[DirectX 3 Programmer's Reference] Step 3: Blitting the Off-Screen Surfaces to the Back Buffer (100%)

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

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

[DirectX 3 Programmer's Reference] Step 1: Creating the Off-Screen Surfaces (89.8305084745763%)

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

[DirectX 5 Programmer's Reference] Step 1: Creating the Off-Screen Surfaces (89.8305084745763%)

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

[DirectX 3 Programmer's Reference] Step 2: Loading the Bitmaps to the Off-Screen Surfaces (84.3220338983051%)

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

[DirectX 5 Programmer's Reference] Step 2: Loading the Bitmaps to the Off-Screen Surfaces (84.3220338983051%)

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

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Microsoft DirectX 7.0 > DirectDraw > DirectDraw Tutorials > DirectDraw C/C++ Tutorials > Tutorial 3: Blitting from an Off-Screen Surface

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[DirectX 5 Programmer's Reference] Step 3: Loading a Bitmap on the Back Buffer (73.2419761990624%)

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[DirectX 5 Programmer's Reference] Step 3: Creating an Overlay Surface (72.9354489722322%)

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[DirectX 3 Programmer's Reference] Step 4: Flipping the Surfaces (70.6996033177065%)

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Microsoft DirectX 7.0 > DirectDraw > DirectDraw Tutorials > DirectDraw C/C++ Tutorials > Tutorial 3: Blitting from an Off-Screen Surface

[DirectX 7 Programmer's Reference] Step 2: Load the Bitmaps to the Off-Screen Surfaces (66.0528031290743%)

Microsoft DirectX 7.0 > DirectDraw > DirectDraw Tutorials > DirectDraw C/C++ Tutorials > Tutorial 3: Blitting from an Off-Screen Surface

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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 4: Draw the Bitmap on the Client Area (54.1394698882077%)

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

[DirectX 8.1 C/C++ Programmer's Reference] Step 3: Implement the Frame-Grabbing Function (53.2920122610891%)

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

[DirectX 8.1 C/C++ Programmer's Reference] Step 2: Add a Menu Command to Grab a Poster Frame (52.8682834475297%)

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

[DirectX 8.1 C/C++ Programmer's Reference] Step 4. Get the Buffer (51.0561666065633%)

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[DirectX October 2006 Documentation] Step 2: Retrieve the Buffer (48.0009507261581%)

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[DirectX 8.1 Visual Basic Programmer's Reference] Step 3: Managing Exclusive Access to the Mouse (46.7277808740124%)

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[DirectX 8.1 Visual Basic Programmer's Reference] Step 2: Setting Device Properties (46.2048814870668%)

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[DirectX 8.1 Visual Basic Programmer's Reference] Step 1: Initializing the Force-Feedback Device (46.2048814870668%)

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[DirectX October 2006 Documentation] Step 3: Play the File (45.9904927384192%)

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[DirectX 8.1 Visual Basic Programmer's Reference] Step 3: Gaining Access to the Keyboard (45.8803232468938%)

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