Recent changes to LineshapeSettings

LineshapeSettings modified by A. Smith

A. Smith — Fri, 09 Sep 2016 07:10:08 -0000

--- v4
+++ v5
@@ -1,4 +1,4 @@
 ###Lineshape Settings
-Parameters describing lineshapes for a given dimension may be placed in two different locations. The [‘spec’](/p/infos/wiki/spec_struct) structure stores these in [‘spec.par.dX’](/p/infos/wiki/dn_acq_proc), and the [‘par’](/p/infos/wiki/par_struct) structure stores them in ‘par.dX’. If the FitSpec function encounters the same parameter in both structures, it will use the value in ‘par.dX’. Typically, one stores acquisition and processing information in the ‘spec’ structure, but specifies the type of signal decay in the ‘par’ structure, although the FitSpec function does not require this convention.
+Parameters describing lineshapes for a given dimension may be placed in two different locations. The [‘spec’](/p/infos/wiki/spec_struct) structure stores these in [‘spec.par.dX’](/p/infos/wiki/dn_struct), and the [‘par’](/p/infos/wiki/par_struct) structure stores them in ‘par.dX’. If the FitSpec function encounters the same parameter in both structures, it will use the value in ‘par.dX’. Typically, one stores acquisition and processing information in the ‘spec’ structure, but specifies the type of signal decay in the ‘par’ structure, although the FitSpec function does not require this convention.

-Currently, INFOS provides import functions for Bruker Topspin data, using [getSpecBruker](/p/infos/wiki/getSpecBruker). This imports all necessary acquisition and processing parameters, defined [here](/p/infos/wiki/dn_struct). In addition to acquisition and processing parameters, the type of decay may be specified. Here, options are Gaussian and Lorentzian decay (corresponding to signals that decay with Gaussian and exponential functions). This is specified in ‘par.dX.Broad’, as ‘gauss’ or ‘lorentz’. One may also specify a fixed mixture of Gaussian and Lorentzian broadening, as ‘mixXX’ where XX/100 is the fraction of Gaussian broadening. One may also include a fixed amount of Lorentzian or Gaussian linewidth, specified in ‘par.dX.lorentz0’ and ‘par.dX.gauss0’. The default if not specified is pure Gaussian decay. 
+Currently, INFOS provides import functions for Bruker Topspin data, using [getSpecBruker](/p/infos/wiki/getSpecBruker). This imports all necessary acquisition and processing parameters, defined [here](/p/infos/wiki/dn_acq_proc). In addition to acquisition and processing parameters, the type of decay may be specified. Here, options are Gaussian and Lorentzian decay (corresponding to signals that decay with Gaussian and exponential functions). This is specified in ‘par.dX.Broad’, as ‘gauss’ or ‘lorentz’. One may also specify a fixed mixture of Gaussian and Lorentzian broadening, as ‘mixXX’ where XX/100 is the fraction of Gaussian broadening. One may also include a fixed amount of Lorentzian or Gaussian linewidth, specified in ‘par.dX.lorentz0’ and ‘par.dX.gauss0’. The default if not specified is pure Gaussian decay.

LineshapeSettings modified by A. Smith

A. Smith — Thu, 08 Sep 2016 14:32:16 -0000

--- v3
+++ v4
@@ -1,4 +1,4 @@
 ###Lineshape Settings
 Parameters describing lineshapes for a given dimension may be placed in two different locations. The [‘spec’](/p/infos/wiki/spec_struct) structure stores these in [‘spec.par.dX’](/p/infos/wiki/dn_acq_proc), and the [‘par’](/p/infos/wiki/par_struct) structure stores them in ‘par.dX’. If the FitSpec function encounters the same parameter in both structures, it will use the value in ‘par.dX’. Typically, one stores acquisition and processing information in the ‘spec’ structure, but specifies the type of signal decay in the ‘par’ structure, although the FitSpec function does not require this convention.

-Currently, INFOS provides import functions for Bruker Topspin data, using [getSpecBruker](/p/infos/wiki/getSpecBruker). This imports all necessary acquisition and processing parameters. The definitions for these parameters are detailed in 2.3. In addition to acquisition and processing parameters, the type of decay may be specified. Here, options are Gaussian and Lorentzian decay (corresponding to signals that decay with Gaussian and exponential functions). This is specified in ‘par.dX.Broad’, as ‘gauss’ or ‘lorentz’. One may also specify a fixed mixture of Gaussian and Lorentzian broadening, as ‘mixXX’ where XX/100 is the fraction of Gaussian broadening. One may also include a fixed amount of Lorentzian or Gaussian linewidth, specified in ‘par.dX.lorentz0’ and ‘par.dX.gauss0’. The default if not specified is pure Gaussian decay. 
+Currently, INFOS provides import functions for Bruker Topspin data, using [getSpecBruker](/p/infos/wiki/getSpecBruker). This imports all necessary acquisition and processing parameters, defined [here](/p/infos/wiki/dn_struct). In addition to acquisition and processing parameters, the type of decay may be specified. Here, options are Gaussian and Lorentzian decay (corresponding to signals that decay with Gaussian and exponential functions). This is specified in ‘par.dX.Broad’, as ‘gauss’ or ‘lorentz’. One may also specify a fixed mixture of Gaussian and Lorentzian broadening, as ‘mixXX’ where XX/100 is the fraction of Gaussian broadening. One may also include a fixed amount of Lorentzian or Gaussian linewidth, specified in ‘par.dX.lorentz0’ and ‘par.dX.gauss0’. The default if not specified is pure Gaussian decay.

LineshapeSettings modified by A. Smith

A. Smith — Thu, 08 Sep 2016 14:11:45 -0000

--- v2
+++ v3
@@ -1,4 +1,4 @@
 ###Lineshape Settings
 Parameters describing lineshapes for a given dimension may be placed in two different locations. The [‘spec’](/p/infos/wiki/spec_struct) structure stores these in [‘spec.par.dX’](/p/infos/wiki/dn_acq_proc), and the [‘par’](/p/infos/wiki/par_struct) structure stores them in ‘par.dX’. If the FitSpec function encounters the same parameter in both structures, it will use the value in ‘par.dX’. Typically, one stores acquisition and processing information in the ‘spec’ structure, but specifies the type of signal decay in the ‘par’ structure, although the FitSpec function does not require this convention.

-Currently, INFOS provides import functions for Bruker Topspin data, which is described in section 3.1.1. This imports all necessary acquisition and processing parameters. The definitions for these parameters are detailed in 2.3. In addition to acquisition and processing parameters, the type of decay may be specified. Here, options are Gaussian and Lorentzian decay (corresponding to signals that decay with Gaussian and exponential functions). This is specified in ‘par.dX.Broad’, as ‘gauss’ or ‘lorentz’. One may also specify a fixed mixture of Gaussian and Lorentzian broadening, as ‘mixXX’ where XX/100 is the fraction of Gaussian broadening. One may also include a fixed amount of Lorentzian or Gaussian linewidth, specified in ‘par.dX.lorentz0’ and ‘par.dX.gauss0’. The default if not specified is pure Gaussian decay. 
+Currently, INFOS provides import functions for Bruker Topspin data, using [getSpecBruker](/p/infos/wiki/getSpecBruker). This imports all necessary acquisition and processing parameters. The definitions for these parameters are detailed in 2.3. In addition to acquisition and processing parameters, the type of decay may be specified. Here, options are Gaussian and Lorentzian decay (corresponding to signals that decay with Gaussian and exponential functions). This is specified in ‘par.dX.Broad’, as ‘gauss’ or ‘lorentz’. One may also specify a fixed mixture of Gaussian and Lorentzian broadening, as ‘mixXX’ where XX/100 is the fraction of Gaussian broadening. One may also include a fixed amount of Lorentzian or Gaussian linewidth, specified in ‘par.dX.lorentz0’ and ‘par.dX.gauss0’. The default if not specified is pure Gaussian decay.

LineshapeSettings modified by A. Smith

A. Smith — Thu, 08 Sep 2016 14:10:43 -0000

--- v1
+++ v2
@@ -1,4 +1,4 @@
 ###Lineshape Settings
-Parameters describing lineshapes for a given dimension may be placed in two different locations. The ‘spec’ structure stores these in ‘spec.par.dX’, and the ‘par’ structure stores them in ‘par.dX’. If the FitSpec function encounters the same parameter in both structures, it will use the value in ‘par.dX’. Typically, one stores acquisition and processing information in the ‘spec’ structure, but specifies the type of signal decay in the ‘par’ structure, although the FitSpec function does not require this convention.
+Parameters describing lineshapes for a given dimension may be placed in two different locations. The [‘spec’](/p/infos/wiki/spec_struct) structure stores these in [‘spec.par.dX’](/p/infos/wiki/dn_acq_proc), and the [‘par’](/p/infos/wiki/par_struct) structure stores them in ‘par.dX’. If the FitSpec function encounters the same parameter in both structures, it will use the value in ‘par.dX’. Typically, one stores acquisition and processing information in the ‘spec’ structure, but specifies the type of signal decay in the ‘par’ structure, although the FitSpec function does not require this convention.

 Currently, INFOS provides import functions for Bruker Topspin data, which is described in section 3.1.1. This imports all necessary acquisition and processing parameters. The definitions for these parameters are detailed in 2.3. In addition to acquisition and processing parameters, the type of decay may be specified. Here, options are Gaussian and Lorentzian decay (corresponding to signals that decay with Gaussian and exponential functions). This is specified in ‘par.dX.Broad’, as ‘gauss’ or ‘lorentz’. One may also specify a fixed mixture of Gaussian and Lorentzian broadening, as ‘mixXX’ where XX/100 is the fraction of Gaussian broadening. One may also include a fixed amount of Lorentzian or Gaussian linewidth, specified in ‘par.dX.lorentz0’ and ‘par.dX.gauss0’. The default if not specified is pure Gaussian decay.

LineshapeSettings modified by A. Smith

A. Smith — Thu, 08 Sep 2016 09:40:19 -0000

Lineshape Settings

Parameters describing lineshapes for a given dimension may be placed in two different locations. The ‘spec’ structure stores these in ‘spec.par.dX’, and the ‘par’ structure stores them in ‘par.dX’. If the FitSpec function encounters the same parameter in both structures, it will use the value in ‘par.dX’. Typically, one stores acquisition and processing information in the ‘spec’ structure, but specifies the type of signal decay in the ‘par’ structure, although the FitSpec function does not require this convention.

Currently, INFOS provides import functions for Bruker Topspin data, which is described in section 3.1.1. This imports all necessary acquisition and processing parameters. The definitions for these parameters are detailed in 2.3. In addition to acquisition and processing parameters, the type of decay may be specified. Here, options are Gaussian and Lorentzian decay (corresponding to signals that decay with Gaussian and exponential functions). This is specified in ‘par.dX.Broad’, as ‘gauss’ or ‘lorentz’. One may also specify a fixed mixture of Gaussian and Lorentzian broadening, as ‘mixXX’ where XX/100 is the fraction of Gaussian broadening. One may also include a fixed amount of Lorentzian or Gaussian linewidth, specified in ‘par.dX.lorentz0’ and ‘par.dX.gauss0’. The default if not specified is pure Gaussian decay.