CYANA Macro: kringle - Revision history

Miki: /* Description */

2010-01-12T16:20:41Z

Description

← Older revision		Revision as of 18:20, 12 January 2010
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	== Description ==		== Description ==

	Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <sup>3</sup>''J''<sub>αβ2</sub> versus <sup>3</sup>''J''<sub>αβ3</sub> couplings (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the χ<sup>1</sup> angle is uniformly distributed in the interval 'delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.		Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <sup>3</sup>''J''<sub>αβ2</sub> versus <sup>3</sup>''J''<sub>αβ3</sub> couplings (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the χ<sup>1</sup> angle is uniformly distributed in the interval ''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.

Miki at 16:20, 12 January 2010

2010-01-12T16:20:12Z

← Older revision		Revision as of 18:20, 12 January 2010
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	== Parameters ==		== Parameters ==

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	== Description ==		== Description ==

	Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <sup>3</sup>''J''<sub>αβ2</sub> versus <sup>3</sup>''J''<sub>αβ3</sub> ~~coupling constants~~ (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the χ<sup>1</sup> angle is uniformly distributed in the interval ±''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.		Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <sup>3</sup>''J''<sub>αβ2</sub> versus <sup>3</sup>''J''<sub>αβ3</sub> couplings (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the χ<sup>1</sup> angle is uniformly distributed in the interval 'delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.

Masayo: /* Description */

2009-08-13T11:54:44Z

Description

← Older revision		Revision as of 13:54, 13 August 2009
Line 8:		Line 8:
	== Description ==		== Description ==

	Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <sup>3</sup>''J''<sub>αβ2</sub> versus <sup>3</sup>''J''<sub>αβ3</sub> coupling constants (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the Χ<sup>1</sup> angle is uniformly distributed in the interval ±''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.		Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <sup>3</sup>''J''<sub>αβ2</sub> versus <sup>3</sup>''J''<sub>αβ3</sub> coupling constants (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the χ<sup>1</sup> angle is uniformly distributed in the interval ±''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.

Masayo: /* Description */

2009-08-12T07:57:26Z

Description

← Older revision		Revision as of 09:57, 12 August 2009
Line 8:		Line 8:
	== Description ==		== Description ==

	Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <~~math~~>~~^3J_{\alpha\beta2}~~</~~math~~> versus <~~math~~>~~^3J_{\alpha\beta3}~~</~~math~~> coupling constants (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the <~~math~~>X^1</~~math~~> angle is uniformly distributed in the interval ±''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.		Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <sup>3</sup>''J''<sub>αβ2</sub> versus <sup>3</sup>''J''<sub>αβ3</sub> coupling constants (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the Χ<sup>1</sup> angle is uniformly distributed in the interval ±''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.

Masayo: /* Description */

2009-08-07T14:08:47Z

Description

← Older revision		Revision as of 16:08, 7 August 2009
Line 8:		Line 8:
	== Description ==		== Description ==

	Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <math>^3J_{\alpha\beta2}</math> versus <math>^3J_{\alpha\beta3}</math> coupling constants (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the <math>X^1</math> angle is uniformly distributed in the interval ''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.		Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <math>^3J_{\alpha\beta2}</math> versus <math>^3J_{\alpha\beta3}</math> coupling constants (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the <math>X^1</math> angle is uniformly distributed in the interval ±''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.

Masayo: /* Description */

2009-08-07T08:47:58Z

Description

← Older revision		Revision as of 10:47, 7 August 2009
Line 8:		Line 8:
	== Description ==		== Description ==

	Produces a graphics output file with the given name (a Graf file if the		Produces a graphics output file with the given name (a Graf file if the extension is “.grf”, or a Postscript file otherwise) containing a plot of <math>^3J_{\alpha\beta2}</math> versus <math>^3J_{\alpha\beta3}</math> coupling constants (Nagayama & Wüthrich, 1981). The theoretical curve based on the Karplus equation given in the library is also drawn, both for a rigid structure (solid line) and for the situation when the <math>X^1</math> angle is uniformly distributed in the interval ''delta'' around a given value (dotted line). Optionally, '''errorbars''' can be shown for the coupling constant values.
	extension is ".~~grf"~~, or a Postscript file otherwise containing a plot of ~~3Jab2~~
	versus <math>^3J_{\alpha\beta3}</math> ~~couplings~~ (Nagayama & ~~Wuthrich~~, 1981). The theoretical curve
	based on the Karplus equation given in the library is also drawn, both for
	a rigid structure (solid line) and for the situation when the c1 angle is
	uniformly distributed in the interval D around a given value (dotted
	line). Optionally, errorbars can be shown for the coupling constant
	values.

Admin: /* Description */

2009-01-29T11:34:19Z

Description

← Older revision		Revision as of 13:34, 29 January 2009
Line 10:		Line 10:
	Produces a graphics output file with the given name (a Graf file if the		Produces a graphics output file with the given name (a Graf file if the
	extension is ".grf", or a Postscript file otherwise containing a plot of 3Jab2		extension is ".grf", or a Postscript file otherwise containing a plot of 3Jab2
	versus ~~3Jab3~~ couplings (Nagayama & Wuthrich, 1981). The theoretical curve		versus <math>^3J_{\alpha\beta3}</math> couplings (Nagayama & Wuthrich, 1981). The theoretical curve
	based on the Karplus equation given in the library is also drawn, both for		based on the Karplus equation given in the library is also drawn, both for
	a rigid structure (solid line) and for the situation when the c1 angle is		a rigid structure (solid line) and for the situation when the c1 angle is

Admin: 1 revision

2009-01-29T11:26:59Z

1 revision

New page

== Parameters ==

; file=''filename''.ps: (default: kringle.ps)
; delta=''real'': (default: 30.0)
; errorbars

== Description ==

Produces a graphics output file with the given name (a Graf file if the
extension is ".grf", or a Postscript file otherwise containing a plot of 3Jab2
versus 3Jab3 couplings (Nagayama & Wuthrich, 1981). The theoretical curve
based on the Karplus equation given in the library is also drawn, both for
a rigid structure (solid line) and for the situation when the c1 angle is
uniformly distributed in the interval D around a given value (dotted
line). Optionally, errorbars can be shown for the coupling constant
values.