package org.reprap.devices; import java.io.IOException; import org.reprap.utilities.Debug; import org.reprap.AxisMotor; import org.reprap.ReprapException; import org.reprap.devices.GenericStepperMotor; public class NullStepperMotor extends GenericStepperMotor { /** * @param motorId */ public NullStepperMotor(int motorId) { super(null, motorId); } /** * Is the comms working? * @return */ public boolean isAvailable() { return true; } public boolean wasAvailable() { return true; } public void refreshPreferences() { } /** * Dispose of this object */ public void dispose() { } /** * * */ public void waitTillNotBusy() throws IOException { return; } /** * Add an XY point to the firmware buffer for plotting * Only works for recent firmware. * * @param endX * @param endY * @param movementSpeed * @return */ public boolean queuePoint(int endX, int endY, int movementSpeed, int control) throws IOException { return false; } /** * Set the motor speed (or turn it off) * @param speed A value between -255 and 255. * @throws ReprapException * @throws IOException */ public void setSpeed(int speed) throws IOException { Debug.d(axis + " axis - setting speed: " + speed); } /** * @throws IOException */ public void setIdle() throws IOException { Debug.d(axis + " axis - going idle."); } /** * @throws IOException */ public void stepForward() throws IOException { Debug.d(axis + " axis - stepping forward."); } /** * @throws IOException */ public void stepBackward() throws IOException { Debug.d(axis + " axis - stepping backward."); } /** * @throws IOException */ public void resetPosition() throws IOException { setPosition(0); } /** * @param position * @throws IOException */ public void setPosition(int position) throws IOException { Debug.d(axis + " axis - setting position to: " + position); } /** * @return current position of the motor * @throws IOException */ public int getPosition() throws IOException { int value = 0; Debug.d(axis + " axis - getting position. It is... "); Debug.d("..." + value); return value; } /** * @param speed * @param position * @throws IOException */ public void seek(int speed, int position) throws IOException { Debug.d(axis + " axis - seeking position " + position + " at speed " + speed); } /** * @param speed * @param position * @throws IOException */ public void seekBlocking(int speed, int position) throws IOException { Debug.d(axis + " axis - seeking-blocking position " + position + " at speed " + speed); } /** * @param speed * @return range of the motor * @throws IOException * @throws InvalidPayloadException */ public AxisMotor.Range getRange(int speed) throws IOException { Debug.d(axis + " axis - getting range."); return new AxisMotor.Range(); } /** * @param speed * @throws IOException * @throws InvalidPayloadException */ public void homeReset(int speed) throws IOException { Debug.d(axis + " axis - home reset at speed " + speed); } /** * @param syncType * @throws IOException */ public void setSync(byte syncType) throws IOException { Debug.d(axis + " axis - setting sync to " + syncType); } /** * @param speed * @param x1 * @param deltaY * @throws IOException */ public void dda(int speed, int x1, int deltaY) throws IOException { Debug.d(axis + " axis - dda at speed " + speed + ". x1 = " + x1 + ", deltaY = " + deltaY); } // /** // * @throws IOException // */ // private void setNotification() throws IOException { // Debug.d(axis + " axis - setting notification on."); // } // /** // * @throws IOException // */ // private void setNotificationOff() throws IOException { // Debug.d(axis + " axis - setting notification off."); // } /** * * @param maxTorque An integer value 0 to 100 representing the maximum torque percentage * @throws IOException */ public void setMaxTorque(int maxTorque) throws IOException { Debug.d(axis + " axis - setting maximum torque to: " + maxTorque); } }