/// <summary>
/// Given a (write) cursor, apply next Action in the buffer and return a List of messages
/// for the device's driver/firmata.
/// </summary>
/// <param name="cursor"></param>
/// <returns></returns>
public List <string> GetMessagesForNextAction(RobotCursor cursor)
{
Action action;
if (!cursor.ApplyNextAction(out action))
{
return(null); // cursor buffer is empty
}
return(GetActionMessages(action, cursor)); // this might be null if the action doesn't have a message representation here (e.g. PushSettings, Comment...)
}
public override byte[] GetBytesForNextAction(RobotCursor cursor)
{
if (!cursor.ApplyNextAction(out _action))
{
return(null); // cursor buffer is empty
}
_params = null;
switch (_action.Type)
{
case ActionType.Translation:
case ActionType.Rotation:
case ActionType.Transformation:
RotationVector rv = cursor.rotation.AA.ToRotationVector();
_params = new int[]
{
_action.Id,
cursor.motionType == MotionType.Joint ? INST_MOVEJ_P : INST_MOVEL,
(int)Math.Round(cursor.position.X * 0.001 * FACTOR_M),
(int)Math.Round(cursor.position.Y * 0.001 * FACTOR_M),
(int)Math.Round(cursor.position.Z * 0.001 * FACTOR_M),
(int)Math.Round(rv.X * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(rv.Y * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(rv.Z * Geometry.TO_RADS * FACTOR_RAD)
};
// Workaround to SW3.0 crash problem: https://github.com/RobotExMachina/Machina.NET/issues/7
if (ZERO_PRECISION_ON_SAME_POSITION_MOTION && cursor.precision != 0 && cursor.prevPosition != null && cursor.position.IsSimilar(cursor.prevPosition))
{
Logger.Debug("Applying ZERO_PRECISION_ON_SAME_POSITION_MOTION");
_params = WrapParamsWithZeroPrecision(_params, cursor);
}
break;
case ActionType.Axes:
_params = new int[]
{
_action.Id,
INST_MOVEJ_Q,
(int)Math.Round(cursor.axes.J1 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.axes.J2 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.axes.J3 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.axes.J4 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.axes.J5 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.axes.J6 * Geometry.TO_RADS * FACTOR_RAD),
};
// Another ZERO_PRECISION_ON_SAME_POSITION_MOTION check should happen here for 6th axis rotation only...
break;
case ActionType.Wait:
ActionWait aa = _action as ActionWait;
_params = new int[]
{
_action.Id,
INST_SLEEP,
(int)Math.Round(aa.millis * 0.001 * FACTOR_SEC)
};
break;
// Not implemented yet
//case ActionType.Message:
// ActionMessage am = (ActionMessage)action;
// dec = string.Format(" popup(\"{0}\", title=\"Machina Message\", warning=False, error=False)",
// am.message);
// break;
case ActionType.AttachTool:
//ActionAttachTool aatt = _action as ActionAttachTool;
//Tool t = aatt.tool;
Tool t = cursor.tool; // can cursor.tool be null? The action would have not gone through if there wasn't a tool available for attachment, right?
RotationVector trv = t.TCPOrientation.ToRotationVector();
_params = new int[]
{
_action.Id,
INST_SET_TOOL,
(int)Math.Round(t.TCPPosition.X * 0.001 * FACTOR_M),
(int)Math.Round(t.TCPPosition.Y * 0.001 * FACTOR_M),
(int)Math.Round(t.TCPPosition.Z * 0.001 * FACTOR_M),
(int)Math.Round(trv.X * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(trv.Y * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(trv.Z * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(t.Weight * FACTOR_KG)
};
break;
case ActionType.DetachTool:
_params = new int[]
{
_action.Id,
INST_SET_TOOL,
0,
0,
0,
0,
0,
0,
0
};
break;
case ActionType.IODigital:
ActionIODigital aiod = _action as ActionIODigital;
_params = new int[]
{
_action.Id,
INST_SET_DIGITAL_OUT,
aiod.pinNum,
aiod.on ? 1 : 0,
aiod.isToolPin ? 1 : 0
};
break;
case ActionType.IOAnalog:
ActionIOAnalog aioa = _action as ActionIOAnalog;
_params = new int[]
{
_action.Id,
INST_SET_ANALOG_OUT,
aioa.pinNum,
(int)Math.Round(aioa.value * FACTOR_VOLT)
//aioa.isToolPin ? 1 : 0 // there is no analog out on the tool
};
break;
// ╔═╗╔═╗╔╦╗╔╦╗╦╔╗╔╔═╗╔═╗
// ╚═╗║╣ ║ ║ ║║║║║ ╦╚═╗
// ╚═╝╚═╝ ╩ ╩ ╩╝╚╝╚═╝╚═╝
// Speed is now set globally, and the driver takes care of translating that internally
case ActionType.Speed:
_params = new int[]
{
_action.Id,
INST_ALL_SPEED,
(int)Math.Round(cursor.speed * 0.001 * FACTOR_M)
};
break;
// Idem for acceleration
case ActionType.Acceleration:
_params = new int[]
{
_action.Id,
INST_ALL_ACC,
(int)Math.Round(cursor.acceleration * 0.001 * FACTOR_M)
};
break;
case ActionType.Precision:
_params = new int[]
{
_action.Id,
INST_BLEND,
(int)Math.Round(cursor.precision * 0.001 * FACTOR_M)
};
break;
case ActionType.PushPop:
ActionPushPop app = _action as ActionPushPop;
if (app.push)
{
break;
}
Settings beforePop = cursor.settingsBuffer.SettingsBeforeLastPop;
Dictionary <int, int> poppedSettings = new Dictionary <int, int>();
// These are the states kept in the controller as of v1.0 of the driver
//if (beforePop.Speed != cursor.speed)
// poppedSettings.Add(INST_TCP_SPEED, (int)Math.Round(cursor.speed * 0.001 * FACTOR_M));
//if (beforePop.Acceleration != cursor.acceleration)
// poppedSettings.Add(INST_TCP_ACC, (int)Math.Round(cursor.acceleration * 0.001 * FACTOR_M));
//if (beforePop.JointSpeed != cursor.jointSpeed)
// poppedSettings.Add(INST_Q_SPEED, (int)Math.Round(cursor.jointSpeed * Geometry.TO_RADS * FACTOR_RAD));
//if (beforePop.JointAcceleration != cursor.jointAcceleration)
// poppedSettings.Add(INST_Q_ACC, (int)Math.Round(cursor.jointAcceleration * Geometry.TO_RADS * FACTOR_RAD));
// These are the states kept in the controller as of v1.0 of the driver
if (beforePop.Speed != cursor.speed)
{
poppedSettings.Add(INST_ALL_SPEED, (int)Math.Round(cursor.speed * 0.001 * FACTOR_M));
}
if (beforePop.Acceleration != cursor.acceleration)
{
poppedSettings.Add(INST_ALL_ACC, (int)Math.Round(cursor.acceleration * 0.001 * FACTOR_M));
}
if (beforePop.Precision != cursor.precision)
{
poppedSettings.Add(INST_BLEND, (int)Math.Round(cursor.precision * 0.001 * FACTOR_M));
}
// Generate a buffer with all instructions, ids of -1 except for the last one.
_params = new int[3 * poppedSettings.Count];
int it = 0;
foreach (var setting in poppedSettings)
{
_params[3 * it] = it == poppedSettings.Count - 1 ? app.Id : -1; // only attach the real id to the last instruction
_params[3 * it + 1] = setting.Key;
_params[3 * it + 2] = setting.Value;
it++;
}
break;
case ActionType.Coordinates:
throw new NotImplementedException(); // @TODO: this should also change the WObj, but not on it yet...
//// Send comma-separated integers
//case ActionType.CustomCode:
// ActionCustomCode acc = _action as ActionCustomCode;
// int[] values;
// if (Numeric.CommaSeparatedStringToInts(out values))
// {
// }
// else
// {
// Logger.Warning("Invalid CustomCode: please use a string of comma-separated integers, like \"1,);
// }
// break;
// If the Action wasn't on the list above, it doesn't have a message representation...
default:
Logger.Verbose("Cannot stream action `" + _action + "`");
return(null);
}
if (_params == null)
{
return(null);
}
_buffer = Utilities.Conversion.Int32ArrayToByteArray(_params, false);
return(_buffer);
}
public override byte[] GetBytesForNextAction(RobotCursor cursor)
{
if (!cursor.ApplyNextAction(out _action))
{
return(null); // cursor buffer is empty
}
_params = null;
switch (_action.type)
{
case ActionType.Translation:
case ActionType.Rotation:
case ActionType.Transformation:
RotationVector rv = cursor.rotation.AA.ToRotationVector();
_params = new int[]
{
_action.id,
cursor.motionType == MotionType.Joint ? INST_MOVEJ_P : INST_MOVEL,
(int)Math.Round(cursor.position.X * 0.001 * FACTOR_M),
(int)Math.Round(cursor.position.Y * 0.001 * FACTOR_M),
(int)Math.Round(cursor.position.Z * 0.001 * FACTOR_M),
(int)Math.Round(rv.X * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(rv.Y * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(rv.Z * Geometry.TO_RADS * FACTOR_RAD)
};
break;
case ActionType.Axes:
_params = new int[]
{
_action.id,
INST_MOVEJ_Q,
(int)Math.Round(cursor.joints.J1 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.joints.J2 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.joints.J3 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.joints.J4 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.joints.J5 * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(cursor.joints.J6 * Geometry.TO_RADS * FACTOR_RAD),
};
break;
case ActionType.Wait:
ActionWait aa = _action as ActionWait;
_params = new int[]
{
_action.id,
INST_SLEEP,
(int)Math.Round(aa.millis * 0.001 * FACTOR_SEC)
};
break;
// Not implemented yet
//case ActionType.Message:
// ActionMessage am = (ActionMessage)action;
// dec = string.Format(" popup(\"{0}\", title=\"Machina Message\", warning=False, error=False)",
// am.message);
// break;
case ActionType.Attach:
ActionAttach aatt = _action as ActionAttach;
Tool t = aatt.tool;
RotationVector trv = t.TCPOrientation.ToRotationVector();
_params = new int[]
{
_action.id,
INST_SET_TOOL,
(int)Math.Round(t.TCPPosition.X * 0.001 * FACTOR_M),
(int)Math.Round(t.TCPPosition.Y * 0.001 * FACTOR_M),
(int)Math.Round(t.TCPPosition.Z * 0.001 * FACTOR_M),
(int)Math.Round(trv.X * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(trv.Y * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(trv.Z * Geometry.TO_RADS * FACTOR_RAD),
(int)Math.Round(t.Weight * FACTOR_M)
};
break;
case ActionType.Detach:
_params = new int[]
{
_action.id,
INST_SET_TOOL,
0,
0,
0,
0,
0,
0,
0
};
break;
case ActionType.IODigital:
ActionIODigital aiod = _action as ActionIODigital;
_params = new int[]
{
_action.id,
INST_SET_DIGITAL_OUT,
aiod.pinNum,
aiod.on ? 1 : 0
};
break;
case ActionType.IOAnalog:
ActionIOAnalog aioa = _action as ActionIOAnalog;
_params = new int[]
{
_action.id,
INST_SET_DIGITAL_OUT,
aioa.pinNum,
(int)Math.Round(aioa.value * FACTOR_VOLT)
};
break;
// ╔═╗╔═╗╔╦╗╔╦╗╦╔╗╔╔═╗╔═╗
// ╚═╗║╣ ║ ║ ║║║║║ ╦╚═╗
// ╚═╝╚═╝ ╩ ╩ ╩╝╚╝╚═╝╚═╝
case ActionType.Speed:
_params = new int[]
{
_action.id,
INST_TCP_SPEED,
(int)Math.Round(cursor.speed * 0.001 * FACTOR_M)
};
break;
case ActionType.Acceleration:
_params = new int[]
{
_action.id,
INST_TCP_ACC,
(int)Math.Round(cursor.acceleration * 0.001 * FACTOR_M)
};
break;
case ActionType.JointSpeed:
_params = new int[]
{
_action.id,
INST_Q_SPEED,
(int)Math.Round(cursor.jointSpeed * Geometry.TO_RADS * FACTOR_RAD)
};
break;
case ActionType.JointAcceleration:
_params = new int[]
{
_action.id,
INST_Q_ACC,
(int)Math.Round(cursor.jointAcceleration * Geometry.TO_RADS * FACTOR_RAD)
};
break;
case ActionType.Precision:
_params = new int[]
{
_action.id,
INST_BLEND,
(int)Math.Round(cursor.precision * 0.001 * FACTOR_M)
};
break;
case ActionType.PushPop:
ActionPushPop app = _action as ActionPushPop;
if (app.push)
{
break;
}
Settings beforePop = cursor.settingsBuffer.SettingsBeforeLastPop;
Dictionary <int, int> poppedSettings = new Dictionary <int, int>();
// These are the states kept in the controller as of v1.0 of the driver
if (beforePop.Speed != cursor.speed)
{
poppedSettings.Add(INST_TCP_SPEED, (int)Math.Round(cursor.speed * 0.001 * FACTOR_M));
}
if (beforePop.Acceleration != cursor.acceleration)
{
poppedSettings.Add(INST_TCP_ACC, (int)Math.Round(cursor.acceleration * 0.001 * FACTOR_M));
}
if (beforePop.JointSpeed != cursor.jointSpeed)
{
poppedSettings.Add(INST_Q_SPEED, (int)Math.Round(cursor.jointSpeed * Geometry.TO_RADS * FACTOR_RAD));
}
if (beforePop.JointAcceleration != cursor.jointAcceleration)
{
poppedSettings.Add(INST_Q_ACC, (int)Math.Round(cursor.jointAcceleration * Geometry.TO_RADS * FACTOR_RAD));
}
if (beforePop.Precision != cursor.precision)
{
poppedSettings.Add(INST_BLEND, (int)Math.Round(cursor.precision * 0.001 * FACTOR_M));
}
// Generate a buffer with all instructions, ids of -1 except for the last one.
_params = new int[3 * poppedSettings.Count];
int it = 0;
foreach (var setting in poppedSettings)
{
_params[3 * it] = it == poppedSettings.Count - 1 ? app.id : -1; // only attach the real id to the last instruction
_params[3 * it + 1] = setting.Key;
_params[3 * it + 2] = setting.Value;
it++;
}
break;
case ActionType.Coordinates:
throw new NotImplementedException(); // @TODO: this should also change the WObj, but not on it yet...
}
if (_params == null)
{
return(null);
}
_buffer = Util.Int32ArrayToByteArray(_params, false);
return(_buffer);
}