Scripting Prusa_MK3SMMU2

Scripting options for the selected printer:

Beeper::

• Mute() - Mutes the beeper
• ToggleMute() - Toggles the beeper mute
• Unmute() - Unmutes the beeper

Board::

• Pause() - Pauses the simulated AVR execution.
• Quit() - Sends the quit signal to the AVR
• Reset() - Resets the board by resetting the AVR.
• Resume() - Resumes simulated AVR execution.
• WaitMs(int) - Waits the specified number of milliseconds (in AVR-clock time)

Board1::

• Pause() - Pauses the simulated AVR execution.
• Quit() - Sends the quit signal to the AVR
• Reset() - Resets the board by resetting the AVR.
• Resume() - Resumes simulated AVR execution.
• WaitMs(int) - Waits the specified number of milliseconds (in AVR-clock time)

E::

• Reset() - Clears the diag flag immediately
• Stall() - Sets the diag flag immediately.
• ToggleStall() - Toggles the stallguard condition on the next step.

EEPROM::

• Clear() - Clears EEPROM to 0xFF
• Load() - Loads the last-used file again
• Poke(int, int) - Pokes a value into the EEPROM. Args are (address,value)
• Save() - Saves EEPROM contents to disk.

EEPROM1::

• Clear() - Clears EEPROM to 0xFF
• Load() - Loads the last-used file again
• Poke(int, int) - Pokes a value into the EEPROM. Args are (address,value)
• Save() - Saves EEPROM contents to disk.

Encoder::

• Press() - Presses the encoder button
• PressAndRelease() - Presses the encoder button
• Release() - Releases the encoder button
• TwistCCW() - Twists the encoder once cycle counterclockwise
• TwistCW() - Twists the encoder one cycle clockwise

Fan::

• Resume() - Resumes fan from a stall condition
• SetPWM(int) - Sets the PWM to a specific value (0-255)
• Stall() - Stalls the fan

Fan1::

• Resume() - Resumes fan from a stall condition
• SetPWM(int) - Sets the PWM to a specific value (0-255)
• Stall() - Stalls the fan

GLHelper::

• CheckPixel(uint32, uint32, uint32) - Checks the pixel color at the given position matches specified (x,y,RGBA).
• SnapRect(string, int, int, int, int) - Takes a snap a region (file,x,y,w,h)
• Snapshot(string) - Takes a snap of the current GL rendering

Heater_B::

• Resume() - Resumes auto PWM control and clears the 'stopheating' flag
• SetPWM(int) - Sets the raw heater PWM value
• StopHeating() - Stops heating, as if a thermal runaway is happening due to loose heater or thermistor

Heater_H::

• Resume() - Resumes auto PWM control and clears the 'stopheating' flag
• SetPWM(int) - Sets the raw heater PWM value
• StopHeating() - Stops heating, as if a thermal runaway is happening due to loose heater or thermistor

I::

• Reset() - Clears the diag flag immediately
• Stall() - Sets the diag flag immediately.
• ToggleStall() - Toggles the stallguard condition on the next step.

IRSensor::

• Set(int) - Sets the sensor state to a specific enum entry. (int value)
• SetAuto() - Resumes auto (MMU) operation
• SetExtVal(bool) - Sets external imput value
• SetV(float) - Sets the value the ADC reports
• SetVScale(float) - Changes the scale factor to convert the input to the ADC input range
• Toggle() - Toggles the IR sensor state

KeyCtl::

• Key(string) - Simulates a keypress

LCD::

• CheckCGRAM(int, int) - Checks if the CGRAM address matches the value. (value, addr)
• Desync() - Simulates data corruption by desyncing the 4-bit mode
• WaitForText(string, int) - Waits for a given string to appear anywhere on the specified line. A line value of -1 means any line.

MMUButtons::

• Press(int) - Presses the specified button in the array
• Push Left() - Press left button
• Push Middle() - Press middle button
• Push Right() - Press right button

P::

• Reset() - Clears the diag flag immediately
• Stall() - Sets the diag flag immediately.
• ToggleStall() - Toggles the stallguard condition on the next step.

PINDA::

• SetMBLPoint(int, float) - Sets the given MBL point (0-48) to the given Z value
• SetPos(float, float, float) - Sets X/Y/Z position of the probe
• SetXYPoint(int, float, float) - Sets the (0-3)rd XY cal point position to x,y. (index, x,y)
• ToggleSheet() - Toggles the presence of the steel sheet

Power Panic::

• Press() - Simulate pressing the button
• PressAndRelease() - Simulate pressing and then releasing the button
• Release() - Simulate releasing the button

Printer::

• Key(string) - Simulates a keypress of a given key (character)
• MouseBtn(int, int) - Simulates a mouse button (# = GL button enum, gl state)

S::

• Reset() - Clears the diag flag immediately
• Stall() - Sets the diag flag immediately.
• ToggleStall() - Toggles the stallguard condition on the next step.

SDCard::

• Mount(string) - Mounts the specified file on the SD card.
• Remount() - Remounts the last mounted file, if any.
• Unmount() - Unmounts the currently mounted file, if any.

SPIFlash::

• Clear() - Resets the flash memory to empty (0xFF)
• Fill(int) - Fills the flash memory with the given value
• Load() - Reloads the last used file
• Save() - Saves the file

ScriptHost::

• Log(string) - Print the std::string to stdout
• SetQuitOnTimeout(bool) - If 1, quits when a timeout occurs. Exit code will be non-zero.
• SetTimeoutMs(int) - Sets a timeout for actions that wait for an event

Serial0::

• NextLineMustBe(string) - Errors if the next output line is not as specified.
• SendGCode(string) - Sends the specified string as G-Code.
• WaitForLine(string) - Waits for the provided line to appear on the serial output.
• WaitForLineContains(string) - Waits for the serial output to contain a line with the given string.

TelHost::

• StartTrace() - Starts the telemetry trace. You must have set a category or set of items with the -t option
• StopTrace() - Stops a running telemetry trace.
• WaitFor(string, uint32) - Waits for a specified telemetry value to occur
• WaitForGT(string, uint32) - Waits for a specified telemetry value to be greater than specified
• WaitForLT(string, uint32) - Waits for a specified telemetry value to be less than specified

Thermistor::

• Disconnect() - Disconnects the thermistor as though it has gone open circuit
• Reconnect() - Restores the normal thermistor state
• Set(float) - Sets the temperature to the specified value
• Short() - Short the thermistor out

Thermistor1::

• Disconnect() - Disconnects the thermistor as though it has gone open circuit
• Reconnect() - Restores the normal thermistor state
• Set(float) - Sets the temperature to the specified value
• Short() - Short the thermistor out

Thermistor2::

• Disconnect() - Disconnects the thermistor as though it has gone open circuit
• Reconnect() - Restores the normal thermistor state
• Set(float) - Sets the temperature to the specified value
• Short() - Short the thermistor out

Thermistor3::

• Disconnect() - Disconnects the thermistor as though it has gone open circuit
• Reconnect() - Restores the normal thermistor state
• Set(float) - Sets the temperature to the specified value
• Short() - Short the thermistor out

VSrc::

• SetV(float) - Sets the value the ADC reports
• SetVScale(float) - Changes the scale factor to convert the input to the ADC input range

VSrc1::

• SetV(float) - Sets the value the ADC reports
• SetVScale(float) - Changes the scale factor to convert the input to the ADC input range

X::

• Reset() - Clears the diag flag immediately
• Stall() - Sets the diag flag immediately.
• ToggleStall() - Toggles the stallguard condition on the next step.

Y::

• Reset() - Clears the diag flag immediately
• Stall() - Sets the diag flag immediately.
• ToggleStall() - Toggles the stallguard condition on the next step.

Z::

• Reset() - Clears the diag flag immediately
• Stall() - Sets the diag flag immediately.
• ToggleStall() - Toggles the stallguard condition on the next step.