Contributions:ParallelPortFilter - Revision history

Wengelhardt: Undo revision 9643 by Wengelhardt (talk)

2022-06-15T20:03:15Z

Undo revision 9643 by Wengelhardt (talk)

← Older revision		Revision as of 20:03, 15 June 2022
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	==Integration into BCI2000==		==Integration into BCI2000==
	Compile the extension into your ~~application~~ module by enabling contributed extensions in your CMake configuration. You can do this by going into your root build folder and opening <code>Configure.sh.cmd</code>. In the CMake GUI, enable '''EXTENSIONS_PARALLELPORTFILTER''' and then click generate. Then recompile BCI2000. The filter will be built into the application module and will be ready for use.		Compile the extension into your source module by enabling contributed extensions in your CMake configuration. You can do this by going into your root build folder and opening <code>Configure.sh.cmd</code>. In the CMake GUI, enable '''EXTENSIONS_PARALLELPORTFILTER''' and then click generate. Then recompile BCI2000. The filter will be built into the application module and will be ready for use.

	==Configuring ParallelPortFilter==		==Configuring ParallelPortFilter==

2022-06-15T19:32:55Z

Integration into BCI2000

← Older revision		Revision as of 19:32, 15 June 2022
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	==Integration into BCI2000==		==Integration into BCI2000==
	Compile the extension into your ~~source~~ module by enabling contributed extensions in your CMake configuration. You can do this by going into your root build folder and opening <code>Configure.sh.cmd</code>. In the CMake GUI, enable '''EXTENSIONS_PARALLELPORTFILTER''' and then click generate. Then recompile BCI2000. The filter will be built into the application module and will be ready for use.		Compile the extension into your application module by enabling contributed extensions in your CMake configuration. You can do this by going into your root build folder and opening <code>Configure.sh.cmd</code>. In the CMake GUI, enable '''EXTENSIONS_PARALLELPORTFILTER''' and then click generate. Then recompile BCI2000. The filter will be built into the application module and will be ready for use.

	==Configuring ParallelPortFilter==		==Configuring ParallelPortFilter==

2022-04-27T21:10:12Z

← Older revision		Revision as of 21:10, 27 April 2022
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	The hardware address can be found by right clicking the LPT port and selecting Properties. In the Resources tab, there is a field called I/O Range and take the first value of the range which is in hexadecimal. If multiple I/O Range, read the first one; if that does not work, try the other one. These instructions for finding the address has been tested on Windows XP, 7, 8 and 10.		The hardware address can be found by right clicking the LPT port and selecting Properties. In the Resources tab, there is a field called I/O Range and take the first value of the range which is in hexadecimal. If multiple I/O Range, read the first one; if that does not work, try the other one. These instructions for finding the address has been tested on Windows XP, 7, 8 and 10.

			If your BCI2000 operator is reporting that your LPT cannot be switched to byte mode, then you need to do the additional step of "enable legacy device" in the properties of LPT in your device manager.

	[[File:ParallelPortAddress.JPG]]		[[File:ParallelPortAddress.JPG]]

2019-08-09T16:28:07Z

2015-07-31T18:52:39Z

2015-07-01T15:41:36Z

Example Configurations

← Older revision		Revision as of 15:41, 1 July 2015
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	[[File:ParallelPortFilterNewNames.jpg\|1000px]]		[[File:ParallelPortFilterNewNames.jpg\|1000px]]

			==See also==
			[[User Reference:Logging Input]], [[Contributions:Extensions]]

			[[Category:Contributions]][[Category:Extension]]

2015-07-01T15:18:05Z

Digital Output

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	<code>mod((floor(x / 2 ^(bitnumber - 1))), 2)</code>		<code>mod((floor(x / 2 ^(bitnumber - 1))), 2)</code>

	The x is ~~the number or~~ the signal the user wishes to send through the port. For example if the ~~number 193~~ was to be sent through the port, the Parameter DigitalOutputEx would be:		The x is the signal the user wishes to send through the port. For example if the State MousePosX was to be sent through the port, the Parameter DigitalOutputEx would be:

	[[File:ParallelPortFilterDigitalOutExBinary.jpg]]		[[File:ParallelPortFilterDigitalOutExBinary.jpg]]

			<code>State("MousePosX") / State("MousePosX") * 255</code> normalizes the coordinates to fit into eight bits which is all parallel ports can handle.

	Not all rows have to be created. Any row not named just writes the bit as 0. The rows also can be written in whatever order if you just change the row label in the parameter. The example below just sets bit 1 and 5 to 1. All other rows are zeroes.		Not all rows have to be created. Any row not named just writes the bit as 0. The rows also can be written in whatever order if you just change the row label in the parameter. The example below just sets bit 1 and 5 to 1. All other rows are zeroes.

2015-06-30T20:36:34Z

Digital Output

← Older revision		Revision as of 20:36, 30 June 2015
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	<code>mod((floor(x / 2 ^(bitnumber - 1))), 2)</code>		<code>mod((floor(x / 2 ^(bitnumber - 1))), 2)</code>

	The x is the number or the signal the user wishes to send through the port. For example if the number 193 was to be sent through the port, the Parameter DigitalOutputEx would be:		The x is the number or the signal the user wishes to send through the port. For example if the number 193 was to be sent through the port, the Parameter DigitalOutputEx would be:

	[[File:ParallelPortFilterDigitalOutExBinary.jpg]]		[[File:ParallelPortFilterDigitalOutExBinary.jpg]]

2015-06-30T20:35:55Z

Digital Output

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	In the case that the user wishes to send an signal or a value through the port, the user must convert the number into binary and write the corresponding zeroes and ones to the respective bits. To do that, the formula:		In the case that the user wishes to send an signal or a value through the port, the user must convert the number into binary and write the corresponding zeroes and ones to the respective bits. To do that, the formula:
	<code>mod((floor(x / 2 ^(bitnumber - 1))), 2)</code>. The x is the number or the signal the user wishes to send through the port. For example if the number 193 was to be sent through the port, the Parameter DigitalOutputEx would be:
			<code>mod((floor(x / 2 ^(bitnumber - 1))), 2)</code>

			The x is the number or the signal the user wishes to send through the port. For example if the number 193 was to be sent through the port, the Parameter DigitalOutputEx would be:

	[[File:ParallelPortFilterDigitalOutExBinary.jpg]]		[[File:ParallelPortFilterDigitalOutExBinary.jpg]]

2015-06-30T20:26:19Z

← Older revision		Revision as of 20:26, 30 June 2015
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	==Example Configurations==		==Example Configurations==
	~~This example enables port LPT1 with default address and send the value 193 through it.~~

	~~[[File:ParallelPortFilterDefault.jpg\|1000px]]~~

	This example enables port LPT1 with a new hardware address.		This example enables port LPT1 with a new hardware address.