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@z0mt3c/f1-telemetry-client

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"use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.CarSetupDataParser = void 0; const F1Parser_1 = require("../F1Parser"); class CarSetupDataParser extends F1Parser_1.F1Parser { constructor(packetFormat) { super(); this.uint8('m_frontWing') .uint8('m_rearWing') .uint8('m_onThrottle') .uint8('m_offThrottle') .floatle('m_frontCamber') .floatle('m_rearCamber') .floatle('m_frontToe') .floatle('m_rearToe') .uint8('m_frontSuspension') .uint8('m_rearSuspension') .uint8('m_frontAntiRollBar') .uint8('m_rearAntiRollBar') .uint8('m_frontSuspensionHeight') .uint8('m_rearSuspensionHeight') .uint8('m_brakePressure') .uint8('m_brakeBias'); if (packetFormat >= 2024) { this.uint8('m_engineBraking'); } if (packetFormat >= 2020) { this.floatle('m_rearLeftTyrePressure').floatle('m_rearRightTyrePressure').floatle('m_frontLeftTyrePressure').floatle('m_frontRightTyrePressure'); } else { this.floatle('m_frontTyrePressure').floatle('m_rearTyrePressure'); } this.uint8('m_ballast').floatle('m_fuelLoad'); } } exports.CarSetupDataParser = CarSetupDataParser;