Arith Sumn - Versionsgeschichte

Cg am 19. September 2021 um 09:30 Uhr

2021-09-19T09:30:30Z

← Nächstältere Version		Version vom 19. September 2021, 09:30 Uhr
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	[[Bild:arith_sumn.jpg]]		[[Bild:arith_sumn.jpg]]

	This block is more or less obsoleted by the "[[Arith Sum+\|Arith [ Sum+ ] ]]" block, which allows for an arbitrary number of input pins.		This block is more or less '''obsoleted''' by the "[[Arith Sum+\|Arith [ Sum+ ] ]]" block, which allows for an arbitrary number of input pins.
	The "Sumn" block will remain in the library, but new actions should use "Sum+" (as it looks better in a diagram).		The "Sumn" block will remain in the library, but new actions should use "Sum+" (as it looks better in a diagram).

2021-09-19T09:29:18Z

Automatic Type Conversion

← Nächstältere Version		Version vom 19. September 2021, 09:29 Uhr
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	== Automatic Type Conversion ==		== Automatic Type Conversion ==
	The block allows for mixed mode arithmetic. This means that all combinations of Float, Double, Integer, LargeInteger, Fractional and ~~FixedPoint Decimal~~ numbers are allowed as input.		The block allows for mixed mode arithmetic. This means that all combinations of Float, Double, Integer, LargeInteger, Fractional and ScaledDecimal numbers are allowed as input.
	<br>However, due to the pins being of type "Number", non-numbers (such as physical values or vectors) are not handled (unless type checks are disabled at the pins). Use the new [[ Arith Sum Any\|"Arith [ Sum Any ]" ]] block for this.<br>		<br>However, due to the pins being of type "Number", non-numbers (such as physical values or vectors) are not handled (unless type checks are disabled at the pins). Use the new [[ Arith Sum Any\|"Arith [ Sum Any ]" ]] block for this.<br>

2021-09-16T07:07:38Z

Automatic Type Conversion

← Nächstältere Version		Version vom 16. September 2021, 07:07 Uhr
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	== Automatic Type Conversion ==		== Automatic Type Conversion ==
	The block allows for mixed mode arithmetic. This means that all combinations of Float, Double, Integer, LargeInteger, Fractional and FixedPoint Decimal numbers are allowed as input.		The block allows for mixed mode arithmetic. This means that all combinations of Float, Double, Integer, LargeInteger, Fractional and FixedPoint Decimal numbers are allowed as input.
			<br>However, due to the pins being of type "Number", non-numbers (such as physical values or vectors) are not handled (unless type checks are disabled at the pins). Use the new [[ Arith Sum Any\|"Arith [ Sum Any ]" ]] block for this.<br>

	Depending on the input type(s), the output number is generated as:		Depending on the input type(s), the output number is generated as:

2020-08-14T09:10:52Z

Revisions

← Nächstältere Version		Version vom 14. August 2020, 09:10 Uhr
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	This block has been in the [[ Standard Library ]] since 0.1.		This block has been in the [[ Standard Library ]] since 0.1.
			<br>
			It is more or less obsoleted by the "Arith Sum+" block, which supports an arbitrary number of inputs.

	{{noprint\| 1 =		{{noprint\| 1 =

2018-06-26T18:48:07Z

Automatic Type Conversion

← Nächstältere Version		Version vom 26. Juni 2018, 18:48 Uhr
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	(2) If the fraction can be reduced to an integral value, an Integer is returned (i.e. 6/3 will be reduced to 2)		(2) If the fraction can be reduced to an integral value, an Integer is returned (i.e. 6/3 will be reduced to 2)

	(3) If the imaginary part of the result is zero, a real result (one of Integer, Float,...) is generated

	== Revisions ==		== Revisions ==

2018-06-26T18:47:56Z

Automatic Type Conversion

← Nächstältere Version		Version vom 26. Juni 2018, 18:47 Uhr
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	== Automatic Type Conversion ==		== Automatic Type Conversion ==
	The block allows for mixed mode arithmetic. This means that all combinations of Float, Double, Integer, LargeInteger~~, Complex~~, Fractional and FixedPoint Decimal numbers are allowed as input.		The block allows for mixed mode arithmetic. This means that all combinations of Float, Double, Integer, LargeInteger, Fractional and FixedPoint Decimal numbers are allowed as input.

	Depending on the input type(s), the output number is generated as:		Depending on the input type(s), the output number is generated as:
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	\|		\|
	\|Float / Double		\|Float / Double
	\|-
	\|Complex
	\|any
	\|
	\|Complex (3)
	\|-
	\|any
	\|Complex
	\|
	\|Complex (3)
	\|}		\|}

2018-06-26T18:45:37Z

Automatic Type Conversion

← Nächstältere Version		Version vom 26. Juni 2018, 18:45 Uhr
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	\|any		\|any
	\|		\|
			\|Complex (3)
			\|-
			\|any
	\|Complex		\|Complex
			\|
			\|Complex (3)
	\|}		\|}

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	(2) If the fraction can be reduced to an integral value, an Integer is returned (i.e. 6/3 will be reduced to 2)		(2) If the fraction can be reduced to an integral value, an Integer is returned (i.e. 6/3 will be reduced to 2)

			(3) If the imaginary part of the result is zero, a real result (one of Integer, Float,...) is generated

	== Revisions ==		== Revisions ==

2018-06-26T18:44:28Z

Automatic Type Conversion

2018-06-26T18:41:03Z

Automatic Type Conversion

← Nächstältere Version		Version vom 26. Juni 2018, 18:41 Uhr
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	== Automatic Type Conversion ==		== Automatic Type Conversion ==
	The block allows for mixed mode arithmetic. This means that all combinations of Float, Double, Integer, LargeInteger ~~and~~ Fractional numbers are allowed as input.		The block allows for mixed mode arithmetic. This means that all combinations of Float, Double, Integer, LargeInteger, Complex, Fractional and FixedPoint Decimal numbers are allowed as input.

	Depending on the input type(s), the output number is generated as:		Depending on the input type(s), the output number is generated as:

2018-06-26T18:39:52Z

Schema

← Nächstältere Version		Version vom 26. Juni 2018, 18:39 Uhr
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	[[Bild:arith_sumn.jpg]]		[[Bild:arith_sumn.jpg]]

	This block is more or less obsoleted by the "[[Arith Sum+\| Arith [ Sum+ ] ]]" block, which allows for an arbitrary number of input pins.		This block is more or less obsoleted by the "[[Arith Sum+\|Arith [ Sum+ ] ]]" block, which allows for an arbitrary number of input pins.
	The "Sumn" block will remain in the library, but new actions should use "Sum+" (as it looks better in a diagram).		The "Sumn" block will remain in the library, but new actions should use "Sum+" (as it looks better in a diagram).