open-meteo-mcp-server/dist/types.js

Model Context Protocol server for Open-Meteo weather APIs

import { z } from 'zod';
// Base parameter schemas
export const CoordinateSchema = z
    .object({
    latitude: z.number().min(-90).max(90),
    longitude: z.number().min(-180).max(180),
})
    .strict();
export const TemperatureUnitSchema = z.enum(['celsius', 'fahrenheit']).default('celsius');
export const WindSpeedUnitSchema = z.enum(['kmh', 'ms', 'mph', 'kn']).default('kmh');
export const PrecipitationUnitSchema = z.enum(['mm', 'inch']).default('mm');
export const TimeFormatSchema = z.enum(['iso8601', 'unixtime']).default('iso8601');
// Shared field schemas for parameters whose meaning isn't obvious from the name
// alone — described once here and reused across the per-endpoint schemas below,
// so the published JSON schema explains them to callers instead of exposing bare
// type/enum/min/max constraints.
export const CellSelectionSchema = z
    .enum(['land', 'sea', 'nearest'])
    .describe('Grid-cell preference when the coordinate sits near a coastline: "land" prefers a land grid cell, "sea" prefers a sea grid cell, "nearest" picks whichever grid cell is closest regardless of land or sea.');
export const TiltSchema = z
    .number()
    .min(0)
    .max(90)
    .describe('Tilt angle of a solar panel in degrees from horizontal (0 = flat, 90 = vertical), used together with `azimuth` to compute panel-plane irradiance (global_tilted_irradiance).');
export const AzimuthSchema = z
    .number()
    .min(-180)
    .max(180)
    .describe('Solar panel orientation in degrees (0 = south, -90 = east, 90 = west, ±180 = north), used together with `tilt` to compute panel-plane irradiance (global_tilted_irradiance).');
const DATE_FORMAT_MESSAGE = 'Must be a date in YYYY-MM-DD format (e.g. "2024-03-15").';
export const DateStringSchema = z
    .string()
    .regex(/^\d{4}-\d{2}-\d{2}$/, DATE_FORMAT_MESSAGE)
    .describe('Date in YYYY-MM-DD format.');
const HOURLY_TIMESTAMP_FORMAT_MESSAGE = 'Must be an hourly timestamp in YYYY-MM-DDTHH:MM format (e.g. "2024-03-15T14:00").';
export const HourlyTimestampSchema = z
    .string()
    .regex(/^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}$/, HOURLY_TIMESTAMP_FORMAT_MESSAGE)
    .describe('Hourly timestamp in YYYY-MM-DDTHH:MM format, for selecting a sub-day range at hourly granularity (alternative to start_date/end_date).');
const PAST_DAYS_DESCRIPTION = 'Number of days before today to include in the response, in addition to the forecast period.';
const PAST_HOURS_DESCRIPTION = 'Number of hours before the current hour to include; an hourly-resolution alternative to `past_days`.';
const FORECAST_DAYS_DESCRIPTION = 'Number of days ahead to forecast, starting from today.';
const FORECAST_HOURS_DESCRIPTION = 'Number of hours ahead to forecast; an hourly-resolution alternative to `forecast_days`.';
// Geocoding schemas
export const GeocodingParamsSchema = z
    .object({
    name: z.string().min(2, 'Le nom doit contenir au moins 2 caractères'),
    count: z.number().min(1).max(100).default(10).optional(),
    language: z.string().optional(),
    countryCode: z
        .string()
        .regex(/^[A-Z]{2}$/, 'Le code pays doit être au format ISO-3166-1 alpha2 (ex: FR, DE, US)')
        .optional(),
    format: z.enum(['json', 'protobuf']).default('json').optional(),
})
    .strict();
export const LocationSchema = z.object({
    id: z.number(),
    name: z.string(),
    latitude: z.number().min(-90).max(90),
    longitude: z.number().min(-180).max(180),
    elevation: z.number().optional(),
    feature_code: z.string().optional(),
    country_code: z
        .string()
        .regex(/^[A-Z]{2}$/)
        .optional(),
    admin1_id: z.number().optional(),
    admin2_id: z.number().optional(),
    admin3_id: z.number().optional(),
    admin4_id: z.number().optional(),
    timezone: z.string().optional(),
    population: z.number().min(0).optional(),
    postcodes: z.array(z.string()).optional(),
    country_id: z.number().optional(),
    country: z.string().optional(),
    admin1: z.string().optional(),
    admin2: z.string().optional(),
    admin3: z.string().optional(),
    admin4: z.string().optional(),
});
export const GeocodingResponseSchema = z.object({
    results: z.array(LocationSchema),
});
export const GeocodingErrorSchema = z.object({
    error: z.boolean(),
    reason: z.string(),
});
// Weather variables schemas
export const HourlyVariablesSchema = z
    .array(z.enum([
    'temperature_2m',
    'relative_humidity_2m',
    'dewpoint_2m',
    'dew_point_2m',
    'apparent_temperature',
    'precipitation_probability',
    'precipitation',
    'rain',
    'showers',
    'snowfall',
    'snow_depth',
    'weather_code',
    'pressure_msl',
    'surface_pressure',
    'cloud_cover',
    'cloud_cover_low',
    'cloud_cover_mid',
    'cloud_cover_high',
    'visibility',
    'evapotranspiration',
    'et0_fao_evapotranspiration',
    'vapour_pressure_deficit',
    'wind_speed_10m',
    'wind_speed_80m',
    'wind_speed_120m',
    'wind_speed_180m',
    'wind_direction_10m',
    'wind_direction_80m',
    'wind_direction_120m',
    'wind_direction_180m',
    'wind_gusts_10m',
    'temperature_80m',
    'temperature_120m',
    'temperature_180m',
    'soil_temperature_0cm',
    'soil_temperature_6cm',
    'soil_temperature_18cm',
    'soil_temperature_54cm',
    'soil_moisture_0_to_1cm',
    'soil_moisture_1_to_3cm',
    'soil_moisture_3_to_9cm',
    'soil_moisture_9_to_27cm',
    'soil_moisture_27_to_81cm',
    'uv_index',
    'uv_index_clear_sky',
    'is_day',
    'sunshine_duration',
    'wet_bulb_temperature_2m',
    'total_column_integrated_water_vapour',
    'cape',
    'lifted_index',
    'convective_inhibition',
    'freezing_level_height',
    'boundary_layer_height_pbl',
    'shortwave_radiation',
    'direct_radiation',
    'diffuse_radiation',
    'direct_normal_irradiance',
    'global_tilted_irradiance',
    'terrestrial_radiation',
    'shortwave_radiation_instant',
    'direct_radiation_instant',
    'diffuse_radiation_instant',
    'direct_normal_irradiance_instant',
    'global_tilted_irradiance_instant',
    'terrestrial_radiation_instant',
    'wind_speed_200m',
    'wind_direction_200m',
    'snow_height',
    'updraft',
    'lightning_potential',
    'temperature_1000hPa',
    'temperature_975hPa',
    'temperature_950hPa',
    'temperature_925hPa',
    'temperature_900hPa',
    'temperature_850hPa',
    'temperature_800hPa',
    'temperature_700hPa',
    'temperature_600hPa',
    'temperature_500hPa',
    'temperature_400hPa',
    'temperature_300hPa',
    'temperature_250hPa',
    'temperature_200hPa',
    'temperature_150hPa',
    'temperature_100hPa',
    'temperature_70hPa',
    'temperature_50hPa',
    'temperature_30hPa',
    'relative_humidity_1000hPa',
    'relative_humidity_975hPa',
    'relative_humidity_950hPa',
    'relative_humidity_925hPa',
    'relative_humidity_900hPa',
    'relative_humidity_850hPa',
    'relative_humidity_800hPa',
    'relative_humidity_700hPa',
    'relative_humidity_600hPa',
    'relative_humidity_500hPa',
    'relative_humidity_400hPa',
    'relative_humidity_300hPa',
    'relative_humidity_250hPa',
    'relative_humidity_200hPa',
    'relative_humidity_150hPa',
    'relative_humidity_100hPa',
    'relative_humidity_70hPa',
    'relative_humidity_50hPa',
    'relative_humidity_30hPa',
    'cloud_cover_1000hPa',
    'cloud_cover_975hPa',
    'cloud_cover_950hPa',
    'cloud_cover_925hPa',
    'cloud_cover_900hPa',
    'cloud_cover_850hPa',
    'cloud_cover_800hPa',
    'cloud_cover_700hPa',
    'cloud_cover_600hPa',
    'cloud_cover_500hPa',
    'cloud_cover_400hPa',
    'cloud_cover_300hPa',
    'cloud_cover_250hPa',
    'cloud_cover_200hPa',
    'cloud_cover_150hPa',
    'cloud_cover_100hPa',
    'cloud_cover_70hPa',
    'cloud_cover_50hPa',
    'cloud_cover_30hPa',
    'wind_speed_1000hPa',
    'wind_speed_975hPa',
    'wind_speed_950hPa',
    'wind_speed_925hPa',
    'wind_speed_900hPa',
    'wind_speed_850hPa',
    'wind_speed_800hPa',
    'wind_speed_700hPa',
    'wind_speed_600hPa',
    'wind_speed_500hPa',
    'wind_speed_400hPa',
    'wind_speed_300hPa',
    'wind_speed_250hPa',
    'wind_speed_200hPa',
    'wind_speed_150hPa',
    'wind_speed_100hPa',
    'wind_speed_70hPa',
    'wind_speed_50hPa',
    'wind_speed_30hPa',
    'wind_direction_1000hPa',
    'wind_direction_975hPa',
    'wind_direction_950hPa',
    'wind_direction_925hPa',
    'wind_direction_900hPa',
    'wind_direction_850hPa',
    'wind_direction_800hPa',
    'wind_direction_700hPa',
    'wind_direction_600hPa',
    'wind_direction_500hPa',
    'wind_direction_400hPa',
    'wind_direction_300hPa',
    'wind_direction_250hPa',
    'wind_direction_200hPa',
    'wind_direction_150hPa',
    'wind_direction_100hPa',
    'wind_direction_70hPa',
    'wind_direction_50hPa',
    'wind_direction_30hPa',
    'geopotential_height_1000hPa',
    'geopotential_height_975hPa',
    'geopotential_height_950hPa',
    'geopotential_height_925hPa',
    'geopotential_height_900hPa',
    'geopotential_height_850hPa',
    'geopotential_height_800hPa',
    'geopotential_height_700hPa',
    'geopotential_height_600hPa',
    'geopotential_height_500hPa',
    'geopotential_height_400hPa',
    'geopotential_height_300hPa',
    'geopotential_height_250hPa',
    'geopotential_height_200hPa',
    'geopotential_height_150hPa',
    'geopotential_height_100hPa',
    'geopotential_height_70hPa',
    'geopotential_height_50hPa',
    'geopotential_height_30hPa',
    'vertical_velocity_1000hPa',
    'vertical_velocity_975hPa',
    'vertical_velocity_950hPa',
    'vertical_velocity_925hPa',
    'vertical_velocity_900hPa',
    'vertical_velocity_850hPa',
    'vertical_velocity_800hPa',
    'vertical_velocity_700hPa',
    'vertical_velocity_600hPa',
    'vertical_velocity_500hPa',
    'vertical_velocity_400hPa',
    'vertical_velocity_300hPa',
    'vertical_velocity_250hPa',
    'vertical_velocity_200hPa',
    'vertical_velocity_150hPa',
    'vertical_velocity_100hPa',
    'vertical_velocity_70hPa',
    'vertical_velocity_50hPa',
    'vertical_velocity_30hPa',
]))
    .optional();
export const DailyVariablesSchema = z
    .array(z.enum([
    'weather_code',
    'temperature_2m_max',
    'temperature_2m_min',
    'apparent_temperature_max',
    'apparent_temperature_min',
    'sunrise',
    'sunset',
    'daylight_duration',
    'sunshine_duration',
    'uv_index_max',
    'uv_index_clear_sky_max',
    'rain_sum',
    'showers_sum',
    'snowfall_sum',
    'precipitation_sum',
    'precipitation_hours',
    'precipitation_probability_max',
    'wind_speed_10m_max',
    'wind_gusts_10m_max',
    'wind_direction_10m_dominant',
    'shortwave_radiation_sum',
    'et0_fao_evapotranspiration',
    'temperature_2m_mean',
    'apparent_temperature_mean',
    'cape_mean',
    'cape_max',
    'cape_min',
    'cloud_cover_mean',
    'cloud_cover_max',
    'cloud_cover_min',
    'dewpoint_2m_mean',
    'dewpoint_2m_max',
    'dewpoint_2m_min',
    'dew_point_2m_mean',
    'dew_point_2m_max',
    'dew_point_2m_min',
    'et0_fao_evapotranspiration_sum',
    'growing_degree_days_base_0_limit_50',
    'leaf_wetness_probability_mean',
    'leaf_wetness_probability_max',
    'leaf_wetness_probability_min',
    'precipitation_probability_mean',
    'precipitation_probability_min',
    'relative_humidity_2m_mean',
    'relative_humidity_2m_max',
    'relative_humidity_2m_min',
    'snowfall_water_equivalent_sum',
    'pressure_msl_mean',
    'pressure_msl_max',
    'pressure_msl_min',
    'surface_pressure_mean',
    'surface_pressure_max',
    'surface_pressure_min',
    'updraft_max',
    'visibility_mean',
    'visibility_max',
    'visibility_min',
    'wind_gusts_10m_mean',
    'wind_gusts_10m_min',
    'wind_speed_10m_mean',
    'wind_speed_10m_min',
    'wet_bulb_temperature_2m_mean',
    'wet_bulb_temperature_2m_max',
    'wet_bulb_temperature_2m_min',
    'vapour_pressure_deficit_max',
]))
    .optional();
// Union of the model IDs accepted by the live /v1/forecast API: the historical names
// already in this schema, plus the canonical names from the OpenAPI spec (verified —
// both families resolve on the live API; Open-Meteo keeps them as aliases).
export const MinutelyVariablesSchema = z
    .array(z.enum([
    'temperature_2m',
    'relative_humidity_2m',
    'dew_point_2m',
    'apparent_temperature',
    'precipitation',
    'rain',
    'snowfall',
    'snowfall_height',
    'freezing_level_height',
    'sunshine_duration',
    'weather_code',
    'wind_speed_10m',
    'wind_speed_80m',
    'wind_speed_100m',
    'wind_direction_10m',
    'wind_direction_80m',
    'wind_direction_100m',
    'wind_gusts_10m',
    'visibility',
    'cape',
    'lightning_potential',
    'is_day',
]))
    .optional();
export const ForecastModelsSchema = z
    .enum([
    'best_match',
    'ecmwf_ifs04',
    'ecmwf_ifs',
    'ecmwf_ifs025',
    'ecmwf_aifs025_single',
    'cma_grapes_global',
    'bom_access_global',
    'gfs_seamless',
    'ncep_gfs_seamless',
    'ncep_gfs_global',
    'ncep_hrrr_conus',
    'ncep_nbm_conus',
    'ncep_nam_conus',
    'ncep_gfs_graphcast025',
    'ncep_aigfs025',
    'ncep_hgefs025_ensemble_mean',
    'jma_seamless',
    'jma_msm',
    'jma_gsm',
    'kma_seamless',
    'kma_ldps',
    'kma_gdps',
    'dwd_icon_seamless',
    'dwd_icon_global',
    'dwd_icon_eu',
    'dwd_icon_d2',
    'icon_seamless',
    'icon_global',
    'icon_eu',
    'icon_d2',
    'gem_seamless',
    'gem_global',
    'gem_regional',
    'gem_hrdps_continental',
    'gem_hrdps_west',
    'cmc_gem_seamless',
    'cmc_gem_gdps',
    'cmc_gem_rdps',
    'cmc_gem_hrdps',
    'cmc_gem_hrdps_west',
    'meteofrance_seamless',
    'meteofrance_arpege_world',
    'meteofrance_arpege_europe',
    'meteofrance_arome_france',
    'meteofrance_arome_france_hd',
    'italia_meteo_arpae_icon_2i',
    'metno_seamless',
    'metno_nordic',
    'knmi_seamless',
    'knmi_harmonie_arome_europe',
    'knmi_harmonie_arome_netherlands',
    'dmi_seamless',
    'dmi_harmonie_arome_europe',
    'ukmo_seamless',
    'ukmo_global_deterministic_10km',
    'ukmo_uk_deterministic_2km',
    'meteoswiss_icon_seamless',
    'meteoswiss_icon_ch1',
    'meteoswiss_icon_ch2',
    'geosphere_seamless',
    'geosphere_arome_austria',
])
    .optional();
// Valid model IDs for the dedicated /v1/ecmwf endpoint (different from /v1/forecast)
export const EcmwfModelsSchema = z.enum(['ecmwf_ifs', 'ecmwf_ifs025', 'best_match']).optional();
// Note: the ensemble.yml OpenAPI spec documents dwd_*_eps / cmc_gem_geps names, but
// the live /v1/ensemble API rejects them (verified) and only accepts the names below.
const EnsembleModelEnum = z.enum([
    'icon_seamless_eps',
    'icon_global_eps',
    'icon_eu_eps',
    'icon_d2_eps',
    'gfs_seamless',
    'ncep_gefs025',
    'ncep_gefs05',
    'ncep_aigefs025',
    'ecmwf_ifs025_ensemble',
    'ecmwf_aifs025_ensemble',
    'gem_global',
    'bom_access_global',
    'ukmo_global_ensemble_20km',
    'ukmo_uk_ensemble_2km',
    'meteoswiss_icon_ch1',
    'meteoswiss_icon_ch2',
]);
// The live /v1/ensemble API accepts a comma-separated list of models (verified),
// so this accepts either a single model or an array of models.
export const EnsembleModelsSchema = z
    .union([EnsembleModelEnum, z.array(EnsembleModelEnum)])
    .optional();
// Forecast parameters schema
export const ForecastParamsSchema = CoordinateSchema.extend({
    hourly: HourlyVariablesSchema,
    daily: DailyVariablesSchema,
    minutely_15: MinutelyVariablesSchema,
    current_weather: z.boolean().optional(),
    current: HourlyVariablesSchema,
    temperature_unit: TemperatureUnitSchema,
    wind_speed_unit: WindSpeedUnitSchema,
    precipitation_unit: PrecipitationUnitSchema,
    timeformat: TimeFormatSchema,
    timezone: z.string().optional(),
    past_days: z.number().int().min(1).max(92).describe(PAST_DAYS_DESCRIPTION).optional(),
    past_hours: z.number().int().min(0).describe(PAST_HOURS_DESCRIPTION).optional(),
    forecast_days: z.number().min(1).max(16).describe(FORECAST_DAYS_DESCRIPTION).optional(),
    forecast_hours: z.number().int().min(0).describe(FORECAST_HOURS_DESCRIPTION).optional(),
    start_date: DateStringSchema.optional(),
    end_date: DateStringSchema.optional(),
    start_hour: HourlyTimestampSchema.optional(),
    end_hour: HourlyTimestampSchema.optional(),
    cell_selection: CellSelectionSchema.optional(),
    tilt: TiltSchema.optional(),
    azimuth: AzimuthSchema.optional(),
    models: ForecastModelsSchema,
});
// ECMWF-specific parameters schema (uses a different model ID namespace than /v1/forecast)
export const EcmwfParamsSchema = ForecastParamsSchema.omit({ models: true }).extend({
    models: EcmwfModelsSchema,
});
// Per-provider model ID subsets, so each model-specific tool only accepts model IDs
// that are actually valid for its own dedicated endpoint.
export const DwdIconModelsSchema = z
    .enum([
    'dwd_icon_seamless',
    'dwd_icon_global',
    'dwd_icon_eu',
    'dwd_icon_d2',
    'icon_seamless',
    'icon_global',
    'icon_eu',
    'icon_d2',
])
    .optional();
export const GfsModelsSchema = z
    .enum([
    'gfs_seamless',
    'ncep_gfs_seamless',
    'ncep_gfs_global',
    'ncep_hrrr_conus',
    'ncep_nbm_conus',
    'ncep_nam_conus',
    'ncep_gfs_graphcast025',
    'ncep_aigfs025',
    'ncep_hgefs025_ensemble_mean',
])
    .optional();
export const MeteoFranceModelsSchema = z
    .enum([
    'meteofrance_seamless',
    'meteofrance_arpege_world',
    'meteofrance_arpege_europe',
    'meteofrance_arome_france',
    'meteofrance_arome_france_hd',
])
    .optional();
export const JmaModelsSchema = z.enum(['jma_seamless', 'jma_msm', 'jma_gsm']).optional();
export const MetnoModelsSchema = z.enum(['metno_seamless', 'metno_nordic']).optional();
export const GemModelsSchema = z
    .enum([
    'gem_seamless',
    'gem_global',
    'gem_regional',
    'gem_hrdps_continental',
    'gem_hrdps_west',
    'cmc_gem_seamless',
    'cmc_gem_gdps',
    'cmc_gem_rdps',
    'cmc_gem_hrdps',
    'cmc_gem_hrdps_west',
])
    .optional();
export const DwdIconParamsSchema = ForecastParamsSchema.omit({ models: true }).extend({
    models: DwdIconModelsSchema,
});
export const GfsParamsSchema = ForecastParamsSchema.omit({ models: true }).extend({
    models: GfsModelsSchema,
});
export const MeteoFranceParamsSchema = ForecastParamsSchema.omit({ models: true }).extend({
    models: MeteoFranceModelsSchema,
});
export const JmaParamsSchema = ForecastParamsSchema.omit({ models: true }).extend({
    models: JmaModelsSchema,
});
export const MetnoParamsSchema = ForecastParamsSchema.omit({ models: true }).extend({
    models: MetnoModelsSchema,
});
export const GemParamsSchema = ForecastParamsSchema.omit({ models: true }).extend({
    models: GemModelsSchema,
});
// ERA5 archive-specific variable schemas (different from forecast API)
export const ArchiveHourlyVariablesSchema = z
    .array(z.enum([
    'temperature_2m',
    'relative_humidity_2m',
    'dew_point_2m',
    'apparent_temperature',
    'precipitation',
    'rain',
    'snowfall',
    'snow_depth',
    'weather_code',
    'pressure_msl',
    'surface_pressure',
    'cloud_cover',
    'cloud_cover_low',
    'cloud_cover_mid',
    'cloud_cover_high',
    'et0_fao_evapotranspiration',
    'vapour_pressure_deficit',
    'wind_speed_10m',
    'wind_speed_100m',
    'wind_direction_10m',
    'wind_direction_100m',
    'wind_gusts_10m',
    'soil_temperature_0_to_7cm',
    'soil_temperature_7_to_28cm',
    'soil_temperature_28_to_100cm',
    'soil_temperature_100_to_255cm',
    'soil_moisture_0_to_7cm',
    'soil_moisture_7_to_28cm',
    'soil_moisture_28_to_100cm',
    'soil_moisture_100_to_255cm',
    'shortwave_radiation',
    'direct_radiation',
    'diffuse_radiation',
    'direct_normal_irradiance',
    'terrestrial_radiation',
    'shortwave_radiation_instant',
    'direct_radiation_instant',
    'diffuse_radiation_instant',
    'direct_normal_irradiance_instant',
    'terrestrial_radiation_instant',
    'sunshine_duration',
    'is_day',
    'boundary_layer_height',
    'wet_bulb_temperature_2m',
    'total_column_integrated_water_vapour',
    'growing_degree_days_base_0_limit_50',
    'leaf_wetness_probability',
    'soil_moisture_0_to_100cm',
    'soil_temperature_0_to_100cm',
    'soil_moisture_index_0_to_7cm',
    'soil_moisture_index_7_to_28cm',
    'soil_moisture_index_28_to_100cm',
    'soil_moisture_index_0_to_100cm',
    'global_tilted_irradiance',
    'global_tilted_irradiance_instant',
]))
    .optional();
export const ArchiveDailyVariablesSchema = z
    .array(z.enum([
    'weather_code',
    'temperature_2m_max',
    'temperature_2m_min',
    'temperature_2m_mean',
    'apparent_temperature_max',
    'apparent_temperature_min',
    'apparent_temperature_mean',
    'sunrise',
    'sunset',
    'daylight_duration',
    'sunshine_duration',
    'precipitation_sum',
    'rain_sum',
    'snowfall_sum',
    'precipitation_hours',
    'wind_speed_10m_max',
    'wind_gusts_10m_max',
    'wind_direction_10m_dominant',
    'shortwave_radiation_sum',
    'et0_fao_evapotranspiration',
    'cloud_cover_mean',
    'dew_point_2m_mean',
    'dew_point_2m_max',
    'dew_point_2m_min',
    'relative_humidity_2m_mean',
    'relative_humidity_2m_max',
    'relative_humidity_2m_min',
    'pressure_msl_mean',
    'wind_speed_10m_mean',
    'wet_bulb_temperature_2m_mean',
    'vapour_pressure_deficit_max',
    'soil_moisture_0_to_7cm_mean',
    'soil_moisture_7_to_28cm_mean',
    'soil_moisture_28_to_100cm_mean',
    'soil_moisture_0_to_100cm_mean',
    'soil_temperature_0_to_7cm_mean',
    'soil_temperature_7_to_28cm_mean',
    'soil_temperature_28_to_100cm_mean',
]))
    .optional();
export const ArchiveModelsSchema = z
    .enum([
    'best_match',
    'era5_seamless',
    'era5',
    'era5_land',
    'ecmwf_ifs',
    'cerra',
    'era5_ensemble',
    'ecmwf_ifs_analysis_long_window',
])
    .optional();
// Archive parameters schema
export const ArchiveParamsSchema = CoordinateSchema.extend({
    hourly: ArchiveHourlyVariablesSchema,
    daily: ArchiveDailyVariablesSchema,
    models: ArchiveModelsSchema,
    start_date: DateStringSchema,
    end_date: DateStringSchema,
    temperature_unit: TemperatureUnitSchema,
    wind_speed_unit: WindSpeedUnitSchema,
    precipitation_unit: PrecipitationUnitSchema,
    timeformat: TimeFormatSchema,
    timezone: z.string().optional(),
    elevation: z.number().optional(),
    tilt: TiltSchema.optional(),
    azimuth: AzimuthSchema.optional(),
    cell_selection: CellSelectionSchema.optional(),
}).refine((data) => data.start_date <= data.end_date, {
    message: 'start_date must be before or equal to end_date',
    path: ['end_date'],
});
// Air quality variables
export const AirQualityVariablesSchema = z
    .array(z.enum([
    'pm10',
    'pm2_5',
    'carbon_monoxide',
    'nitrogen_dioxide',
    'ozone',
    'sulphur_dioxide',
    'ammonia',
    'dust',
    'aerosol_optical_depth',
    'carbon_dioxide',
    'methane',
    'alder_pollen',
    'birch_pollen',
    'grass_pollen',
    'mugwort_pollen',
    'olive_pollen',
    'ragweed_pollen',
    'european_aqi',
    'european_aqi_pm2_5',
    'european_aqi_pm10',
    'european_aqi_nitrogen_dioxide',
    'european_aqi_ozone',
    'european_aqi_sulphur_dioxide',
    'us_aqi',
    'us_aqi_pm2_5',
    'us_aqi_pm10',
    'us_aqi_nitrogen_dioxide',
    'us_aqi_ozone',
    'us_aqi_sulphur_dioxide',
    'us_aqi_carbon_monoxide',
    'uv_index',
    'uv_index_clear_sky',
    'formaldehyde',
    'glyoxal',
    'non_methane_volatile_organic_compounds',
    'pm10_wildfires',
    'peroxyacyl_nitrates',
    'secondary_inorganic_aerosol',
    'residential_elementary_carbon',
    'total_elementary_carbon',
    'pm2_5_total_organic_matter',
    'sea_salt_aerosol',
    'nitrogen_monoxide',
    'is_day',
]))
    .optional();
export const AirQualityCurrentVariablesSchema = z
    .array(z.enum([
    'european_aqi',
    'us_aqi',
    'pm10',
    'pm2_5',
    'carbon_monoxide',
    'nitrogen_dioxide',
    'sulphur_dioxide',
    'ozone',
    'aerosol_optical_depth',
    'dust',
    'uv_index',
    'uv_index_clear_sky',
    'ammonia',
    'alder_pollen',
    'birch_pollen',
    'grass_pollen',
    'mugwort_pollen',
    'olive_pollen',
    'ragweed_pollen',
]))
    .optional();
export const AirQualityParamsSchema = CoordinateSchema.extend({
    hourly: AirQualityVariablesSchema,
    current: AirQualityCurrentVariablesSchema,
    domains: z.enum(['auto', 'cams_europe', 'cams_global']).optional(),
    timezone: z.string().optional(),
    timeformat: TimeFormatSchema,
    past_days: z.number().min(0).max(92).describe(PAST_DAYS_DESCRIPTION).optional(),
    forecast_days: z.number().min(0).max(7).describe(FORECAST_DAYS_DESCRIPTION).optional(),
    start_date: DateStringSchema.optional(),
    end_date: DateStringSchema.optional(),
});
// Marine variables
export const MarineHourlyVariablesSchema = z
    .array(z.enum([
    'wave_height',
    'wave_direction',
    'wave_period',
    'wave_peak_period',
    'wind_wave_height',
    'wind_wave_direction',
    'wind_wave_period',
    'wind_wave_peak_period',
    'swell_wave_height',
    'swell_wave_direction',
    'swell_wave_period',
    'swell_wave_peak_period',
    'secondary_swell_wave_height',
    'secondary_swell_wave_period',
    'secondary_swell_wave_direction',
    'tertiary_swell_wave_height',
    'tertiary_swell_wave_period',
    'tertiary_swell_wave_direction',
    'sea_level_height_msl',
    'sea_surface_temperature',
    'ocean_current_velocity',
    'ocean_current_direction',
    'invert_barometer_height',
]))
    .optional();
export const MarineDailyVariablesSchema = z
    .array(z.enum([
    'wave_height_max',
    'wave_direction_dominant',
    'wave_period_max',
    'wind_wave_height_max',
    'wind_wave_direction_dominant',
    'wind_wave_period_max',
    'wind_wave_peak_period_max',
    'swell_wave_height_max',
    'swell_wave_direction_dominant',
    'swell_wave_period_max',
    'swell_wave_peak_period_max',
]))
    .optional();
export const MarineMinutelyVariablesSchema = z
    .array(z.enum(['ocean_current_velocity', 'ocean_current_direction', 'sea_level_height_msl']))
    .optional();
export const MarineModelsSchema = z
    .enum([
    'best_match',
    'meteofrance_wave',
    'dwd_ewam',
    'ecmwf_wam',
    'ncep_gfswave025',
    'era5_ocean',
])
    .optional();
export const MarineParamsSchema = CoordinateSchema.extend({
    hourly: MarineHourlyVariablesSchema,
    daily: MarineDailyVariablesSchema,
    current: MarineHourlyVariablesSchema,
    minutely_15: MarineMinutelyVariablesSchema,
    models: MarineModelsSchema,
    length_unit: z.enum(['metric', 'imperial']).optional(),
    temperature_unit: TemperatureUnitSchema,
    wind_speed_unit: WindSpeedUnitSchema,
    timezone: z.string().optional(),
    timeformat: TimeFormatSchema,
    past_days: z.number().min(0).max(92).describe(PAST_DAYS_DESCRIPTION).optional(),
    forecast_days: z.number().min(0).max(16).describe(FORECAST_DAYS_DESCRIPTION).optional(),
    start_date: DateStringSchema.optional(),
    end_date: DateStringSchema.optional(),
    cell_selection: CellSelectionSchema.optional(),
});
// Flood variables
export const FloodDailyVariablesSchema = z
    .array(z.enum([
    'river_discharge',
    'river_discharge_mean',
    'river_discharge_median',
    'river_discharge_max',
    'river_discharge_min',
    'river_discharge_p25',
    'river_discharge_p75',
]))
    .optional();
export const FloodModelsSchema = z
    .enum([
    'seamless_v4',
    'forecast_v4',
    'consolidated_v4',
    'seamless_v3',
    'forecast_v3',
    'consolidated_v3',
])
    .optional();
export const FloodParamsSchema = CoordinateSchema.extend({
    daily: FloodDailyVariablesSchema,
    models: FloodModelsSchema,
    timezone: z.string().optional(),
    timeformat: TimeFormatSchema,
    past_days: z.number().min(0).max(92).describe(PAST_DAYS_DESCRIPTION).optional(),
    forecast_days: z.number().min(0).max(366).describe(FORECAST_DAYS_DESCRIPTION).optional(),
    start_date: DateStringSchema.optional(),
    end_date: DateStringSchema.optional(),
    ensemble: z.boolean().optional(),
    cell_selection: CellSelectionSchema.default('nearest').optional(),
});
// Seasonal forecast parameters
export const SeasonalParamsSchema = CoordinateSchema.extend({
    hourly: z
        .array(z.enum([
        'temperature_2m',
        'temperature_2m_max',
        'temperature_2m_min',
        'dew_point_2m',
        'pressure_msl',
        'sea_surface_temperature',
        'snowfall_water_equivalent',
        'precipitation',
        'rain',
        'showers',
        'snowfall',
        'cloud_cover',
        'wind_speed_10m',
        'wind_direction_10m',
        'wind_speed_100m',
        'wind_direction_100m',
        'wind_speed_200m',
        'wind_direction_200m',
        'relative_humidity_2m',
        'apparent_temperature',
        'et0_fao_evapotranspiration',
        'vapour_pressure_deficit',
        'weather_code',
        'sunshine_duration',
        'wave_height',
        'wave_direction',
        'wave_period',
        'wave_peak_period',
        'soil_temperature_0_to_7cm',
        'soil_temperature_7_to_28cm',
        'soil_temperature_28_to_100cm',
        'soil_temperature_100_to_255cm',
        'soil_moisture_0_to_7cm',
        'soil_moisture_7_to_28cm',
        'soil_moisture_28_to_100cm',
        'soil_moisture_100_to_255cm',
        'shortwave_radiation',
        'direct_radiation',
        'diffuse_radiation',
        'direct_normal_irradiance',
        'global_tilted_irradiance',
        'terrestrial_radiation',
        'shortwave_radiation_instant',
        'direct_radiation_instant',
        'diffuse_radiation_instant',
        'direct_normal_irradiance_instant',
        'global_tilted_irradiance_instant',
        'terrestrial_radiation_instant',
    ]))
        .optional(),
    daily: z
        .array(z.enum([
        'sunrise',
        'sunset',
        'weather_code',
        'et0_fao_evapotranspiration',
        'vapour_pressure_deficit_max',
        'temperature_2m_max',
        'temperature_2m_min',
        'temperature_2m_mean',
        'sunshine_duration',
        'dew_point_2m_mean',
        'pressure_msl_mean',
        'sea_surface_temperature_mean',
        'cloud_cover_mean',
        'wind_speed_10m_mean',
        'wind_speed_100m_mean',
        'snow_depth_mean',
        'soil_temperature_0_to_7cm_mean',
        'shortwave_radiation_sum',
        'precipitation_sum',
        'rain_sum',
        'precipitation_hours',
        'wind_speed_10m_max',
        'wind_direction_10m_dominant',
    ]))
        .optional(),
    weekly: z
        .array(z.enum([
        'wind_speed_10m_mean',
        'wind_speed_10m_anomaly',
        'wind_speed_100m_mean',
        'wind_speed_100m_anomaly',
        'wind_direction_10m_mean',
        'wind_direction_10m_anomaly',
        'wind_direction_100m_mean',
        'wind_direction_100m_anomaly',
        'snow_depth_mean',
        'snow_depth_anomaly',
        'snowfall_mean',
        'snowfall_anomaly',
        'temperature_2m_anomaly_gt0',
        'temperature_2m_anomaly_gt1',
        'temperature_2m_anomaly_gt2',
        'temperature_2m_anomaly_ltm1',
        'temperature_2m_anomaly_ltm2',
        'pressure_msl_anomaly_gt0',
        'surface_temperature_anomaly_gt0',
        'precipitation_anomaly_gt0',
        'precipitation_anomaly_gt10',
        'precipitation_anomaly_gt20',
        'temperature_2m_sot10',
        'temperature_2m_sot90',
        'temperature_2m_efi',
        'precipitation_efi',
        'precipitation_sot90',
        'showers_mean',
        'snow_density_mean',
        'snow_density_anomaly',
        'snow_depth_water_equivalent_mean',
        'snow_depth_water_equivalent_anomaly',
        'total_column_integrated_water_vapour_mean',
        'total_column_integrated_water_vapour_anomaly',
        'temperature_2m_mean',
        'temperature_2m_anomaly',
        'dew_point_2m_mean',
        'dew_point_2m_anomaly',
        'pressure_msl_mean',
        'pressure_msl_anomaly',
        'sea_surface_temperature_mean',
        'sea_surface_temperature_anomaly',
        'wind_u_component_10m_mean',
        'wind_u_component_10m_anomaly',
        'wind_v_component_10m_mean',
        'wind_v_component_10m_anomaly',
        'wind_u_component_100m_mean',
        'wind_u_component_100m_anomaly',
        'wind_v_component_100m_mean',
        'wind_v_component_100m_anomaly',
        'snowfall_water_equivalent_mean',
        'snowfall_water_equivalent_anomaly',
        'precipitation_mean',
        'precipitation_anomaly',
        'cloud_cover_mean',
        'cloud_cover_anomaly',
        'sunshine_duration_mean',
        'sunshine_duration_anomaly',
        'soil_temperature_0_to_7cm_mean',
        'soil_temperature_0_to_7cm_anomaly',
        'temperature_max6h_2m_mean',
        'temperature_max6h_2m_anomaly',
        'temperature_min6h_2m_mean',
        'temperature_min6h_2m_anomaly',
    ]))
        .optional(),
    monthly: z
        .array(z.enum([
        'wind_gusts_10m_anomaly',
        'wind_speed_10m_mean',
        'wind_speed_10m_anomaly',
        'albedo_mean',
        'albedo_anomaly',
        'cloud_cover_low_mean',
        'cloud_cover_low_anomaly',
        'showers_mean',
        'showers_anomaly',
        'runoff_mean',
        'runoff_anomaly',
        'snow_density_mean',
        'snow_density_anomaly',
        'snow_depth_water_equivalent_mean',
        'snow_depth_water_equivalent_anomaly',
        'total_column_integrated_water_vapour_mean',
        'total_column_integrated_water_vapour_anomaly',
        'temperature_2m_mean',
        'temperature_2m_anomaly',
        'dew_point_2m_mean',
        'dew_point_2m_anomaly',
        'pressure_msl_mean',
        'pressure_msl_anomaly',
        'sea_surface_temperature_mean',
        'sea_surface_temperature_anomaly',
        'wind_u_component_10m_mean',
        'wind_u_component_10m_anomaly',
        'wind_v_component_10m_mean',
        'wind_v_component_10m_anomaly',
        'snowfall_water_equivalent_mean',
        'snowfall_water_equivalent_anomaly',
        'precipitation_mean',
        'precipitation_anomaly',
        'shortwave_radiation_mean',
        'shortwave_radiation_anomaly',
        'longwave_radiation_mean',
        'longwave_radiation_anomaly',
        'cloud_cover_mean',
        'cloud_cover_anomaly',
        'sunshine_duration_mean',
        'sunshine_duration_anomaly',
        'soil_temperature_0_to_7cm_mean',
        'soil_temperature_0_to_7cm_anomaly',
        'soil_temperature_7_to_28cm_mean',
        'soil_temperature_7_to_28cm_anomaly',
        'soil_temperature_28_to_100cm_mean',
        'soil_temperature_28_to_100cm_anomaly',
        'soil_temperature_100_to_255cm_mean',
        'soil_temperature_100_to_255cm_anomaly',
        'soil_moisture_0_to_7cm_mean',
        'soil_moisture_0_to_7cm_anomaly',
        'soil_moisture_7_to_28cm_mean',
        'soil_moisture_7_to_28cm_anomaly',
        'soil_moisture_28_to_100cm_mean',
        'soil_moisture_28_to_100cm_anomaly',
        'soil_moisture_100_to_255cm_mean',
        'soil_moisture_100_to_255cm_anomaly',
        'temperature_max24h_2m_mean',
        'temperature_max24h_2m_anomaly',
        'temperature_min24h_2m_mean',
        'temperature_min24h_2m_anomaly',
        'sea_ice_cover_mean',
        'sea_ice_cover_anomaly',
        'latent_heat_flux_mean',
        'latent_heat_flux_anomaly',
        'sensible_heat_flux_mean',
        'sensible_heat_flux_anomaly',
        'evapotranspiration_mean',
        'evapotranspiration_anomaly',
        'snowfall_mean',
        'snowfall_anomaly',
        'snow_depth_mean',
        'snow_depth_anomaly',
    ]))
        .optional(),
    forecast_days: z.number().int().min(0).max(217).describe(FORECAST_DAYS_DESCRIPTION).optional(),
    past_days: z.number().min(0).max(92).describe(PAST_DAYS_DESCRIPTION).optional(),
    start_date: DateStringSchema.optional(),
    end_date: DateStringSchema.optional(),
    temperature_unit: TemperatureUnitSchema,
    wind_speed_unit: WindSpeedUnitSchema,
    precipitation_unit: PrecipitationUnitSchema,
    timezone: z.string().optional(),
    timeformat: TimeFormatSchema,
    cell_selection: CellSelectionSchema.optional(),
    models: z
        .enum([
        'best_match',
        'ecmwf_seasonal_seamless',
        'ecmwf_seas5',
        'ecmwf_ec46',
        'ecmwf_seasonal_ensemble_mean_seamless',
        'ecmwf_seas5_ensemble_mean',
        'ecmwf_ec46_ensemble_mean',
    ])
        .optional(),
});
// Climate models
export const ClimateModelsSchema = z.array(z.enum([
    'CMCC_CM2_VHR4',
    'FGOALS_f3_H',
    'HiRAM_SIT_HR',
    'MRI_AGCM3_2_S',
    'EC_Earth3P_HR',
    'MPI_ESM1_2_XR',
    'NICAM16_8S',
]));
// Climate projection parameters
export const ClimateParamsSchema = CoordinateSchema.extend({
    daily: z
        .array(z.enum([
        'temperature_2m_max',
        'temperature_2m_min',
        'temperature_2m_mean',
        'cloud_cover_mean',
        'relative_humidity_2m_max',
        'relative_humidity_2m_min',
        'relative_humidity_2m_mean',
        'precipitation_sum',
        'rain_sum',
        'snowfall_sum',
        'snowfall_water_equivalent_sum',
        'wind_speed_10m_mean',
        'wind_speed_10m_max',
        'wind_gusts_10m_mean',
        'wind_gusts_10m_max',
        'pressure_msl_mean',
        'shortwave_radiation_sum',
        'et0_fao_evapotranspiration_sum',
        'vapour_pressure_deficit_max',
        'dew_point_2m_mean',
        'dew_point_2m_max',
        'dew_point_2m_min',
        'growing_degree_days_base_0_limit_50',
        'leaf_wetness_probability_mean',
        'daylight_duration',
        'soil_moisture_0_to_7cm_mean',
        'soil_moisture_7_to_28cm_mean',
        'soil_moisture_28_to_100cm_mean',
        'soil_moisture_0_to_100cm_mean',
        'soil_moisture_index_0_to_7cm_mean',
        'soil_moisture_index_7_to_28cm_mean',
        'soil_moisture_index_28_to_100cm_mean',
        'soil_temperature_0_to_7cm_mean',
        'soil_temperature_7_to_28cm_mean',
        'soil_temperature_28_to_100cm_mean',
        'soil_temperature_0_to_100cm_mean',
    ]))
        .optional(),
    start_date: DateStringSchema,
    end_date: DateStringSchema,
    models: ClimateModelsSchema.optional(),
    temperature_unit: TemperatureUnitSchema,
    wind_speed_unit: WindSpeedUnitSchema,
    precipitation_unit: PrecipitationUnitSchema,
    disable_bias_correction: z.boolean().optional(),
    timezone: z.string().optional(),
    timeformat: TimeFormatSchema,
    cell_selection: CellSelectionSchema.optional(),
}).refine((data) => data.start_date <= data.end_date, {
    message: 'start_date must be before or equal to end_date',
    path: ['end_date'],
});
// Ensemble forecast parameters
export const EnsembleParamsSchema = CoordinateSchema.extend({
    models: EnsembleModelsSchema,
    hourly: z
        .array(z.enum([
        'temperature_2m',
        'relative_humidity_2m',
        'dew_point_2m',
        'apparent_temperature',
        'precipitation',
        'rain',
        'snowfall',
        'snow_depth',
        'weather_code',
        'pressure_msl',
        'surface_pressure',
        'cloud_cover',
        'visibility',
        'wind_speed_10m',
        'wind_direction_10m',
        'wind_gusts_10m',
        'wind_speed_80m',
        'wind_direction_80m',
        'wind_speed_100m',
        'wind_direction_100m',
        'surface_temperature',
        'soil_temperature_0_to_10cm',
        'cape',
        'et0_fao_evapotranspiration',
        'vapour_pressure_deficit',
        'shortwave_radiation',
        'uv_index',
        'uv_index_clear_sky',
        'temperature_2m_min',
        'temperature_2m_max',
        'wet_bulb_temperature_2m',
        'convective_inhibition',
        'freezing_level_height',
        'snowfall_height',
        'sunshine_duration',
        'snowfall_water_equivalent',
        'snow_depth_water_equivalent',
        'temperature_1000hPa',
        'temperature_975hPa',
        'temperature_950hPa',
        'temperature_925hPa',
        'temperature_900hPa',
        'temperature_850hPa',
        'temperature_800hPa',
        'temperature_700hPa',
        'temperature_600hPa',
        'temperature_500hPa',
        'temperature_400hPa',
        'temperature_300hPa',
        'temperature_250hPa',
        'temperature_200hPa',
        'temperature_150hPa',
        'temperature_100hPa',
        'temperature_70hPa',
        'temperature_50hPa',
        'temperature_30hPa',
        'relative_humidity_1000hPa',
        'relative_humidity_975hPa',
        'relative_humidity_950hPa',
        'relative_humidity_925hPa',
        'relative_humidity_900hPa',
        'relative_humidity_850hPa',
        'relative_humidity_800hPa',
        'relative_humidity_700hPa',
        'relative_humidity_600hPa',
        'relative_humidity_500hPa',
        'relative_humidity_400hPa',
        'relative_humidity_300hPa',
        'relative_humidity_250hPa',
        'relative_humidity_200hPa',
        'relative_humidity_150hPa',
        'relative_humidity_100hPa',
        'relative_humidity_70hPa',
        'relative_humidity_50hPa',
        'relative_humidity_30hPa',
        'wind_speed_1000hPa',
        'wind_speed_975hPa',
        'wind_speed_950hPa',
        'wind_speed_925hPa',
        'wind_speed_900hPa',
        'wind_speed_850hPa',
        'wind_speed_800hPa',
        'wind_speed_700hPa',
        'wind_speed_600hPa',
        'wind_speed_500hPa',
        'wind_speed_400hPa',
        'wind_speed_300hPa',
        'wind_speed_250hPa',
        'wind_speed_200hPa',
        'wind_speed_150hPa',
        'wind_speed_100hPa',
        'wind_speed_70hPa',
        'wind_speed_50hPa',
        'wind_speed_30hPa',
        'wind_direction_1000hPa',
        'wind_direction_975hPa',
        'wind_direction_950hPa',
        'wind_direction_925hPa',
        'wind_direction_900hPa',
        'wind_direction_850hPa',
        'wind_direction_800hPa',
        'wind_direction_700hPa',
        'wind_direction_600hPa',
        'wind_direction_500hPa',
        'wind_direction_400hPa',
        'wind_direction_300hPa',
        'wind_direction_250hPa',
        'wind_direction_200hPa',
        'wind_direction_150hPa',
        'wind_direction_100hPa',
        'wind_direction_70hPa',
        'wind_direction_50hPa',
        'wind_direction_30hPa',
        'geopotential_height_1000hPa',
        'geopotential_height_975hPa',
        'geopotential_height_950hPa',
        'geopotential_height_925hPa',
        'geopotential_height_900hPa',
        'geopotential_height_850hPa',
        'geopotential_height_800hPa',
        'geopotential_height_700hPa',
        'geopotential_height_600hPa',
        'geopotential_height_500hPa',
        'geopotential_height_400hPa',
        'geopotential_height_300hPa',
        'geopotential_height_250hPa',
        'geopotential_height_200hPa',
        'geopotential_height_150hPa',
        'geopotential_height_100hPa',
        'geopotential_height_70hPa',
        'geopotential_height_50hPa',
        'geopotential_height_30hPa',
        'vertical_velocity_1000hPa',
        'vertical_velocity_975hPa',
        'vertical_velocity_950hPa',
        'vertical_velocity_925hPa',
        'vertical_velocity_900hPa',
        'vertical_velocity_850hPa',
        'vertical_velocity_800hPa',
        'vertical_velocity_700hPa',
        'vertical_velocity_600hPa',
        'vertical_velocity_500hPa',
        'vertical_velocity_400hPa',
        'vertical_velocity_300hPa',
        'vertical_velocity_250hPa',
        'vertical_velocity_200hPa',
        'vertical_velocity_150hPa',
        'vertical_velocity_100hPa',
        'vertical_velocity_70hPa',
        'vertical_velocity_50hPa',
        'vertical_velocity_30hPa',
    ]))
        .optional(),
    daily: z
        .array(z.enum([
        'temperature_2m_mean',
        'temperature_2m_min',
        'temperature_2m_max',
        'apparent_temperature_mean',
        'apparent_temperature_min',
        'apparent_temperature_max',
        'wind_speed_10m_mean',
        'wind_speed_10m_min',
        'wind_speed_10m_max',
        'wind_direction_10m_dominant',
        'wind_gusts_10m_mean',
        'wind_gusts_10m_min',
        'wind_gusts_10m_max',
        'wind_speed_100m_mean',
        'wind_speed_100m_min',
        'wind_speed_100m_max',
        'wind_direction_100m_dominant',
        'precipitation_sum',
        'precipitation_hours',
        'rain_sum',
        'snowfall_sum',
        'pressure_msl_mean',
        'pressure_msl_min',
        'pressure_msl_max',
        'surface_pressure_mean',
        'surface_pressure_min',
        'surface_pressure_max',
        'cloud_cover_mean',
        'cloud_cover_min',
        'cloud_cover_max',
        'relative_humidity_2m_mean',
        'relative_humidity_2m_min',
        'relative_humidity_2m_max',
        'dew_point_2m_mean',
        'dew_point_2m_min',
        'dew_point_2m_max',
        'cape_mean',
        'cape_min',
        'cape_max',
        'shortwave_radiation_sum',
        'et0_fao_evapotranspiration',
    ]))
        .optional(),
    forecast_days: z.number().min(0).max(36).describe(FORECAST_DAYS_DESCRIPTION).optional(),
    temperature_unit: TemperatureUnitSchema,
    wind_speed_unit: WindSpeedUnitSchema,
    precipitation_unit: PrecipitationUnitSchema,
    timezone: z.string().optional(),
    elevation: z.number().optional(),
    timeformat: TimeFormatSchema,
    past_days: z.number().int().min(0).max(92).describe(PAST_DAYS_DESCRIPTION).optional(),
    past_hours: z.number().int().min(0).describe(PAST_HOURS_DESCRIPTION).optional(),
    forecast_hours: z.number().int().min(0).describe(FORECAST_HOURS_DESCRIPTION).optional(),
    start_date: DateStringSchema.optional(),
    end_date: DateStringSchema.optional(),
    tilt: TiltSchema.optional(),
    azimuth: AzimuthSchema.optional(),
    cell_selection: CellSelectionSchema.optional(),
    temporal_resolution: z.enum(['native', 'hourly', 'hourly_3', 'hourly_6']).optional(),
});
// Elevation parameters — the API supports batch lookups via comma-separated
// lat/lon lists, so each coordinate accepts either a single value or an array.
export const ElevationParamsSchema = z
    .object({
    latitude: z.union([z.number().min(-90).max(90), z.array(z.number().min(-90).max(90))]),
    longitude: z.union([z.number().min(-180).max(180), z.array(z.number().min(-180).max(180))]),
})
    .strict();
// Response types
export const WeatherResponseSchema = z.object({
    latitude: z.number(),
    longitude: z.number(),
    elevation: z.number(),
    generationtime_ms: z.number(),
    utc_offset_seconds: z.number(),
    hourly: z.record(z.array(z.union([z.number(), z.string()]))).optional(),
    hourly_units: z.record(z.string()).optional(),
    daily: z.record(z.array(z.union([z.number(), z.string()]))).optional(),
    daily_units: z.record(z.string()).optional(),
    current_weather: z
        .object({
        time: z.string(),
        temperature: z.number(),
        wind_speed: z.number(),
        wind_direction: z.number(),
        weather_code: z.number(),
    })
        .optional(),
});
export const ElevationResponseSchema = z.object({
    elevation: z.array(z.number()),
});
//# sourceMappingURL=types.js.map