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Coverage Area: Statewide.\n */\nexport const subsurfaceMeasurementSchema = z\n .object({\n SensorId: z\n .number()\n .optional()\n .describe(\"Numeric ID of the subsurface sensor.\"),\n SubSurfaceTemperature: z\n .number()\n .optional()\n .describe(\n \"Temperature from sensor embedded 12-18 inches below road pavement in degrees Celsius.\"\n ),\n })\n .describe(\n \"Subsurface sensor measurements including ground temperature from sensors embedded below road pavement.\"\n );\n\nexport type SubsurfaceMeasurement = z.infer;\n","import { z } from \"@/shared/zod\";\n\n/**\n * GetSurfaceMeasurements input schema\n *\n * Input parameters for getting surface measurements.\n */\nexport const surfaceMeasurementsInputSchema = z\n .object({})\n .describe(\n \"Input parameters for listing surface measurements from all stations.\"\n );\n\nexport type SurfaceMeasurementsInput = z.infer<\n typeof surfaceMeasurementsInputSchema\n>;\n","import { z } from \"@/shared/zod\";\n\n/**\n * ScanwebSurfaceMeasurements schema\n *\n * Provides current information from weather stations. Coverage Area: Statewide.\n */\nexport const surfaceMeasurementSchema = z\n .object({\n SensorId: z\n .number()\n .optional()\n .describe(\"Numeric ID of the surface sensor.\"),\n SurfaceTemperature: z\n .number()\n .optional()\n .describe(\"Current pavement surface temperature in degrees Celsius.\"),\n RoadFreezingTemperature: z\n .number()\n .optional()\n .describe(\n \"Freezing point of moisture on pavement based on chemical treatment in degrees Celsius.\"\n ),\n RoadSurfaceCondition: z\n .number()\n .optional()\n .describe(\n \"Code indicating road surface condition: 101 = Dry, 102 = Wet, 103 = Moist, 104 = Ice, 105 = Snow, 108 = Unknown/Other.\"\n ),\n })\n .describe(\n \"Surface sensor measurements including pavement temperature, road freezing temperature, and surface condition code from sensors embedded in or mounted on road surfaces.\"\n );\n\nexport type SurfaceMeasurement = z.infer;\n","import { z } from \"@/shared/zod\";\n\n/**\n * GetWeatherReadings input schema\n *\n * Input parameters for getting weather readings.\n */\nexport const weatherReadingsInputSchema = z\n .object({})\n .describe(\n \"Input parameters for listing comprehensive weather readings from all stations.\"\n );\n\nexport type WeatherReadingsInput = z.infer;\n","import { zIsoDateString } from \"@/apis/shared\";\nimport { z } from \"@/shared/zod\";\n\n/**\n * WeatherReading schema\n *\n * Provides current information from weather stations. Coverage Area: Statewide.\n */\nexport const weatherReadingSchema = z\n .object({\n StationId: z\n .string()\n .describe(\"National Weather Service assigned station identifier code.\"),\n StationName: z.string().describe(\"Display name of the weather station.\"),\n Latitude: z\n .number()\n .describe(\"Latitude of the weather station in decimal degrees.\"),\n Longitude: z\n .number()\n .describe(\"Longitude of the weather station in decimal degrees.\"),\n Elevation: z\n .int()\n .describe(\"Elevation of the weather station above sea level in meters.\"),\n ReadingTime: zIsoDateString()\n .nullable()\n .describe(\n \"UTC datetime when the comprehensive weather reading was taken (ISO-8601 format).\"\n ),\n AirTemperature: z\n .number()\n .nullable()\n .describe(\"Current air temperature in degrees Celsius.\"),\n RelativeHumidty: z\n .int()\n .nullable()\n .describe(\"Relative humidity as a percentage (0-100).\"),\n AverageWindSpeed: z\n .int()\n .nullable()\n .describe(\n \"Average wind speed during evaluation cycle in kilometers per hour.\"\n ),\n AverageWindDirection: z\n .int()\n .nullable()\n .describe(\n \"Average wind direction in degrees clockwise from north (0-359).\"\n ),\n WindGust: z\n .int()\n .nullable()\n .describe(\n \"Maximum wind gust speed during evaluation cycle in kilometers per hour.\"\n ),\n Visibility: z\n .int()\n .nullable()\n .describe(\n \"Average visibility distance in meters (computed every 3 minutes).\"\n ),\n PrecipitationIntensity: z\n .int()\n .nullable()\n .describe(\n \"Precipitation intensity derived from precipitation rate (intensity units).\"\n ),\n PrecipitationType: z\n .int()\n .nullable()\n .describe(\n \"Code indicating precipitation type: 0 = none, 1 = rain, 2 = snow.\"\n ),\n PrecipitationPast1Hour: z\n .number()\n .nullable()\n .describe(\n \"Precipitation amount (liquid equivalent) for previous 1 hour in millimeters.\"\n ),\n PrecipitationPast3Hours: z\n .number()\n .nullable()\n .describe(\n \"Precipitation amount (liquid equivalent) for previous 3 hours in millimeters.\"\n ),\n PrecipitationPast6Hours: z\n .number()\n .nullable()\n .describe(\n \"Precipitation amount (liquid equivalent) for previous 6 hours in millimeters.\"\n ),\n PrecipitationPast12Hours: z\n .number()\n .nullable()\n .describe(\n \"Precipitation amount (liquid equivalent) for previous 12 hours in millimeters.\"\n ),\n PrecipitationPast24Hours: z\n .number()\n .nullable()\n .describe(\n \"Precipitation amount (liquid equivalent) for previous 24 hours in millimeters.\"\n ),\n PrecipitationAccumulation: z\n .number()\n .nullable()\n .describe(\n \"Precipitation amount (liquid equivalent) from midnight GMT to current time in millimeters.\"\n ),\n BarometricPressure: z\n .int()\n .nullable()\n .describe(\n \"Atmospheric pressure in millibars (not adjusted for elevation).\"\n ),\n SnowDepth: z\n .int()\n .nullable()\n .describe(\n \"Snow depth on representative areas excluding highway pavement in centimeters.\"\n ),\n SurfaceMeasurements: z\n .array(\n z.object({\n SensorId: z.int().describe(\"Numeric ID of the surface sensor.\"),\n SurfaceTemperature: z\n .number()\n .nullable()\n .describe(\n \"Current pavement surface temperature in degrees Celsius.\"\n ),\n RoadFreezingTemperature: z\n .number()\n .nullable()\n .describe(\n \"Freezing point of moisture on pavement based on chemical treatment in degrees Celsius.\"\n ),\n RoadSurfaceCondition: z\n .number()\n .nullable()\n .describe(\n \"Code indicating road surface condition: 101 = Dry, 102 = Wet, 103 = Moist, 104 = Ice, 105 = Snow.\"\n ),\n })\n )\n .nullable()\n .describe(\n \"Array of surface sensor measurements including pavement temperature, freezing temperature, and condition codes.\"\n ),\n SubSurfaceMeasurements: z\n .array(\n z.object({\n SensorId: z.int().describe(\"Numeric ID of the subsurface sensor.\"),\n SubSurfaceTemperature: z\n .number()\n .nullable()\n .describe(\n \"Temperature from sensor embedded 12-18 inches below road pavement in degrees Celsius.\"\n ),\n })\n )\n .nullable()\n .describe(\n \"Array of subsurface sensor measurements including ground temperature from sensors embedded below pavement.\"\n ),\n })\n .describe(\n \"Comprehensive weather reading from a WSDOT weather station, including atmospheric conditions, precipitation across multiple time periods, and surface/subsurface sensor measurements.\"\n );\n\nexport type WeatherReading = z.infer;\n"]}