import { Observable } from 'rxjs';
import { MotorServoEndState, MotorUseProfile, PortOperationStartupInformation } from '../constants';
/**
 * Status of the port command execution.
 * @param inProgress - command is sent to the hub and is executing
 * @param discarded - command was discarded by the hub (e.g. another port output command was sent to the motor)
 * @param completed - command was completed successfully
 * @param executionError - an error occurred during command execution
 */
export declare enum PortCommandExecutionStatus {
    inProgress = 0,
    discarded = 1,
    completed = 2,
    executionError = 3
}
/**
 * Options for the startSpeed method.
 * @param power - power of the motor, range: [0, 100]
 * @param useProfile - use profile for the motor, default is 'dontUseProfiles'
 * @param noFeedback - do not wait for feedback from the motor, default is false
 * @param bufferMode - startup information for the motor, default is 'bufferIfNecessary'
 */
export type StartSpeedOptions = {
    power?: number;
    useProfile?: MotorUseProfile;
    noFeedback?: boolean;
    bufferMode?: PortOperationStartupInformation;
};
/**
 * Options for the startPower method (uses direct write). It seems like it works for PortModeName.speed also.
 * @param powerModeId - power mode ID, defaults to WELL_KNOWN_PORT_MODE_IDS.motor[PortModeName.power]
 * @param noFeedback - do not wait for feedback from the motor, default is false
 * @param bufferMode - startup information for the motor, default is 'bufferIfNecessary'
 */
export type StartPowerOptions = {
    powerModeId?: number;
    noFeedback?: boolean;
    bufferMode?: PortOperationStartupInformation;
};
/**
 * Options for the goToPosition method.
 * @param speed - speed of the motor, range: [-100, - 100]
 * @param power - power of the motor, range: [0, 100]
 * @param endState - end state of the motor, default is 'hold'
 * @param useProfile - use profile for the motor, default is 'dontUseProfiles'
 * @param noFeedback - do not wait for feedback from the motor, default is false.
 * @param bufferMode - startup information for the motor, default is 'bufferIfNecessary'
 *
 * WARNING: setting noFeedback to true can lead to the motor rotating forever (until the hub is switched off) if the next command is issued in quick succession.
 */
export type ServoCommandOptions = {
    speed?: number;
    power?: number;
    endState?: MotorServoEndState;
    useProfile?: MotorUseProfile;
    noFeedback?: boolean;
    bufferMode?: PortOperationStartupInformation;
};
export interface IMotorsFeature {
    /**
     * Sets the acceleration time for the motor.
     * Stream completes when the command is executed by the hub. Do not expect InProgress status to be emitted.
     * @param portId
     * @param timeMs - acceleration time in milliseconds
     */
    setAccelerationTime(portId: number, timeMs: number): Observable<PortCommandExecutionStatus>;
    /**
     * Sets the deceleration time for the motor.
     * Stream completes when the command is executed by the hub. Do not expect InProgress status to be emitted.
     * @param portId
     * @param timeMs - deceleration time in milliseconds
     */
    setDecelerationTime(portId: number, timeMs: number): Observable<PortCommandExecutionStatus>;
    /**
     * Starts motor rotation at the specified power. Used to control Power Functions motors, e.g. LPF2-TRAIN
     * Stream completes when the command is executed by the hub. Do not expect InProgress status to be emitted.
     *
     * @param portId
     * @param power - power in range [-100, 100]
     * @param powerModeId - power mode ID, defaults to WELL_KNOWN_PORT_MODE_IDS.motor[PortModeName.power]
     * @param options
     */
    startPower(portId: number, power: number, powerModeId: number, options?: StartPowerOptions): Observable<PortCommandExecutionStatus>;
    /**
     * Starts motor rotation at the specified speed.
     * Stream completes when the command is executed by the hub. Do not expect InProgress status to be emitted.
     *
     * @param portId
     * @param speed - speed in range [-100, 100], where positive values rotate the motor clockwise, negative values rotate the motor counter-clockwise.
     * @param options
     */
    startSpeed(portId: number, speed: number, options?: StartSpeedOptions): Observable<PortCommandExecutionStatus>;
    /**
     * Starts motors rotation at the specified speed in synchronized mode (applicable only for virtual ports).
     * Stream completes when the command is executed by the hub. Do not expect InProgress status to be emitted.
     *
     * @param virtualPortId
     * @param speed1
     * @param speed2
     * @param options
     */
    setSpeedSynchronized(virtualPortId: number, speed1: number, speed2: number, options?: StartSpeedOptions): Observable<PortCommandExecutionStatus>;
    /**
     * Rotates the motor to the specified position (relative to zero).
     * Zero is the position when the motor was last switched on or connected to the hub.
     * Positive values are calculated clockwise, negative values are calculated counter-clockwise.
     *
     * WARNING: setting noFeedback to true can lead to the motor rotating forever (until the hub is switched off) if
     * the next command issued in quick succession. Use with caution.
     * @param portId
     * @param targetDegree - must be in [-2147483647, 2147483647] range
     * @param options
     */
    goToPosition(portId: number, targetDegree: number, options?: ServoCommandOptions): Observable<PortCommandExecutionStatus>;
    /**
     * Rotates virtual port motors to the specified positions (relative to zero).
     *
     * WARNING: setting noFeedback to true can lead to the motor rotating forever (until the hub is switched off) if
     * the next command is issued in quick succession. Use with caution.
     * @see goToPosition
     *
     * @param virtualPortId
     * @param targetDegree1
     * @param targetDegree2
     * @param options
     */
    goToPositionSynchronized(virtualPortId: number, targetDegree1: number, targetDegree2: number, options?: ServoCommandOptions): Observable<PortCommandExecutionStatus>;
    /**
     * Rotates the motor by the specified degree (positive values rotate clockwise, negative values rotate counter-clockwise).
     * The sign of the speed is ignored
     *
     * WARNING: setting noFeedback to true can lead to the motor rotating forever (until the hub is switched off) if
     * the next command is issued in quick succession. Use with caution.
     * @param portId - The port to issue command at
     * @param degree - Step in degrees
     * @param options - See RotateByDegreeOptions
     */
    rotateByDegree(portId: number, degree: number, options?: ServoCommandOptions): Observable<PortCommandExecutionStatus>;
    /**
     * Shifts motor's encoder zero position relative to current position.
     * Stream completes when the command is executed by the hub. Do not expect InProgress status to be emitted.
     *
     * Positive values shift the absolute zero clockwise, negative values shift the absolute zero counter-clockwise.
     * @param portId - The port to set zero position at.
     * @param position - Target position in degrees.
     * @param positionModeId - Position mode ID, defaults to WELL_KNOWN_PORT_MODE_IDS.motor[PortModeName.position]
     */
    setZeroPositionRelativeToCurrentPosition(portId: number, position: number, positionModeId?: number): Observable<PortCommandExecutionStatus>;
}