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#------------------------------------------------------------------------------# $File: scientific,v 1.10 2015/08/24 05:18:55 christos Exp $# scientific:  file(1) magic for scientific formats ## From: Joe Krahn <krahn@niehs.nih.gov>######################################################### CCP4 data and plot files:0	string		MTZ\040		MTZ reflection file92	string		PLOT%%84	Plot84 plotting file>52	byte		1		, Little-endian>55	byte		1		, Big-endian######################################################### Electron density MAP/MASK formats0	string		EZD_MAP	NEWEZD Electron Density Map109	string		MAP\040(  Old EZD Electron Density Map0	string/c	:-)\040Origin	BRIX Electron Density Map>170	string		>0	, Sigma:%.12s#>4	string		>0	%.178s#>4	addr		x	%.178s7	string		18\040!NTITLE	XPLOR ASCII Electron Density Map9	string		\040!NTITLE\012\040REMARK	CNS ASCII electron density map208	string		MAP\040	CCP4 Electron Density Map# Assumes same stamp for float and double (normal case)>212	byte		17	\b, Big-endian>212	byte		34	\b, VAX format>212	byte		68	\b, Little-endian>212	byte		85	\b, Convex native############################################################# X-Ray Area Detector images0	string	R-AXIS4\ \ \ 	R-Axis Area Detector Image:>796	lelong	<20		Little-endian, IP #%d,>>768	lelong	>0		Size=%dx>>772	lelong	>0		\b%d>796	belong	<20		Big-endian, IP #%d,>>768	belong	>0		Size=%dx>>772	belong	>0		\b%d0	string	RAXIS\ \ \ \ \ 	R-Axis Area Detector Image, Win32:>796	lelong	<20		Little-endian, IP #%d,>>768	lelong	>0		Size=%dx>>772	lelong	>0		\b%d>796	belong	<20		Big-endian, IP #%d,>>768	belong	>0		Size=%dx>>772	belong	>0		\b%d1028	string	MMX\000\000\000\000\000\000\000\000\000\000\000\000\000	MAR Area Detector Image,>1072	ulong	>1		Compressed(%d),>1100	ulong	>1		%d headers,>1104	ulong	>0		%d x>1108	ulong	>0		%d,>1120	ulong	>0		%d bits/pixel# Type: GEDCOM genealogical (family history) data# From: Giuseppe Bilotta0       search/1/c	0\ HEAD         GEDCOM genealogy text>&0     search		1\ GEDC>>&0    search		2\ VERS         version>>>&1   string		>\0		%s# From: Phil Endecott <phil05@chezphil.org>0	string	\000\060\000\040\000\110\000\105\000\101\000\104		GEDCOM data0	string	\060\000\040\000\110\000\105\000\101\000\104\000		GEDCOM data0	string	\376\377\000\060\000\040\000\110\000\105\000\101\000\104	GEDCOM data0	string	\377\376\060\000\040\000\110\000\105\000\101\000\104\000	GEDCOM data# PDB: Protein Data Bank files# Adam Buchbinder <adam.buchbinder@gmail.com>## http://www.wwpdb.org/documentation/format32/sect2.html# http://www.ch.ic.ac.uk/chemime/## The PDB file format is fixed-field, 80 columns. From the spec:## COLS        DATA#  1 -  6      "HEADER"#  11 - 50     String(40)#  51 - 59     Date#  63 - 66     IDcode## Thus, positions 7-10, 60-62 and 67-80 are spaces. The Date must be in the# format DD-MMM-YY, e.g., 01-JAN-70, and the IDcode consists of numbers and# uppercase letters. However, examples have been seen without the date string,# e.g., the example on the chemime site.0	string	HEADER\ \ \ \ >&0	regex/1l	\^.{40}>>&0	regex/1l	[0-9]{2}-[A-Z]{3}-[0-9]{2}\ {3}>>>&0	regex/1ls	[A-Z0-9]{4}.{14}$>>>>&0	regex/1l	[A-Z0-9]{4}	Protein Data Bank data, ID Code %s!:mime	chemical/x-pdb>>>>0	regex/1l	[0-9]{2}-[A-Z]{3}-[0-9]{2}	\b, %s# Type:	GDSII Stream file0	belong	0x00060002	GDSII Stream file>4	byte	0x00>>5	byte	x		version %d.0>4	byte	>0x00		version %d>>5	byte	x		\b.%d# Type: LXT (interLaced eXtensible Trace)# chrysn <chrysn@fsfe.org>0	beshort	0x0138	interLaced eXtensible Trace (LXT) file>2	beshort	>0	(Version %u)
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