"DELTA-Datafile (c) G.F. Weiller 1996; CSIRO Entomology 1997 ±7dŽ€d„‡œ7„‡œ7DELTA MASTER(Unlabelled)Ä?@A”BwŽ‘“”žšŸ 7d××i½‡œ7½‡œ7DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\specs.txt…BķŁ¾ ! $#"%&-'5I=TEg !zE$#"&'ITgdggf½‡œ7½‡œ7Char BaseS’’’’’’’’Hdccf½‡œ7½‡œ7Char BaseS’’’’’’’’Idccf½‡œ7½‡œ7Char BaseS’’’’’’’’Jdggf½‡œ7½‡œ7Char BaseS’’’’’’’’Kdkkf½‡œ7½‡œ7Char BaseS’’’’’’’’C”d  iŸ)ž7Ÿ)ž7DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\Layout.txtßļDķŁ¾ N5xY G04hLhMtPN5xY G–44 –— 135üL    › !"#$%&'()*+,-./0123456MP –\b Synonymy \b0—\b Remarks \b0 \i Eyes. \i0\i Antennae. \i0 \i Head. \i0 \i Maxilliped. \i0\i Gnatahopod 1. \i0\i Gnathopod 2. \i01 \i Coxae. \i03\i Uropods. \i05\i Telson. \i0dkkf½‡œ7½‡œ7 Char BaseS’’’’’’’’M”7dccf½‡œ7½‡œ7 Char BaseS’’’’’’’’Ndggf½‡œ7½‡œ7 Char BaseS’’’’’’’’Odccf½‡œ7½‡œ7 Char BaseS’’’’’’’’Pdccf½‡œ7½‡œ7 Char BaseS’’’’’’’’Qdkkf½‡œ7½‡œ7Char BaseS’’’’’’’’R8doof½‡œ7½‡œ7Char BaseS’’’’’’’’S8dggf½‡œ7½‡œ7Char BaseS’’’’’’’’T9dggf½‡œ7½‡œ7Char BaseS’’’’’’’’U9dccf½‡œ7½‡œ7Char BaseS’’’’’’’’Vdccf½‡œ7½‡œ7Char BaseS’’’’’’’’Wdkkf½‡œ7½‡œ7Char BaseS’’’’’’’’D:dkkf½‡œ7½‡œ7Char BaseS’’’’’’’’X:;dkkf½‡œ7½‡œ7Char BaseS’’’’’’’’Y:;dkkf½‡œ7½‡œ7Char BaseS’’’’’’’’Z:<dssf½‡œ7½‡œ7Char BaseS’’’’’’’’[:<dkkf½‡œ7½‡œ7Char BaseS’’’’’’’’\:dkkf½‡œ7½‡œ7Char BaseS’’’’’’’’E:=dssf½‡œ7½‡œ7Char BaseS’’’’’’’’]:=dkkf½‡œ7½‡œ7Char BaseS’’’’’’’’^:dccf½‡œ7½‡œ7Char BaseS’’’’’’’’_dggf½‡œ7½‡œ7Char BaseS’’’’’’’’`dggf½‡œ7½‡œ7Char BaseS’’’’’’’’adkkf½‡œ7½‡œ7 Char BaseS’’’’’’’’bdkkf½‡œ7½‡œ7!Char BaseS’’’’’’’’c>dggf½‡œ7½‡œ7"Char BaseS’’’’’’’’d>dggf½‡œ7½‡œ7#Char BaseS’’’’’’’’e?dwwf½‡œ7½‡œ7$Char BaseS’’’’’’’’f?dggf½‡œ7½‡œ7%Char BaseS’’’’’’’’gdccf½‡œ7½‡œ7&Char BaseS’’’’’’’’hdggf½‡œ7½‡œ7'Char BaseS’’’’’’’’idggf½‡œ7½‡œ7(Char BaseS’’’’’’’’j@dssf½‡œ7½‡œ7)Char BaseS’’’’’’’’k@dkkf½‡œ7½‡œ7*Char BaseS’’’’’’’’ldggf½‡œ7½‡œ7+Char BaseS’’’’’’’’FAdkkf½‡œ7½‡œ7,Char BaseS’’’’’’’’mAdccf½‡œ7½‡œ7-Char BaseS’’’’’’’’ndggf½‡œ7½‡œ7.Char BaseS’’’’’’’’odccf½‡œ7½‡œ7/Char BaseS’’’’’’’’pdccf½‡œ7½‡œ70Char BaseS’’’’’’’’qdccf½‡œ7½‡œ71Char BaseS’’’’’’’’rdggf½‡œ7½‡œ72Char BaseS’’’’’’’’sdccf½‡œ7½‡œ73Char BaseS’’’’’’’’tdggf½‡œ7½‡œ74Char BaseS’’’’’’’’udccf½‡œ7½‡œ75Char BaseS’’’’’’’’Gdccf½‡œ7½‡œ76Char BaseS’’’’’’’’vd††iwž7wž77DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\printcr.txtßļDķŁ¾ ,CRg |E„ ›x£ €“ €ĘĻ ( Print the character list as RTF. printcr.lst rtf chars.txt specs.txtE markrtf.txtx €headc €cnotesż \pard\plain\s1\qc\sb0\sa100\keepn\b\f2\fs32\kerning28 Anamixid data set \par\pard\plain\qc\sb0\sa500\fs24 J.D. Thomas \par\pard\plain\ql\fs20 Cite this publication as: \par\pard\plain\ql\li340\fs20 Thomas, J. D. (July 1999 onwards). Anamixid Data Set chars.txtdJJe½‡œ7½‡œ78Cont Attr>dFFe½‡œ7½‡œ79Cont Attr>dffe½‡œ7½‡œ7:Cont Attr>dFFe¾‡œ7¾‡œ7;Cont Attr>›dFFe¾‡œ7¾‡œ7<Cont Attr>dFFe¾‡œ7¾‡œ7=Cont Attr>dJJe¾‡œ7¾‡œ7>Cont Attr>!"dFFe¾‡œ7¾‡œ7?Cont Attr>#$dFFe¾‡œ7¾‡œ7@Cont Attr>()dFFe¾‡œ7¾‡œ7ACont Attr>+,dbbi¾‡œ7¾‡œ7BDirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\chars.txt…BķŁ¾q†q†dg¾‡œ7¾‡œ7CChar TextB=_ anteroventral margin cuspatewithout cuspwith notchIn some cases, (A. cavitura) this character can be present as a small cusp or completely absent)d44g¾‡œ7¾‡œ7DChar TextB0   gnathopod 1 presentvestigialabsentg1 noted as vestigial in P. clarkae, and P. kanu at transformational molt, unknown for others in genus. A. jebbi with persistent vestigial in transformed males.dŃŃg¾‡œ7¾‡œ7EChar TextB<= article 6, terminal ornamentation absentpresent,If present, ranging from short knobb-like unguis to long setadg¾‡œ7¾‡œ7FChar TextB+@I( hindmargin of propodus with teeth/serrationsunadorned, no prominent teeth/serrationsNepanamixis vectoris with distal most hindmargin prodced as serrate cusp.d$$g¾‡œ7¾‡œ7GChar TextB5*U&+ telson of long form, 1.8 - 2.0X longer than wideshort form, less than 1.7X longer than wideA. tangaroa marginal in this condition, with measurement of 1.73 it is scored as bothas as bothdƒƒg¾‡œ7¾‡œ7HChar TextB& Nnmber of ocelli 7 9 10 or more dČČg¾‡œ7¾‡œ7IChar TextB:"! antenna 1, length shorter than 1/2 total body lengthlonger than 1/2 total body lengthhd¶¶g¾‡œ7¾‡œ7JChar TextB9 head length greater than pereonites 1-2less than pereonites 1-2dŒŒg¾‡œ7¾‡œ7KChar TextB&  anterior margin of head transverseroundedobliqued­dhņŸ7ņŸ7LItem Desc:"g€.8BLV ` j t ~ˆ’œ¦° ŗ!Ä#Ī%Ų&ā'ģ(ö+, -./(021<2F3P4Z5d—n*&Paranamixis indicus Sivaprakasam, 1968åįIn the original plates the author shows a deep sinuous cavity at the posteroproximal base of the propodus. While the present author has not observed material, it may be a strong specific-level character state for gnathopod 2.dŠŠg¾‡œ7¾‡œ7MChar TextB   located midventrallyanteroventrally notchd¢¢g¾‡œ7¾‡œ7NChar TextB - lateral margin with prominent lateral ridge on side of head evenly roundedd‰‰g¾‡œ7¾‡œ7OChar TextB $  ventral cephalic keel truncate rounded sharp d  g¾‡œ7¾‡œ7PChar TextB I serrations or teeth on anterior margin presentabsentd²²g¾‡œ7¾‡œ7QChar TextB +  maxilliped, length of palp article 41.9X or more length of article 31.0 -1.8X length of article 3d££g¾‡œ7¾‡œ7RChar TextB6 inner plates fusedpartially cleftfully cleftdßßg¾‡œ7¾‡œ7SChar TextBT apical margin notchedevenly roundedv-shaped indentationsubtruncate\par d‡‡g¾‡œ7¾‡œ7TChar TextB0 outer plates presentabsentdĢĢg¾‡œ7¾‡œ7UChar TextB''4 outer plates reduced, reaching 1/2 of palp article 1vestigial, barely exceeding margin of palp article 1d™™g¾‡œ7¾‡œ7VChar TextB+ size, 1/4 size of coxa 21/2 size of coxa 2d‰‰g¾‡œ7¾‡œ7WChar TextB3 coxa 1, anteroventral margin roundedbifidd11g¾‡œ7¾‡œ7XChar TextB.˜<= article 5, (carpus) linear, insertion point 0.30 - 0.43X total width of propodusinflated, insertion point 0.50 -0.98X total width of propodusMeasurement is the total width of article 5 (carpus) divided into the distance from the \par posteropriximal pooint of insertion of article 6 (propodus)Depth measurement ratio equals vertical maximum of carpus divided by vertical distance from a point marked by \par the posteroproximal insertion of article 6 (propodus)dg¾‡œ7¾‡œ7YChar TextB5  article 5, carpus transverseobliquedŠŠg¾‡œ7¾‡œ7ZChar TextB2 terminal ornamentation present,absentdĮĮg¾‡œ7¾‡œ7[Char TextB" a single long setaa short seta-spinea very small setalong, cup-shaped seta(e)d¼¼g¾‡œ7¾‡œ7\Char TextBE apices of articles 5 and/or 6 taperednarrow, attenuatedinflated/bulbousdÕÕg¾‡œ7¾‡œ7]Char TextB0  consisting of a short knob-like unguisa short, thick spine-seta2 long setaea single, long setatad««g¾‡œ7¾‡œ7^Char TextB>  profile of article 6 evenly curvedgeniculatestraightdŻŻg¾‡œ7¾‡œ7_Char TextB14. peduncle enlarged and thickened, width more than 2X article 2normal thickness, width less than 2X article 2d©©g¾‡œ7¾‡œ7`Char TextB antenna 1 longer than antenna 2subequal to antenna 2shorter than 2ter than 2dg¾‡œ7¾‡œ7aChar TextBg -( width of coxa 2 relative to coxa 3 subequal moderately enlarged (width ratio 1.0 - 1.6 ) greatly enlarged (width ration 1.7 -1.9)dŪŪg¾‡œ7¾‡œ7bChar TextB C anterior margin smoothwith proximal lobewith small serrations/teethexpanded anteriorlyd±±g¾‡œ7¾‡œ7cChar TextB!; ventral margin excavate (concave)producedevenly roundeddāāg¾‡œ7¾‡œ7dChar TextB"008 with large angular process over entire ventral marginsmall angular process or cusp(s) projecting midventrallydÉÉg¾‡œ7¾‡œ7eChar TextB#,7 gnathopod 2 basis variously furnished (long setae, tubercles, serrations)bare, or with few short setadTTg¾‡œ7¾‡œ7fChar TextB$ '!$$&$ withnumerous (9-12) long anterodistal setaefew (3-5) long anterodistal setaescattered tubercles, anterior marginserrate ridge on anterodistal marginserrate ridge on anteroproximal margina triangular anteromedial protrusiondéég¾‡œ7¾‡œ7gChar TextB%:&! length of carpus short, reaching 1/2 or less along palmmoderate, reaching 2/3 along palmlong, reaching end of palmdĢĢg¾‡œ7¾‡œ7hChar TextB&5 - inserted at/near proximal margininserted at distomedial corner (verticalised)d¤¤g¾‡œ7¾‡œ7iChar TextB'< carpus straightrecurvedgeniculatedĒĒg¾‡œ7¾‡œ7jChar TextB(G2 anterior margin barewith ornamentation (ridge/bifid process/denticles)dOOg¾‡œ7¾‡œ7kChar TextB)N*4 bearing a distinct distal bifid process or "thumb"a distal elevated "hump" or elevated rounded processan anterolateral serrate ridgea series of denticlesproximal margin serratelesdaag¾‡œ7¾‡œ7lChar TextB*5?A(2 propodus with a single short row (less than 1/3 of palm) of mediofacial setae\tx720 single long row (1/2 or more of palm) of mediofacial setae\tx720 2 short rows of mediofacial setae\tx720 1 long and 1 short row of mediofacial setaedŪŪg¾‡œ7¾‡œ7mChar TextB,; consisting of large teeth or processesa few small teeth/serrationsa numerous small serrationsonsd··g¾‡œ7¾‡œ7nChar TextB-M basomedial process absenta strong recurved cuspcessdg¾‡œ7¾‡œ7oChar TextB.$ H? dactyl geniculaterecurved/straight, moderate length (reaching 1/2 or less along propodus)recurved, extremely long (reaching 2/3 or more along propodus) dŠŠg¾‡œ7¾‡œ7pChar TextB/, apical marginbifidbluntly roundeddÓÓg¾‡œ7¾‡œ7qChar TextB0(+6 hindmarginsmooth, lacking serrations/tubercles/ridgeswith various forms of serrations, tubercles, or ridgesd¦¦g¾‡œ7¾‡œ7rChar TextB1: coxa 3, anterior margin evenly rounded or truncateexpandeddg懜7懜7sChar TextB2' coxa 4, ventral margin evenly roundedcrenulate/producedexcavatedg懜7懜7tChar TextB30 urpods 1-2 outer rami equal1/2 - 2/3 of inner2/3 of innerdČČg懜7懜7uChar TextB4+: uropod 1 spinoseinner/outer ramus with 1 spine-setae, remaining ramus barelacking spinesd††g懜7懜7vChar TextB6, apices entiretridentatedRRi懜7懜7wDirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\items.txt²¾CķŁ¾‡‡d(Ädh懜7懜7xItem Desc:._€'1;EO Y c s }‡‘›„ƹĆĶ×įėõ’  !"'#1$;%E&O'Y(c)m*w+-‹.•/Ÿ0©1³2½3Ē4Ń5Ū6å#Anamixis aldabra    width-length ratiolong fordģˆdh懜7懜7yItem Desc:+#€'1;EO Y c m w‹•Ÿ©³½ĒŃŪåļł ! "#!%+&5'?(I*S+]-g.q/{0…12™3£4­5·6Į#Anamixis bazimut #Anamixis aldabra dÆdh懜7懜7zItem Desc:/I€(2<FP ` j t ~ˆ’œ¦°ŗÄĪŲāģö  (!2#<%F&P'Z(d*n+x,‚-Œ.–/ 0Ŗ1“2¾3Č5Ņ6Ü—ę«"$ Anamixis cavitura   84Leucomorph documented, Thomas, 1997:47-50, figs. 3-4«§\tx720\i A. hanseni \i0 Thomas,1979:107-109; \par \i A. hanseni\i0 Thomas and Taylor, 1981:462-467, figs. 1-5;\par \i A. hanseni \i0 Thomas and Barnard, 1983:154-157.#Anamixis bazimut #d°dh懜7懜7{Item Desc:-I€)3=GQ [ e o yƒ—”«µæÉÓŻēńū !"##-%7&A'K(U*_+i,s-}.‡/‘0›1„2Æ3¹4Ć5Ķ6×%!Anamixis excalibur $ Anamixis cavitura #dtdh懜7懜7|Item Desc:$Ø€*4>HR \ f p z„Ž˜¢¬¶ĄŹŌ Ž!č#ņ%ü&'(+$,.-8.B/L0V1`2j3t4~&"Anamixis falarikia %!Anamixis excalibur $dé…dh懜7懜7}Item Desc:-€)3=GQ [ e o yƒ—”«µæÉÓŻēńū !##-%7&A'K(U+_,i-s.}/‡0‘1›2„3Æ4¹5Ć6Ķ«×%!Anamixis hanseni Ū×\tx720 Following citations relate to \i A. cavitura:\par A. hanseni \i0 Thomas,1979:107-109; \par \i A. hanseni\i0 Thomas and Taylor, 1981:462-467, figs. 1-5;\par \i A. hanseni \i0 Thomas and Barnard, 1983:154-157.&"Anamixis falarikia %dådh懜7懜7~Item Desc:(€,6@JT ^ h r |†š¤®øĀĢÖ ą!ź#ō$ž%&'(&*0+:-D.N/X0b1l2v3€4Š5”6ž—Ø($Anamixis jebbi 2.Leucomorph documented, Thomas, 1997:55, fig. 8%!Anamixis hanseni dŌpdhĄ‡œ7Ą‡œ7Item Desc:'€+5?IS ] g q{…™£­·ĮĖÕßé ó!ż#%&'%(/+9-C.M/W1a2k3u45‰6“«'#Anamixis kateluensis .*A. stebbingi Barnard, 1965:488-489, fig. 4!Anamixis jebbi %!AnadødhĄ‡œ7Ą‡œ7€Item Desc:.V€$.8BL V ` j t~ˆ’œ¦°ŗÄĪŲāģö  !(#2%<&F'P(Z)d*n+x-‚.Œ/–0 1Ŗ2“3¾4Č5Ņ6Ü Anamixis mahe  width-length ratio\i A.dŖdhĄ‡œ7Ą‡œ7Item Desc:,@€,6@JT ^ h r |†– Ŗ“¾ČŅÜęšś !"#,%6&@'J(T)^*h+r-|.†/0š1¤2®3ø4Ā5Ģ6Ö($Anamixis nedcampensis   '#Anamixis kateluensis !d¢dhĄ‡œ7Ą‡œ7‚Item Desc:,<€(2<FP Z d n x‚Œœ¦°ŗÄĪŲāģö  !#(%2&<'F(P*Z+d,n-x.‚/Œ0–1 2Ŗ3“4¾5Č6Ņ$ Anamixis ningaloo   ($Anamixis nedcampensis dødhĄ‡œ7Ą‡œ7ƒItem Desc:-P€*4>HR \ f p z„Ž˜¢¬¶ĄŹŌŽčņü !"#$%.&8'B(L)V*`+j,t-„.Ž/˜0¢1¬2¶3Ą4Ź5Ō6Ž&"Anamixis papuaensis   $ Anamixis ningaloo ($d¢dhĄ‡œ7Ą‡œ7„Item Desc:,<€(2<FP Z d n x‚Œ– Ŗ“¾ČŅÜęšś !"#,%6&@'J(T*^+h,r-|.†01š2¤3®4ø5Ā6Ņ$ Anamixis tangaroa   &"Anamixis papuaensis $dŗdhĄ‡œ7Ą‡œ7…Item Desc:.W€%/9CM W a k u‰“§±»ÅĻŁćķ÷  !)#3%=&G'Q([*e+o,y-ƒ./—0”1«2µ3æ4É5Ó6Ż!Anamixis vanga $ Anamixis tangaroa &d*ĘdhĄ‡œ7Ą‡œ7†Item Desc:.]€+5?IS ] g q {…™£­·ĮĖÕßéóż !%#/%9&C'M(W)a*k+u-.‰/“01§2±3»4Å5Ļ6Ł›ć'#Nepanamixis dianthus !Anamixis vanga $ Anad0ĢdhĄ‡œ7Ą‡œ7‡Item Desc:.`€.8BLV ` jt~ˆ’œ¦°ŗÄĪŲāģö  !#($2%<&F'P(Z)d*n+x-‚.Œ/–0 1Ŗ2“3¾4Č5Ņ6Ü›ę*&Nepanamixis grossimana '#Nepanamixis dianthus !dPģdhĮ‡œ7Į‡œ7ˆItem Desc:0‚€,6@JT ^ h r |†š¤®øĀĢÖąźōž& 0!:#D%N&X'b(l)v*€+Š-”.ž/Ø0²1¼2Ę3Š4Ś5ä6ī›ų($Nepanamixis torreanus *&Nepanamixis grossimana 'dBŽdhĮ‡œ7Į‡œ7‰Item Desc:/u€+5?IS ] g q {…™£­·ĮĖÕßéóż %!/#9%C&M'W(g)q*{+…-.™/£0­1·2Į3Ė4Õ5ß6é›ó'#Nepanamixis vectoris   ($Nepanamixis torreanus *dČddhĮ‡œ7Į‡œ7ŠItem Desc:(ü€*4>HR \ f p z„”žØ²¼ĘŠŚ ä!ī"ų#$ %&&'0(:*D+N-X.b/l0v1€2Š3”4ž5Ø6²&"Paranamixis clarkae     '#Nepanamixis vectoris (dĄ\dhĮ‡œ7Į‡œ7‹Item Desc:(ņ€,6@JT ^ h r |†š¤®øĀĢÖ ą!ź#ō$ž%&'(&*0+:,D-N.X/b0l1v2€3Š4”5ž6Ø($Paranamixis fijiensis &"Paranamixis clarkae '#dNźdhĮ‡œ7Į‡œ7ŒItem Desc:…€'1;#E$O%Y*c+m,w-.‹/•0Ÿ1©2³3½4Ē5Ń6Ū#Paranamixis kanu ($Paranamixis fijiensis dś–dhĮ‡œ7Į‡œ7Item Desc:+*€.8BLV ` j t ~ ˆ’œ¦°ŗÄĪŲā ģ!ö#$ %&'((2)<*F+P,Z-d.n/x0‚1Œ2–3 4Ŗ5“6¾¤Č*&Paranamixis misakiensis #Paranamixis kanu ($ParadččiĮ‡œ7Į‡œ7ŽDirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\Check.txt²¾CķŁ¾*? T i &Check the characters and items check.lst specs.txt chars.txt items.txtdRRićœ7ćœ7DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\cnotes.txt²¾CķŁ¾qqdĢĢi¬Ģ7¬Ģ7DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\Empchari.txt²¾CķŁ¾+fm'Intkey diagnostic descriptions.7/DiagLevel 2, DiagType Taxa, preset character 11md˜ ˜ iҜ7Ҝ7‘DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\MARK.txt²¾CķŁ¾źRęŽFile prepared 9 August 1994 by C.M. Weiller & G.F. Weiller, Research School of Biological Sciences, Australian National University, Canberra ACT 0200, Australia. Revised 12 March 1997 (MJD).RTF formatting6 R. ! #1. !\endash ! #2. #3. #4. !\par\pard\fs22\ql\sb300\sa0\keepn\fi-800\li800 ! #5. !\fs22 ! #6. !\par\pard\ql\sb200\sa0\keep\keepn\fi-800\li800 ! #7. !\par\pard\sb0\sa0\fi-220\li800\keep ! #8. !\par\pard\fi400\li800\sb200\sa0 ! #9. !\par\pard\sb0\sa200\keepn ! #10. !\par\pard\keepn ! #11. !\line ! #12. !\par\pard\sb0\sa150\keep\keepn ! #13. !\par\pard\qj\sb400\sa0\keep\keepn ! #14. !\b\fs30 ! #15. !\fs22\b0 ! #16. !\par\pard\qj\fi400\sb100 ! #17. !\i ! #18. !\i0 ! #19. !\b\i ! #20. !\i0\b0 ! #21. !\b\i ! #22. !\i0\b0 ! #23. !\par\pard\qj\sb0\sa0\fi400 ! #24. !\keep\keepn ! #25. !\i ! #26. !\i0 ! #27. #28. !{\rtf1\pc\deff4{\stylesheet{\fs22\snext0 Normal;}} {\fonttbl{\f4\froman Times New Roman;}{\f5\fswiss Arial;}} {\pard\plain\ql\fs22} \margl1417\margr1417\margt1417\margb1417 ! #29. !\par}!d[[fŖŸ7ŖŸ7’Char BaseS’’’’’’’’™dttiҜ7Ҝ7“DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\Toint.txt²¾CķŁ¾)Xm ‚=ŠH’˜¾(€$ €: €Q €hz ” %Translate into INTKEY format.+#Crustacean Classes and Orders #DATE toint.lst specs.txt=H(˜!#+b(€ A#A%A1A € cnotes.txt € cimages.txt € timages.txtichars chars.txtiitems items.txt.txtd0+0+iҜ7Ҝ7”DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\TOOLBAR.INP²¾CķŁ¾#Ž ļ +Ü ķ œ g > J Ś ‘ E ` x ń  ” ² | g  Æ ŠŪ Ų k! z" ‹" :# Ę$ i% ß& š& 9'ŚŅ This file defines an Intkey toolbar suitable for general use. It is invoked if no toolbar is defined in the intitialization file, INTKEY.INI. The author of a data set will usually provide a customized toolbar. CLEAR8 0intro.bmp "CONTENTS contents.ind" "Introduction"­„May benefit from more specific help, e.g.: "Introduction and references" "This button allows you to display an introduction to the package, or a list of references." SPACE« £/N starti.bmp "RESTART /I /B /T" "Start a new identification, and display best characters" "This button clears any information entered in previous identifications or queries, sets parameters suitable for identification, and displays the best characters to use in the identification. \par \sb240 For information on how to carry out an identification, refer to the help for the button labelled ‘Continue identification’."Ē æ/A starti.bmp "RESTART /I /T" "Start a new identification" "This button clears any information entered in previous identifications or queries, and sets parameters suitable for identification. The error tolerance is set to 0. \par \sb240 For information on how to carry out an identification, refer to the help for the buttons labelled ‘Continue identification, using best characters’ or ‘Continue identification, using subsets of the characters’."Ó Ė/N best.bmp "BEST" "Continue identification" "This button finds and displays the best characters for separating the remaining taxa in an identification. You should normally select the first character, by pressing ‘OK’. However, if you can see obvious difficulties in using this character, select another by clicking on it, then pressing ‘OK’. \par \sb240 The program then displays a list of character states, or a box for entering values such as lengths. Click on the state, or enter the value, that applies to the specimen, and press ‘OK’. IF YOU ARE NOT SURE OF THE CORRECT STATE OR VALUE, DO NOT GUESS. Instead, click on more than one state, enter a range of values, or press ‘Cancel’ and try another character." /A best.bmp "BEST" "Continue identification, using ‘best’ characters" "This button finds and displays the best characters for separating the remaining taxa in an identification. Select a character by by clicking on it, then pressing ‘OK’ (or by double clicking). \par \sb240 The program then displays a list of character states, or a box for entering values such as lengths. Click on the state, or enter the value, that applies to the specimen, and press ‘OK’. IF YOU ARE NOT SURE OF THE CORRECT STATE OR VALUE, DO NOT GUESS. Instead, click on more than one state, enter a range of values, or press ‘Cancel’ and try another character." \par \sb240 The merit of a character is calculated partly from its separating power, and partly from its ‘reliability’ or ease of use. Characters are displayed in order of merit, and their separating powers are shown at the left of the display. A separating power of 1 corresponds to a division of the group of remaining taxa into halves, and a value of 0 indicates very poor separation."Œ „/A usei.bmp "USE ?K" "Continue identification, using subsets of the characters" "This button allows you to proceed with an identification by selecting a subset of the characters, and then selecting individual characters from that subset. Unless you are familiar enough with the data to know that certain character states exhibited by your specimen are likely to eliminate a good proportion of the taxa, \i at the current stage of the identification\i0 , you should use the ‘Best’ button instead. \par \sb240 After you have selected a character, the program displays a list of character states, or a box for entering values such as lengths. Click on the state, or enter the value, that applies to the specimen, and press ‘OK’. IF YOU ARE NOT SURE OF THE CORRECT STATE OR VALUE, DO NOT GUESS. Instead, click on more than one state, enter a range of values, or press ‘Cancel’ and try another character."³ «/N /U change.bmp "CHANGE /B ?L" "Change previously entered information about the specimen being identified" "This button allows you to change previously entered information about the specimen being identified. This is of limited use in identification, because, although you may be aware that you have made a mistake, you do not usually know what it is. It is usually better to increase the ‘Error tolerance’ (see next button)."° Ø/A /U change.bmp "CHANGE ?L" "Change previously entered information about the specimen being identified" "This button allows you to change previously entered information about the specimen being identified. This is of limited use in identification, because, although you may be aware that you have made a mistake, you do not usually know what it is. It is usually better to increase the ‘Error tolerance’ (see next button)." /N /U set_tol.bmp "SET TOLERANCE" "Set the error tolerance" "This button allows you to set the ‘error tolerance’ for an identification. A taxon will remain under consideration until the number of differences between it and the specimen is greater than the error tolerance. You should increase the current value by 1 if you are aware that you have made a mistake in an identification (because the illustration or description of the remaining taxon does not correspond to your specimen), but you do not know what the mistake is." /A set_tol.bmp "SET TOLERANCE" "Set the error tolerance" "This button allows you to set the ‘error tolerance’ for an identification. A taxon will remain under consideration until the number of differences between it and the specimen is greater than the error tolerance. You should increase the current value by 1 if you are aware that you have made a mistake in an identification (because the illustration or description of the remaining taxon does not correspond to your specimen), but you do not know what the mistake is."u m/U diff_s.bmp "DIFFERENCES (SPECIMEN REMAINING) ALL" "Display the differences between the specimen and the remaining taxa" "A number in parentheses preceding the name of a remaining taxon in an identification indicates the number of differences between the specimen and the taxon. This button can be used to find the characters in which these differences occurred." SPACE› “ill_t.bmp "ILLUSTRATE TAXA ?L" "Display illustrations of taxa" "This button displays illustrations of taxa. You can use it to confirm (or reject) an identification, or to complete an identification by browsing through the illustrations of the remaining taxa. Note that you can select several taxa, and display their images sequentially or simultaneously by using the 'Control' menu in the image window." SPACEĘ ¾/N startq.bmp "RESTART /Q /T" "Start a new query" "This button clears any information entered in previous identifications or queries, and sets parameters suitable for information retrieval."ē ß/A startq.bmp "RESTART /Q /T" "Start a new query" "This button clears any information entered in previous identifications or queries, and sets parameters suitable for information retrieval. The error tolerance is set to 0."Ÿ —/N useq.bmp "USE ALL" "Find taxa having specified attributes" "This button finds those taxa having a specified attribute or combination of attributes."” ™/A useq.bmp "USE /C ?K" "Find taxa having specified attributes" "This button finds those taxa having a specified attribute or combination of attributes."× Ļdesc.bmp "DESCRIBE ?L /C ALL" "Display complete descriptions" "This button displays full descriptions of taxa. You can also display the information that you have entered about the specimen being identified."MEData specific. Requires definition of character keyword "BRIEF", and appropriate help. DEFINE BUTTON desc_b.bmp "DESCRIBE ?L /C BRIEF" "Display nomenclature, classification, etc." "This button displays a brief description containing nomenclature, classification, number of species, geographical distribution, and references."ł ńdiag.bmp "DIAGNOSE ?L NONE" "Generate diagnostic descriptions" "This button displays a diagnostic description that distinguishes a taxon from all the other taxa. Any taxa that cannot be distinguished from the one being diagnosed are listed." ‡/N diff_t.bmp "DIFFERENCES /U /I /X ?L ALL" "Display the differences between taxa" "This button displays the differences between taxa."  /A diff_t.bmp "DIFFERENCES /U /I /X ? /C ?" "Display the differences between taxa" "This button displays the differences between taxa, in terms of selected non-text characters. The Match parameter is temporarily set to Unknowns Inapplicables (see Set Match)." SPACE« £/N inc_c.bmp "INCLUDE C ?K" "Include subsets of the characters" "This button allows you to choose a set of characters with which subsequent commands will operate."ˆ €/A inc_c.bmp "INCLUDE C ?K" "Include subsets of the characters" "This button allows you to choose a set of characters with which subsequent commands will operate. Note that it is not usually necessary to do this if the set of characters is to be used only for a single command, as most commands have a built-in character-selection dialog box. See Settings > Include for more details."Ÿ —/N inc_t.bmp "INCLUDE T ?K" "Include subsets of the taxa" "This button allows you to choose a set of taxa with which subsequent commands will operate."r j/A inc_t.bmp "INCLUDE T ?K" "Include subsets of the taxa" "This button allows you to choose a set of taxa with which subsequent commands will operate. Note that it is not usually necessary to do this if the set of taxa is to be used only for a single command, as most commands have a built-in taxon-selection dialog box. See Settings > Include for more details." SPACEE =equal.bmp "FIND TAXA ?" "Search for taxon names and synonyms"™‘May benefit from more specific help, e.g.: "Search for generic names and synonyms" "This button allows you to search for generic names, and cross-references those accepted as taxonomically valid (and represented by descriptions in this package) with those treated here as synonyms. \par \sb240 Note that searches may be complicated by minor variations in spelling, as well as by typographical errors."dLLg“„œ7“„œ7•Char TextB– d[[f“„œ7“„œ7–Char BaseS’’’’’’’’•d[[f愜7愜7—Char BaseS’’’’’’’’˜dKKg愜7愜7˜Char TextB— dPPg«Ÿ7«Ÿ7™Char TextB’d‘‘i¬Ģ7¬Ģ7šDirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\Empcharm.txtßļDķŁ¾3m/'Manually selected important characters.mdkkffœ7fœ7›Char BaseS’’’’’’’’œ;dęęgfœ7fœ7œChar TextB›3 #" carpal inlfation minor, 0.50 - 0.54X carpal widthmoderate, 0.70 - 0.80X carpal widthmaximum, 0.93 - 0.98X carpal widthddh\Ɯ7\Ɯ7Item Desc:,W€%/9CM W a k u‰“§±»ÅĻŁćķ÷ !#%)&3'=(G*Q+[-e.o/y0ƒ12—3”4«5µ6æ«É!Anamixis moana *&A. stebbingi Barnard, 1970:64, fig. 27d®®i¶Ōœ7¶Ōœ7žDirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\intkey.ini²¾CķŁ¾+*$%;RMTZ gt ķ / „ ^ … « Š#€+iitems*ichars% toolbar.inpRimages Tff¦? €æ €æ €?h Headž’’’ž’’’ž’’’ž’’’ž’’’ž’’’ ž’’’ ž’’’ ž’’’ ž’’’ž’’’>  Mouthpartsž’’’ ž’’’ž’’’ž’’’ž’’’Q Coxaež’’’ž’’’ž’’’ž’’’ ž’’’!ž’’’"ž’’’1ž’’’2Ö  Gnathopodsž’’’ž’’’ž’’’›ž’’’ž’’’ž’’’ž’’’ž’’’ž’’’ž’’’ž’’’#ž’’’$ž’’’%ž’’’&ž’’’'ž’’’(ž’’’)ž’’’*ž’’’+ž’’’,ž’’’-ž’’’.ž’’’/ž’’’0# Uropodsž’’’3ž’’’4" Telsonž’’’5ž’’’6! Juvenile morphologies#€#€#€dżżi­Ģ7­Ģ7ŸDirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\Markrtf.txtßļDķŁ¾$1R Settings for RTF output. nRf! #1. !\endash ! #2. #3. #4. !\par\pard\plain\s10\ql\sb300\sa100\li0\fi0\keep\keepn\fs24 ! #5. #6. !\par\pard\plain\s11\ql\sb0\sa0\li705\fi-705\fs20 ! #7. !\par\pard\plain\s12\ql\sb0\sa0\li705\fi-200\fs20 ! #8. !\par\pard\plain\s13\ql\sb0\sa0\li505\fi400\fs20 ! #9. !\par\pard\plain\ql\sb300\sa0\keepn\fs20 ! #10. !\par\pard\plain\ql\sb300\sa0\keepn\fs20 ! #11. !\par\pard\plain\ql\sb0\sa0\fs20 ! #12. #13. #14. !\par\pard\plain\s21\ql\sb300\sa100\li0\fi0\keep\keepn\b\fs24 ! #15. !\fs20\b0 ! #16. !\par\pard\plain\qj\s22\sb0\sa0\li0\fi340\fs20 ! #17. !\i ! #18. !\i0 ! #19. !\b\i ! #20. !\i0\b0 ! #21. !\b\i ! #22. !\i0\b0 ! #23. !\par\pard\plain\ql\sb0\sa0\fs20 ! #24. !\par\pard\ql\sb200\sa0 ! #25. #26. #27. #28. !{\rtf1\ansi\ansicpg1252\uc1\deff0 \deflang3081\paperw11906\paperh16838\margl1418\margr1418\margt1418\margb1418 {\fonttbl {\f0\froman\fcharset0\fprq2 Times New Roman;} {\f1\froman\fcharset2\fprq2 Symbol;} {\f2 fswiss\fcharset0\fprq2 Arial;} } {\stylesheet {\qj\fi340\fs20\snext0 Normal;} {\s1\qc\sb500\sa100\keepn\b\f2\fs32\kerning28\sbasedon0\snext0 Heading 1;} {\s2\qc\sb500\sa100\keepn\b\f2\fs28\kerning28\sbasedon0\snext0 Heading 2;} {\s3\ql\sb500\sa100\keepn\b\f2\fs24\sbasedon0\snext0 Heading 3;} {\s6\ql\sb0\sa0\li340\fi-340\fs20\sbasedon0 References;} {\s10\ql\sb300\sa100\li0\fi0\keep\keepn\fs24\sbasedon0 Character Heading;} {\s11\ql\sb0\sa0\li705\fi-705\fs20\sbasedon0 Feature;} {\s12\ql\sb0\sa0\li705\fi-200\fs20\sbasedon0 State;} {\s13\ql\sb0\sa0\li505\fi400\fs20\sbasedon0 Character Note;} {\s20\qc\sb300\sa0\li0\fi0\keep\keepn\fs24\sbasedon0 Taxon Heading;} {\s21\ql\sb300\sa100\li0\fi0\keep\keepn\b\fs24\sbasedon0 Taxon Name;} {\s22\qj\sb0\sa0\li0\fi340\fs20\sbasedon0 Description;} {\s30\ql\sb0\sa0\fi-907\li907\tx680\tqr\tldot\tx9072\fs20\sbasedon0 Key;} {\s31\ql\sb100\sa0\fi-907\li907\tx680\tqr\tldot\tx9072\fs20\sbasedon30 Key First Lead;} } \widowctrl ! #29. !}! #30. !\par\pard\plain\s20\qc\sb0\sa0\li0\fi0\keep\keepn\fs24\b ! #31. !\b0\fs20 ! #32. #33. #34. #35. #36. #37. #38. #39. #40. #41. !\par\pard\plain\s6\sb100\li340\fi-340\fs20 \i Characters:\i0 @nchar in data, @ncincl included, @ncinkey in key. \par\sb0 \i Items:\i0 @ntaxa in data, @ntincl included, @ntinkey in key. \par \i Parameters:\i0 Rbase = @rbase Abase = @abase Reuse = @reuse Varywt = @varywt \par \i Characters included:\i0 @cmask \par\sa100 \i Character reliabilities:\i0 @rel! #42. !\par\pard\plain\s30\fi-907\li907\sb240\tx680\tqr\tldot\tx9070\fs20 @node.\tab @state! #43. !\par\pard\plain\s30\fi-907\li907\sb240\tx680\tqr\tldot\tx9070\fs20 @node(@from).\tab @state! #44. !\par\pard\plain\s31\fi-907\li907\sb0\tx680\tqr\tldot\tx9070\fs20 \tab @state! #45. !\tab \b @to\b0 ! #46. !\par\pard\plain\s31\tqr\tx9070\fs20 \tab \b @to\b0 ! #47. #48. !\tab @to! #49. #50. dRRiם7ם7 DirFile DescBC:\WINDOWS\DESKTOP\Anamixis\RTF\tonatr.txtßļDķŁ¾1GVm ‚?Š ” · Ļ ē‹ü •'{ -%Translate into natural language - RTF tonatr.lst rtf descrip.rtf specs.txt? markrtf.txt layout.txt empchari.txt empcharm.txt‹! chars.txt  \pard\plain\s2\qc\sb500\sa400\keepn\b\f2\fs28\kerning28 Implicit Attributes \par\pard\plain\qj\sa300\fs20 Unless indicated otherwise, the following attributes are implicit throughout the descriptions, except where the characters concerned are inapplicable.•PH \par\pard\plain\s2\qc\sb500\sa400\keepn\b\f2\fs28\kerning28 Descriptions \par\pard\plain\qj\fs20 The bold-italic parts are diagnostic descriptions, generated with the aid of Intkey (Dallwitz \i et al.\i0 1993 onwards; Dallwitz \i et al. \i0 1998). They distinguish each taxon in at least two respects from every other taxon. items.txtdNNeŪś7Ūś7”Cont Attr> ¤dü˜dhG Ÿ7G Ÿ7¢Item Desc:-R€,6@JT ^ h r |†š¤®øĀĢÖąźōž !&#0%:&D'N(X)b*r+|-†./š0¤1®2ø3Ā4Ģ5Ö6ą($Anamixis barnardi   d{dhŻ Ÿ7Ż Ÿ7£Item Desc:&Ń€)3=GW a k u  ‰“§±»Å Ļ!Ł#ć$ķ%÷&' (*+),3-=/G0Q1[2e3o4y5ƒ6¤—%!Paranamixis aberro Hirayama, 1983  dggf=Ÿ7=Ÿ7¤Char BaseS’’’’’’’’„”dg>Ÿ7>Ÿ7„Char TextB¤& defined bytwo acute teethone acute tooth and one subacute angledFādhŸ7Ÿ7¦Item Desc:#œ€0:DNX b l v€Š”žØ² ¼#Ę$Š%Ś&ä'ī(ų*+ ,- .*/40>1H3R4\5f6p¤z,(Paranamixis denticulus Kim and Kim, 1991dsdhł@Ÿ7ł@Ÿ7§Item Desc:&É€'1;EO Y cmw‹•Ÿ©³½Ē Ń!Ū#å%ļ&ł'( )*!++-5.?/I0S1]2g3q4{5…6#Anamixis stebbingi Walker, 1905d„Adh~FŸ7~FŸ7ØItem Desc:ū€)3=GQ [ e o yƒ—”«µæɖӛK%!Anamixis pacifica (Barnard), 1955tp\i Leucothoides pacifica\i0 , Barnard, 1955:26-28, fig. 1a-k; \par \i A. linsleyi\i0 Barnard, 1955:26-29, fig.2  #dą|dhOLŸ7OLŸ7©Item Desc:6€*&Anamixis jebbi dķ‰dhfLŸ7fLŸ7ŖItem Desc:C€73Anamixis jebbi d[[f:T 7:T 7«Char BaseS’’’’’’’’¬dMMg;T 7;T 7¬Char TextB« e¬