ChatGPT und fischertechnik
Verfasst: 17 Dez 2022, 21:40
Hallo fischertechnik Fans,
hat schon jemand versucht, dem absoluten chatGPT Hype folgend, die KI über fischertechnik zu befragen?
https://chat.openai.com/chat
Ich habe mal das hier gewagt:
Q: "Which fischertechnik components would be needed to build a computer controlled wire bending machine?"
A: There are a variety of Fischertechnik components that could be used to build a computer controlled (CNC) wire bending machine, depending on the specific requirements and design of the machine. Some of the components that might be needed include:
Motors: These could be used to drive the movement of the wire bending head and other mechanical components of the machine. Fischertechnik offers a range of motors including DC motors, stepper motors, and servo motors.
Gears and drive components: These could be used to transmit power from the motors to the mechanical components of the machine and to provide precise control of their movement. Fischertechnik offers a variety of gears, sprockets, and other drive components.
Sensors: These could be used to detect the position and movement of the wire bending head and other components of the machine. Fischertechnik offers a range of sensors including encoders, limit switches, and proximity sensors.
Electronic control unit (ECU): This could be used to control the operation of the machine and to process sensor input and other data. Fischertechnik offers a range of ECUs and programmable controllers.
Mechanical components: These could include the wire bending head, guides and supports for the wire, and other mechanical components needed to bend and shape the wire. Fischertechnik offers a range of mechanical components such as beams, brackets, and connectors that can be used to build these components.
In addition to these components, you would also need to design and build the mechanical structure of the machine using Fischertechnik components, and program the control system to control the operation of the machine. It is recommended that you seek guidance and assistance from a mentor or professional if you are not familiar with these topics.
Recht allgemein aber schließlich habe ich ja auch nicht ordentlich beschrieben, wie meine Drahtbiegemaschine aussehen soll. Wieviel weiß das Ding denn wirklich über fischertechnik?
Q: Can you provide the fischertechnik serial numbers of the main parts I would need, assuming I use a new encoder motor for each dimension, a TXT controller as ECU und a pneumatic cylinder and compressor for the bendig head?
A: To build a computer controlled (CNC) wire bending machine using Fischertechnik components, you will need a variety of components including motors, controllers, sensors, and other hardware. Here is a list of some of the main Fischertechnik components you might need for such a machine, along with their serial numbers:
Encoder motors: Fischertechnik offers a range of encoder motors that could be used to provide precise control of the movement of the wire bending head and other mechanical components of the machine. You will likely need at least one encoder motor for each dimension that you want to control. Some possible options for encoder motors include the following:
Fischertechnik motor with encoder, serial number 558092
Fischertechnik high-torque motor with encoder, serial number 558093
Fischertechnik high-speed motor with encoder, serial number 558094
Electronic control unit (ECU): Fischertechnik offers a range of ECUs and programmable controllers that could be used to control the operation of the machine and to process sensor input and other data. One possible option for an ECU is the Fischertechnik TXT controller, serial number 550936.
Pneumatic cylinder and compressor: Fischertechnik offers a range of pneumatic cylinders and compressors that could be used to provide the force needed to bend the wire. Some possible options for pneumatic cylinders and compressors include the following:
Fischertechnik pneumatic cylinder, serial number 552132
Fischertechnik pneumatic compressor, serial number 552133
Na gut, denke ich mir - jetzt programmieren wir das ganze - chatGPT soll ja gut in Python sein. Also schreibe ich:
Q: Lets assume, I want to control my bending machine using ftrobopy and python. Can you give me a draft of this program assuming encoder motor a controls the forwarding of the wire, encoder motor 2 controls the rotation of the wire, encoder motor 3 controls the rotation of the bending head and a pneumatic cylinder controls, if the bending pin is out or in.
A: Here is a draft of a Python program using ftrobopy (Fischertechnik Robot Programming in Python) to control a CNC wire bending machine with three encoder motors and a pneumatic cylinder:
import ftrobopy
# Connect to the control unit
ecu = ftrobopy.FTCompactPro()
# Initialize the encoder motors
motor_a = ftrobopy.FTPositionMotor(ecu, 1)
motor_b = ftrobopy.FTPositionMotor(ecu, 2)
motor_c = ftrobopy.FTPositionMotor(ecu, 3)
# Initialize the pneumatic cylinder
cylinder = ftrobopy.FTPneumaticCylinder(ecu, 1)
# Set the bending pin to the "in" position
cylinder.set(False)
# Move the wire forward
motor_a.move_to(100, blocking=True)
# Rotate the wire
motor_b.move_to(45, blocking=True)
# Rotate the bending head
motor_c.move_to(90, blocking=True)
# Set the bending pin to the "out" position
cylinder.set(True)
# Perform the bending operation
motor_c.move_to(180, blocking=True)
# Set the bending pin to the "in" position
cylinder.set(False)
# Disconnect from the control unit
ecu.disconnect()
Wir ihr sicher seht - Torsten Stühn wird sich die Augen reiben... - phantasiert chatGPT hier von einem Attribut in der ftrobopy class, dass es gar nicht gibt. Das habe ich aber nicht gleich bemerkt, sondern weitergefragt:
Q: Now I want a function so my bending machine creates a sprial, can you add that?
(Schreibfehler, aber das Ding erkennt, dass ich spiral meine...)
A: def create_spiral(ecu, motor_a, motor_b, motor_c, cylinder, diameter, turns, steps):
# Set the bending pin to the "in" position
cylinder.set(False)
# Calculate the angle for each step
step_angle = 360 / steps
# Calculate the distance for each step
step_distance = diameter * 3.14159 / steps
# Initialize the current position
x = 0
y = 0
angle = 0
# Loop through the desired number of turns
for i in range(turns):
# Loop through the desired number of steps
for j in range(steps):
# Calculate the new position
x += step_distance * math.cos(angle * 3.14159 / 180)
y += step_distance * math.sin(angle * 3.14159 / 180)
# Move the wire to the new position
motor_a.move_to(x, blocking=True)
motor_b.move_to(y, blocking=True)
# Set the bending pin to the "out" position
cylinder.set(True)
# Perform the bending operation
motor_c.move_to(180, blocking=True)
# Set the bending pin to the "in" position
cylinder.set(False)
# Increment the angle
angle += step_angle
Jetzt fällt mir auf, dass schon der erste ftropopy Aufruf Murks ist und konfrontiere chatGPT damit:
Q: I think, you are mixing something up. Connecting using the fischertechnik TXT ECU with python using ftrobopy uses a command like this: txt=ftrobopy.ftrobopy('auto')
A: You are correct, I apologize for the error in the previous code samples. To connect to a Fischertechnik TXT control unit using ftrobopy (Fischertechnik Robot Programming in Python), you can use the ftrobopy function with the 'auto' parameter to automatically detect and connect to the control unit.
Here is an example of how to connect to a Fischertechnik TXT control unit and initialize a motor using ftrobopy:
import ftrobopy
# Connect to the control unit
txt = ftrobopy.ftrobopy('auto')
# Initialize the motor
motor = ftrobopy.FTPositionMotor(txt, 1)
# Disconnect from the control unit
txt.disconnect()
I apologize for any confusion caused by the error in the previous code samples. If you have any further questions or need additional help with ftrobopy or Fischertechnik devices, please don't hesitate to ask.
Mir scheint, dass die Ausgabe von Code auf ein paar Zeilen beschränkt ist. Man kann sich aber schon ganz gut rantasten, denke ich.
Das ganze funktioniert auch auf Deutsch.
Wie auch immer, ich fand es ganz spaßig.
Schönen Abend.
Techum.
hat schon jemand versucht, dem absoluten chatGPT Hype folgend, die KI über fischertechnik zu befragen?
https://chat.openai.com/chat
Ich habe mal das hier gewagt:
Q: "Which fischertechnik components would be needed to build a computer controlled wire bending machine?"
A: There are a variety of Fischertechnik components that could be used to build a computer controlled (CNC) wire bending machine, depending on the specific requirements and design of the machine. Some of the components that might be needed include:
Motors: These could be used to drive the movement of the wire bending head and other mechanical components of the machine. Fischertechnik offers a range of motors including DC motors, stepper motors, and servo motors.
Gears and drive components: These could be used to transmit power from the motors to the mechanical components of the machine and to provide precise control of their movement. Fischertechnik offers a variety of gears, sprockets, and other drive components.
Sensors: These could be used to detect the position and movement of the wire bending head and other components of the machine. Fischertechnik offers a range of sensors including encoders, limit switches, and proximity sensors.
Electronic control unit (ECU): This could be used to control the operation of the machine and to process sensor input and other data. Fischertechnik offers a range of ECUs and programmable controllers.
Mechanical components: These could include the wire bending head, guides and supports for the wire, and other mechanical components needed to bend and shape the wire. Fischertechnik offers a range of mechanical components such as beams, brackets, and connectors that can be used to build these components.
In addition to these components, you would also need to design and build the mechanical structure of the machine using Fischertechnik components, and program the control system to control the operation of the machine. It is recommended that you seek guidance and assistance from a mentor or professional if you are not familiar with these topics.
Recht allgemein aber schließlich habe ich ja auch nicht ordentlich beschrieben, wie meine Drahtbiegemaschine aussehen soll. Wieviel weiß das Ding denn wirklich über fischertechnik?
Q: Can you provide the fischertechnik serial numbers of the main parts I would need, assuming I use a new encoder motor for each dimension, a TXT controller as ECU und a pneumatic cylinder and compressor for the bendig head?
A: To build a computer controlled (CNC) wire bending machine using Fischertechnik components, you will need a variety of components including motors, controllers, sensors, and other hardware. Here is a list of some of the main Fischertechnik components you might need for such a machine, along with their serial numbers:
Encoder motors: Fischertechnik offers a range of encoder motors that could be used to provide precise control of the movement of the wire bending head and other mechanical components of the machine. You will likely need at least one encoder motor for each dimension that you want to control. Some possible options for encoder motors include the following:
Fischertechnik motor with encoder, serial number 558092
Fischertechnik high-torque motor with encoder, serial number 558093
Fischertechnik high-speed motor with encoder, serial number 558094
Electronic control unit (ECU): Fischertechnik offers a range of ECUs and programmable controllers that could be used to control the operation of the machine and to process sensor input and other data. One possible option for an ECU is the Fischertechnik TXT controller, serial number 550936.
Pneumatic cylinder and compressor: Fischertechnik offers a range of pneumatic cylinders and compressors that could be used to provide the force needed to bend the wire. Some possible options for pneumatic cylinders and compressors include the following:
Fischertechnik pneumatic cylinder, serial number 552132
Fischertechnik pneumatic compressor, serial number 552133
Na gut, denke ich mir - jetzt programmieren wir das ganze - chatGPT soll ja gut in Python sein. Also schreibe ich:
Q: Lets assume, I want to control my bending machine using ftrobopy and python. Can you give me a draft of this program assuming encoder motor a controls the forwarding of the wire, encoder motor 2 controls the rotation of the wire, encoder motor 3 controls the rotation of the bending head and a pneumatic cylinder controls, if the bending pin is out or in.
A: Here is a draft of a Python program using ftrobopy (Fischertechnik Robot Programming in Python) to control a CNC wire bending machine with three encoder motors and a pneumatic cylinder:
import ftrobopy
# Connect to the control unit
ecu = ftrobopy.FTCompactPro()
# Initialize the encoder motors
motor_a = ftrobopy.FTPositionMotor(ecu, 1)
motor_b = ftrobopy.FTPositionMotor(ecu, 2)
motor_c = ftrobopy.FTPositionMotor(ecu, 3)
# Initialize the pneumatic cylinder
cylinder = ftrobopy.FTPneumaticCylinder(ecu, 1)
# Set the bending pin to the "in" position
cylinder.set(False)
# Move the wire forward
motor_a.move_to(100, blocking=True)
# Rotate the wire
motor_b.move_to(45, blocking=True)
# Rotate the bending head
motor_c.move_to(90, blocking=True)
# Set the bending pin to the "out" position
cylinder.set(True)
# Perform the bending operation
motor_c.move_to(180, blocking=True)
# Set the bending pin to the "in" position
cylinder.set(False)
# Disconnect from the control unit
ecu.disconnect()
Wir ihr sicher seht - Torsten Stühn wird sich die Augen reiben... - phantasiert chatGPT hier von einem Attribut in der ftrobopy class, dass es gar nicht gibt. Das habe ich aber nicht gleich bemerkt, sondern weitergefragt:
Q: Now I want a function so my bending machine creates a sprial, can you add that?
(Schreibfehler, aber das Ding erkennt, dass ich spiral meine...)
A: def create_spiral(ecu, motor_a, motor_b, motor_c, cylinder, diameter, turns, steps):
# Set the bending pin to the "in" position
cylinder.set(False)
# Calculate the angle for each step
step_angle = 360 / steps
# Calculate the distance for each step
step_distance = diameter * 3.14159 / steps
# Initialize the current position
x = 0
y = 0
angle = 0
# Loop through the desired number of turns
for i in range(turns):
# Loop through the desired number of steps
for j in range(steps):
# Calculate the new position
x += step_distance * math.cos(angle * 3.14159 / 180)
y += step_distance * math.sin(angle * 3.14159 / 180)
# Move the wire to the new position
motor_a.move_to(x, blocking=True)
motor_b.move_to(y, blocking=True)
# Set the bending pin to the "out" position
cylinder.set(True)
# Perform the bending operation
motor_c.move_to(180, blocking=True)
# Set the bending pin to the "in" position
cylinder.set(False)
# Increment the angle
angle += step_angle
Jetzt fällt mir auf, dass schon der erste ftropopy Aufruf Murks ist und konfrontiere chatGPT damit:
Q: I think, you are mixing something up. Connecting using the fischertechnik TXT ECU with python using ftrobopy uses a command like this: txt=ftrobopy.ftrobopy('auto')
A: You are correct, I apologize for the error in the previous code samples. To connect to a Fischertechnik TXT control unit using ftrobopy (Fischertechnik Robot Programming in Python), you can use the ftrobopy function with the 'auto' parameter to automatically detect and connect to the control unit.
Here is an example of how to connect to a Fischertechnik TXT control unit and initialize a motor using ftrobopy:
import ftrobopy
# Connect to the control unit
txt = ftrobopy.ftrobopy('auto')
# Initialize the motor
motor = ftrobopy.FTPositionMotor(txt, 1)
# Disconnect from the control unit
txt.disconnect()
I apologize for any confusion caused by the error in the previous code samples. If you have any further questions or need additional help with ftrobopy or Fischertechnik devices, please don't hesitate to ask.
Mir scheint, dass die Ausgabe von Code auf ein paar Zeilen beschränkt ist. Man kann sich aber schon ganz gut rantasten, denke ich.
Das ganze funktioniert auch auf Deutsch.
Wie auch immer, ich fand es ganz spaßig.
Schönen Abend.
Techum.