| ANGLIA Card Input | ||||||||||||
| Card | ||||||||||||
| Routine | Type | Fields | Format | Options | Requirements | |||||||
| ANGLIA | 1 | NQP | I5 | 0 | No Gauss-Legendre quadrature data required | |||||||
| 40 | No. of Gauss-Legendre quadrature nodes | |||||||||||
| RDQUAD | 1a | WT(1-NQP) | 4(1PE20.10) | Gauss-Legendre weights | ||||||||
| 1b | VX(1-NQP) | 4(1PE20.10) | Gauss-Legendre nodes | |||||||||
| ANGLIA | 2 | TITLE | A80 | Run-data title | ||||||||
| 3 | NCN | I5 | 0 / 1 | =1 for Convolution | ||||||||
| NUV | I5 | 0 / 1 | =1 for Stripping | |||||||||
| NTR | I5 | 0 / 1 | =1 to back-transform stripped convoluted bands | |||||||||
| and revert to original spectrum for further analysis. | ||||||||||||
| NB If NCN=1 & NUV=1 stripping will be done on | ||||||||||||
| the convoluted spectrum rather than the original. | ||||||||||||
| And unless NTR=1, all subsequent analysis will | ||||||||||||
| continue on the convoluted spectrum. Your choice ! | ||||||||||||
| NRF | I5 | 0 / 1 | =1 for Refinement | |||||||||
| NSQ | I5 | 0 / 1 | =1 for Least Squares analysis | |||||||||
| NCV | I5 | 0 / 1 | =1 for print-out of conventional band features | |||||||||
| NSP | I5 | 0 / 1 | =1 to plot fitted spectrum | |||||||||
| NMO | I5 | 0 / 1 | =1 for Moment analysis | |||||||||
| NMS | I5 | 0 / 1 | =1 for Kronig-Kramers transformation | |||||||||
| 4 | ISHP | I5 | 1 / 2 | =1 for Gaussians, =2 for Lorentzians | ||||||||
| IDMP | I5 | 0 / 1 | =1 for Damping | |||||||||
| ISEC | I5 | 0 / 1 | =1 for Second Derivatives | |||||||||
| KSPC | I5 | 0 / -1 | = -1 to permit negative bands (CD spectra) | |||||||||
| 5 | ISTP | I5 | Discontinue stripping at band ISTP-1 (yes, clumsy) | |||||||||
| ITMX | I5 | Max no of RMS increases allowed in refinement | ||||||||||
| ITMY | I5 | Max no of RMS increases allowed in least squares | ||||||||||
| SFCT | F10.3 | Default .95 | Discontinue stripping when RMS>SFCT*RMS prev | |||||||||
| RFIN | F10.3 | Discontinue refinement when RMS<RFIN | ||||||||||
| INPUT | 6 | NW | I5 | Number of spectrum abscissae | ||||||||
| WL(1) | F10.3 | First abscissa if RINC>0 | ||||||||||
| RINC | F10.3 | Regular abscissal increment if RINC>0 | ||||||||||
| 6a | WL(1-NW) | 8F10.3 | Abscissae if RINC=0 | |||||||||
| 7 | UVL | F10.3 | Ordinate plotting low-end limit | |||||||||
| UVH | F10.3 | Ordinate plotting high-end limit | ||||||||||
| 8 | NB | I5 | Number of bands | |||||||||
| NSYN | I5 | =1 for synthetic test spectrum if NB>0 | ||||||||||
| NB=0 & NSYN=0 : Standard | ||||||||||||
| NB=0 & NSYN=1 : Meaningless | ||||||||||||
| NB>0 & NSYN=0 : Least-squares only | ||||||||||||
| NB>0 & NSYN=1 : Testing on synthetic spectrum | ||||||||||||
| 8a | (POSNPAR, | E15.6 | (Position parameter, | |||||||||
| HGHTPAR, | E15.6 | Height parameter, | ||||||||||
| WDTHPAR) | E15.6 | Width parameter)'s | ||||||||||
| (1-NB) | if NB>0 | |||||||||||
| 8b | UVO(1-NW) | 8F10.3 | Ordinates if NSYN=0 | |||||||||
| 9 | NCNV | I5 | Number of convolutions to be tried if NCN=1 | |||||||||
| RLAM(1) | F10.3 | First convolution parameter if NCNV>0 | ||||||||||
| SLAM | F10.3 | Regular convolutional increment if SLAM>0 | ||||||||||
| 9a | RLAM(1-NCNV) | 8F10.3 | Convolution parameters if SLAM=0 | |||||||||
| 9b | KMAX(1-NCNV) | 16I5 | <NQP | Quadrature cut-offs to avoid instability | ||||||||
| 9c | UWL | F10.3 | Convoluted ordinate plotting low-end limit | |||||||||
| UWH | F10.3 | Convoluted ordinate plotting high-end limit | ||||||||||
| Last updated 19 Apr 2012 for ANGLIA 1.03.00 | ||||||||||||
| Created 22 Mar 2012 | ||||||||||||