Index

A

• accessibility / Improving realism with prebaked ambient occlusion
• adjacency modes
  • GL_LINES_ADJACENCY / Drawing silhouette lines using the geometry shader
  • GL_LINE_STRIP_ADJACENCY / Drawing silhouette lines using the geometry shader
  • GL_TRIANGLES_ADJACENCY / Drawing silhouette lines using the geometry shader
  • GL_TRIANGLE_STRIP_ADJACENCY / Drawing silhouette lines using the geometry shader
• ads function
  • about / How it works...
• ADS shading
  • implementing / Implementing per-vertex ambient, diffuse, and specular (ADS) shading, How to do it..., How it works...
  • non-local viewer, using / Using a non-local viewer
  • per-vertex, vs. per-fragment / Per-vertex vs. Per-fragment
  • directional light source / Directional lights
  • distance attenuation / Light attenuation with distance
  • functions, using / Using functions in shaders, How to do it..., How it works...
• Airy disc / Creating a "bloom" effect
• aliasing artifacts
  • about / Using multisample anti-aliasing
• alpha maps
  • using, for discarding pixels / Using alpha maps to discard pixels, How it works...
• ambAndDiff / How it works...
• ambient component
  • about / Implementing per-vertex ambient, diffuse, and specular (ADS) shading
• ambient occlusion (AO)
  • about / Introduction
  • Screen-space ambient occlusion / Screen-space ambient occlusion
  • dynamic ambient occlusion / Another technique for dynamic ambient occlusion
• anti-aliasing
  • about / Using multisample anti-aliasing
• aoFactor
  • about / How it works...

B

• back faces
  • rendering / Rendering back faces only for the shadow map
• baking
  • about / Improving realism with prebaked ambient occlusion
• Bernstein polynomials / Tessellating a curve
• Bezier curve
  • about / Tessellating a curve
• binormal vector / Using normal maps
• blending functions / Tessellating a curve
• BlobSettings block / Using an instance name with a uniform block
• bloom effect
  • about / Creating a "bloom" effect, There's more...
  • creating / Creating a "bloom" effect, Getting ready, How to do it..., How it works...
  • low-res textures, using / Using low-res textures
• blur filter
  • about / Applying a Gaussian blur filter
• buffer object
  • about / Using uniform blocks and uniform buffer objects
  • example / Using uniform blocks and uniform buffer objects
  • using / Getting ready, How to do it...
• buffer ping-ponging / Creating a particle system using transform feedback

C

• C++ shader program class
  • requirements / Getting ready
  • building / How to do it...
  • working / How it works...
• canonical viewing volume
  • about / Rendering shadows with shadow maps
• cartoon shading effect
  • creating / Creating a cartoon shading effect, How to do it..., How it works...
• centroid qualifier
  • about / There's more...
• chromatic aberration
  • about / Chromatic aberration
• clamp function / There's more...
• cloud-like effect
  • creating / Creating a cloud-like effect, How it works..., There's more...
• CloudColor / Getting ready
• Color attribute / How it works...
• ColorTex variable / Getting ready
• compatibility profile / Profiles: Core vs. Compatibility
• compileShaderFromFile function / How it works...
• compileShaderFromString function / How it works...
• const qualifier / The const qualifier
• convolution filters / Introduction
• core profile / Profiles: Core vs. Compatibility
• cube map
  • about / Simulating reflection with cube maps
• CubeMapTex / How it works...
• curve
  • tessellating / Tessellating a curve, How to do it..., How it works...

D

• 2D quad
  • tessellating / Tessellating a 2D quad, How to do it..., How it works...
• 2D texture
  • applying / Applying a 2D texture, How to do it..., How it works...
• 3D surface
  • tessellating / Tessellating a 3D surface, How to do it..., How it works...
• DarkWoodColor / Getting ready
• deferredFBO variable / Getting ready
• deferred shading / Introduction
  • using / Using deferred shading, How to do it..., How it works..., There's more...
  • about / Using deferred shading
• deprecation model / Profiles: Core vs. Compatibility
• depth shadows
  • about / Introduction
• diffuse component
  • about / Implementing per-vertex ambient, diffuse, and specular (ADS) shading
• diffuse irradiance environment map / Image-based lighting
• diffuseOnly function / How it works...
• diffuse reflectivity / Implementing diffuse, per-vertex shading with a single point light source
• diffuse shading
  • implementing, with single point light source / Implementing diffuse, per-vertex shading with a single point light source, Getting ready, How to do it..., How it works...
  • about / There's more...
• directional light source
  • about / Directional lights
  • shading with / Shading with a directional light source, How to do it..., How it works...
• directional light source
  • about / Shading with a directional light source
• discard keyword / Discarding fragments to create a perforated look
• disintegration effect
  • creating / Creating a disintegration effect, Getting ready, How it works...
• distance
  • computing, from eye / Computing distance from the eye
• dynamic ambient occlusion
  • about / Another technique for dynamic ambient occlusion

E

• edge detection
  • about / Applying an edge detection filter
• edge detection filter
  • applying / Applying an edge detection filter, How to do it..., How it works...
• EdgeWidth variable / Getting ready
• emitEdgeQuad function / How it works...
• EmitVertex function
  • about / The geometry shader
• EndPrimitive function
  • about / The geometry shader
• environment mapping
  • about / Simulating reflection with cube maps

F

• fileExists function / How it works...
• fire
  • simulating, with particles / Simulating fire with particles, Getting ready, How to do it..., There's more...
• fixed-function pipeline / The OpenGL Shading Language
• flat shading
  • implementing / Implementing flat shading, How it works...
  • about / Implementing flat shading
• fog
  • simulating / Simulating fog, How to do it..., How it works..., There's more...
• fog factor
  • about / Simulating fog
• forward compatible context / Profiles: Core vs. Compatibility
• FragColor variable
  • about / How it works...
  / How it works..., How it works...
• fragment shader
  • about / Vertex and fragment shaders
  • discarding / Discarding fragments to create a perforated look, Getting ready, How to do it..., How it works...
• framebuffer
  • about / Introduction
• framebuffer object / How it works...
• Fresnel equations
  • about / The Fresnel equations
• full compatible context / Profiles: Core vs. Compatibility

G

• gamma correction
  • using, for improving image quality / Using gamma correction to improve image quality, There's more...
• Gaussian blur filter
  • applying / Applying a Gaussian blur filter, How to do it...
  • working / How it works...
• GEdgeDistance variable / How it works...
• generic vertex attributes / Sending data to a shader using per-vertex attributes and vertex buffer objects
• geometry shader (GS)
  • about / The geometry shader
• geometry shaders(GS)
  • about / Introduction
• getUniformLocation function / How it works...
• GetValue function / How it works...
• glActiveTexture / How it works...
• glBeginTransformFeedback function / Creating a particle system using transform feedback
• glBindAttribLocation function / How it works...
• glBindBufferBase function / How it works...
• glBindFramebuffer / How it works...
• glBindTexture / How it works...
• glCreateShader function / How it works...
• glDeleteProgram / Deleting a shader program
• glDeleteShader / Deleting a shader object
• glDrawArrays function / How it works...
• glDrawArraysInstanced function / Creating a particle system using instanced particles
• glDrawElementsInstanced function / Creating a particle system using instanced particles
• GLee library / See also
• glEnableVertexAttribArray / How it works...
• glEndTransformFeedback function / Creating a particle system using transform feedback
• GLEW Library
  • using, for OpenGL functionality accessing / Using the GLEW Library to access the latest OpenGL functionality, How it works..., Checking for extension availability at runtime
  • downloading / Getting ready
• glGenFramebuffers / How it works...
• glGenTextures / How it works...
• glGenVertexArrays function / How it works...
• glGetActiveAttrib function / How it works...
• glGetActiveUniformName function / There's more...
• glGetAttribLocation / How it works...
• glGetIntegerv function
  • about / Determining the GLSL and OpenGL version
  • working / How it works..., There's more...
  / How it works...
• glGetProgramInfoLog / How it works...
• glGetProgramiv / How it works...
• glGetShaderInfoLog / How it works...
• glGetShaderiv / How it works...
• glGetString function
  • about / Determining the GLSL and OpenGL version
  • working / How it works..., There's more...
• glGetSubroutineIndex / How it works...
• glLight function
  • about / Light attenuation with distance
• glLinkProgram / How it works...
• glm**lookAt function / How it works...
• glm**rotate function / How it works...
• GLM library
  • about / Using the GLM library for mathematics
  • using, for mathematics / How to do it...
  • working / How it works...
  • GLM types, using as input to OpenGL / Using the GLM types as input to OpenGL
• glOrtho function / Using the GLM library for mathematics
• glPatchParameter function / How to do it...
• glPointParameter function / Point sprites with the geometry shader
• glPointSize function / Point sprites with the geometry shader
• glPolygonOffset / Rendering back faces only for the shadow map
• glProvokingVertex function
  • about / How it works...
• glRotate function / Using the GLM library for mathematics
• glShaderSource function / How it works...
• GLSL
  • about / The OpenGL Shading Language
  • subroutine / Using subroutines to select shader functionality
  • multiple positional lights, shading with / Shading with multiple positional lights, Getting ready, How to do it..., How it works...
  • directional light source, shading with / Shading with a directional light source, How to do it..., How it works...
  • per-fragment shading, using / Using per-fragment shading for improved realism, How to do it..., How it works..., There's more...
  • halfway vector, using / Using the halfway vector for improved performance, How it works...
  • spotlight, simulating / Simulating a spotlight, How to do it..., How it works...
  • cartoon shading effect, creating / Creating a cartoon shading effect, How to do it..., How it works...
  • fog, simulating / Simulating fog, How to do it..., How it works..., There's more...
  • 2D texture, applying / Applying a 2D texture, How to do it..., How it works...
  • multiple textures, applying / Applying multiple textures, Getting ready, How to do it..., How it works...
  • alpha maps, using for discarding pixels / Using alpha maps to discard pixels, How it works...
  • normal mapping / Using normal maps
  • normal map / Using normal maps
  • normal map, using / Using normal maps, How to do it..., How it works...
  • reflection, simulating with cube maps / Simulating reflection with cube maps, Getting ready, How to do it..., How it works..., There's more...
  • refraction, simulating with cube maps / Simulating refraction with cube maps, How to do it..., How it works...
  • image based lighting / Image-based lighting, Getting ready, How it works..., There's more...
  • projected texture, applying / Applying a projected texture, Getting ready, How to do it..., How it works...
  • texture, rendering to / Rendering to a texture, How to do it..., How it works...
  • edge detection filter, applying / Applying an edge detection filter, How to do it..., How it works...
  • Gaussian blur filter, applying / Applying a Gaussian blur filter, How to do it..., How it works...
  • bloom effect, creating / Creating a "bloom" effect, Getting ready, How to do it..., How it works...
  • gamma correction, using / Using gamma correction to improve image quality, There's more...
  • multisample anti-aliasing, using / Using multisample anti-aliasing, Getting ready, There's more...
  • deferred shading, using / Using deferred shading, How to do it..., How it works..., There's more...
  • shadows / Introduction
  • noise texture, creating using libnoise / Creating a noise texture using libnoise, Getting ready, There's more...
  • seamless noise texture, creating / Creating a seamless noise texture, How to do it..., How it works...
  • cloud-like effect, creating / Creating a cloud-like effect, How it works..., There's more...
  • wood grain effect, creating / Creating a wood grain effect, How to do it..., How it works..., There's more...
  • disintegration effect, creating / Creating a disintegration effect, Getting ready, How to do it...
  • paint-spatter effect, creating / Creating a paint-spatter effect, Getting ready, How it works...
  • night-vision effect, creating / Creating a night-vision effect, How to do it..., How it works...
  • surface, animating with vertex displacement / Animating a surface with vertex displacement, Getting ready, How it works...
  • particle fountain, creating / Creating a particle fountain, Getting ready, How to do it..., How it works..., There's more...
  • particle system, creating using transform feedback used / Creating a particle system using transform feedback, Getting ready, How to do it..., How it works...
  • particle system, creating using instanced particles / Creating a particle system using instanced particles, How to do it..., How it works...
  • fire, simulating with particles / Simulating fire with particles, Getting ready, How to do it..., There's more...
  • smoke, simulating with particles / Simulating smoke with particles, How to do it..., How it works...
• GLSL functions
  • getEyeSpace function / How it works...
  • main function / How it works...
  • phongModel function / How it works...
• GLSL noise functions
  • creating / Introduction
• GLSLProgram class / How it works...
• GLSL Shaders
  • about / Introduction
  • overview / Introduction
  • geometry / Vertex and fragment shaders
  • vertex / Vertex and fragment shaders
  • tessellation control / Vertex and fragment shaders
  • fragment / Vertex and fragment shaders
  • old fixed functionality, replicating / Replicating the old fixed functionality
  • per-vertex shading, implementing with single point light source / Implementing diffuse, per-vertex shading with a single point light source, Getting ready, How to do it..., How it works...
  • diffuse shading, implementing with single point light source / Implementing diffuse, per-vertex shading with a single point light source, Getting ready, How to do it..., How it works...
  • ADS shading, implementing / Implementing per-vertex ambient, diffuse, and specular (ADS) shading, How to do it..., How it works...
  • functions, using / Using functions in shaders, How to do it..., How it works...
  • two-sided shadind, implementing / Implementing two-sided shading, Getting ready, How to do it..., How it works..., There's more...
  • flat shading, implementing / Implementing flat shading, How it works...
• glTexImage2D / How it works..., How it works...
• glTexImage2D function / How it works...
• glTexParameterf / How it works...
• glTexParameterfv function / How it works...
• glTransformFeedbackVaryings function / Creating a particle system using transform feedback
• GLuint variable / How to do it...
• gluLookAt function / Using the GLM library for mathematics
• glUniform functions / How it works...
• glUniformMatrix4fv / How it works...
• glUniformSubroutinesuiv function / How it works...
• glUseProgram / How it works..., There's more...
• glVertexAttribDivisor function / Creating a particle system using instanced particles
• glVertexAttribPointer / How it works...
• gl_FrontFacing variable / How it works...
• gl_PointCoord variable / How it works...
• gl_Position variable
  • about / How it works...
• gl_TessLevelInner array
  • about / The tessellation shaders
• gl_TessLevelOuter array
  • about / The tessellation shaders
• GNormal variable / How it works...
• Gouraud shading
  • about / Implementing flat shading, Using per-fragment shading for improved realism
• GPGPU / The OpenGL Shading Language
• GPosition variable / How it works...
• GPUs / Introduction
• gradient noise
  • about / Introduction
• greaterThan function / How it works...

H

• halfway vector
  • using / Using the halfway vector for improved performance, How it works...
• HighThreshold / Getting ready
• homogeneous clip coordinates
  • about / Rendering shadows with shadow maps

I

• image based lighting
  • about / Image-based lighting, Getting ready, How it works..., There's more...
• instanced attribute / Creating a particle system using instanced particles
• instanced rendering / Creating a particle system using instanced particles
• isFrontFacing function / How it works...

L

• layout qualifiers
  • packed qualifier / Using layout qualifiers with uniform blocks
  • shared qualifier / Using layout qualifiers with uniform blocks
  • row_major / Using layout qualifiers with uniform blocks
  • column_major / Using layout qualifiers with uniform blocks
• level-of-detail (LOD)
  • implementing / Tessellating based on depth
  • about / Tessellating based on depth
• libnoise
  • about / Introduction, How it works...
  • compiling / Creating a noise texture using libnoise
  • downloading / Creating a noise texture using libnoise
• LightDir / How it works...
• LightInfo / How it works...
• LightIntensity variable
  • about / How it works...
• LightPosition
  • about / How it works...
• LightWoodColor / Getting ready
• LineColor variable / Getting ready, Getting ready
• link function / How it works...
• local coordinate system / Using normal maps
• log function / How it works...
• low-res textures
  • using / Using low-res textures
• LowThreshold / Getting ready
• LumThresh variable / Getting ready

M

• main function / How it works..., How it works...
• mathematics
  • about / Using the GLM library for mathematics
• MaxDepth variable / Getting ready
• MaxTessLevel variable / Getting ready
• MinDepth variable / Getting ready
• MinTessLevel variable / Getting ready
• mix function / Getting ready, Getting ready
• multi-sample anti-aliasing
  • about / Using multisample anti-aliasing
• multiple positional lights
  • shading with / Shading with multiple positional lights, Getting ready, How to do it..., How it works...
• multiple textures
  • applying / Applying multiple textures, Getting ready, How to do it..., How it works...
• multisample anti-aliasing
  • using / Using multisample anti-aliasing, Getting ready, There's more...

N

• night-vision effect
  • creating / Creating a night-vision effect, How to do it..., How it works...
• NoiseTex / Getting ready
• noise texture
  • creating, libnoise used / Creating a noise texture using libnoise, Getting ready, How to do it..., How it works..., There's more...
• NoiseTex variable / Getting ready
• non-local viewer
  • about / Using a non-local viewer
• noperspective qualifier / How it works...
• normal map
  • about / Using normal maps
  • using / Using normal maps, How to do it..., How it works...
• normal mapping
  • about / Using normal maps
• NormalTex variable / Getting ready
• NumSegments variable / Getting ready
• NumStrips variable / Getting ready

O

• octave
  • about / Creating a noise texture using libnoise
• OpenGL
  • adjacency modes / Drawing silhouette lines using the geometry shader
• OpenGL documentation / How it works...
• OpenGL functionality
  • accessing, GLEW Library used / Using the GLEW Library to access the latest OpenGL functionality, How it works..., Checking for extension availability at runtime
• optimization techniques
  • about / Optimization techniques

P

• paint-spatter effect
  • creating / Creating a paint-spatter effect, Getting ready, How it works...
• PaintColor / Getting ready
• particle fountain
  • creating / Creating a particle fountain, Getting ready, How to do it..., How it works..., There's more...
• particle system
  • creating, transform feedback used / Creating a particle system using transform feedback, Getting ready, How to do it..., How it works...
  • transform feedback results, querying / Querying transform feedback results
  • particles, recycling / Recycling particles
  • creating, instanced particles used / Creating a particle system using instanced particles, How to do it..., How it works...
  • fire, simulating with particles / Simulating fire with particles, Getting ready, How to do it..., There's more...
  • smoke simulating with particles / Simulating smoke with particles, How to do it..., How it works...
• pass4 function / How it works...
• patch primitive
  • about / The tessellation shaders
• PctExtend variable / Getting ready
• per-fragment shading
  • using / Using per-fragment shading for improved realism, How to do it..., How it works..., There's more...
• per-vertex lighting
  • about / Per-vertex vs. Per-fragment
• per-vertex shading
  • implementing, with single point light source / Implementing diffuse, per-vertex shading with a single point light source, Getting ready, How to do it..., How it works...
• Percentage-Closer Filtering (PCF)
  • about / Anti-aliasing shadow edges with PCF
• Perlin noise
  • about / Introduction
  • using / Introduction
• Perlin noise generator
  • about / Creating a noise texture using libnoise
• perspective division
  • about / Rendering shadows with shadow maps
• phongModel / How it works...
• phongModel function / How it works..., How it works..., How it works...
• Phong reflection model
  • about / Implementing per-vertex ambient, diffuse, and specular (ADS) shading
• Phong shading
  • about / Using per-fragment shading for improved realism
• point sprites
  • about / Point sprites with the geometry shader
• point sprites, withg geometry shader
  • about / Point sprites with the geometry shader, How to do it..., How it works..., There's more...
• PositionTex variable / Getting ready
• printActiveAttribs function / How it works...
• printActiveUniforms function / How it works...
• programHandle variable / Getting ready
• projected texture
  • applying / Applying a projected texture, Getting ready, How to do it..., How it works...
• projective texture mapping / Applying a projected texture
• provoking vertex
  • about / How it works...

Q

• QImage class / How it works...
• QImage object / How it works...

R

• randFloat function / Getting ready
• random sampling
  • using, for creating soft shadow edges / Creating soft shadow edges with random sampling , How to do it...
  • about / Creating soft shadow edges with random sampling
• realism
  • improving, with ambient occlusion (AO) / Improving realism with prebaked ambient occlusion, How it works...
• ReflectDir / How it works...
• ReflectFactor / How it works...
• reflect function
  • about / How it works...
• reflection
  • simulating, with cube maps / Simulating reflection with cube maps, Getting ready, How to do it..., How it works..., There's more...
• refraction
  • simulating, with cube maps / Simulating refraction with cube maps, How to do it..., How it works...
  • about / Simulating refraction with cube maps
• render function / How it works...
• renderTex variable / Getting ready
• Runge-Kutta integration / Creating a particle system using transform feedback

S

• Screen-Space Ambient Occlusion (SSAO)
  • about / Screen-space ambient occlusion
• sDotN
  • about / How it works...
• seamless noise texture
  • creating / Creating a seamless noise texture, How to do it..., How it works...
• SetFrequency function / How it works...
• SetOctaveCount function / How it works...
• SetPersistence function / There's more...
• setUniform function / How it works...
• shadeModelType, subroutine type / How it works...
• shader
  • compiling / Compiling a shader, Getting ready
  • compiling, diagrammatic representation / Compiling a shader
  • compiling, steps / How to do it...
  • working / How it works...
  • shader object, deleting / Deleting a shader object
• shader functionality
  • selecting, subroutines used / Using subroutines to select shader functionality, Getting ready, How to do it..., How it works...
• shader pipeline
  • simplified view / The shader pipeline extended
• shader program
  • about / The OpenGL Shading Language
  • models, in NVIDIA GeForce 400 series cards / The OpenGL Shading Language
  • linking / Linking a shader program, Getting ready
  • linking, steps / How to do it...
  • working / How it works...
  • deleting / Deleting a shader program
  • C++ class, building / Building a C++ shader program class
• shaders
  • about / Introduction
• shadeWithShadow function / How it works...
• shadow
  • aliasing / Aliasing
• shadow edges
  • antialiasing, PCF used / Anti-aliasing shadow edges with PCF, How it works...
• shadow map
  • about / Rendering shadows with shadow maps
• shadow mapping algorithm
  • about / Introduction
• shadows
  • about / Introduction
  • rendering, with shadow maps / Rendering shadows with shadow maps, Getting ready, How to do it...
• silhouette lines
  • drawing, geometry shader used / Drawing silhouette lines using the geometry shader, How to do it..., How it works..., There's more...
• simply shaders / The OpenGL Shading Language
• SkyColor / Getting ready
• smoke
  • simulating, with particles / Simulating smoke with particles, How to do it..., How it works...
• smoothstep function / Getting ready, Drawing a wireframe on top of a shaded mesh, How it works...
• Snell's law
  • about / Simulating refraction with cube maps
• Sobel operator
  • about / Applying an edge detection filter, There's more...
• soft shadow edges
  • creating, with random sampling / Creating soft shadow edges with random sampling , How to do it..., How it works...
• specular component
  • about / Implementing per-vertex ambient, diffuse, and specular (ADS) shading
• specular highlights
  • about / Implementing per-vertex ambient, diffuse, and specular (ADS) shading
• specular irradiance environment map / Image-based lighting
• spotlight
  • simulating / Simulating a spotlight, How to do it..., How it works...
  • about / Simulating a spotlight
• subroutine
  • using, to select shader functionality / Using subroutines to select shader functionality, Getting ready, How to do it..., How it works...
  • about / Using subroutines to select shader functionality
  • working / How it works...
• surface
  • animating, with vertex displacement / Animating a surface with vertex displacement, Getting ready, How it works...

T

• tangent space / Using normal maps
• tangent vector / Using normal maps
• TENormal variable / Getting ready
• TEPosition variable / Getting ready
• tessellation, based on depth
  • about / Tessellating based on depth, Getting ready
  • working / How it works..., There's more...
• tessellation control shader (TCS)
  • about / The shader pipeline extended
• tessellation evaluation shader (TES)
  • about / The shader pipeline extended
• tessellation primitive generator (TPG)
  • about / The tessellation shaders
• tessellation shaders
  • about / Introduction, The tessellation shaders
• texColor / How it works...
• TexCoord variable / How it works..., How to do it...
• texel / Image-based lighting
• texels / Anti-aliasing shadow edges with PCF
• texture
  • rendering to / Rendering to a texture, How to do it..., How it works...
• textureProj function / How it works..., Anti-aliasing shadow edges with PCF
• textureProjOffset function / Anti-aliasing shadow edges with PCF
• Threshold / Getting ready
• toObjectLocal / How it works...
• toon shading
  • about / Creating a cartoon shading effect
• transform feedback
  • about / Introduction
• Transp variable / How it works...
• triangle altitude / Drawing a wireframe on top of a shaded mesh
• two-sided rendering
  • using, for debugging / Using two-sided rendering for debugging
• two-sided shading
  • implementing / Implementing two-sided shading, Getting ready, How to do it..., How it works..., There's more...

U

• uniform blocks
  • need for / Using uniform blocks and uniform buffer objects
  • about / Using uniform blocks and uniform buffer objects
  • working / How it works...
  • data, modifying / There's more...
  • instance name, using / Using an instance name with a uniform block
  • layout qualifiers, using / Using layout qualifiers with uniform blocks
• uniform buffer objects
  • using / Getting ready, How to do it...
  • working / How it works...
• uniform variables
  • about / Sending data to a shader using uniform variables
  • vertex shader, using / Getting ready
  • RotationMatrix, using / Getting ready
  • data, sending to shader / How to do it...
  • working / How it works...
  • member structure / There's more...
  • list / Getting ready
  • information, printing / How to do it..., How it works...
• update function / How it works...
• use function / How it works...
• using namespace glm;, command link / There's more...

V

• Verlet integration / Creating a particle system using transform feedback
• vertex array object (VAO) / How it works...
• vertex attribute indices
  • getting / Getting a list of active vertex input attributes and indices, How to do it...
  • working / How it works...
• vertex attributes
  • about / Sending data to a shader using uniform variables
• vertex buffer objects (VBOs)
  • rendering with / How it works...
• VertexColor attribute / Sending data to a shader using per-vertex attributes and vertex buffer objects
• vertex input attributes list
  • getting / Getting a list of active vertex input attributes and indices, How to do it...
• VertexPosition attribute / Getting ready
• vertex shader
  • about / Sending data to a shader using per-vertex attributes and vertex buffer objects, Vertex and fragment shaders
  • components / Sending data to a shader using per-vertex attributes and vertex buffer objects
  • per-vertex input attributes / Sending data to a shader using per-vertex attributes and vertex buffer objects
  • vertex buffer objects, using / Sending data to a shader using per-vertex attributes and vertex buffer objects
  • (basic.vert) / Getting ready
  • VertexPosition attribute / Getting ready
  • VertexColor attribute / Getting ready
  • fragment shader (basic.frag) / Getting ready
  • buffer objects, setting up / How to do it...
  • triangle, rendering / How to do it...
  • vertex attributes, working / How it works...
  • layout qualifiers, using / Using layout qualifiers
  • element arrays, using / Using element arrays
  • interleaved arrays / Interleaved arrays
• VertexTexCoord / How it works...
• ViewDir / How it works...

W

• winding / How it works...
• wireframe
  • drawing, on top of shaded mesh / Drawing a wireframe on top of a shaded mesh, How to do it..., How it works...
• wood grain effect
  • creating / Creating a wood grain effect, How to do it..., How it works..., There's more...