[DirectX 5 Programmer's Reference] Step 3: Creating an Overlay Surface (93.4210526315789%)

DirectX Foundation > DirectDraw > DirectDraw Tutorials > Tutorial 6: Using Overlay Surfaces

[DirectX 5 Programmer's Reference] Step 1: Creating a Primary Surface (89.4736842105263%)

DirectX Foundation > DirectDraw > DirectDraw Tutorials > Tutorial 6: Using Overlay Surfaces

[DirectX 5 Programmer's Reference] Step 2: Testing for Hardware Overlay Support (86.9318181818182%)

DirectX Foundation > DirectDraw > DirectDraw Tutorials > Tutorial 6: Using Overlay Surfaces

[DirectX 7 Programmer's Reference] Step 4: Display the Overlay Surface (79.7570850202429%)

Microsoft DirectX 7.0 > DirectDraw > DirectDraw Tutorials > DirectDraw C/C++ Tutorials > Tutorial 6: Using Overlay Surfaces

[DirectX 3 Programmer's Reference] Step 1: Creating the Off-Screen Surfaces (77.7659574468085%)

DirectDraw > DirectDraw Tutorials > Tutorial 3: Blitting from an Off-Screen Surface

[DirectX 5 Programmer's Reference] Step 1: Creating the Off-Screen Surfaces (77.7659574468085%)

DirectX Foundation > DirectDraw > DirectDraw Tutorials > Tutorial 3: Blitting from an Off-Screen Surface

[DirectX 3 Programmer's Reference] Step 4: Flipping the Surfaces (75.4576659038902%)

DirectDraw > DirectDraw Tutorials > Tutorial 2: Loading Bitmaps on the Back Buffer

[DirectX 5 Programmer's Reference] Step 4: Flipping the Surfaces (75.4576659038902%)

DirectX Foundation > DirectDraw > DirectDraw Tutorials > Tutorial 2: Loading Bitmaps on the Back Buffer

[DirectX 7 Programmer's Reference] Step 6: Hide the Overlay Surface (75.1518218623482%)

Microsoft DirectX 7.0 > DirectDraw > DirectDraw Tutorials > DirectDraw C/C++ Tutorials > Tutorial 6: Using Overlay Surfaces

[DirectX 3 Programmer's Reference] Step 2: Loading the Bitmaps to the Off-Screen Surfaces (73.8770685579196%)

DirectDraw > DirectDraw Tutorials > Tutorial 3: Blitting from an Off-Screen Surface

[DirectX 3 Programmer's Reference] Step 7: Flipping the Surfaces (73.5014619883041%)

DirectDraw > DirectDraw Tutorials > Tutorial 1: The Basics of DirectDraw

[DirectX 3 Programmer's Reference] Step 6: Writing to the Surface (73.5014619883041%)

DirectDraw > DirectDraw Tutorials > Tutorial 1: The Basics of DirectDraw

[DirectX 7 Programmer's Reference] Step 3: Create an Overlay Surface (73.1781376518219%)

Microsoft DirectX 7.0 > DirectDraw > DirectDraw Tutorials > DirectDraw C/C++ Tutorials > Tutorial 6: Using Overlay Surfaces

[DirectX 7 Programmer's Reference] Step 1: Create a Primary Surface (69.8886639676113%)

Microsoft DirectX 7.0 > DirectDraw > DirectDraw Tutorials > DirectDraw C/C++ Tutorials > Tutorial 6: Using Overlay Surfaces

[DirectX 7 Programmer's Reference] Step 2: Test for Hardware Overlay Support (68.9258911819887%)

Microsoft DirectX 7.0 > DirectDraw > DirectDraw Tutorials > DirectDraw C/C++ Tutorials > Tutorial 6: Using Overlay Surfaces

[DirectX 8.1 C/C++ Programmer's Reference] Step 5: Displaying the Action Map (57.475946253036%)

DirectX 8.1 (C++) > DirectInput > DirectInput C/C++ Tutorials > Tutorial 5: Using Action Mapping

[DirectX 8.1 C/C++ Programmer's Reference] Step 1. Specify the Media Type (55.8165634674923%)

DirectX 8.1 (C++) > DirectShow > DirectShow Tutorials > Using the Sample Grabber

[DirectX 8.1 C/C++ Programmer's Reference] Step 3: Implement the Frame-Grabbing Function (55.3676470588235%)

DirectX 8.1 (C++) > DirectShow > DirectShow Tutorials > Grabbing a Poster Frame

[DirectX 8.1 Visual Basic Programmer's Reference] Step 5: Displaying the Action Map (55.1611314382212%)

DirectX 8.1 (Visual Basic) > DirectInput > DirectInput Visual Basic Tutorials > Tutorial 5: Using Action Mapping

[DirectX 8.1 C/C++ Programmer's Reference] Step 2. Build the Filter Graph (54.500773993808%)

DirectX 8.1 (C++) > DirectShow > DirectShow Tutorials > Using the Sample Grabber

[DirectX 8.1 C/C++ Programmer's Reference] Step 2: Setting the Mouse Data Format (54.3412713304354%)

DirectX 8.1 (C++) > DirectInput > DirectInput C/C++ Tutorials > Tutorial 2: Using the Mouse

[DirectX October 2006 Documentation] Step 5: Displaying the Action Map (53.9111314382212%)

DirectX Input > DirectInput > Tutorials > Tutorial 5: Using Action Mapping

[DirectX October 2006 Documentation] Step 1: Create the Audiopath (53.1326042378674%)

DirectMusic > DirectMusic C++ Tutorials > Tutorial 2: Using Audiopath Objects

[DirectX October 2006 Documentation] Step 2: Retrieve the Buffer (53.1326042378674%)

DirectMusic > DirectMusic C++ Tutorials > Tutorial 2: Using Audiopath Objects

[DirectX October 2006 Documentation] Step 3: Play the File (52.5852800450324%)

DirectMusic > DirectMusic C++ Tutorials > Tutorial 1: Playing Audio Files

[DirectX 8.1 Visual Basic Programmer's Reference] Step 1: Initializing the Force-Feedback Device (52.2552894675657%)

DirectX 8.1 (Visual Basic) > DirectInput > DirectInput Visual Basic Tutorials > Tutorial 4: Using Force Feedback

[DirectX 8.1 Visual Basic Programmer's Reference] Step 4: Modifying an Effect (52.0264565156206%)

DirectX 8.1 (Visual Basic) > DirectInput > DirectInput Visual Basic Tutorials > Tutorial 4: Using Force Feedback

[DirectX October 2006 Documentation] Step 3: Change Buffer Parameters (51.8168147641832%)

DirectMusic > DirectMusic C++ Tutorials > Tutorial 2: Using Audiopath Objects

[DirectX 8.1 Visual Basic Programmer's Reference] Step 3: Creating an Effect (51.3685617787785%)

DirectX 8.1 (Visual Basic) > DirectInput > DirectInput Visual Basic Tutorials > Tutorial 4: Using Force Feedback

[DirectX 8.1 Visual Basic Programmer's Reference] Step 2: Defining the Action Map (51.2137630171686%)

DirectX 8.1 (Visual Basic) > DirectInput > DirectInput Visual Basic Tutorials > Tutorial 5: Using Action Mapping