default_provider.cpp

Go to the documentation of this file.

#include "porytiles/infra/config/default_provider.hpp"
 
/*
 * NOTE: DO NOT EDIT THIS FILE DIRECTLY. It is AUTO-GENERATED from config_schema.yaml.
 * To add new config values or make other changes, edit config_schema.yaml and regenerate via:
 *
 *   uv run scripts/generate_config.py
 */
 
namespace {
 
const std::string source_info = "default value";
 
}
 
namespace porytiles {
 
std::string DefaultProvider::name() const
{
    return "DefaultProvider";
}
 
LayerValue<std::size_t> DefaultProvider::num_tiles_in_primary([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(512, "Number Of Tiles In Primary", source_info);
}
 
LayerValue<std::size_t> DefaultProvider::num_tiles_total([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(1024, "Number Of Tiles Total", source_info);
}
 
LayerValue<std::size_t> DefaultProvider::num_metatiles_in_primary([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(512, "Number Of Metatiles In Primary", source_info);
}
 
LayerValue<std::size_t> DefaultProvider::num_metatiles_total([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(1024, "Number Of Metatiles Total", source_info);
}
 
LayerValue<std::size_t> DefaultProvider::num_pals_in_primary([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(6, "Number Of Palettes In Primary", source_info);
}
 
LayerValue<std::size_t> DefaultProvider::num_pals_total([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(13, "Number Of Palettes Total", source_info);
}
 
LayerValue<std::size_t> DefaultProvider::max_map_data_size([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(10240, "Max Map Data Size", source_info);
}
 
LayerValue<std::size_t> DefaultProvider::num_tiles_per_metatile([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(8, "Number Of Tiles Per Metatile", source_info);
}
 
LayerValue<Rgba32> DefaultProvider::extrinsic_transparency([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<Rgba32>::valid(rgba_magenta, "Extrinsic Transparency", source_info);
}
 
LayerValue<ArtifactEditMode> DefaultProvider::tiles_edit_mode([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<ArtifactEditMode>::valid(ArtifactEditMode::optimize, "Tiles Edit Mode", source_info);
}
 
LayerValue<ArtifactEditMode> DefaultProvider::pals_edit_mode([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<ArtifactEditMode>::valid(ArtifactEditMode::optimize, "Palettes Edit Mode", source_info);
}
 
LayerValue<bool> DefaultProvider::pal_hints_enabled([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<bool>::valid(true, "Palette Hints Enabled", source_info);
}
 
LayerValue<std::vector<PaletteHint>> DefaultProvider::pal_hints([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::vector<PaletteHint>>::valid(std::vector<PaletteHint>{}, "Palette Hints", source_info);
}
 
LayerValue<PackingStrategyType> DefaultProvider::packing_strategy([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<PackingStrategyType>::valid(PackingStrategyType::backtracking, "Packing Strategy", source_info);
}
 
LayerValue<PackingStrategyParams> DefaultProvider::packing_strategy_params([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<PackingStrategyParams>::valid(PackingStrategyParams{}, "Packing Strategy Params", source_info);
}
 
LayerValue<TileSharingPacking> DefaultProvider::tile_sharing_packing([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<TileSharingPacking>::valid(TileSharingPacking::off, "Tile Sharing Packing", source_info);
}
 
LayerValue<TileSharingAlignment> DefaultProvider::tile_sharing_alignment([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<TileSharingAlignment>::valid(TileSharingAlignment::off, "Tile Sharing Alignment", source_info);
}
 
LayerValue<TilesPalMode> DefaultProvider::tiles_pal_mode([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<TilesPalMode>::valid(TilesPalMode::true_color, "Tiles Palette Mode", source_info);
}
 
LayerValue<AnimPalResolutionStrategy> DefaultProvider::global_anim_pal_resolution_strategy([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<AnimPalResolutionStrategy>::valid(AnimPalResolutionStrategy::scan_local_metatiles, "Global Animation Palette Resolution Strategy", source_info);
}
 
LayerValue<AnimKeyFrameResolutionStrategy> DefaultProvider::global_anim_key_frame_resolution_strategy([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<AnimKeyFrameResolutionStrategy>::valid(AnimKeyFrameResolutionStrategy::error, "Global Animation Key Frame Resolution Strategy", source_info);
}
 
LayerValue<AnimMultiPalSubtileResolutionStrategy> DefaultProvider::global_anim_multi_pal_subtile_resolution_strategy([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<AnimMultiPalSubtileResolutionStrategy>::valid(AnimMultiPalSubtileResolutionStrategy::error, "Global Animation Multi-Pal Subtile Resolution Strategy", source_info);
}
 
LayerValue<FrameLinking> DefaultProvider::global_frame_linking([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<FrameLinking>::valid(FrameLinking::automatic, "Global Frame Linking", source_info);
}
 
LayerValue<PerAnimOverrides> DefaultProvider::per_anim_overrides([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<PerAnimOverrides>::valid(PerAnimOverrides{}, "Per-Animation Overrides", source_info);
}
 
LayerValue<bool> DefaultProvider::cross_tileset_anim_linking([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<bool>::valid(true, "Cross-Tileset Animation Linking", source_info);
}
 
LayerValue<bool> DefaultProvider::verify_checksums([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<bool>::valid(true, "Verify Checksums", source_info);
}
 
LayerValue<PrimaryPairingMode> DefaultProvider::primary_pairing_mode([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<PrimaryPairingMode>::valid(PrimaryPairingMode::automatic, "Primary Pairing Mode", source_info);
}
 
LayerValue<std::vector<std::string>> DefaultProvider::primary_pairing_partners([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::vector<std::string>>::valid(std::vector<std::string>{}, "Primary Pairing Partners", source_info);
}
 
LayerValue<std::vector<std::string>> DefaultProvider::diagnostic_warnings_exclude([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::vector<std::string>>::valid(std::vector<std::string>{}, "Diagnostic Warnings Exclude", source_info);
}
 
LayerValue<std::vector<std::string>> DefaultProvider::diagnostic_warnings_include([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::vector<std::string>>::valid(std::vector<std::string>{}, "Diagnostic Warnings Include", source_info);
}
 
LayerValue<std::vector<std::string>> DefaultProvider::diagnostic_remarks_exclude([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::vector<std::string>>::valid(std::vector<std::string>{}, "Diagnostic Remarks Exclude", source_info);
}
 
LayerValue<std::vector<std::string>> DefaultProvider::diagnostic_remarks_include([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::vector<std::string>>::valid(std::vector<std::string>{}, "Diagnostic Remarks Include", source_info);
}
 
LayerValue<std::string> DefaultProvider::tileset_paths_primary_src([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::string>::valid("data/tilesets/primary", "Tileset Paths Primary Source", source_info);
}
 
LayerValue<std::string> DefaultProvider::tileset_paths_primary_bin([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::string>::valid("data/tilesets/primary", "Tileset Paths Primary Bin", source_info);
}
 
LayerValue<std::string> DefaultProvider::tileset_paths_secondary_src([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::string>::valid("data/tilesets/secondary", "Tileset Paths Secondary Source", source_info);
}
 
LayerValue<std::string> DefaultProvider::tileset_paths_secondary_bin([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::string>::valid("data/tilesets/secondary", "Tileset Paths Secondary Bin", source_info);
}
 
LayerValue<std::size_t> DefaultProvider::metatile_attr_size([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<std::size_t>::valid(2, "Metatile Attribute Size", source_info);
}
 
LayerValue<bool> DefaultProvider::tileset_animations_wire_anim_code([[maybe_unused]] ConfigScopeType type, [[maybe_unused]] const std::string &scope) const
{
    return LayerValue<bool>::valid(true, "Tileset Animations Wire Anim Code", source_info);
}
 
} // namespace porytiles