cell2edit(g_fwcfg.cellData(g_fwcfg.cellIndex));
g_fwcfg.isSaved = 1;
l_createCellList(handles);
l_displayAll(handles);
end
return;
% Save
function menuFileSave_Callback(hObject, eventdata, handles)
global g_fwcfg;
if g_fwcfg.isBusy
beep;
return;
end
fn = uiputfile('*.mat');
if ~isa(fn, 'double')
save_config(g_fwcfg, fn);
g_fwcfg.isSaved = 1;
end
return;
% Exit
function menuFileExit_Callback(hObject, eventdata, handles)
global g_fwcfg;
if g_fwcfg.isBusy
beep;
return;
end
fwcfgGUIclose;
return;
%%% EDIT %%%
function menuEdit_Callback(hObject, eventdata, handles)
return;
% Default Values
function menuEditDefault_Callback(hObject, eventdata, handles)
global g_fwcfg;
if g_fwcfg.isBusy
beep;
return;
end
g_fwcfg.isBusy = 1;
dfltGUI;
return;
% --------------------------------------------------------------------
% 'Global' parameters
% --------------------------------------------------------------------
% Freeway Name
function fwName_CreateFcn(hObject, eventdata, handles)
return;
function fwName_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
g_fwcfg.freeway = get(hObject, 'String');
return;
% Direction: Left to Right or Right to Left
function direction_CreateFcn(hObject, eventdata, handles)
return;
function direction_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
if get(hObject, 'Value') == 2
g_fwcfg.direction = -1;
else
g_fwcfg.direction = 1;
end
pms = str2double(get(handles.pmStart, 'String'));
g_fwcfg.cellData = assign_pm(g_fwcfg.cellData, pms, g_fwcfg.direction);
g_fwcfg.currentCell = l_cell2edit(g_fwcfg.cellData(g_fwcfg.cellIndex));
l_displayAll(handles);
return;
% Starting Post Mile
function pmStart_CreateFcn(hObject, eventdata, handles)
return;
function pmStart_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
pms = str2double(get(hObject, 'String'));
if ~(pms >= 0)
pms = g_fwcfg.cellData(1).PMstart;
end
g_fwcfg.cellData = assign_pm(g_fwcfg.cellData, pms, g_fwcfg.direction);
g_fwcfg.currentCell = l_cell2edit(g_fwcfg.cellData(g_fwcfg.cellIndex));
l_displayAll(handles);
return;
% --------------------------------------------------------------------
% Cell parameters
% --------------------------------------------------------------------
% Cell length
function lengthTxt_CreateFcn(hObject, eventdata, handles)
return;
function lengthTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0)
v = g_fwcfg.currentCell.length;
end
g_fwcfg.currentCell.length = v; %v/5280;
pms = str2double(get(handles.pmStart, 'String'));
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
g_fwcfg.cellData = assign_pm(g_fwcfg.cellData, ...
pms, ...
g_fwcfg.direction);
l_displayAll(handles);
return;
% Number of lanes
function lanesTxt_CreateFcn(hObject, eventdata, handles)
return;
function lanesTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 1) | (v > 10)
v = g_fwcfg.currentCell.lanes;
end
g_fwcfg.currentCell.lanes = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayAll(handles);
return;
% Number of auxiliary lanes
function auxlanesTxt_CreateFcn(hObject, eventdata, handles)
return;
function auxlanesTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0) | (v > 3)
v = g_fwcfg.currentCell.auxlanes;
end
g_fwcfg.currentCell.auxlanes = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayAll(handles);
return;
% Max flow
function fmaxTxt_CreateFcn(hObject, eventdata, handles)
return;
function fmaxTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0)
v = g_fwcfg.currentCell.FDfmax;
end
g_fwcfg.currentCell.FDfmax = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayCell(handles);
return;
% Critical density
function rhocritTxt_CreateFcn(hObject, eventdata, handles)
return;
function rhocritTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0) | (v > g_fwcfg.currentCell.FDrhojam)
v = g_fwcfg.currentCell.FDrhocrit;
end
g_fwcfg.currentCell.FDrhocrit = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayCell(handles);
return;
% Jam density
function rhojamTxt_CreateFcn(hObject, eventdata, handles)
return;
function rhojamTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= g_fwcfg.currentCell.FDrhocrit)
v = g_fwcfg.currentCell.FDrhojam;
end
g_fwcfg.currentCell.FDrhojam = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayCell(handles);
return;
% Free-flow speed
function vfTxt_CreateFcn(hObject, eventdata, handles)
return;
function vfTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v > 0)
v = g_fwcfg.currentCell.FDfmax / g_fwcfg.currentCell.FDrhocrit;
end
g_fwcfg.currentCell.FDrhocrit = g_fwcfg.currentCell.FDfmax / v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayCell(handles);
return;
% Congestion wave speed
function wcTxt_CreateFcn(hObject, eventdata, handles)
return;
function wcTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v > 0)
v = g_fwcfg.currentCell.FDfmax / ...
(g_fwcfg.currentCell.FDrhojam - g_fwcfg.currentCell.FDrhocrit);
end
g_fwcfg.currentCell.FDrhojam = g_fwcfg.currentCell.FDrhocrit + ...
(g_fwcfg.currentCell.FDfmax / v);
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayCell(handles);
return;
% On-ramp checkbox
function orCB_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
g_fwcfg.currentCell.OR = get(hObject, 'Value');
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayAll(handles);
return;
% Off-ramp checkbox
function frCB_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
g_fwcfg.currentCell.FR = get(hObject, 'Value');
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayAll(handles);
return;
% --------------------------------------------------------------------
% On-ramp parameters
% --------------------------------------------------------------------
% Name
function orNameTxt_CreateFcn(hObject, eventdata, handles)
return;
function orNameTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
buf = get(hObject, 'String');
if isempty(buf)
buf = g_fwcfg.currentCell.ORname;
end
g_fwcfg.currentCell.ORname = buf;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
return;
% Number of lanes
function orLanesTxt_CreateFcn(hObject, eventdata, handles)
return;
function orLanesTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 1) | (v > 4)
v = g_fwcfg.currentCell.ORlanes;
end
g_fwcfg.currentCell.ORlanes = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayAll(handles);
return;
% Max flow
function orFmaxTxt_CreateFcn(hObject, eventdata, handles)
return;
function orFmaxTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0)
v = g_fwcfg.currentCell.ORfmax;
end
g_fwcfg.currentCell.ORfmax = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
return;
% Queue size
function orQueueTxt_CreateFcn(hObject, eventdata, handles)
return;
function orQueueTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0)
v = g_fwcfg.currentCell.ORqsize;
end
g_fwcfg.currentCell.ORqsize = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
return;
% Gamma
function orGammaTxt_CreateFcn(hObject, eventdata, handles)
return;
function orGammaTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0) | (v > 1)
v = g_fwcfg.currentCell.ORgamma;
end
g_fwcfg.currentCell.ORgamma = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
return;
% Xi
function orXiTxt_CreateFcn(hObject, eventdata, handles)
return;
function orXiTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0) | (v > 1)
v = g_fwcfg.currentCell.ORxi;
end
g_fwcfg.currentCell.ORxi = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
return;
% --------------------------------------------------------------------
% Off-ramp parameters
% --------------------------------------------------------------------
% Name
function frNameTxt_CreateFcn(hObject, eventdata, handles)
return;
function frNameTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
buf = get(hObject, 'String');
if isempty(buf)
buf = g_fwcfg.currentCell.FRname;
end
g_fwcfg.currentCell.FRname = buf;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
return;
% Number of lanes
function frLanesTxt_CreateFcn(hObject, eventdata, handles)
return;
function frLanesTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 1) | (v > 4)
v = g_fwcfg.currentCell.FRlanes;
end
g_fwcfg.currentCell.FRlanes = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
l_displayAll(handles);
return;
% Max flow
function frFmaxTxt_CreateFcn(hObject, eventdata, handles)
return;
function frFmaxTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0)
v = g_fwcfg.currentCell.FRfmax;
end
g_fwcfg.currentCell.FRfmax = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
return;
% Split ratio
function frBetaTxt_CreateFcn(hObject, eventdata, handles)
return;
function frBetaTxt_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.isSaved = 0;
v = str2double(get(hObject, 'String'));
if ~(v >= 0) | (v > 1)
v = g_fwcfg.currentCell.FRbeta;
end
g_fwcfg.currentCell.FRbeta = v;
g_fwcfg.cellData(g_fwcfg.cellIndex) = l_edit2cell(g_fwcfg.currentCell, ...
g_fwcfg.cellData(g_fwcfg.cellIndex).PMstart, ...
g_fwcfg.direction);
return;
% --------------------------------------------------------------------
% Button functions
% --------------------------------------------------------------------
% Add cell
function addButton_Callback(hObject, eventdata, handles)
global g_fwcfg;
if g_fwcfg.isBusy
beep;
return;
end
g_fwcfg.isSaved = 0;
N = size(g_fwcfg.cellData, 2); % number of cells
pms = g_fwcfg.cellData(g_fwcfg.cellIndex).PMend;
g_fwcfg.cellIndex = g_fwcfg.cellIndex + 1;
g_fwcfg.currentCell = g_fwcfg.defaultCell;
g_fwcfg.cellData = [g_fwcfg.cellData(1:(g_fwcfg.cellIndex-1)) ...
l_edit2cell(g_fwcfg.currentCell, pms, g_fwcfg.direction) ...
g_fwcfg.cellData(g_fwcfg.cellIndex:N)];
g_fwcfg.cellData = assign_pm(g_fwcfg.cellData, ...
str2double(get(handles.pmStart, 'String')), ...
g_fwcfg.direction);
l_createCellList(handles);
l_displayAll(handles);
return;
% Duplicate cell
function duplicateButton_Callback(hObject, eventdata, handles)
global g_fwcfg;
if g_fwcfg.isBusy
beep;
return;
end
g_fwcfg.isSaved = 0;
N = size(g_fwcfg.cellData, 2); % number of cells
pms = g_fwcfg.cellData(g_fwcfg.cellIndex).PMend;
g_fwcfg.cellIndex = g_fwcfg.cellIndex + 1;
g_fwcfg.cellData = [g_fwcfg.cellData(1:(g_fwcfg.cellIndex-1)) ...
l_edit2cell(g_fwcfg.currentCell, pms, g_fwcfg.direction) ...
g_fwcfg.cellData(g_fwcfg.cellIndex:N)];
g_fwcfg.cellData = assign_pm(g_fwcfg.cellData, ...
str2double(get(handles.pmStart, 'String')), ...
g_fwcfg.direction);
l_createCellList(handles);
l_displayAll(handles);
return;
% Delete cell
function deleteButton_Callback(hObject, eventdata, handles)
global g_fwcfg;
if g_fwcfg.isBusy
beep;
return;
end
N = size(g_fwcfg.cellData, 2); % number of cells
if N == 1
beep;
return;
end
g_fwcfg.isSaved = 0;
if g_fwcfg.cellIndex == N
g_fwcfg.cellIndex = N - 1;
g_fwcfg.cellData = g_fwcfg.cellData(1:(N-1));
else
g_fwcfg.cellData = [g_fwcfg.cellData(1:(g_fwcfg.cellIndex-1)) ...
g_fwcfg.cellData((g_fwcfg.cellIndex+1):N)];
end
g_fwcfg.currentCell = l_cell2edit(g_fwcfg.cellData(g_fwcfg.cellIndex));
g_fwcfg.cellData = assign_pm(g_fwcfg.cellData, ...
g_fwcfg.cellData(1).PMstart, ...
g_fwcfg.direction);
l_createCellList(handles);
l_displayAll(handles);
return;
% --------------------------------------------------------------------
% Cell list
% --------------------------------------------------------------------
function cellList_CreateFcn(hObject, eventdata, handles)
return;
function cellList_Callback(hObject, eventdata, handles)
global g_fwcfg;
g_fwcfg.cellIndex = get(hObject, 'Value');
g_fwcfg.currentCell = l_cell2edit(g_fwcfg.cellData(g_fwcfg.cellIndex));
l_displayAll(handles);
return;
% --------------------------------------------------------------------
% Miscellaneous
% --------------------------------------------------------------------
function l_displayAll(handles)
% Display everything
global g_fwcfg;
l_displayGlobalParameters(handles);
l_displayCell(handles);
axes(handles.freeway)
plot_freeway(g_fwcfg.cellData);
hold on;
plot_fwselect(g_fwcfg.cellData, g_fwcfg.cellIndex, 1);
hold off;
axes(handles.fwcell);
plot_fwcell(g_fwcfg.cellData(g_fwcfg.cellIndex));
return;
function l_displayGlobalParameters(handles)
% Display global parameters
global g_fwcfg;
set(handles.fwName, 'String', g_fwcfg.freeway);
set(handles.pmStart, 'String', num2str(g_fwcfg.cellData(1).PMstart));
if g_fwcfg.direction < 0
set(handles.direction, 'Value', 2);
else
set(handles.direction, 'Value', 1);
end
return;
function l_displayCell(handles)
% Display selected cell
global g_fwcfg;
idx = g_fwcfg.cellIndex;
cell = g_fwcfg.currentCell;
% cell box
set(handles.cellHeader, 'String', sprintf('Cell %d', idx));
set(handles.lengthTxt, 'String', num2str(cell.length));
set(handles.lanesTxt, 'String', num2str(cell.lanes));
set(handles.auxlanesTxt, 'String', num2str(cell.auxlanes));
set(handles.fmaxTxt, 'String', num2str(cell.FDfmax));
set(handles.rhocritTxt, 'String', num2str(cell.FDrhocrit));
set(handles.rhojamTxt, 'String', num2str(cell.FDrhojam));
set(handles.vfTxt, 'String', num2str(cell.FDfmax/cell.FDrhocrit));
set(handles.wcTxt, 'String', num2str(cell.FDfmax/(cell.FDrhojam-cell.FDrhocrit)));
set(handles.orCB, 'Value', cell.OR);
set(handles.frCB, 'Value', cell.FR);
% on-ramp box
set(handles.orNameTxt, 'String', cell.ORname);
set(handles.orLanesTxt, 'String', num2str(cell.ORlanes));
set(handles.orFmaxTxt, 'String', num2str(cell.ORfmax));
set(handles.orQueueTxt, 'String', num2str(cell.ORqsize));
set(handles.orGammaTxt, 'String', num2str(cell.ORgamma));
set(handles.orXiTxt, 'String', num2str(cell.ORxi));
l_orBoxEnDisable(handles, cell.OR);
% off-ramp box
set(handles.frNameTxt, 'String', cell.FRname);
set(handles.frLanesTxt, 'String', num2str(cell.FRlanes));
set(handles.frFmaxTxt, 'String', num2str(cell.FRfmax));
set(handles.frBetaTxt, 'String', num2str(cell.FRbeta));
l_frBoxEnDisable(handles, cell.FR);
% fundamental diagram
axes(handles.FD);
plot(1, 1, 'w');
hold on;
legend('Fundamental Diagram');
plot([0 cell.FDrhocrit], [0 cell.FDfmax], 'g', 'LineWidth', 2);
plot([cell.FDrhocrit cell.FDrhojam], [cell.FDfmax 0], 'r', 'LineWidth', 2);
plot([cell.FDrhocrit cell.FDrhojam], [cell.FDfmax 0], 'ko');
xlabel('Density (vpml)');
ylabel('Flow (vphl)');
hold off;
return;
function l_createCellList(handles)
% Create cell list
global g_fwcfg;
buf = [];
N = size(g_fwcfg.cellData, 2); % number of cells
for i = 1:N
buf = strvcat(buf, sprintf('Cell %d', i));
end
if g_fwcfg.cellIndex > N
g_fwcfg.cellIndex = N;
end
set(handles.cellList, 'String', buf);
set(handles.cellList, 'Value', g_fwcfg.cellIndex);
return;
function ic = l_cell2edit(cell)
% Convert normal cell structure into internal cell structure
global g_fwcfg;
% mainline
ic.length = abs(cell.PMend - cell.PMstart);
ic.lanes = floor(cell.lanes);
ic.auxlanes = round((cell.lanes - ic.lanes) / 0.3);
ic.FDfmax = cell.FDfmax / cell.lanes; % vph per lane
ic.FDrhocrit = cell.FDrhocrit / cell.lanes; % vpm per lane
ic.FDrhojam = cell.FDrhojam / cell.lanes; % vpm per lane
% on-ramp
if ~isempty(cell.ORname)
ic.OR = 1;
ic.ORname = cell.ORname;
ic.ORlanes = cell.ORlanes;
ic.ORfmax = cell.ORfmax / cell.ORlanes; % vph per lane
ic.ORflow = cell.ORflow / cell.ORlanes; % vph per lane
ic.ORqsize = cell.ORqsize / cell.ORlanes; % vehicles per lane
ic.ORknob = cell.ORknob;
ic.ORmlcontroller = cell.ORmlcontroller;
ic.ORqcontroller = cell.ORqcontroller;
ic.ORgamma = cell.ORgamma;
ic.ORxi = cell.ORxi;
else
ic.OR = 0;
ic.ORname = g_fwcfg.defaultCell.ORname;
ic.ORlanes = g_fwcfg.defaultCell.ORlanes;
ic.ORfmax = g_fwcfg.defaultCell.ORfmax;
ic.ORflow = g_fwcfg.defaultCell.ORflow;
ic.ORqsize = g_fwcfg.defaultCell.ORqsize;
ic.ORknob = g_fwcfg.defaultCell.ORknob;
ic.ORmlcontroller = g_fwcfg.defaultCell.ORmlcontroller;
ic.ORqcontroller = g_fwcfg.defaultCell.ORqcontroller;
ic.ORgamma = g_fwcfg.defaultCell.ORgamma;
ic.ORxi = g_fwcfg.defaultCell.ORxi;
end
% off-ramp
if ~isempty(cell.FRname)
ic.FR = 1;
ic.FRname = cell.FRname;
ic.FRlanes = cell.FRlanes;
ic.FRfmax = cell.FRfmax / cell.FRlanes; % vph per lane
ic.FRbeta = cell.FRbeta;
ic.FRknob = cell.FRknob;
else
ic.FR = 0;
ic.FRname = g_fwcfg.defaultCell.FRname;
ic.FRlanes = g_fwcfg.defaultCell.FRlanes;
ic.FRfmax = g_fwcfg.defaultCell.FRfmax;
ic.FRbeta = g_fwcfg.defaultCell.FRbeta;
ic.FRknob = g_fwcfg.defaultCell.FRknob;
end
return;
function cell = l_edit2cell(ic, pmStart, direction)
% Convert internal cell structure into normal cell structure
% mainline
cell.PMstart = pmStart;
cell.PMend = pmStart + (direction * ic.length);
cell.lanes = ic.lanes + (0.3 * ic.auxlanes);
cell.FDfmax = ic.FDfmax * cell.lanes;
cell.FDrhocrit = ic.FDrhocrit * cell.lanes;
cell.FDrhojam = ic.FDrhojam * cell.lanes;
% on-ramp
if ic.OR
cell.ORname = ic.ORname;
cell.ORlanes = ic.ORlanes;
cell.ORfmax = ic.ORfmax * ic.ORlanes;
cell.ORqsize = ic.ORqsize * ic.ORlanes;
cell.ORflow = ic.ORflow * ic.ORlanes;
cell.ORknob = ic.ORknob;
cell.ORmlcontroller = ic.ORmlcontroller;
cell.ORqcontroller = ic.ORqcontroller;
cell.ORgamma = ic.ORgamma;
cell.ORxi = ic.ORxi;
else
cell.ORname = [];
cell.ORlanes = 0;
cell.ORfmax = 0;
cell.ORqsize = 0;
cell.ORflow = 0;
cell.ORknob = 0;
cell.ORmlcontroller = [];
cell.ORqcontroller = [];
cell.ORgamma = 0;
cell.ORxi = 0;
end
% off-ramp
if ic.FR
cell.FRname = ic.FRname;
cell.FRlanes = ic.FRlanes;
cell.FRfmax = ic.FRfmax * ic.FRlanes;
cell.FRbeta = ic.FRbeta;
cell.FRknob = ic.FRknob;
else
cell.FRname = [];
cell.FRlanes = 0;
cell.FRfmax = 0;
cell.FRbeta = 0;
cell.FRknob = 0;
end
return;
function l_orBoxEnDisable(handles, cmd)
% Enable or disable on-ramp box
if cmd
buf = 'on';
else
buf = 'off';
end
set(handles.orFrame, 'Visible', buf);
set(handles.orHeader, 'Visible', buf);
set(handles.orNameTag, 'Visible', buf);
set(handles.orNameTxt, 'Visible', buf);
set(handles.orLanesTag, 'Visible', buf);
set(handles.orLanesTxt, 'Visible', buf);
set(handles.orFmaxTag, 'Visible', buf);
set(handles.orFmaxTxt, 'Visible', buf);
set(handles.orQueueTag, 'Visible', buf);
set(handles.orQueueTxt, 'Visible', buf);
set(handles.orGammaTag, 'Visible', buf);
set(handles.orGammaTxt, 'Visible', buf);
set(handles.orXiTag, 'Visible', buf);
set(handles.orXiTxt, 'Visible', buf);
return;
function l_frBoxEnDisable(handles, cmd)
% Enable or disable off-ramp box
if cmd
buf = 'on';
else
buf = 'off';
end
set(handles.frFrame, 'Visible', buf);
set(handles.frHeader, 'Visible', buf);
set(handles.frNameTag, 'Visible', buf);
set(handles.frNameTxt, 'Visible', buf);
set(handles.frLanesTag, 'Visible', buf);
set(handles.frLanesTxt, 'Visible', buf);
set(handles.frFmaxTag, 'Visible', buf);
set(handles.frFmaxTxt, 'Visible', buf);
set(handles.frBetaTag, 'Visible', buf);
set(handles.frBetaTxt, 'Visible', buf);
return;
function dflt_cell = l_defaultcell()
% Generate default cell
dflt_cell.length = 1; % miles
dflt_cell.lanes = 4;
dflt_cell.auxlanes = 0;
dflt_cell.FDfmax = 2200; % vph per lane
dflt_cell.FDrhocrit = 40; % vpm per lane
dflt_cell.FDrhojam = 200; % vpm per lane
dflt_cell.OR = 1;
dflt_cell.ORname = 'On-ramp';
dflt_cell.ORlanes = 1;
dflt_cell.ORfmax = 600; % vph per lane
dflt_cell.ORqsize = 50;
dflt_cell.ORflow = 0;
dflt_cell.ORknob = 1;
dflt_cell.ORmlcontroller = [];
dflt_cell.ORqcontroller = [];
dflt_cell.ORgamma = 1;
dflt_cell.ORxi = 1;
dflt_cell.FR = 1;
dflt_cell.FRname = 'Off-ramp';
dflt_cell.FRlanes = 1;
dflt_cell.FRfmax = 600; % vph per lane;
dflt_cell.FRbeta = 0.1;
dflt_cell.FRknob = 1;
return;
