create_dimensions()

std::vector< DataDimension > MayaFlux::Kakshya::DataDimension::create_dimensions ( DataModality  modality, const std::vector< uint64_t > &  shape, MemoryLayout  layout = MemoryLayout::ROW_MAJOR  )

static

Create dimension descriptors for a data modality.

Parameters

modality	Target data modality
shape	Dimensional sizes
layout	Memory layout strategy

Returns

Vector of DataDimension objects

Definition at line 155 of file NDData.cpp.

{
    std::vector<DataDimension> dims;
    auto strides = calculate_strides(shape, layout);
 
    switch (modality) {
    case DataModality::AUDIO_1D:
        if (shape.size() != 1) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "AUDIO_1D requires 1D shape");
        }
        dims.push_back(DataDimension::time(shape[0]));
        break;
 
    case DataModality::AUDIO_MULTICHANNEL:
        if (shape.size() != 2) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "AUDIO_MULTICHANNEL requires 2D shape [samples, channels]");
        }
        dims.push_back(DataDimension::time(shape[0]));
        dims.push_back(DataDimension::channel(shape[1], strides[1]));
        break;
 
    case DataModality::IMAGE_2D:
        if (shape.size() != 2) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "IMAGE_2D requires 2D shape [height, width]");
        }
        dims.push_back(DataDimension::spatial(shape[0], 'y', strides[0]));
        dims.push_back(DataDimension::spatial(shape[1], 'x', strides[1]));
        break;
 
    case DataModality::IMAGE_COLOR:
        if (shape.size() != 3) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "IMAGE_COLOR requires 3D shape [height, width, channels]");
        }
        dims.push_back(DataDimension::spatial(shape[0], 'y', strides[0]));
        dims.push_back(DataDimension::spatial(shape[1], 'x', strides[1]));
        dims.push_back(DataDimension::channel(shape[2], strides[2]));
        break;
 
    case DataModality::IMAGE_COLOR_ARRAY:
        if (shape.size() != 4) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "IMAGE_COLOR_ARRAY requires 4D shape [frames, height, width, channels]");
        }
        dims.push_back(DataDimension::time(shape[0], "index"));
        dims.push_back(DataDimension::spatial(shape[1], 'y', strides[1]));
        dims.push_back(DataDimension::spatial(shape[2], 'x', strides[2]));
        dims.push_back(DataDimension::channel(shape[3], strides[3]));
        break;
 
    case DataModality::DEPTH_MAP:
        if (shape.size() != 3) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "DEPTH_MAP requires 3D shape [height, width, components]");
        }
        dims.push_back(DataDimension::spatial(shape[0], 'y', strides[0]));
        dims.push_back(DataDimension::spatial(shape[1], 'x', strides[1]));
        dims.push_back(DataDimension::depth(shape[2], strides[2]));
        break;
 
    case DataModality::SPECTRAL_2D:
        if (shape.size() != 2) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "SPECTRAL_2D requires 2D shape [time_windows, frequency_bins]");
        }
        dims.push_back(DataDimension::time(shape[0], "time_windows"));
        dims.push_back(DataDimension::frequency(shape[1]));
        dims[1].stride = strides[1];
        break;
 
    case DataModality::VOLUMETRIC_3D:
        if (shape.size() != 3) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "VOLUMETRIC_3D requires 3D shape [x, y, z]");
        }
        dims.push_back(DataDimension::spatial(shape[0], 'x', strides[0]));
        dims.push_back(DataDimension::spatial(shape[1], 'y', strides[1]));
        dims.push_back(DataDimension::spatial(shape[2], 'z', strides[2]));
        break;
 
    case DataModality::VIDEO_GRAYSCALE:
        if (shape.size() != 3) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "VIDEO_GRAYSCALE requires 3D shape [frames, height, width]");
        }
        dims.push_back(DataDimension::time(shape[0], "frames"));
        dims.push_back(DataDimension::spatial(shape[1], 'y', strides[1]));
        dims.push_back(DataDimension::spatial(shape[2], 'x', strides[2]));
        break;
 
    case DataModality::VIDEO_COLOR:
        if (shape.size() != 4) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "VIDEO_COLOR requires 4D shape [frames, height, width, channels]");
        }
        dims.push_back(DataDimension::time(shape[0], "frames"));
        dims.push_back(DataDimension::spatial(shape[1], 'y', strides[1]));
        dims.push_back(DataDimension::spatial(shape[2], 'x', strides[2]));
        dims.push_back(DataDimension::channel(shape[3], strides[3]));
        break;
 
    case DataModality::VIDEO_DEPTH:
        if (shape.size() != 4) {
            error<std::invalid_argument>(
                Journal::Component::Kakshya,
                Journal::Context::Runtime,
                std::source_location::current(),
                "VIDEO_DEPTH requires 4D shape [frames, height, width, components]");
        }
        dims.push_back(DataDimension::time(shape[0], "frames"));
        dims.push_back(DataDimension::spatial(shape[1], 'y', strides[1]));
        dims.push_back(DataDimension::spatial(shape[2], 'x', strides[2]));
        dims.push_back(DataDimension::depth(shape[3], strides[3]));
        break;
 
    default:
        error<std::invalid_argument>(
            Journal::Component::Kakshya,
            Journal::Context::Runtime,
            std::source_location::current(),
            "Unsupported modality for dimension creation: {}", modality_to_string(modality));
    }
 
    return dims;
}

References MayaFlux::Kakshya::AUDIO_1D, MayaFlux::Kakshya::AUDIO_MULTICHANNEL, calculate_strides(), channel(), depth(), MayaFlux::Kakshya::DEPTH_MAP, frequency(), MayaFlux::Kakshya::IMAGE_2D, MayaFlux::Kakshya::IMAGE_COLOR, MayaFlux::Kakshya::IMAGE_COLOR_ARRAY, MayaFlux::Journal::Kakshya, MayaFlux::Kakshya::modality_to_string(), MayaFlux::Journal::Runtime, spatial(), MayaFlux::Kakshya::SPECTRAL_2D, time(), MayaFlux::Kakshya::VIDEO_COLOR, MayaFlux::Kakshya::VIDEO_DEPTH, MayaFlux::Kakshya::VIDEO_GRAYSCALE, and MayaFlux::Kakshya::VOLUMETRIC_3D.

Referenced by MayaFlux::Yantra::infer_from_region(), MayaFlux::Yantra::infer_from_region_group(), MayaFlux::Kakshya::SoundStreamContainer::setup_dimensions(), MayaFlux::Kakshya::VideoStreamContainer::setup_dimensions(), and MayaFlux::Kakshya::WindowContainer::setup_dimensions().

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