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# Annotation of /trunk/pg/macros/StdUnits.pg

 1 : gage 1064 2 : ## Define some macros for the units: 3 : ## Note: P means per in this notation, except for Pa =Pascal) 4 : ## u is the unit indication 5 : ## 6 : $m_u = CAPA_tex( "/*m/*" , "m" ) ; # angle degree 7 :$km_u = CAPA_tex( "/*km/*" , "km" ) ; 8 : $cm_u = CAPA_tex( "/*cm/*" , "cm" ) ; 9 :$mm_u = CAPA_tex( "/*mm/*" , "mm" ) ; 10 : $um_u = CAPA_tex( "/*\micro m/*" , "um" ) ; 11 :$nm_u = CAPA_tex( "/*nm/*" , "nm" ) ; 12 : $fm_u = CAPA_tex( "/*fm/*" , "fm" ) ; 13 :$m2_u = CAPA_tex( "/*m^2/*" , "m^2" ) ; 14 : $m3_u = CAPA_tex( "/*m^3/*" , "m^3" ) ; 15 :$cm2_u = CAPA_tex( "/*cm^2/*" , "cm^2" ) ; 16 : $cm3_u = CAPA_tex( "/*cm^3/*" , "cm^3" ) ; 17 :$mi_u = CAPA_tex( "/*mi/*" , "mi" ) ; 18 : $ft_u = CAPA_tex( "/*ft/*" , "ft" ) ; 19 :$in_u = CAPA_tex( "/*in./*" , "in." ) ; 20 : $kg_u = CAPA_tex( "/*kg/*" , "kg" ) ; 21 :$amu_u = CAPA_tex( "/*u/*" , "u" ) ; 22 : $lb_u = CAPA_tex( "/*lb/*" , "lb" ) ; 23 :$s_u = CAPA_tex( "/*s/*" , "s" ) ; 24 : $min_u = CAPA_tex( "/*min/*" , "min" ) ; 25 :$K_u = CAPA_tex( "/*K/*" , "K" ) ; 26 : $degC_u = CAPA_tex( "/*^{\circ}\hspace*{-.015in}C/*" , "degC" ) ; 27 :$degF_unit = CAPA_tex( "/*^{\circ}\hspace*{-.025in}F/*" , "degF" ) ; 28 : $kmol_u = CAPA_tex( "/*kmol/*" , "kmol" ) ; 29 :$Hz_u = CAPA_tex( "/*Hz/*" , "Hz" ) ; 30 : $mPs_u = CAPA_tex( "/*m/s/*" , "m/s" ) ; 31 :$cmPs_u = CAPA_tex( "/*cm/s/*" , "cm/s" ) ; 32 : $kmPh_u = CAPA_tex( "/*km/h/*" , "km/h" ) ; 33 :$miPh_u = CAPA_tex( "/*mi/h/*" , "mi/h" ) ; 34 : $radPs_u = CAPA_tex( "/*rad/s/*" , "rad/s" ) ; 35 :$Ps_u = CAPA_tex( "/*s^{-1}/*" , "s^-1" ) ; 36 : $mPs2_u = CAPA_tex( "/*m/s^2/*" , "m/s2" ) ; 37 :$cmPs2_u = CAPA_tex( "/*cm/s^2/*" , "cm/s2" ) ; 38 : $radPs2_u = CAPA_tex( "/*rad/s^2/*" , "rad/s2" ) ; 39 :$N_unit = CAPA_tex( "/*N/*" , "N" ) ; 40 : $Pa_u = CAPA_tex( "/*Pa/*" , "Pa" ) ; 41 :$atm_u = CAPA_tex( "/*atm/*" , "atm" ) ; 42 : $NPm2_u = CAPA_tex( "/*N/m^2/*" , "N/m2" ) ; 43 :$J_u = CAPA_tex( "/*J/*" , "J" ) ; 44 : $hp_u = CAPA_tex( "/*hp/*" , "hp" ) ; 45 :$eV_u = CAPA_tex( "/*eV/*" , "eV" ) ; 46 : $cal_u = CAPA_tex( "/*cal/*" , "cal" ) ; 47 :$kcal_u = CAPA_tex( "/*kcal/*" , "kcal" ) ; 48 : $W_u = CAPA_tex( "/*W/*" , "W" ) ; 49 :$kW_u = CAPA_tex( "/*kW/*" , "kW" ) ; 50 : $Js_u = CAPA_tex( "/*J s/*" , "J s" ) ; 51 :$C_u = CAPA_tex( "/*C/*" , "C" ) ; 52 : $V_u = CAPA_tex( "/*V/*" , "V" ) ; 53 :$ohm_u = CAPA_tex( "/*\Omega/*" , "ohm" ) ; 54 : $F_u = CAPA_tex( "/*F/*" , "F" ) ; 55 :$Wb_u = CAPA_tex( "/*Wb/*" , "Wb" ) ; 56 : $H_u = CAPA_tex( "/*H/*" , "H" ) ; 57 :$T_u = CAPA_tex( "/*T/*" , "T" ) ; 58 : $N_u = CAPA_tex( "/*N/*" , "N" ) ; 59 :$JPK_u = CAPA_tex( "/*J\over K/*" , "J/K" ) ; 60 : $Nm2Pkg2_u = CAPA_tex( "/*Nm2\over kg^2/*" , "Nm^2/kg^2" ) ; 61 :$kgPm3_u = CAPA_tex( "/*kg / m^3/*" , "kg/m3" ) ; 62 : $gPm3_u = CAPA_tex( "/*g / m^3/*" , "g/m3" ) ; 63 :$gPcm3_u = CAPA_tex( "/*g / cm^3/*" , "g/cm3" ) ; 64 : $NPm_u = CAPA_tex( "/*N/m/*" , "N/m" ) ; 65 :$kgm2_u = CAPA_tex( "/*kg\cdot m^2/*" , "kgm^2" ) ; 66 : $deg_u = CAPA_tex( "/*^{\circ}/*" , "deg" ) ; 67 :$rev_u = CAPA_tex( "/*rev/*" , "rev" ) ; 68 : $rad_u = CAPA_tex( "/*rad/*" , "rad" ) ; 69 :$G_u = CAPA_tex( "/*G/*" , "G" ) ; 70 : $g_u = CAPA_tex( "/*g/*" , "g" ) ; 71 :$h_u = CAPA_tex( "/*h/*" , "h" ) ; 72 : $ton_u = CAPA_tex( "/*ton/*" , "ton" ) ; 73 :$knots_u = CAPA_tex( "/*knots/*" , "knots" ) ; 74 : \$kgPs_u = CAPA_tex( "/*kg/s/*" , "kg/s" ) ; 75 : 76 : 1; 77 : ################################################# 78 : ## Processing time = 5 secs ( 4.60 usr 0.37 sys = 4.97 cpu) 79 : #################################################