MATLAB SIMULINK 7 - GRAPHICAL USER INTERFACE Uživatelský manuál Strana 459
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Hodnocené. / 5. Na základě hodnocení zákazníků
Synchronized Data Presentations in a Programmatic UI
14-15
% Create a uitable on the left side of the figure
htable = uitable('Units', 'normalized',...
'Position', [0.025 0.03 0.375 0.92],...
'Data', count,...
'ColumnName', colnames,...
'ColumnFormat', colfmt,...
'ColumnWidth', colwdt,...
'ColumnEditable', coledit,...
'ToolTipString',...
'Select cells to highlight them on the plot',...
'CellSelectionCallback',{@select_callback});
The tableplot function performs these tasks:
• Passes the count matrix to the table as the Data parameter.
• Specifies the column names using the ColumnName property
• Specifies that all columns hold numeric data using the ColumnFormat property
• Specifies that all columns have a width of 60 pixels
MATLAB always interprets the ColumnWidth property in pixels
• Provides a tooltip string for the table
• Accepts default values for most of the remaining Uitable Properties.
In the next block of code, the tableplot function sets up an axes on the right side of the
figure. It plots lines and markers in response to the user's actions.
% Create an axes on the right side; set x and y limits to the
% table value extremes, and format labels for the demo data.
haxes = axes('Units', 'normalized',...
'Position', [.465 .065 .50 .85],...
'XLim', [0 tablesize(1)],...
'YLim', [0 max(max(count))],...
'XLimMode', 'manual',...
'YLimMode', 'manual',...
'XTickLabel',...
{'12 AM','5 AM','10 AM','3 PM','8 PM'});
title(haxes, 'Hourly Traffic Counts') % Describe data set
% Prevent axes from clearing when new lines or markers are plotted
hold(haxes, 'all')
In the next block of code, the tableplot function plots the lineseries for the markers
with a call to plot. The plot function graphs the entire count data set (which remains
- How to Contact MathWorks 2
- Revision History 3
- Contents 5
- Create UIs with GUIDE 6
- What Is GUIDE? 6
- GUIDE Preferences and Options 6
- Lay Out a UI Using GUIDE 7
- Create UIs Programmatically 11
- Lay Out a Programmatic UI 11
- Code a Programmatic UI 12
- Manage Callback Execution 13
- Packaging GUIs as Apps 15
- Introduction to Creating UIs 17
- About UIs in MATLAB Software 19
- What Is a UI? 20
- What Is a UI? 21
- How Does a UI Work? 22
- Ways to Build MATLAB UIs 23
- How to Create a UI with GUIDE 25
- Set the Window Size in GUIDE 29
- Layout the Simple GUIDE UI 30
- Click OK 33
- simple_gui 40
- % Set the current data value 42
- mesh(handles.current_data); 46
- Files Generated by GUIDE 48
- Files Generated by GUIDE 49
- Callbacks” on page 8-5 51
- A Simple Programmatic UI 53
- 3 A Simple Programmatic UI 54
- GUIDE: Getting Started 70
- GUIDE Tools Summary 71
- 4 What Is GUIDE? 72
- GUIDE Preferences 74
- Prompt to Save on Activate 75
- All Other Preferences 76
- GUIDE Preferences 77
- GUIDE Options 80
- Resize Behavior 81
- Command-Line Accessibility 81
- GUIDE Options 83
- Generate FIG-File Only 84
- 1.4142 85
- GUIDE Templates 88
- Template Descriptions 89
- GUIDE Templates 91
- GUIDE Components 99
- 6 Lay Out a UI Using GUIDE 100
- GUIDE Components 101
- Place Components 103
- User Interface Controls 109
- Use the Table Property Editor 143
- Set Data Properties 149
- ActiveX Component 151
- Resize GUIDE UI Components 153
- Locate and Move Components 160
- Drag Components 161
- Locate and Move Components 163
- Align GUIDE UI Components 165
- Align GUIDE UI Components 167
- Grid and Rulers 171
- Create Menus for GUIDE UIs 177
- Create Menus for GUIDE UIs 179
- Context Menus 187
- Create Toolbars for GUIDE UIs 194
- Predefined Tools 199
- Custom Tools 199
- Standard Background Color 207
- UI Design References 209
- Save and Run a GUIDE UI 211
- Save a GUIDE UI 212
- Save a GUIDE UI 213
- 7 Save and Run a GUIDE UI 214
- Rename GUIDE UIs and Files 215
- Programming a GUIDE UI 217
- 8 Programming a GUIDE UI 218
- GUIDE Callback Syntax 221
- Opening Function 223
- Output Function 225
- How to Use the Example Code 227
- Radio Button 229
- Button Group 237
- Examples of GUIDE UIs 245
- Modal Dialog Box in GUIDE 248
- Modal Dialog Box in GUIDE 249
- 9 Examples of GUIDE UIs 250
- UI That Uses Persistent Data 253
- MAT-file Validation 255
- Overall UI Characteristics 263
- Plot Push Button Behavior 273
- Create Two Context Menus 289
- Related Examples 291
- Implement the List Box 293
- Read Workspace Variables 299
- About the Example 303
- Run the Program 305
- Design the 3-D Globe UI 315
- Inserted 323
- The Timer Implementation 327
- 10 Lay Out a Programmatic UI 334
- Programmatic Components 338
- Programmatic Components 339
- Lay Out a UI Programmatically 363
- Align Components 383
- Align Components Horizontally 385
- Use the uitoolbar Function 411
- Commonly Used Properties 411
- Default System Font 417
- Initialize a Programmatic UI 420
- 11 Code a Programmatic UI 422
- Callback Syntax 427
- Share Data Among Callbacks 430
- More About 438
- Interrupt Callback Execution 440
- Interrupt Callback Execution 441
- 13 Manage Callback Execution 442
- Examples of UIs Created 445
- Programmatically 445
- View the Example Code 447
- Initialize the UI 451
- Define the Callbacks 452
- Updating the Plot 455
- See Also 455
- Use the UI 466
- Program List Master 470
- Identify Component Handles 473
- Code File Organization 479
- UI Programming Techniques 480
- • “Find Apps” on page 15-2 483
- Find Apps 484
- View App File List 485
- Install or Reinstall App 487
- Uninstall App 488
- Apps Overview 492
- Why Create an App? 493
- 16 Packaging GUIs as Apps 494
- Package Apps 495
- Modify Apps 497
- Share Apps 498
- Dependency Analysis 500
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