# # Makefile for building the CEPHES MATHS library for C68 # # Assumes that Default DATA directory is one containing source and objects # # This makefile at the moment does not build all parts of the Cephes # maths library although all source files in the library are mentioned # here. This is merely because we have not yet done the work to check # out all these additional routines. CC=cc -c CFLAGS = -maxerr=5 -Qstackopt=3 -O ASFLAGS = CPPFLAGS = MAC = qmac AS = cc -c ASM = mac LD = ld RM = rm I = ${P}INCLUDE_ .SUFFIXES : _c _x _s _asm _o _rel _hdr _h # The following define the versions of the stdio routines that # are included to support the floating point options S = win1_SRC_LIB_C_STDIO_ # S = win1_SRC_LIB_C_ESTDIO34_ STDIO= $S_f_cvt_o $S_f_fprintf_o $S_f_fscanf_o \ $S_f_guard_o $S_f_pow10_o $S_f_printf_o \ $S_f_scanf_o $S_f_sprintf_o $S_f_sscanf_o \ $S_f_tvc_o $S_f_vfprintf_o $S_f_vprintf_o \ $S_f_vsprintf_o # The following are routines that are also in the LIBM_A library # as well as the LIBCEPHES_A library. For some reason these do # not appear to be supplied with the CEPHES library. We have # included them to try and keep thw two libraries in sync. M = win1_SRC_LIB_M_ LIBM= ${M}copysign_o ${M}fmod_o \ ${M}hypot_o ${M}remainder_o # These are the generic ANSI C specified routines that are # supplied with the CEPHES library. CM = CMATH_ CMATH_SRC = ${CM}acosh_c ${CM}asin_c ${CM}asinh_c ${CM}atan_c \ ${CM}atanh_c ${CM}cbrt_c ${CM}chbevl_c \ ${CM}const_c ${CM}cosh_c ${CM}drand_c \ ${CM}exp_c ${CM}exp10_c ${CM}fabs_c ${CM}floor_c \ ${CM}log_c ${CM}log10_c ${CM}mtherr_c \ ${CM}polevl_c ${CM}pow_c ${CM}powi_c ${CM}round_c \ ${CM}sin_c ${CM}sincos_c ${CM}sinh_c ${CM}sqrt_c \ ${CM}tan_c ${CM}tanh_c CMATH_EXTRA=${CM}cheby_c ${CM}ftilib_mak ${CM}index ${CM}mconf_h \ ${CM}mod2pi_c ${CM}mthutl_c ${CM}mtst_c ${CM}polevl_asm CMATH_OBJ = ${CM}acosh_o ${CM}asin_o ${CM}asinh_o ${CM}atan_o \ ${CM}atanh_o ${CM}cbrt_o ${CM}chbevl_o \ ${CM}const_o ${CM}cosh_o ${CM}drand_o \ ${CM}exp_o ${CM}exp10_o ${CM}fabs_o ${CM}floor_o \ ${CM}log_o ${CM}log10_o ${CM}mtherr_o \ ${CM}polevl_o ${CM}pow_o ${CM}powi_o ${CM}round_o \ ${CM}sin_o ${CM}sincos_o ${CM}sinh_o ${CM}sqrt_o \ ${CM}tan_o ${CM}tanh_o CP = CPROB_ CPROB_SRC = ${CP}bdtr_c ${CP}btdtr_c ${CP}chdtr_c \ ${CP}fdtr_c ${CP}gamma_c ${CP}gdtr_c \ ${CP}igam_c ${CP}igami_c ${CP}incbet_c ${CP}incbi_c \ ${CP}nbdtr_c ${CP}ndtr_c ${CP}ndtri_c \ ${CP}pdtr_c ${CP}stdtr_c CPROB_EXTRA=${CP}drand_c ${CP}index ${CP}mconf_h ${CP}mtherr_c CPROB_OBJ = ${CP}bdtr_o ${CP}btdtr_o ${CP}chdtr_o \ ${CP}fdtr_o ${CP}gamma_o ${CP}gdtr_o \ ${CP}igam_o ${CP}igami_o ${CP}incbet_o ${CP}incbi_o \ ${CP}nbdtr_o ${CP}ndtr_o ${CP}ndtri_o \ ${CP}pdtr_o ${CP}stdtr_o EG = EIGEN_ EIGEN_SRC = ${EG}blas_c ${EG}eigens_c ${EG}lmdif_c EIGEN_EXTRA=${EG}eigasm_bat ${EG}eigtst_c ${EG}index EIGEN_OBJ = ${EG}blas_o ${EG}eigens_o ${EG}lmdif_o EL = ELLF_ ELLF_SRC = ${EL}ellie_c ${EL}ellik_c ${EL}ellpe_c \ ${EL}ellpj_c ${EL}ellpk_c ELLF_EXTRA= ${EL}ellf_ans ${EL}ellf_c ${EL}ellf_doc ${EL}ellf_mak \ ${EL}ellf_que ${EL}index ${EL}mconf_h ${EL}mtherr_c ELLF_OBJ = ${EL}ellie_o ${EL}ellik_o ${EL}ellpe_o \ ${EL}ellpj_o ${EL}ellpk_o IE = IEEE_ IEEE_SRC = ${IE}econst_c ${IE}eexp_c ${IE}elog_c ${IE}epow_c \ ${IE}esqrt_c ${IE}etanh_c ${IE}etodec_c IEEE_EXTRA= ${IE}ehead_h ${IE}ieee_c ${IE}index IEEE_OBJ = ${IE}econst_o ${IE}eexp_o ${IE}elog_o ${IE}epow_o \ ${IE}esqrt_o ${IE}etanh_o ${IE}etodec_o LD = LDOUBLE_ LDOUBLE_SRC=${LD}acoshl_c ${LD}asinhl_c ${LD}asinl_c \ ${LD}atanhl_c ${LD}atanl_c ${LD}cbrtl_c ${LD}coshl_c \ ${LD}exp10l_c ${LD}exp2l_c ${LD}expl_c ${LD}floorl_c \ ${LD}log10l_c ${LD}log2l_c ${LD}logl_c \ ${LD}polevll_c ${LD}powil_c ${LD}powl_c \ ${LD}sinhl_c ${LD}sinl_c ${LD}sqrtl_c \ ${LD}tanhl_c ${LD}tanl_c LDOUBLE_EXTRA=${LD}index ${LD}longlib_mak ${LD}longlib_rsp \ ${LD}mconf_h ${LD}mtherr_c LDOUBLE_OBJ=${LD}acoshl_o ${LD}asinhl_o ${LD}asinl_o \ ${LD}atanhl_o ${LD}atanl_o ${LD}cbrtl_o ${LD}coshl_o \ ${LD}exp10l_o ${LD}exp2l_o ${LD}expl_o ${LD}floorl_o \ ${LD}log10l_o ${LD}log2l_o ${LD}logl_o \ ${LD}polevll_o ${LD}powil_o ${LD}powl_o \ ${LD}sinhl_o ${LD}sinl_o ${LD}sqrtl_o \ ${LD}tanhl_o ${LD}tanl_o ODE = ODE_ ODE_SRC = ${ODE}rungek_c ${ODE}ssystem_c ${ODE}adams3_c ODE_EXTRA = ${ODE}index ${ODE}int_h ${ODE}note_doc ${ODE}ssystem_mak PO = POLYN_ POLYN_SRC = ${PO}polmisc_c ${PO}polrt_c ${PO}polyn_c POLYN_EXTRA=${PO}euclid_c ${PO}index ${PO}polyr_c \ ${PO}revers_c POLYN_OBJ = ${PO}polmisc_o ${PO}polrt_o ${PO}polyn_o QF = QFLOAT_ QFLOAT_SRC= ${QF}qcalc_c ${QF}qconst_c ${QF}qexp_c ${QF}qfloor_c \ ${QF}qflt_c ${QF}qflta_c ${QF}qfltb_c ${QF}qlog_c \ ${QF}qpow_c ${QF}qsqrt_c ${QF}qsqrta_c ${QF}qtanh_c QFLOAT_EXTRA=${QF}calc100_doc ${QF}divn_asm ${QF}index ${QF}mconf_h \ ${QF}mtherr_c ${QF}mulr_asm ${QF}qcalc_h ${QF}qfltd_asm \ ${QF}qhead_asm ${QF}qhead_h ${QF}read_me ${QF}subm_asm RE = REMES_ REMES_SRC = ${RE}remesa_c ${RE}remese_c ${RE}remesf_c ${RE}remesg_c \ ${RE}remesp_c ${RE}remess_c ${RE}remesw_c ${RE}simq_c REMES_EXTRA=${RE}index ${RE}note_doc ${RE}remes_c ${RE}remes_h \ ${RE}remes_mak SOURCES=${CMATH_SRC} ${CMATH_EXTRA} \ ${CPROB_SRC} ${CPROB_EXTRA} \ ${ELLF_SRC} ${ELLF_EXTRA} \ ${EIGEN_SRC} ${EIGEN_EXTRA} \ ${IEEE_SRC} ${IEEE_EXTRA} \ ${LDOUBLE_SRC} ${LDOUBLE_EXTRA} \ ${ODE_SRC} ${ODE_EXTRA} \ ${POLYN_SRC ${POLYN_EXTRA} \ ${QFLOAT_SRC} ${QFLOAT_EXTRA} \ ${REMES_SRC} ${REMES_EXTRA} OBJECTS=$(CMATH_OBJ) $(CPROB_OBJ) $(ELLF_OBJ) # ${POLYN_OBJ} TESTPROG = ${CM}cheby ${CM}mod2pi ${CM}mtst ${EL}ellf LIBPARTS = libcmath libcprob libellf #libpolyn all: libcephes_a slblist wlist ylist #libmxc_a libcephes_a : ${LIBPARTS} ${LIBM} ${STDIO} libcephes_o slblist @rm -f libfltpt_a slb -crv libcephes_a libcephes_o slb -crv -mslblist libcephes_a libmxc_a : matherrxc_o slb -crv libmxc_a matherrxc_o libcmath : ${CMATH_SRC} ${CM}mconf_h @${CC} -V -I${CM} ${CFLAGS} ${ASFLAGS} ${CMATH_SRC} @touch libcmath libcprob : ${CPROB_SRC} ${CP}mconf_h @${CC} -I${CP} ${CFLAGS} ${ASFLAGS} ${CPROB_SRC} @touch libcprob libpolyn : ${POLYN_SRC} ${CM}mconf_h @${CC} -I${CM} ${CFLAGS} ${ASFLAGS} ${POLYN_SRC} @touch libpolyn libellf : ${ELLF_SRC} ${EL}mconf_h @${CC} -I${EL} ${CFLAGS} ${ASFLAGS} ${ELLF_SRC} @touch libellf slblist : ${LIBPARTS} ${LIBM} ${STDIO} @slb -v -Lslblist_tmp $(OBJECTS) ${LIBM} ${STDIO} tsort slblist_tmp >slblist @rm -f slblist_tmp wlist ylist libcephes_a wlist : slblist @slb -v -Wwlist -mslblist ylist : slblist @slb -v -Yylist -mslblist cheby : cheby_o ld -ocheby cheby_o -lfltpt -lm ${STDIO} : echo "Make STDIO Floating Point versions from the LIB_C_STDIO directory" _x_o: cpp -P ${CPPFLAGS} $*_x $*_s ${AS} ${ASFLAGS} $*_s ${RM} $*_s _x_s: cpp -A -dAS68 ${CPPFLAGS} $*_x $*_s _c_o: ${CC} ${CPPFLAGS} ${CFLAGS} ${ASFLAGS} $< _s_o: ${AS} ${ASFLAGS} $< _asm_o : ${MAC} $*_asm -ERRORS $*_list -BIN $*_o -NOWINDS _hdr_h : packhdr $*_hdr $*_h clean : @rm -fv ${OBJECTS} libcmath libcprob libellf libpolyn clobber : clean @rm -fv libcephes_a libmxc_a slblist wlist ylist ${LIBM} ${STDIO} libcephes_zip zip : @zip libcephes cephes_doc index libcephes_asm makefile readme ${SOURCES} #-------------------------- Header file dependencies ------------------------- ${OBJECTS} : ${I}math_h