- Generated by
1.14.0
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NSUNI/NSLAR Library a250670
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Contains functions that facilitate conversion of vertex data. More...
#include "NNL/common/contract.hpp"#include "NNL/common/fixed_type.hpp"#include "NNL/common/io.hpp"#include "NNL/simple_asset/smodel.hpp"Go to the source code of this file.
Classes | |
| struct | nnl::vertexde::VertexLayout |
| Structure representing the layout of a vertex. More... | |
Namespaces | |
| namespace | nnl |
| namespace | nnl::vertexde |
| Contains functions that facilitate conversion of vertex data. | |
| namespace | nnl::vertexde::fmt_code |
| This namespace defines constants that represent fundamental format codes. | |
| namespace | nnl::vertexde::fmt_shift |
| This namespace contains constants representing shift values that are applied to format codes to create the vertex format constants. | |
| namespace | nnl::vertexde::fmt_mask |
| This namespace contains constants representing bit masks for parts of the vertex format. | |
| namespace | nnl::vertexde::fmt |
| This namespace contains constants and functions for defining the vertex format. | |
Functions | |
| constexpr u32 | nnl::vertexde::fmt::kWeightNum (u32 weight_num) |
| Generates a constant that encodes the number of weights. | |
| constexpr u32 | nnl::vertexde::fmt::kMorphNum (u32 morph_num) |
| Generates a constant that encodes the number of morph targets. | |
| std::vector< SVertex > | nnl::vertexde::Decode (BufferView vertex_buffer, u32 vertex_format, std::array< u16, 8 > bone_indices={0}) |
| Extracts vertex data from a buffer and converts it to a simple representation. | |
| Buffer | nnl::vertexde::Encode (const std::vector< SVertex > &vertices, u32 vertex_format, std::array< u16, 8 > bone_indices={0}) |
| Converts vertex data from a simple representation to a binary vertex buffer. | |
| u32 | nnl::vertexde::GetThrough (u32 vertex_format) |
| Retrieves the Through Mode status from the vertex format. | |
| u32 | nnl::vertexde::GetWeightFormat (u32 vertex_format) |
| Retrieves the weight format code from the vertex format. | |
| u32 | nnl::vertexde::GetWeightSize (u32 vertex_format) |
| Retrieves the byte size of a weight component from the vertex format. | |
| u32 | nnl::vertexde::GetWeightNum (u32 vertex_format) |
| Retrieves the number of weight components from the vertex format. | |
| u32 | nnl::vertexde::GetUVFormat (u32 vertex_format) |
| Retrieves the UV format code from the vertex format. | |
| u32 | nnl::vertexde::GetUVSize (u32 vertex_format) |
| Retrieves the byte size of a UV component from the vertex format. | |
| u32 | nnl::vertexde::GetUVNum (u32 vertex_format) |
| Retrieves the number of UV components. | |
| u32 | nnl::vertexde::GetColorFormat (u32 vertex_format) |
| Retrieves the color format code from the vertex format. | |
| u32 | nnl::vertexde::GetColorSize (u32 vertex_format) |
| Retrieves the byte size of a vertex color from the vertex format. | |
| u32 | nnl::vertexde::GetColorNum (u32 vertex_format) |
| Retrieves the number of colors. | |
| u32 | nnl::vertexde::GetNormalFormat (u32 vertex_format) |
| Retrieves the normal format code from the vertex format. | |
| u32 | nnl::vertexde::GetNormalSize (u32 vertex_format) |
| Retrieves the byte size of a normal component from the vertex format. | |
| u32 | nnl::vertexde::GetNormalNum (u32 vertex_format) |
| Retrieves the number of normal components from the vertex format. | |
| u32 | nnl::vertexde::GetPositionFormat (u32 vertex_format) |
| Retrieves the position format code from the vertex format. | |
| u32 | nnl::vertexde::GetPositionSize (u32 vertex_format) |
| Retrieves the byte size of a position component from the vertex format. | |
| u32 | nnl::vertexde::GetPositionNum (u32 vertex_format) |
| Retrieves the number of position components. | |
| u32 | nnl::vertexde::GetMorphNum (u32 vertex_format) |
| Retrieves the number of morph targets from the vertex format. | |
| u32 | nnl::vertexde::GetIndexFormat (u32 vertex_format) |
| Retrieves the index format code from the vertex format. | |
| u32 | nnl::vertexde::GetIndexSize (u32 vertex_format) |
| Retrieves the byte size of a single index from the vertex format. | |
| bool | nnl::vertexde::HasWeights (u32 vertex_format) |
| Checks if the vertex format includes weight information. | |
| bool | nnl::vertexde::HasUV (u32 vertex_format) |
| Checks if the vertex format includes UV information. | |
| bool | nnl::vertexde::HasColor (u32 vertex_format) |
| Checks if the vertex format includes color information. | |
| bool | nnl::vertexde::HasNormal (u32 vertex_format) |
| Checks if the vertex format includes normal information. | |
| bool | nnl::vertexde::HasPosition (u32 vertex_format) |
| Checks if the vertex format includes position information. | |
| bool | nnl::vertexde::IsIndexed (u32 vertex_format) |
| Checks if the vertex format uses indexed drawing. | |
| bool | nnl::vertexde::IsThrough (u32 vertex_format) |
| Checks if the vertex format uses Through Mode (2D drawing). | |
| bool | nnl::vertexde::Is8Indices (u32 vertex_format) |
| Checks if the vertex format uses 8-bit indices. | |
| bool | nnl::vertexde::Is16Indices (u32 vertex_format) |
| Checks if the vertex format uses 16-bit indices. | |
| bool | nnl::vertexde::Is8Weights (u32 vertex_format) |
| Checks if the vertex format uses 8-bit weights. | |
| bool | nnl::vertexde::Is16Weights (u32 vertex_format) |
| Checks if the vertex format uses 16-bit weights. | |
| bool | nnl::vertexde::Is32Weights (u32 vertex_format) |
| Checks if the vertex format uses float weights. | |
| bool | nnl::vertexde::IsFixedWeights (u32 vertex_format) |
| Checks if the vertex format uses fixed-point weights. | |
| bool | nnl::vertexde::Is8UV (u32 vertex_format) |
| Checks if the vertex format uses 8-bit UVs. | |
| bool | nnl::vertexde::Is16UV (u32 vertex_format) |
| Checks if the vertex format uses 16-bit UVs. | |
| bool | nnl::vertexde::Is32UV (u32 vertex_format) |
| Checks if the vertex format uses float UVs. | |
| bool | nnl::vertexde::IsFixedUV (u32 vertex_format) |
| Checks if the vertex format uses fixed-point UV components. | |
| bool | nnl::vertexde::Is565Color (u32 vertex_format) |
| Checks if the vertex format uses 565 vertex colors. | |
| bool | nnl::vertexde::Is5551Color (u32 vertex_format) |
| Checks if the vertex format uses 5551 vertex colors. | |
| bool | nnl::vertexde::Is4444Color (u32 vertex_format) |
| Checks if the vertex format uses 4444 vertex colors. | |
| bool | nnl::vertexde::Is8888Color (u32 vertex_format) |
| Checks if the vertex format uses 8888 vertex colors. | |
| bool | nnl::vertexde::Is8Normal (u32 vertex_format) |
| Checks if the vertex format uses 8-bit normals. | |
| bool | nnl::vertexde::Is16Normal (u32 vertex_format) |
| Checks if the vertex format uses 16-bit normal components. | |
| bool | nnl::vertexde::Is32Normal (u32 vertex_format) |
| Checks if the vertex format uses float normals. | |
| bool | nnl::vertexde::IsFixedNormal (u32 vertex_format) |
| Checks if the vertex format uses fixed-point normals. | |
| bool | nnl::vertexde::Is8Position (u32 vertex_format) |
| Checks if the vertex format uses 8-bit positions. | |
| bool | nnl::vertexde::Is16Position (u32 vertex_format) |
| Checks if the vertex format uses 16-bit positions. | |
| bool | nnl::vertexde::Is32Position (u32 vertex_format) |
| Checks if the vertex format uses float positions. | |
| bool | nnl::vertexde::IsFixedPosition (u32 vertex_format) |
| Checks if the vertex format uses fixed-point positions. | |
| std::string | nnl::vertexde::GetDescription (u32 vertex_format) |
| Generates a textual description of the vertex format. | |
| VertexLayout | nnl::vertexde::GetLayout (u32 vertex_format) |
| Retrieves the layout of a vertex based on its format. | |
Variables | |
| constexpr u32 | nnl::vertexde::fmt_code::k0 = 0 |
| no component | |
| constexpr u32 | nnl::vertexde::fmt_code::k8 = 1 |
| 1 byte component | |
| constexpr u32 | nnl::vertexde::fmt_code::k16 = 2 |
| 2 byte component | |
| constexpr u32 | nnl::vertexde::fmt_code::k32 = 3 |
| 4 byte component | |
| constexpr u32 | nnl::vertexde::fmt_code::k565 = 4 |
| 2 byte color | |
| constexpr u32 | nnl::vertexde::fmt_code::k5551 = 5 |
| 2 byte color | |
| constexpr u32 | nnl::vertexde::fmt_code::k4444 = 6 |
| 2 byte color | |
| constexpr u32 | nnl::vertexde::fmt_code::k8888 = 7 |
| 4 byte color | |
| constexpr u32 | nnl::vertexde::fmt::kUV8 = fmt_code::k8 << fmt_shift::kUV |
| 8-bit fixed-point texture coordinates (unsigned) | |
| constexpr u32 | nnl::vertexde::fmt::kUV16 = fmt_code::k16 << fmt_shift::kUV |
| 16-bit fixed-point texture coordinates (unsigned) | |
| constexpr u32 | nnl::vertexde::fmt::kUV32 = fmt_code::k32 << fmt_shift::kUV |
| floating-point texture coordinates | |
| constexpr u32 | nnl::vertexde::fmt::kColor565 = fmt_code::k565 << fmt_shift::kColor |
| 2-byte color format. No alpha channel. | |
| constexpr u32 | nnl::vertexde::fmt::kColor5551 = fmt_code::k5551 << fmt_shift::kColor |
| 2-byte color format. 1 bit for the alpha channel. | |
| constexpr u32 | nnl::vertexde::fmt::kColor4444 = fmt_code::k4444 << fmt_shift::kColor |
| 2-byte color format. 4 bits per channel. | |
| constexpr u32 | nnl::vertexde::fmt::kColor8888 = fmt_code::k8888 << fmt_shift::kColor |
| 4-byte color format. 8 bits per channel. | |
| constexpr u32 | nnl::vertexde::fmt::kNormal8 = fmt_code::k8 << fmt_shift::kNormal |
| 8-bit fixed-point vertex normal (signed). | |
| constexpr u32 | nnl::vertexde::fmt::kNormal16 = fmt_code::k16 << fmt_shift::kNormal |
| 16-bit fixed-point vertex normal (signed). | |
| constexpr u32 | nnl::vertexde::fmt::kNormal32 = fmt_code::k32 << fmt_shift::kNormal |
| floating-point vertex normal. | |
| constexpr u32 | nnl::vertexde::fmt::kPosition8 = fmt_code::k8 << fmt_shift::kPosition |
| 8-bit fixed-point vertex coordinates (signed). | |
| constexpr u32 | nnl::vertexde::fmt::kPosition16 = fmt_code::k16 << fmt_shift::kPosition |
| 16-bit fixed-point vertex coordinates (signed). | |
| constexpr u32 | nnl::vertexde::fmt::kPosition32 = fmt_code::k32 << fmt_shift::kPosition |
| floating-point vertex coordinates. | |
| constexpr u32 | nnl::vertexde::fmt::kWeight8 = fmt_code::k8 << fmt_shift::kWeight |
| 8-bit fixed-point bone weights (unsigned). | |
| constexpr u32 | nnl::vertexde::fmt::kWeight16 = fmt_code::k16 << fmt_shift::kWeight |
| 16-bit fixed-point bone weights (unsigned). | |
| constexpr u32 | nnl::vertexde::fmt::kWeight32 = fmt_code::k32 << fmt_shift::kWeight |
| floating-point bone weights. | |
| constexpr u32 | nnl::vertexde::fmt::kIndex8 = fmt_code::k8 << fmt_shift::kIndex |
| unsigned 8-bit indices (in index buffers) | |
| constexpr u32 | nnl::vertexde::fmt::kIndex16 = fmt_code::k16 << fmt_shift::kIndex |
| unsigned 16-bit indices (in index buffers) | |
| constexpr u32 | nnl::vertexde::fmt::kThrough = 1 << fmt_shift::kThrough |
| Indicates whether the 2D drawing mode is used. | |
| constexpr std::array< u32, 8 > | nnl::vertexde::format_sizes {0, 1, 2, 4, 2, 2, 2, 4} |
| Maps format codes to attribute sizes. | |
Contains functions that facilitate conversion of vertex data.
The vertexde namespace provides methods that enable conversion between a simple higher-level vertex representation and binary vertex buffers supported by the GE.
1.14.0