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ddot:offx=%d%s: ddot:n=%dOO|OOOOOi:_fblas.zsyr%s: zsyr:lower=%d%s: zsyr:incx=%d%s: zsyr:n=%dOO|OOOOO:_fblas.zdotc%s: zdotc:incx=%d%s: zdotc:incy=%d%s: zdotc:offy=%d%s: zdotc:offx=%d%s: zdotc:n=%dOO|OOOOO:_fblas.cdotc%s: cdotc:incx=%d%s: cdotc:incy=%d%s: cdotc:offy=%d%s: cdotc:offx=%d%s: cdotc:n=%dOO|OOOOO:_fblas.cdotu%s: cdotu:incx=%d%s: cdotu:incy=%d%s: cdotu:offy=%d%s: cdotu:offx=%d%s: cdotu:n=%dOO|OOOOO:_fblas.zdotu%s: zdotu:incx=%d%s: zdotu:incy=%d%s: zdotu:offy=%d%s: zdotu:offx=%d%s: zdotu:n=%dOO|OOOOO:_fblas.sdot%s: sdot:incx=%d%s: sdot:incy=%d%s: sdot:offx=%d%s: sdot:offy=%d%s: sdot:n=%dOO|OOOOOi:_fblas.dsyr%s: dsyr:lower=%d%s: dsyr:incx=%d%s: dsyr:n=%dOO|OOOOOi:_fblas.ssyr%s: ssyr:lower=%d%s: ssyr:incx=%d%s: ssyr:n=%dOO|OOOOOi:_fblas.zher%s: zher:lower=%d%s: zher:incx=%d%s: zher:n=%dOO|OOOOOi:_fblas.cher%s: cher:lower=%d%s: cher:incx=%d%s: cher:n=%dOO|OOOOOi:_fblas.csyr%s: csyr:lower=%d%s: csyr:incx=%d%s: csyr:n=%dOOO|OOOOOOOi:_fblas.zher2%s: zher2:lower=%d%s: zher2:incx=%d%s: zher2:incy=%d%s: zher2:n=%dOOO|OOOOOOOi:_fblas.cher2%s: cher2:lower=%d%s: cher2:incx=%d%s: cher2:incy=%d%s: cher2:n=%dOOO|OOOOOOOi:_fblas.dsyr2%s: dsyr2:lower=%d%s: dsyr2:incx=%d%s: dsyr2:incy=%d%s: dsyr2:n=%dOOO|OOOiii:_fblas.zgerc%s: zgerc:incx=%d%s: zgerc:incy=%dOOO|OOOOOOOi:_fblas.ssyr2%s: ssyr2:lower=%d%s: ssyr2:incx=%d%s: ssyr2:incy=%d%s: ssyr2:n=%dOOO|OOOiii:_fblas.sger%s: sger:incx=%d%s: sger:incy=%dOOO|OOOiii:_fblas.dger%s: dger:incx=%d%s: dger:incy=%dOOO|OOOiii:_fblas.cgeru%s: cgeru:incx=%d%s: cgeru:incy=%dOOO|OOOiii:_fblas.zgeru%s: zgeru:incx=%d%s: zgeru:incy=%dOOO|OOOiii:_fblas.cgerc%s: cgerc:incx=%d%s: cgerc:incy=%d_fblasnumpy.core.multiarray_ARRAY_API_ARRAY_API not found_ARRAY_API is NULL pointer$Revision: $__version____doc___fblas.error_cpointer__name__d1d2x1y1offxincxoffyincyoverwrite_xoverwrite_yparamalphabetatranslowerunitdiagoverwrite_atrans_atrans_boverwrite_csideoverwrite_bfailed in converting 2nd argument `a' of _fblas.ztrmm to C/Fortran array_fblas.ztrmm() 2nd keyword (lower) can't be converted to int(lower==0 || lower==1) failed for 2nd keyword lowerfailed in converting 3rd argument `b' of _fblas.ztrmm to C/Fortran array_fblas.ztrmm() 3rd keyword (trans_a) can't be converted to int(trans_a>=0 && trans_a <=2) failed for 3rd keyword trans_a_fblas.ztrmm() 4th keyword (diag) can't be converted to int(diag==0 || diag==1) failed for 4th keyword diag_fblas.ztrmm() 1st argument (alpha) can't be converted to complex_double_fblas.ztrmm() 1st keyword (side) can't be converted to int(side==0 || side==1) failed for 1st keyword sidefailed in converting 2nd argument `a' of _fblas.zher2k to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.zher2k to C/Fortran array_fblas.zher2k() 4th keyword (lower) can't be converted to int(lower==0||lower==1) failed for 4th keyword lower_fblas.zher2k() 1st keyword (beta) can't be converted to complex_double_fblas.zher2k() 1st argument (alpha) can't be converted to complex_double_fblas.zher2k() 3rd keyword (trans) can't be converted to int(trans>=0 && trans <=2) failed for 3rd keyword trans(trans ? lda==ldb: ka==kb) failed for hidden kfailed in converting 2nd keyword `c' of _fblas.zher2k to C/Fortran array(shape(c,0)==n && shape(c,1)==n) failed for 2nd keyword cfailed in converting 2nd argument `a' of _fblas.zsyr2k to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.zsyr2k to C/Fortran array_fblas.zsyr2k() 4th keyword (lower) can't be converted to int_fblas.zsyr2k() 1st keyword (beta) can't be converted to complex_double_fblas.zsyr2k() 1st argument (alpha) can't be converted to complex_double_fblas.zsyr2k() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.zsyr2k to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.zherk to C/Fortran array_fblas.zherk() 4th keyword (lower) can't be converted to int_fblas.zherk() 1st keyword (beta) can't be converted to complex_double_fblas.zherk() 1st argument (alpha) can't be converted to complex_double_fblas.zherk() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.zherk to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.zsyrk to C/Fortran array_fblas.zsyrk() 4th keyword (lower) can't be converted to int_fblas.zsyrk() 1st keyword (beta) can't be converted to complex_double_fblas.zsyrk() 1st argument (alpha) can't be converted to complex_double_fblas.zsyrk() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.zsyrk to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.zhemm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.zhemm to C/Fortran array_fblas.zhemm() 4th keyword (lower) can't be converted to int_fblas.zhemm() 1st keyword (beta) can't be converted to complex_double_fblas.zhemm() 1st argument (alpha) can't be converted to complex_double_fblas.zhemm() 3rd keyword (side) can't be converted to int(side==0||side==1) failed for 3rd keyword side(side? kb==lda : ka==ldb) failed for hidden nfailed in converting 2nd keyword `c' of _fblas.zhemm to C/Fortran array(shape(c,0)==m && shape(c,1)==n) failed for 2nd keyword cfailed in converting 2nd argument `a' of _fblas.zsymm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.zsymm to C/Fortran array_fblas.zsymm() 4th keyword (lower) can't be converted to int_fblas.zsymm() 1st keyword (beta) can't be converted to complex_double_fblas.zsymm() 1st argument (alpha) can't be converted to complex_double_fblas.zsymm() 3rd keyword (side) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.zsymm to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.zgemm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.zgemm to C/Fortran array_fblas.zgemm() 3rd keyword (trans_a) can't be converted to int_fblas.zgemm() 4th keyword (trans_b) can't be converted to int(trans_b>=0 && trans_b <=2) failed for 4th keyword trans_b_fblas.zgemm() 1st keyword (beta) can't be converted to complex_double_fblas.zgemm() 1st argument (alpha) can't be converted to complex_double(trans_b?kb==k:ldb==k) failed for hidden nfailed in converting 2nd keyword `c' of _fblas.zgemm to C/Fortran arrayfailed in converting 1st argument `a' of _fblas.ztrmv to C/Fortran array(shape(a,0)==shape(a,1)) failed for 1st argument a_fblas.ztrmv() 3rd keyword (lower) can't be converted to int(lower==0||lower==1) failed for 3rd keyword lower_fblas.ztrmv() 5th keyword (unitdiag) can't be converted to int(unitdiag==0||unitdiag==1) failed for 5th keyword unitdiag_fblas.ztrmv() 2nd keyword (incx) can't be converted to int(incx>0||incx<0) failed for 2nd keyword incxfailed in converting 2nd argument `x' of _fblas.ztrmv to C/Fortran array_fblas.ztrmv() 4th keyword (trans) can't be converted to int(trans>=0 && trans <=2) failed for 4th keyword trans_fblas.ztrmv() 1st keyword (offx) can't be converted to int(offx>=0 && offx<len(x)) failed for 1st keyword offx(len(x)>offx+(n-1)*abs(incx)) failed for hidden nfailed in converting 1st argument `a' of _fblas.ctrmv to C/Fortran array_fblas.ctrmv() 3rd keyword (lower) can't be converted to int_fblas.ctrmv() 5th keyword (unitdiag) can't be converted to int_fblas.ctrmv() 2nd keyword (incx) can't be converted to intfailed in converting 2nd argument `x' of _fblas.ctrmv to C/Fortran array_fblas.ctrmv() 4th keyword (trans) can't be converted to int_fblas.ctrmv() 1st keyword (offx) can't be converted to intfailed in converting 1st argument `a' of _fblas.dtrmv to C/Fortran array_fblas.dtrmv() 3rd keyword (lower) can't be converted to int_fblas.dtrmv() 5th keyword (unitdiag) can't be converted to int_fblas.dtrmv() 2nd keyword (incx) can't be converted to intfailed in converting 2nd argument `x' of _fblas.dtrmv to C/Fortran array_fblas.dtrmv() 4th keyword (trans) can't be converted to int_fblas.dtrmv() 1st keyword (offx) can't be converted to intfailed in converting 1st argument `a' of _fblas.strmv to C/Fortran array_fblas.strmv() 3rd keyword (lower) can't be converted to int_fblas.strmv() 5th keyword (unitdiag) can't be converted to int_fblas.strmv() 2nd keyword (incx) can't be converted to intfailed in converting 2nd argument `x' of _fblas.strmv to C/Fortran array_fblas.strmv() 4th keyword (trans) can't be converted to int_fblas.strmv() 1st keyword (offx) can't be converted to intfailed in converting 2nd argument `a' of _fblas.zhemv to C/Fortran array(shape(a,0)==shape(a,1)) failed for 2nd argument a_fblas.zhemv() 7th keyword (lower) can't be converted to int(lower==0||lower==1) failed for 7th keyword lower_fblas.zhemv() 4th keyword (incx) can't be converted to int(incx>0||incx<0) failed for 4th keyword incx_fblas.zhemv() 6th keyword (incy) can't be converted to int(incy>0||incy<0) failed for 6th keyword incy_fblas.zhemv() 5th keyword (offy) can't be converted to int_fblas.zhemv() 1st keyword (beta) can't be converted to complex_double_fblas.zhemv() 1st argument (alpha) can't be converted to complex_double_fblas.zhemv() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `x' of _fblas.zhemv to C/Fortran array(len(x)>offx+(n-1)*abs(incx)) failed for 3rd argument x(offx>=0 && offx<len(x)) failed for 3rd argument xfailed in converting 2nd keyword `y' of _fblas.zhemv to C/Fortran array(len(y)>offy+(n-1)*abs(incy)) failed for 2nd keyword y(offy>=0 && offy<len(y)) failed for 2nd keyword yfailed in converting 2nd argument `a' of _fblas.zgemv to C/Fortran array_fblas.zgemv() 4th keyword (incx) can't be converted to int_fblas.zgemv() 6th keyword (incy) can't be converted to int_fblas.zgemv() 5th keyword (offy) can't be converted to int_fblas.zgemv() 1st keyword (beta) can't be converted to complex_double_fblas.zgemv() 1st argument (alpha) can't be converted to complex_double_fblas.zgemv() 7th keyword (trans) can't be converted to int(trans>=0 && trans <=2) failed for 7th keyword trans_fblas.zgemv() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `x' of _fblas.zgemv to C/Fortran array(len(x)>offx+(cols-1)*abs(incx)) failed for 3rd argument xfailed in converting 2nd keyword `y' of _fblas.zgemv to C/Fortran array(len(y)>offy+(rows-1)*abs(incy)) failed for 2nd keyword yfailed in converting 1st argument `x' of _fblas.izamax to C/Fortran array_fblas.izamax() 3rd keyword (incx) can't be converted to int(incx>0||incx<0) failed for 3rd keyword incx_fblas.izamax() 2nd keyword (offx) can't be converted to int(offx>=0 && offx<len(x)) failed for 2nd keyword offx_fblas.izamax() 1st keyword (n) can't be converted to int(len(x)-offx>(n-1)*abs(incx)) failed for 1st keyword nfailed in converting 1st argument `x' of _fblas.icamax to C/Fortran array_fblas.icamax() 3rd keyword (incx) can't be converted to int_fblas.icamax() 2nd keyword (offx) can't be converted to int_fblas.icamax() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.idamax to C/Fortran array_fblas.idamax() 3rd keyword (incx) can't be converted to int_fblas.idamax() 2nd keyword (offx) can't be converted to int_fblas.idamax() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.isamax to C/Fortran array_fblas.isamax() 3rd keyword (incx) can't be converted to int_fblas.isamax() 2nd keyword (offx) can't be converted to int_fblas.isamax() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.dzasum to C/Fortran array_fblas.dzasum() 3rd keyword (incx) can't be converted to int_fblas.dzasum() 2nd keyword (offx) can't be converted to int_fblas.dzasum() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.dasum to C/Fortran array_fblas.dasum() 3rd keyword (incx) can't be converted to int_fblas.dasum() 2nd keyword (offx) can't be converted to int_fblas.dasum() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.scasum to C/Fortran array_fblas.scasum() 3rd keyword (incx) can't be converted to int_fblas.scasum() 2nd keyword (offx) can't be converted to int_fblas.scasum() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.sasum to C/Fortran array_fblas.sasum() 3rd keyword (incx) can't be converted to int_fblas.sasum() 2nd keyword (offx) can't be converted to int_fblas.sasum() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.dznrm2 to C/Fortran array_fblas.dznrm2() 3rd keyword (incx) can't be converted to int_fblas.dznrm2() 2nd keyword (offx) can't be converted to int_fblas.dznrm2() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.dnrm2 to C/Fortran array_fblas.dnrm2() 3rd keyword (incx) can't be converted to int_fblas.dnrm2() 2nd keyword (offx) can't be converted to int_fblas.dnrm2() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.scnrm2 to C/Fortran array_fblas.scnrm2() 3rd keyword (incx) can't be converted to int_fblas.scnrm2() 2nd keyword (offx) can't be converted to int_fblas.scnrm2() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.snrm2 to C/Fortran array_fblas.snrm2() 3rd keyword (incx) can't be converted to int_fblas.snrm2() 2nd keyword (offx) can't be converted to int_fblas.snrm2() 1st keyword (n) can't be converted to int_fblas.zaxpy() 2nd keyword (a) can't be converted to complex_double_fblas.zaxpy() 4th keyword (incx) can't be converted to int_fblas.zaxpy() 6th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.zaxpy to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.zaxpy to C/Fortran array_fblas.zaxpy() 3rd keyword (offx) can't be converted to int(offx>=0 && offx<len(x)) failed for 3rd keyword offx_fblas.zaxpy() 5th keyword (offy) can't be converted to int(offy>=0 && offy<len(y)) failed for 5th keyword offy_fblas.zaxpy() 1st keyword (n) can't be converted to int(len(y)-offy>(n-1)*abs(incy)) failed for 1st keyword nfailed in converting 1st argument `x' of _fblas.zcopy to C/Fortran arrayfailed in converting 2nd argument `y' of _fblas.zcopy to C/Fortran array_fblas.zcopy() 5th keyword (incy) can't be converted to int(incy>0||incy<0) failed for 5th keyword incy_fblas.zcopy() 3rd keyword (incx) can't be converted to int_fblas.zcopy() 4th keyword (offy) can't be converted to int(offy>=0 && offy<len(y)) failed for 4th keyword offy_fblas.zcopy() 2nd keyword (offx) can't be converted to int_fblas.zcopy() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.ccopy to C/Fortran arrayfailed in converting 2nd argument `y' of _fblas.ccopy to C/Fortran array_fblas.ccopy() 5th keyword (incy) can't be converted to int_fblas.ccopy() 3rd keyword (incx) can't be converted to int_fblas.ccopy() 4th keyword (offy) can't be converted to int_fblas.ccopy() 2nd keyword (offx) can't be converted to int_fblas.ccopy() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.dcopy to C/Fortran arrayfailed in converting 2nd argument `y' of _fblas.dcopy to C/Fortran array_fblas.dcopy() 5th keyword (incy) can't be converted to int_fblas.dcopy() 3rd keyword (incx) can't be converted to int_fblas.dcopy() 4th keyword (offy) can't be converted to int_fblas.dcopy() 2nd keyword (offx) can't be converted to int_fblas.dcopy() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.scopy to C/Fortran arrayfailed in converting 2nd argument `y' of _fblas.scopy to C/Fortran array_fblas.scopy() 5th keyword (incy) can't be converted to int_fblas.scopy() 3rd keyword (incx) can't be converted to int_fblas.scopy() 4th keyword (offy) can't be converted to int_fblas.scopy() 2nd keyword (offx) can't be converted to int_fblas.scopy() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.zswap to C/Fortran arrayfailed in converting 2nd argument `y' of _fblas.zswap to C/Fortran array_fblas.zswap() 5th keyword (incy) can't be converted to int_fblas.zswap() 3rd keyword (incx) can't be converted to int_fblas.zswap() 4th keyword (offy) can't be converted to int_fblas.zswap() 2nd keyword (offx) can't be converted to int_fblas.zswap() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.cswap to C/Fortran arrayfailed in converting 2nd argument `y' of _fblas.cswap to C/Fortran array_fblas.cswap() 5th keyword (incy) can't be converted to int_fblas.cswap() 3rd keyword (incx) can't be converted to int_fblas.cswap() 4th keyword (offy) can't be converted to int_fblas.cswap() 2nd keyword (offx) can't be converted to int_fblas.cswap() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.dswap to C/Fortran arrayfailed in converting 2nd argument `y' of _fblas.dswap to C/Fortran array_fblas.dswap() 5th keyword (incy) can't be converted to int_fblas.dswap() 3rd keyword (incx) can't be converted to int_fblas.dswap() 4th keyword (offy) can't be converted to int_fblas.dswap() 2nd keyword (offx) can't be converted to int_fblas.dswap() 1st keyword (n) can't be converted to intfailed in converting 1st argument `x' of _fblas.sswap to C/Fortran arrayfailed in converting 2nd argument `y' of _fblas.sswap to C/Fortran array_fblas.sswap() 5th keyword (incy) can't be converted to int_fblas.sswap() 3rd keyword (incx) can't be converted to int_fblas.sswap() 4th keyword (offy) can't be converted to int_fblas.sswap() 2nd keyword (offx) can't be converted to int_fblas.sswap() 1st keyword (n) can't be converted to int_fblas.drotm() 3rd keyword (incx) can't be converted to intfailed in converting 3rd argument `param' of _fblas.drotm to C/Fortran array_fblas.drotm() 5th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.drotm to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.drotm to C/Fortran array_fblas.drotm() 2nd keyword (offx) can't be converted to int_fblas.drotm() 4th keyword (offy) can't be converted to int_fblas.drotm() 1st keyword (n) can't be converted to int_fblas.srotm() 3rd keyword (incx) can't be converted to intfailed in converting 3rd argument `param' of _fblas.srotm to C/Fortran array_fblas.srotm() 5th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.srotm to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.srotm to C/Fortran array_fblas.srotm() 2nd keyword (offx) can't be converted to int_fblas.srotm() 4th keyword (offy) can't be converted to int_fblas.srotm() 1st keyword (n) can't be converted to intfailed in converting 2nd argument `a' of _fblas.dtrmm to C/Fortran array_fblas.dtrmm() 2nd keyword (lower) can't be converted to intfailed in converting 3rd argument `b' of _fblas.dtrmm to C/Fortran array_fblas.dtrmm() 3rd keyword (trans_a) can't be converted to int_fblas.dtrmm() 4th keyword (diag) can't be converted to int_fblas.dtrmm() 1st argument (alpha) can't be converted to double_fblas.dtrmm() 1st keyword (side) can't be converted to intfailed in converting 2nd argument `a' of _fblas.strmm to C/Fortran array_fblas.strmm() 2nd keyword (lower) can't be converted to intfailed in converting 3rd argument `b' of _fblas.strmm to C/Fortran array_fblas.strmm() 3rd keyword (trans_a) can't be converted to int_fblas.strmm() 4th keyword (diag) can't be converted to int_fblas.strmm() 1st argument (alpha) can't be converted to float_fblas.strmm() 1st keyword (side) can't be converted to intfailed in converting 2nd argument `a' of _fblas.ssyr2k to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.ssyr2k to C/Fortran array_fblas.ssyr2k() 4th keyword (lower) can't be converted to int_fblas.ssyr2k() 1st keyword (beta) can't be converted to float_fblas.ssyr2k() 1st argument (alpha) can't be converted to float_fblas.ssyr2k() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.ssyr2k to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.ssyrk to C/Fortran array_fblas.ssyrk() 4th keyword (lower) can't be converted to int_fblas.ssyrk() 1st keyword (beta) can't be converted to float_fblas.ssyrk() 1st argument (alpha) can't be converted to float_fblas.ssyrk() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.ssyrk to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.ssymm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.ssymm to C/Fortran array_fblas.ssymm() 4th keyword (lower) can't be converted to int_fblas.ssymm() 1st keyword (beta) can't be converted to float_fblas.ssymm() 1st argument (alpha) can't be converted to float_fblas.ssymm() 3rd keyword (side) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.ssymm to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.sgemm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.sgemm to C/Fortran array_fblas.sgemm() 3rd keyword (trans_a) can't be converted to int_fblas.sgemm() 4th keyword (trans_b) can't be converted to int_fblas.sgemm() 1st keyword (beta) can't be converted to float_fblas.sgemm() 1st argument (alpha) can't be converted to floatfailed in converting 2nd keyword `c' of _fblas.sgemm to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.ssymv to C/Fortran array_fblas.ssymv() 7th keyword (lower) can't be converted to int_fblas.ssymv() 4th keyword (incx) can't be converted to int_fblas.ssymv() 6th keyword (incy) can't be converted to int_fblas.ssymv() 5th keyword (offy) can't be converted to int_fblas.ssymv() 1st keyword (beta) can't be converted to float_fblas.ssymv() 1st argument (alpha) can't be converted to float_fblas.ssymv() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `x' of _fblas.ssymv to C/Fortran arrayfailed in converting 2nd keyword `y' of _fblas.ssymv to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.sgemv to C/Fortran array_fblas.sgemv() 4th keyword (incx) can't be converted to int_fblas.sgemv() 6th keyword (incy) can't be converted to int_fblas.sgemv() 5th keyword (offy) can't be converted to int_fblas.sgemv() 1st keyword (beta) can't be converted to float_fblas.sgemv() 1st argument (alpha) can't be converted to float_fblas.sgemv() 7th keyword (trans) can't be converted to int_fblas.sgemv() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `x' of _fblas.sgemv to C/Fortran arrayfailed in converting 2nd keyword `y' of _fblas.sgemv to C/Fortran array_fblas.saxpy() 2nd keyword (a) can't be converted to float_fblas.saxpy() 4th keyword (incx) can't be converted to int_fblas.saxpy() 6th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.saxpy to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.saxpy to C/Fortran array_fblas.saxpy() 3rd keyword (offx) can't be converted to int_fblas.saxpy() 5th keyword (offy) can't be converted to int_fblas.saxpy() 1st keyword (n) can't be converted to intfailed in converting 2nd argument `a' of _fblas.dsyr2k to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.dsyr2k to C/Fortran array_fblas.dsyr2k() 4th keyword (lower) can't be converted to int_fblas.dsyr2k() 1st keyword (beta) can't be converted to double_fblas.dsyr2k() 1st argument (alpha) can't be converted to double_fblas.dsyr2k() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.dsyr2k to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.dsyrk to C/Fortran array_fblas.dsyrk() 4th keyword (lower) can't be converted to int_fblas.dsyrk() 1st keyword (beta) can't be converted to double_fblas.dsyrk() 1st argument (alpha) can't be converted to double_fblas.dsyrk() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.dsyrk to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.dsymm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.dsymm to C/Fortran array_fblas.dsymm() 4th keyword (lower) can't be converted to int_fblas.dsymm() 1st keyword (beta) can't be converted to double_fblas.dsymm() 1st argument (alpha) can't be converted to double_fblas.dsymm() 3rd keyword (side) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.dsymm to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.dgemm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.dgemm to C/Fortran array_fblas.dgemm() 3rd keyword (trans_a) can't be converted to int_fblas.dgemm() 4th keyword (trans_b) can't be converted to int_fblas.dgemm() 1st keyword (beta) can't be converted to double_fblas.dgemm() 1st argument (alpha) can't be converted to doublefailed in converting 2nd keyword `c' of _fblas.dgemm to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.dsymv to C/Fortran array_fblas.dsymv() 7th keyword (lower) can't be converted to int_fblas.dsymv() 4th keyword (incx) can't be converted to int_fblas.dsymv() 6th keyword (incy) can't be converted to int_fblas.dsymv() 5th keyword (offy) can't be converted to int_fblas.dsymv() 1st keyword (beta) can't be converted to double_fblas.dsymv() 1st argument (alpha) can't be converted to double_fblas.dsymv() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `x' of _fblas.dsymv to C/Fortran arrayfailed in converting 2nd keyword `y' of _fblas.dsymv to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.dgemv to C/Fortran array_fblas.dgemv() 4th keyword (incx) can't be converted to int_fblas.dgemv() 6th keyword (incy) can't be converted to int_fblas.dgemv() 5th keyword (offy) can't be converted to int_fblas.dgemv() 1st keyword (beta) can't be converted to double_fblas.dgemv() 1st argument (alpha) can't be converted to double_fblas.dgemv() 7th keyword (trans) can't be converted to int_fblas.dgemv() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `x' of _fblas.dgemv to C/Fortran arrayfailed in converting 2nd keyword `y' of _fblas.dgemv to C/Fortran array_fblas.daxpy() 2nd keyword (a) can't be converted to double_fblas.daxpy() 4th keyword (incx) can't be converted to int_fblas.daxpy() 6th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.daxpy to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.daxpy to C/Fortran array_fblas.daxpy() 3rd keyword (offx) can't be converted to int_fblas.daxpy() 5th keyword (offy) can't be converted to int_fblas.daxpy() 1st keyword (n) can't be converted to int_fblas.caxpy() 2nd keyword (a) can't be converted to complex_float_fblas.caxpy() 4th keyword (incx) can't be converted to int_fblas.caxpy() 6th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.caxpy to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.caxpy to C/Fortran array_fblas.caxpy() 3rd keyword (offx) can't be converted to int_fblas.caxpy() 5th keyword (offy) can't be converted to int_fblas.caxpy() 1st keyword (n) can't be converted to intfailed in converting 2nd argument `a' of _fblas.csyrk to C/Fortran array_fblas.csyrk() 4th keyword (lower) can't be converted to int_fblas.csyrk() 1st keyword (beta) can't be converted to complex_float_fblas.csyrk() 1st argument (alpha) can't be converted to complex_float_fblas.csyrk() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.csyrk to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.cherk to C/Fortran array_fblas.cherk() 4th keyword (lower) can't be converted to int_fblas.cherk() 1st keyword (beta) can't be converted to complex_float_fblas.cherk() 1st argument (alpha) can't be converted to complex_float_fblas.cherk() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.cherk to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.chemm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.chemm to C/Fortran array_fblas.chemm() 4th keyword (lower) can't be converted to int_fblas.chemm() 1st keyword (beta) can't be converted to complex_float_fblas.chemm() 1st argument (alpha) can't be converted to complex_float_fblas.chemm() 3rd keyword (side) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.chemm to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.csyr2k to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.csyr2k to C/Fortran array_fblas.csyr2k() 4th keyword (lower) can't be converted to int_fblas.csyr2k() 1st keyword (beta) can't be converted to complex_float_fblas.csyr2k() 1st argument (alpha) can't be converted to complex_float_fblas.csyr2k() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.csyr2k to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.cher2k to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.cher2k to C/Fortran array_fblas.cher2k() 4th keyword (lower) can't be converted to int_fblas.cher2k() 1st keyword (beta) can't be converted to complex_float_fblas.cher2k() 1st argument (alpha) can't be converted to complex_float_fblas.cher2k() 3rd keyword (trans) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.cher2k to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.csymm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.csymm to C/Fortran array_fblas.csymm() 4th keyword (lower) can't be converted to int_fblas.csymm() 1st keyword (beta) can't be converted to complex_float_fblas.csymm() 1st argument (alpha) can't be converted to complex_float_fblas.csymm() 3rd keyword (side) can't be converted to intfailed in converting 2nd keyword `c' of _fblas.csymm to C/Fortran array_fblas.drotg() 1st argument (a) can't be converted to double_fblas.drotg() 2nd argument (b) can't be converted to double_fblas.srotg() 1st argument (a) can't be converted to float_fblas.srotg() 2nd argument (b) can't be converted to float_fblas.drotmg() 4th argument (y1) can't be converted to double_fblas.drotmg() 3rd argument (x1) can't be converted to double_fblas.drotmg() 2nd argument (d2) can't be converted to doublefailed in converting hidden `param' of _fblas.drotmg to C/Fortran array_fblas.drotmg() 1st argument (d1) can't be converted to double_fblas.srotmg() 4th argument (y1) can't be converted to float_fblas.srotmg() 3rd argument (x1) can't be converted to float_fblas.srotmg() 2nd argument (d2) can't be converted to floatfailed in converting hidden `param' of _fblas.srotmg to C/Fortran array_fblas.srotmg() 1st argument (d1) can't be converted to float_fblas.dscal() 1st argument (a) can't be converted to doublefailed in converting 2nd argument `x' of _fblas.dscal to C/Fortran array_fblas.dscal() 3rd keyword (incx) can't be converted to int_fblas.dscal() 2nd keyword (offx) can't be converted to int_fblas.dscal() 1st keyword (n) can't be converted to int_fblas.sscal() 1st argument (a) can't be converted to floatfailed in converting 2nd argument `x' of _fblas.sscal to C/Fortran array_fblas.sscal() 3rd keyword (incx) can't be converted to int_fblas.sscal() 2nd keyword (offx) can't be converted to int_fblas.sscal() 1st keyword (n) can't be converted to int_fblas.zdscal() 1st argument (a) can't be converted to doublefailed in converting 2nd argument `x' of _fblas.zdscal to C/Fortran array_fblas.zdscal() 3rd keyword (incx) can't be converted to int_fblas.zdscal() 2nd keyword (offx) can't be converted to int_fblas.zdscal() 1st keyword (n) can't be converted to int_fblas.csscal() 1st argument (a) can't be converted to floatfailed in converting 2nd argument `x' of _fblas.csscal to C/Fortran array_fblas.csscal() 3rd keyword (incx) can't be converted to int_fblas.csscal() 2nd keyword (offx) can't be converted to int_fblas.csscal() 1st keyword (n) can't be converted to int_fblas.drot() 3rd argument (c) can't be converted to double_fblas.drot() 3rd keyword (incx) can't be converted to int_fblas.drot() 5th keyword (incy) can't be converted to int_fblas.drot() 4th argument (s) can't be converted to doublefailed in converting 2nd argument `y' of _fblas.drot to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.drot to C/Fortran array_fblas.drot() 4th keyword (offy) can't be converted to int_fblas.drot() 2nd keyword (offx) can't be converted to int_fblas.drot() 1st keyword (n) can't be converted to int_fblas.zdrot() 3rd argument (c) can't be converted to double_fblas.zdrot() 3rd keyword (incx) can't be converted to int_fblas.zdrot() 5th keyword (incy) can't be converted to int_fblas.zdrot() 4th argument (s) can't be converted to doublefailed in converting 2nd argument `y' of _fblas.zdrot to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.zdrot to C/Fortran array_fblas.zdrot() 4th keyword (offy) can't be converted to int_fblas.zdrot() 2nd keyword (offx) can't be converted to int_fblas.zdrot() 1st keyword (n) can't be converted to int_fblas.csrot() 3rd argument (c) can't be converted to float_fblas.csrot() 3rd keyword (incx) can't be converted to int_fblas.csrot() 5th keyword (incy) can't be converted to int_fblas.csrot() 4th argument (s) can't be converted to floatfailed in converting 2nd argument `y' of _fblas.csrot to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.csrot to C/Fortran array_fblas.csrot() 4th keyword (offy) can't be converted to int_fblas.csrot() 2nd keyword (offx) can't be converted to int_fblas.csrot() 1st keyword (n) can't be converted to int_fblas.srot() 3rd argument (c) can't be converted to float_fblas.srot() 3rd keyword (incx) can't be converted to int_fblas.srot() 5th keyword (incy) can't be converted to int_fblas.srot() 4th argument (s) can't be converted to floatfailed in converting 2nd argument `y' of _fblas.srot to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.srot to C/Fortran array_fblas.srot() 4th keyword (offy) can't be converted to int_fblas.srot() 2nd keyword (offx) can't be converted to int_fblas.srot() 1st keyword (n) can't be converted to intfailed in converting 2nd argument `a' of _fblas.ctrmm to C/Fortran array_fblas.ctrmm() 2nd keyword (lower) can't be converted to intfailed in converting 3rd argument `b' of _fblas.ctrmm to C/Fortran array_fblas.ctrmm() 3rd keyword (trans_a) can't be converted to int_fblas.ctrmm() 4th keyword (diag) can't be converted to int_fblas.ctrmm() 1st argument (alpha) can't be converted to complex_float_fblas.ctrmm() 1st keyword (side) can't be converted to intfailed in converting 2nd argument `a' of _fblas.cgemm to C/Fortran arrayfailed in converting 3rd argument `b' of _fblas.cgemm to C/Fortran array_fblas.cgemm() 3rd keyword (trans_a) can't be converted to int_fblas.cgemm() 4th keyword (trans_b) can't be converted to int_fblas.cgemm() 1st keyword (beta) can't be converted to complex_float_fblas.cgemm() 1st argument (alpha) can't be converted to complex_floatfailed in converting 2nd keyword `c' of _fblas.cgemm to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.chemv to C/Fortran array_fblas.chemv() 7th keyword (lower) can't be converted to int_fblas.chemv() 4th keyword (incx) can't be converted to int_fblas.chemv() 6th keyword (incy) can't be converted to int_fblas.chemv() 5th keyword (offy) can't be converted to int_fblas.chemv() 1st keyword (beta) can't be converted to complex_float_fblas.chemv() 1st argument (alpha) can't be converted to complex_float_fblas.chemv() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `x' of _fblas.chemv to C/Fortran arrayfailed in converting 2nd keyword `y' of _fblas.chemv to C/Fortran arrayfailed in converting 2nd argument `a' of _fblas.cgemv to C/Fortran array_fblas.cgemv() 4th keyword (incx) can't be converted to int_fblas.cgemv() 6th keyword (incy) can't be converted to int_fblas.cgemv() 5th keyword (offy) can't be converted to int_fblas.cgemv() 1st keyword (beta) can't be converted to complex_float_fblas.cgemv() 1st argument (alpha) can't be converted to complex_float_fblas.cgemv() 7th keyword (trans) can't be converted to int_fblas.cgemv() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `x' of _fblas.cgemv to C/Fortran arrayfailed in converting 2nd keyword `y' of _fblas.cgemv to C/Fortran array_fblas.zrotg() 1st argument (a) can't be converted to complex_double_fblas.zrotg() 2nd argument (b) can't be converted to complex_double_fblas.crotg() 1st argument (a) can't be converted to complex_float_fblas.crotg() 2nd argument (b) can't be converted to complex_float_fblas.cscal() 1st argument (a) can't be converted to complex_floatfailed in converting 2nd argument `x' of _fblas.cscal to C/Fortran array_fblas.cscal() 3rd keyword (incx) can't be converted to int_fblas.cscal() 2nd keyword (offx) can't be converted to int_fblas.cscal() 1st keyword (n) can't be converted to int_fblas.zscal() 1st argument (a) can't be converted to complex_doublefailed in converting 2nd argument `x' of _fblas.zscal to C/Fortran array_fblas.zscal() 3rd keyword (incx) can't be converted to int_fblas.zscal() 2nd keyword (offx) can't be converted to int_fblas.zscal() 1st keyword (n) can't be converted to int_fblas.ddot() 3rd keyword (incx) can't be converted to int_fblas.ddot() 5th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.ddot to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.ddot to C/Fortran array_fblas.ddot() 4th keyword (offy) can't be converted to int_fblas.ddot() 2nd keyword (offx) can't be converted to int_fblas.ddot() 1st keyword (n) can't be converted to int_fblas.zsyr() 1st keyword (lower) can't be converted to int(lower == 0 || lower == 1) failed for 1st keyword lower_fblas.zsyr() 2nd keyword (incx) can't be converted to int_fblas.zsyr() 3rd keyword (offx) can't be converted to int_fblas.zsyr() 1st argument (alpha) can't be converted to complex_doublefailed in converting 2nd argument `x' of _fblas.zsyr to C/Fortran array(offx >= 0 && offx < len(x)) failed for 2nd argument x_fblas.zsyr() 4th keyword (n) can't be converted to int(n <= (len(x)-1-offx)/abs(incx)+1) failed for 4th keyword n(n >= 0) failed for 4th keyword nfailed in converting 5th keyword `a' of _fblas.zsyr to C/Fortran array_fblas.zdotc() 3rd keyword (incx) can't be converted to int_fblas.zdotc() 5th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.zdotc to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.zdotc to C/Fortran array_fblas.zdotc() 4th keyword (offy) can't be converted to int_fblas.zdotc() 2nd keyword (offx) can't be converted to int_fblas.zdotc() 1st keyword (n) can't be converted to int_fblas.cdotc() 3rd keyword (incx) can't be converted to int_fblas.cdotc() 5th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.cdotc to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.cdotc to C/Fortran array_fblas.cdotc() 4th keyword (offy) can't be converted to int_fblas.cdotc() 2nd keyword (offx) can't be converted to int_fblas.cdotc() 1st keyword (n) can't be converted to int_fblas.cdotu() 3rd keyword (incx) can't be converted to int_fblas.cdotu() 5th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.cdotu to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.cdotu to C/Fortran array_fblas.cdotu() 4th keyword (offy) can't be converted to int_fblas.cdotu() 2nd keyword (offx) can't be converted to int_fblas.cdotu() 1st keyword (n) can't be converted to int_fblas.zdotu() 3rd keyword (incx) can't be converted to int_fblas.zdotu() 5th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.zdotu to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.zdotu to C/Fortran array_fblas.zdotu() 4th keyword (offy) can't be converted to int_fblas.zdotu() 2nd keyword (offx) can't be converted to int_fblas.zdotu() 1st keyword (n) can't be converted to int_fblas.sdot() 3rd keyword (incx) can't be converted to int_fblas.sdot() 5th keyword (incy) can't be converted to intfailed in converting 2nd argument `y' of _fblas.sdot to C/Fortran arrayfailed in converting 1st argument `x' of _fblas.sdot to C/Fortran array_fblas.sdot() 2nd keyword (offx) can't be converted to int_fblas.sdot() 4th keyword (offy) can't be converted to int_fblas.sdot() 1st keyword (n) can't be converted to int_fblas.dsyr() 1st keyword (lower) can't be converted to int_fblas.dsyr() 2nd keyword (incx) can't be converted to int_fblas.dsyr() 3rd keyword (offx) can't be converted to int_fblas.dsyr() 1st argument (alpha) can't be converted to doublefailed in converting 2nd argument `x' of _fblas.dsyr to C/Fortran array_fblas.dsyr() 4th keyword (n) can't be converted to intfailed in converting 5th keyword `a' of _fblas.dsyr to C/Fortran array_fblas.ssyr() 1st keyword (lower) can't be converted to int_fblas.ssyr() 2nd keyword (incx) can't be converted to int_fblas.ssyr() 3rd keyword (offx) can't be converted to int_fblas.ssyr() 1st argument (alpha) can't be converted to floatfailed in converting 2nd argument `x' of _fblas.ssyr to C/Fortran array_fblas.ssyr() 4th keyword (n) can't be converted to intfailed in converting 5th keyword `a' of _fblas.ssyr to C/Fortran array_fblas.zher() 1st keyword (lower) can't be converted to int_fblas.zher() 2nd keyword (incx) can't be converted to int_fblas.zher() 3rd keyword (offx) can't be converted to int_fblas.zher() 1st argument (alpha) can't be converted to complex_doublefailed in converting 2nd argument `x' of _fblas.zher to C/Fortran array_fblas.zher() 4th keyword (n) can't be converted to intfailed in converting 5th keyword `a' of _fblas.zher to C/Fortran array_fblas.cher() 1st keyword (lower) can't be converted to int_fblas.cher() 2nd keyword (incx) can't be converted to int_fblas.cher() 3rd keyword (offx) can't be converted to int_fblas.cher() 1st argument (alpha) can't be converted to complex_floatfailed in converting 2nd argument `x' of _fblas.cher to C/Fortran array_fblas.cher() 4th keyword (n) can't be converted to intfailed in converting 5th keyword `a' of _fblas.cher to C/Fortran array_fblas.csyr() 1st keyword (lower) can't be converted to int_fblas.csyr() 2nd keyword (incx) can't be converted to int_fblas.csyr() 3rd keyword (offx) can't be converted to int_fblas.csyr() 1st argument (alpha) can't be converted to complex_floatfailed in converting 2nd argument `x' of _fblas.csyr to C/Fortran array_fblas.csyr() 4th keyword (n) can't be converted to intfailed in converting 5th keyword `a' of _fblas.csyr to C/Fortran array_fblas.zher2() 1st keyword (lower) can't be converted to int_fblas.zher2() 2nd keyword (incx) can't be converted to int_fblas.zher2() 4th keyword (incy) can't be converted to int(incy>0||incy<0) failed for 4th keyword incy_fblas.zher2() 5th keyword (offy) can't be converted to int_fblas.zher2() 1st argument (alpha) can't be converted to complex_double_fblas.zher2() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `y' of _fblas.zher2 to C/Fortran array(offy >= 0 && offy < len(y)) failed for 3rd argument yfailed in converting 2nd argument `x' of _fblas.zher2 to C/Fortran array_fblas.zher2() 6th keyword (n) can't be converted to int(n <= (len(y)-1-offy)/abs(incy)+1) failed for 6th keyword n(n <= (len(x)-1-offx)/abs(incx)+1) failed for 6th keyword n(n>=0) failed for 6th keyword nfailed in converting 7th keyword `a' of _fblas.zher2 to C/Fortran array_fblas.cher2() 1st keyword (lower) can't be converted to int_fblas.cher2() 2nd keyword (incx) can't be converted to int_fblas.cher2() 4th keyword (incy) can't be converted to int_fblas.cher2() 5th keyword (offy) can't be converted to int_fblas.cher2() 1st argument (alpha) can't be converted to complex_float_fblas.cher2() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `y' of _fblas.cher2 to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.cher2 to C/Fortran array_fblas.cher2() 6th keyword (n) can't be converted to intfailed in converting 7th keyword `a' of _fblas.cher2 to C/Fortran array_fblas.dsyr2() 1st keyword (lower) can't be converted to int_fblas.dsyr2() 2nd keyword (incx) can't be converted to int_fblas.dsyr2() 4th keyword (incy) can't be converted to int_fblas.dsyr2() 5th keyword (offy) can't be converted to int_fblas.dsyr2() 1st argument (alpha) can't be converted to double_fblas.dsyr2() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `y' of _fblas.dsyr2 to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.dsyr2 to C/Fortran array_fblas.dsyr2() 6th keyword (n) can't be converted to intfailed in converting 7th keyword `a' of _fblas.dsyr2 to C/Fortran array_fblas.zgerc() 1st keyword (incx) can't be converted to int(incx==1||incx==-1) failed for 1st keyword incx_fblas.zgerc() 2nd keyword (incy) can't be converted to int(incy==1||incy==-1) failed for 2nd keyword incy_fblas.zgerc() 1st argument (alpha) can't be converted to complex_doublefailed in converting 3rd argument `y' of _fblas.zgerc to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.zgerc to C/Fortran arrayfailed in converting 3rd keyword `a' of _fblas.zgerc to C/Fortran arrayInitialization of 3rd keyword a failed (initforcomb)._fblas.ssyr2() 1st keyword (lower) can't be converted to int_fblas.ssyr2() 2nd keyword (incx) can't be converted to int_fblas.ssyr2() 4th keyword (incy) can't be converted to int_fblas.ssyr2() 5th keyword (offy) can't be converted to int_fblas.ssyr2() 1st argument (alpha) can't be converted to float_fblas.ssyr2() 3rd keyword (offx) can't be converted to intfailed in converting 3rd argument `y' of _fblas.ssyr2 to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.ssyr2 to C/Fortran array_fblas.ssyr2() 6th keyword (n) can't be converted to intfailed in converting 7th keyword `a' of _fblas.ssyr2 to C/Fortran array_fblas.sger() 1st keyword (incx) can't be converted to int_fblas.sger() 2nd keyword (incy) can't be converted to int_fblas.sger() 1st argument (alpha) can't be converted to floatfailed in converting 3rd argument `y' of _fblas.sger to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.sger to C/Fortran arrayfailed in converting 3rd keyword `a' of _fblas.sger to C/Fortran array_fblas.dger() 1st keyword (incx) can't be converted to int_fblas.dger() 2nd keyword (incy) can't be converted to int_fblas.dger() 1st argument (alpha) can't be converted to doublefailed in converting 3rd argument `y' of _fblas.dger to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.dger to C/Fortran arrayfailed in converting 3rd keyword `a' of _fblas.dger to C/Fortran array_fblas.cgeru() 1st keyword (incx) can't be converted to int_fblas.cgeru() 2nd keyword (incy) can't be converted to int_fblas.cgeru() 1st argument (alpha) can't be converted to complex_floatfailed in converting 3rd argument `y' of _fblas.cgeru to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.cgeru to C/Fortran arrayfailed in converting 3rd keyword `a' of _fblas.cgeru to C/Fortran array_fblas.zgeru() 1st keyword (incx) can't be converted to int_fblas.zgeru() 2nd keyword (incy) can't be converted to int_fblas.zgeru() 1st argument (alpha) can't be converted to complex_doublefailed in converting 3rd argument `y' of _fblas.zgeru to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.zgeru to C/Fortran arrayfailed in converting 3rd keyword `a' of _fblas.zgeru to C/Fortran array_fblas.cgerc() 1st keyword (incx) can't be converted to int_fblas.cgerc() 2nd keyword (incy) can't be converted to int_fblas.cgerc() 1st argument (alpha) can't be converted to complex_floatfailed in converting 3rd argument `y' of _fblas.cgerc to C/Fortran arrayfailed in converting 2nd argument `x' of _fblas.cgerc to C/Fortran arrayfailed in converting 3rd keyword `a' of _fblas.cgerc to C/Fortran arraynumpy.core.multiarray failed to import_ARRAY_API is not PyCObject objectmodule compiled against ABI version %x but this version of numpy is %xmodule compiled against API version %x but this version of numpy is %xFATAL: module compiled as unknown endianFATAL: module compiled as little endian, but detected different endianness at runtimecan't initialize module _fblas (failed to import numpy)This module '_fblas' is auto-generated with f2py (version:2).
Functions:
  c,s = srotg(a,b)
  c,s = drotg(a,b)
  c,s = crotg(a,b)
  c,s = zrotg(a,b)
  param = srotmg(d1,d2,x1,y1)
  param = drotmg(d1,d2,x1,y1)
  x,y = srot(x,y,c,s,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1,overwrite_x=0,overwrite_y=0)
  x,y = drot(x,y,c,s,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1,overwrite_x=0,overwrite_y=0)
  x,y = csrot(x,y,c,s,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1,overwrite_x=0,overwrite_y=0)
  x,y = zdrot(x,y,c,s,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1,overwrite_x=0,overwrite_y=0)
  x,y = srotm(x,y,param,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1,overwrite_x=0,overwrite_y=0)
  x,y = drotm(x,y,param,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1,overwrite_x=0,overwrite_y=0)
  x,y = sswap(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  x,y = dswap(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  x,y = cswap(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  x,y = zswap(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  x = sscal(a,x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  x = dscal(a,x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  x = cscal(a,x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  x = zscal(a,x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  x = csscal(a,x,n=(len(x)-offx)/abs(incx),offx=0,incx=1,overwrite_x=0)
  x = zdscal(a,x,n=(len(x)-offx)/abs(incx),offx=0,incx=1,overwrite_x=0)
  y = scopy(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  y = dcopy(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  y = ccopy(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  y = zcopy(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  z = saxpy(x,y,n=(len(x)-offx)/abs(incx),a=1.0,offx=0,incx=1,offy=0,incy=1)
  z = daxpy(x,y,n=(len(x)-offx)/abs(incx),a=1.0,offx=0,incx=1,offy=0,incy=1)
  z = caxpy(x,y,n=(len(x)-offx)/abs(incx),a=(1.0, 0.0),offx=0,incx=1,offy=0,incy=1)
  z = zaxpy(x,y,n=(len(x)-offx)/abs(incx),a=(1.0, 0.0),offx=0,incx=1,offy=0,incy=1)
  xy = sdot(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  xy = ddot(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  xy = cdotu(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  xy = zdotu(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  xy = cdotc(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  xy = zdotc(x,y,n=(len(x)-offx)/abs(incx),offx=0,incx=1,offy=0,incy=1)
  n2 = snrm2(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  n2 = scnrm2(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  n2 = dnrm2(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  n2 = dznrm2(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  s = sasum(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  s = scasum(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  s = dasum(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  s = dzasum(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  k = isamax(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  k = idamax(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  k = icamax(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  k = izamax(x,n=(len(x)-offx)/abs(incx),offx=0,incx=1)
  y = sgemv(alpha,a,x,beta=0.0,y=,offx=0,incx=1,offy=0,incy=1,trans=0,overwrite_y=0)
  y = dgemv(alpha,a,x,beta=0.0,y=,offx=0,incx=1,offy=0,incy=1,trans=0,overwrite_y=0)
  y = cgemv(alpha,a,x,beta=(0.0, 0.0),y=,offx=0,incx=1,offy=0,incy=1,trans=0,overwrite_y=0)
  y = zgemv(alpha,a,x,beta=(0.0, 0.0),y=,offx=0,incx=1,offy=0,incy=1,trans=0,overwrite_y=0)
  y = ssymv(alpha,a,x,beta=0.0,y=,offx=0,incx=1,offy=0,incy=1,lower=0,overwrite_y=0)
  y = dsymv(alpha,a,x,beta=0.0,y=,offx=0,incx=1,offy=0,incy=1,lower=0,overwrite_y=0)
  y = chemv(alpha,a,x,beta=(0.0, 0.0),y=,offx=0,incx=1,offy=0,incy=1,lower=0,overwrite_y=0)
  y = zhemv(alpha,a,x,beta=(0.0, 0.0),y=,offx=0,incx=1,offy=0,incy=1,lower=0,overwrite_y=0)
  x = strmv(a,x,offx=0,incx=1,lower=0,trans=0,unitdiag=0,overwrite_x=0)
  x = dtrmv(a,x,offx=0,incx=1,lower=0,trans=0,unitdiag=0,overwrite_x=0)
  x = ctrmv(a,x,offx=0,incx=1,lower=0,trans=0,unitdiag=0,overwrite_x=0)
  x = ztrmv(a,x,offx=0,incx=1,lower=0,trans=0,unitdiag=0,overwrite_x=0)
  a = sger(alpha,x,y,incx=1,incy=1,a=0.0,overwrite_x=1,overwrite_y=1,overwrite_a=0)
  a = dger(alpha,x,y,incx=1,incy=1,a=0.0,overwrite_x=1,overwrite_y=1,overwrite_a=0)
  a = cgeru(alpha,x,y,incx=1,incy=1,a=(0.0,0.0),overwrite_x=1,overwrite_y=1,overwrite_a=0)
  a = zgeru(alpha,x,y,incx=1,incy=1,a=(0.0,0.0),overwrite_x=1,overwrite_y=1,overwrite_a=0)
  a = cgerc(alpha,x,y,incx=1,incy=1,a=(0.0,0.0),overwrite_x=1,overwrite_y=1,overwrite_a=0)
  a = zgerc(alpha,x,y,incx=1,incy=1,a=(0.0,0.0),overwrite_x=1,overwrite_y=1,overwrite_a=0)
  a = ssyr(alpha,x,lower=0,incx=1,offx=0,n=(len(x)-1-offx)/abs(incx)+1,a=,overwrite_a=0)
  a = dsyr(alpha,x,lower=0,incx=1,offx=0,n=(len(x)-1-offx)/abs(incx)+1,a=,overwrite_a=0)
  a = csyr(alpha,x,lower=0,incx=1,offx=0,n=(len(x)-1-offx)/abs(incx)+1,a=,overwrite_a=0)
  a = zsyr(alpha,x,lower=0,incx=1,offx=0,n=(len(x)-1-offx)/abs(incx)+1,a=,overwrite_a=0)
  a = cher(alpha,x,lower=0,incx=1,offx=0,n=(len(x)-1-offx)/abs(incx)+1,a=,overwrite_a=0)
  a = zher(alpha,x,lower=0,incx=1,offx=0,n=(len(x)-1-offx)/abs(incx)+1,a=,overwrite_a=0)
  a = ssyr2(alpha,x,y,lower=0,incx=1,offx=0,incy=1,offy=0,n=((len(x)-1-offx)/abs(incx)+1 <=(len(y)-1-offy)/abs(incy)+1 ?(len(x)-1-offx)/abs(incx)+1 :(len(y)-1-offy)/abs(incy)+1),a=,overwrite_a=0)
  a = dsyr2(alpha,x,y,lower=0,incx=1,offx=0,incy=1,offy=0,n=((len(x)-1-offx)/abs(incx)+1 <=(len(y)-1-offy)/abs(incy)+1 ?(len(x)-1-offx)/abs(incx)+1 :(len(y)-1-offy)/abs(incy)+1),a=,overwrite_a=0)
  a = cher2(alpha,x,y,lower=0,incx=1,offx=0,incy=1,offy=0,n=((len(x)-1-offx)/abs(incx)+1 <=(len(y)-1-offy)/abs(incy)+1 ?(len(x)-1-offx)/abs(incx)+1 :(len(y)-1-offy)/abs(incy)+1),a=,overwrite_a=0)
  a = zher2(alpha,x,y,lower=0,incx=1,offx=0,incy=1,offy=0,n=((len(x)-1-offx)/abs(incx)+1 <=(len(y)-1-offy)/abs(incy)+1 ?(len(x)-1-offx)/abs(incx)+1 :(len(y)-1-offy)/abs(incy)+1),a=,overwrite_a=0)
  c = sgemm(alpha,a,b,beta=0.0,c=,trans_a=0,trans_b=0,overwrite_c=0)
  c = dgemm(alpha,a,b,beta=0.0,c=,trans_a=0,trans_b=0,overwrite_c=0)
  c = cgemm(alpha,a,b,beta=(0.0, 0.0),c=,trans_a=0,trans_b=0,overwrite_c=0)
  c = zgemm(alpha,a,b,beta=(0.0, 0.0),c=,trans_a=0,trans_b=0,overwrite_c=0)
  c = ssymm(alpha,a,b,beta=0.0,c=,side=0,lower=0,overwrite_c=0)
  c = dsymm(alpha,a,b,beta=0.0,c=,side=0,lower=0,overwrite_c=0)
  c = csymm(alpha,a,b,beta=(0.0, 0.0),c=,side=0,lower=0,overwrite_c=0)
  c = zsymm(alpha,a,b,beta=(0.0, 0.0),c=,side=0,lower=0,overwrite_c=0)
  c = chemm(alpha,a,b,beta=(0.0, 0.0),c=,side=0,lower=0,overwrite_c=0)
  c = zhemm(alpha,a,b,beta=(0.0, 0.0),c=,side=0,lower=0,overwrite_c=0)
  c = ssyrk(alpha,a,beta=0.0,c=,trans=0,lower=0,overwrite_c=0)
  c = dsyrk(alpha,a,beta=0.0,c=,trans=0,lower=0,overwrite_c=0)
  c = csyrk(alpha,a,beta=(0.0, 0.0),c=,trans=0,lower=0,overwrite_c=0)
  c = zsyrk(alpha,a,beta=(0.0, 0.0),c=,trans=0,lower=0,overwrite_c=0)
  c = cherk(alpha,a,beta=(0.0, 0.0),c=,trans=0,lower=0,overwrite_c=0)
  c = zherk(alpha,a,beta=(0.0, 0.0),c=,trans=0,lower=0,overwrite_c=0)
  c = ssyr2k(alpha,a,b,beta=0.0,c=,trans=0,lower=0,overwrite_c=0)
  c = dsyr2k(alpha,a,b,beta=0.0,c=,trans=0,lower=0,overwrite_c=0)
  c = csyr2k(alpha,a,b,beta=(0.0, 0.0),c=,trans=0,lower=0,overwrite_c=0)
  c = zsyr2k(alpha,a,b,beta=(0.0, 0.0),c=,trans=0,lower=0,overwrite_c=0)
  c = cher2k(alpha,a,b,beta=(0.0, 0.0),c=,trans=0,lower=0,overwrite_c=0)
  c = zher2k(alpha,a,b,beta=(0.0, 0.0),c=,trans=0,lower=0,overwrite_c=0)
  b = strmm(alpha,a,b,side=0,lower=0,trans_a=0,diag=0,overwrite_b=0)
  b = dtrmm(alpha,a,b,side=0,lower=0,trans_a=0,diag=0,overwrite_b=0)
  b = ctrmm(alpha,a,b,side=0,lower=0,trans_a=0,diag=0,overwrite_b=0)
  b = ztrmm(alpha,a,b,side=0,lower=0,trans_a=0,diag=0,overwrite_b=0)
.ð?%d-th dimension must be fixed to %ld but got %ld
%d-th dimension must be %ld but got 0 (not defined).
unexpected array size: new_size=%ld, got array with arr_size=%ld (maybe too many free indices)
unexpected array size: new_size=%ld, got array with arr_size=%ld
too many axes: %d (effrank=%d), expected rank=%d
%d-th dimension must be fixed to %ld but got %ld (real index=%d)
unexpected array size: size=%ld, arr_size=%ld, rank=%d, effrank=%d, arr.nd=%d, dims=[this fortran object is not callable -- input must be in one segment -- expected at least elsize=%d but got %ld -- expected elsize=%d but got %ld -- input '%c' not compatible to '%c'failed to initialize intent(inout|inplace|cache) array, input not an arraydelete non-existing fortran attributefortranobject.c: fortran_doc: len(p)=%zd>%zd=size: too long docstring required, increase size
 ], arr.dims=[ %ld ]
<fortran %s><fortran object>no function to callError loading %s
)%ld, -- input not %d-alignedover-writing fortran routine__dict__%s - no docs available'%c'-array(%ld,%ldfortran


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ðÿÿoþ'ùÿÿo1 ­$&¦6¦F¦V¦f¦v¦†¦–¦¦¦¶¦Ʀ֦æ¦ö¦§§&§6§F§V§f§v§†§–§¦§¶§Ƨ֧æ§ö§¨¨&¨6¨F¨V¨f¨v¨†¨–¨¦¨¶¨ƨ֨æ¨ö¨©©&©6©F©V©f©v©†©–©¦©¶©Ʃ֩æ©ö©ªª&ª6ªFªVªfªvª†ª–ª¦ª¶ªƪ֪æªöª««&«6«F«V«f«v«†«–«¦«¶«ƫ֫æ«ö«¬¬&¬6¬F¬V¬f¬v¬†¬–¬¦¬¶¬Ƭ֬æ¬ö¬ ³$b = ztrmm(alpha,a,b,[side,lower,trans_a,diag,overwrite_b])

Wrapper for ``ztrmm``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (lda,k)
b : input rank-2 array('D') with bounds (ldb,n)

Other Parameters
----------------
overwrite_b : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0
trans_a : input int, optional
    Default: 0
diag : input int, optional
    Default: 0

Returns
-------
b : rank-2 array('D') with bounds (ldb,n)b = ctrmm(alpha,a,b,[side,lower,trans_a,diag,overwrite_b])

Wrapper for ``ctrmm``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (lda,k)
b : input rank-2 array('F') with bounds (ldb,n)

Other Parameters
----------------
overwrite_b : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0
trans_a : input int, optional
    Default: 0
diag : input int, optional
    Default: 0

Returns
-------
b : rank-2 array('F') with bounds (ldb,n)b = dtrmm(alpha,a,b,[side,lower,trans_a,diag,overwrite_b])

Wrapper for ``dtrmm``.

Parameters
----------
alpha : input float
a : input rank-2 array('d') with bounds (lda,k)
b : input rank-2 array('d') with bounds (ldb,n)

Other Parameters
----------------
overwrite_b : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0
trans_a : input int, optional
    Default: 0
diag : input int, optional
    Default: 0

Returns
-------
b : rank-2 array('d') with bounds (ldb,n)b = strmm(alpha,a,b,[side,lower,trans_a,diag,overwrite_b])

Wrapper for ``strmm``.

Parameters
----------
alpha : input float
a : input rank-2 array('f') with bounds (lda,k)
b : input rank-2 array('f') with bounds (ldb,n)

Other Parameters
----------------
overwrite_b : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0
trans_a : input int, optional
    Default: 0
diag : input int, optional
    Default: 0

Returns
-------
b : rank-2 array('f') with bounds (ldb,n)c = zher2k(alpha,a,b,[beta,c,trans,lower,overwrite_c])

Wrapper for ``zher2k``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (lda,ka)
b : input rank-2 array('D') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('D') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('D') with bounds (n,n)c = cher2k(alpha,a,b,[beta,c,trans,lower,overwrite_c])

Wrapper for ``cher2k``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (lda,ka)
b : input rank-2 array('F') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('F') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('F') with bounds (n,n)c = zsyr2k(alpha,a,b,[beta,c,trans,lower,overwrite_c])

Wrapper for ``zsyr2k``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (lda,ka)
b : input rank-2 array('D') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('D') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('D') with bounds (n,n)c = csyr2k(alpha,a,b,[beta,c,trans,lower,overwrite_c])

Wrapper for ``csyr2k``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (lda,ka)
b : input rank-2 array('F') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('F') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('F') with bounds (n,n)c = dsyr2k(alpha,a,b,[beta,c,trans,lower,overwrite_c])

Wrapper for ``dsyr2k``.

Parameters
----------
alpha : input float
a : input rank-2 array('d') with bounds (lda,ka)
b : input rank-2 array('d') with bounds (ldb,kb)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
c : input rank-2 array('d') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('d') with bounds (n,n)c = ssyr2k(alpha,a,b,[beta,c,trans,lower,overwrite_c])

Wrapper for ``ssyr2k``.

Parameters
----------
alpha : input float
a : input rank-2 array('f') with bounds (lda,ka)
b : input rank-2 array('f') with bounds (ldb,kb)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
c : input rank-2 array('f') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('f') with bounds (n,n)c = zherk(alpha,a,[beta,c,trans,lower,overwrite_c])

Wrapper for ``zherk``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (lda,ka)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('D') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('D') with bounds (n,n)c = cherk(alpha,a,[beta,c,trans,lower,overwrite_c])

Wrapper for ``cherk``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (lda,ka)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('F') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('F') with bounds (n,n)c = zsyrk(alpha,a,[beta,c,trans,lower,overwrite_c])

Wrapper for ``zsyrk``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (lda,ka)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('D') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('D') with bounds (n,n)c = csyrk(alpha,a,[beta,c,trans,lower,overwrite_c])

Wrapper for ``csyrk``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (lda,ka)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('F') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('F') with bounds (n,n)c = dsyrk(alpha,a,[beta,c,trans,lower,overwrite_c])

Wrapper for ``dsyrk``.

Parameters
----------
alpha : input float
a : input rank-2 array('d') with bounds (lda,ka)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
c : input rank-2 array('d') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('d') with bounds (n,n)c = ssyrk(alpha,a,[beta,c,trans,lower,overwrite_c])

Wrapper for ``ssyrk``.

Parameters
----------
alpha : input float
a : input rank-2 array('f') with bounds (lda,ka)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
c : input rank-2 array('f') with bounds (n,n)
overwrite_c : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('f') with bounds (n,n)c = zhemm(alpha,a,b,[beta,c,side,lower,overwrite_c])

Wrapper for ``zhemm``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (lda,ka)
b : input rank-2 array('D') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('D') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('D') with bounds (m,n)c = chemm(alpha,a,b,[beta,c,side,lower,overwrite_c])

Wrapper for ``chemm``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (lda,ka)
b : input rank-2 array('F') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('F') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('F') with bounds (m,n)c = zsymm(alpha,a,b,[beta,c,side,lower,overwrite_c])

Wrapper for ``zsymm``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (lda,ka)
b : input rank-2 array('D') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('D') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('D') with bounds (m,n)c = csymm(alpha,a,b,[beta,c,side,lower,overwrite_c])

Wrapper for ``csymm``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (lda,ka)
b : input rank-2 array('F') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('F') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('F') with bounds (m,n)c = dsymm(alpha,a,b,[beta,c,side,lower,overwrite_c])

Wrapper for ``dsymm``.

Parameters
----------
alpha : input float
a : input rank-2 array('d') with bounds (lda,ka)
b : input rank-2 array('d') with bounds (ldb,kb)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
c : input rank-2 array('d') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('d') with bounds (m,n)c = ssymm(alpha,a,b,[beta,c,side,lower,overwrite_c])

Wrapper for ``ssymm``.

Parameters
----------
alpha : input float
a : input rank-2 array('f') with bounds (lda,ka)
b : input rank-2 array('f') with bounds (ldb,kb)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
c : input rank-2 array('f') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
side : input int, optional
    Default: 0
lower : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('f') with bounds (m,n)c = zgemm(alpha,a,b,[beta,c,trans_a,trans_b,overwrite_c])

Wrapper for ``zgemm``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (lda,ka)
b : input rank-2 array('D') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('D') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
trans_a : input int, optional
    Default: 0
trans_b : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('D') with bounds (m,n)c = cgemm(alpha,a,b,[beta,c,trans_a,trans_b,overwrite_c])

Wrapper for ``cgemm``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (lda,ka)
b : input rank-2 array('F') with bounds (ldb,kb)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
c : input rank-2 array('F') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
trans_a : input int, optional
    Default: 0
trans_b : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('F') with bounds (m,n)c = dgemm(alpha,a,b,[beta,c,trans_a,trans_b,overwrite_c])

Wrapper for ``dgemm``.

Parameters
----------
alpha : input float
a : input rank-2 array('d') with bounds (lda,ka)
b : input rank-2 array('d') with bounds (ldb,kb)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
c : input rank-2 array('d') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
trans_a : input int, optional
    Default: 0
trans_b : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('d') with bounds (m,n)c = sgemm(alpha,a,b,[beta,c,trans_a,trans_b,overwrite_c])

Wrapper for ``sgemm``.

Parameters
----------
alpha : input float
a : input rank-2 array('f') with bounds (lda,ka)
b : input rank-2 array('f') with bounds (ldb,kb)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
c : input rank-2 array('f') with bounds (m,n)
overwrite_c : input int, optional
    Default: 0
trans_a : input int, optional
    Default: 0
trans_b : input int, optional
    Default: 0

Returns
-------
c : rank-2 array('f') with bounds (m,n)a = zher2(alpha,x,y,[lower,incx,offx,incy,offy,n,a,overwrite_a])

Wrapper for ``zher2``.

Parameters
----------
alpha : input complex
x : input rank-1 array('D') with bounds (*)
y : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
n : input int, optional
    Default: ((len(x)-1-offx)/abs(incx)+1 <=(len(y)-1-offy)/abs(incy)+1 ?(len(x)-1-offx)/abs(incx)+1 :(len(y)-1-offy)/abs(incy)+1)
a : input rank-2 array('D') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('D') with bounds (n,n)a = cher2(alpha,x,y,[lower,incx,offx,incy,offy,n,a,overwrite_a])

Wrapper for ``cher2``.

Parameters
----------
alpha : input complex
x : input rank-1 array('F') with bounds (*)
y : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
n : input int, optional
    Default: ((len(x)-1-offx)/abs(incx)+1 <=(len(y)-1-offy)/abs(incy)+1 ?(len(x)-1-offx)/abs(incx)+1 :(len(y)-1-offy)/abs(incy)+1)
a : input rank-2 array('F') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('F') with bounds (n,n)a = dsyr2(alpha,x,y,[lower,incx,offx,incy,offy,n,a,overwrite_a])

Wrapper for ``dsyr2``.

Parameters
----------
alpha : input float
x : input rank-1 array('d') with bounds (*)
y : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
n : input int, optional
    Default: ((len(x)-1-offx)/abs(incx)+1 <=(len(y)-1-offy)/abs(incy)+1 ?(len(x)-1-offx)/abs(incx)+1 :(len(y)-1-offy)/abs(incy)+1)
a : input rank-2 array('d') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('d') with bounds (n,n)a = ssyr2(alpha,x,y,[lower,incx,offx,incy,offy,n,a,overwrite_a])

Wrapper for ``ssyr2``.

Parameters
----------
alpha : input float
x : input rank-1 array('f') with bounds (*)
y : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
n : input int, optional
    Default: ((len(x)-1-offx)/abs(incx)+1 <=(len(y)-1-offy)/abs(incy)+1 ?(len(x)-1-offx)/abs(incx)+1 :(len(y)-1-offy)/abs(incy)+1)
a : input rank-2 array('f') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('f') with bounds (n,n)a = zher(alpha,x,[lower,incx,offx,n,a,overwrite_a])

Wrapper for ``zher``.

Parameters
----------
alpha : input complex
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
n : input int, optional
    Default: (len(x)-1-offx)/abs(incx)+1
a : input rank-2 array('D') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('D') with bounds (n,n)a = cher(alpha,x,[lower,incx,offx,n,a,overwrite_a])

Wrapper for ``cher``.

Parameters
----------
alpha : input complex
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
n : input int, optional
    Default: (len(x)-1-offx)/abs(incx)+1
a : input rank-2 array('F') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('F') with bounds (n,n)a = zsyr(alpha,x,[lower,incx,offx,n,a,overwrite_a])

Wrapper for ``zsyr``.

Parameters
----------
alpha : input complex
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
n : input int, optional
    Default: (len(x)-1-offx)/abs(incx)+1
a : input rank-2 array('D') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('D') with bounds (n,n)a = csyr(alpha,x,[lower,incx,offx,n,a,overwrite_a])

Wrapper for ``csyr``.

Parameters
----------
alpha : input complex
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
n : input int, optional
    Default: (len(x)-1-offx)/abs(incx)+1
a : input rank-2 array('F') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('F') with bounds (n,n)a = dsyr(alpha,x,[lower,incx,offx,n,a,overwrite_a])

Wrapper for ``dsyr``.

Parameters
----------
alpha : input float
x : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
n : input int, optional
    Default: (len(x)-1-offx)/abs(incx)+1
a : input rank-2 array('d') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('d') with bounds (n,n)a = ssyr(alpha,x,[lower,incx,offx,n,a,overwrite_a])

Wrapper for ``ssyr``.

Parameters
----------
alpha : input float
x : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
lower : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offx : input int, optional
    Default: 0
n : input int, optional
    Default: (len(x)-1-offx)/abs(incx)+1
a : input rank-2 array('f') with bounds (n,n)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('f') with bounds (n,n)a = zgerc(alpha,x,y,[incx,incy,a,overwrite_x,overwrite_y,overwrite_a])

Wrapper for ``zgerc``.

Parameters
----------
alpha : input complex
x : input rank-1 array('D') with bounds (m)
y : input rank-1 array('D') with bounds (n)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 1
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 1
incy : input int, optional
    Default: 1
a : input rank-2 array('D') with bounds (m,n), optional
    Default: (0.0,0.0)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('D') with bounds (m,n)a = cgerc(alpha,x,y,[incx,incy,a,overwrite_x,overwrite_y,overwrite_a])

Wrapper for ``cgerc``.

Parameters
----------
alpha : input complex
x : input rank-1 array('F') with bounds (m)
y : input rank-1 array('F') with bounds (n)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 1
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 1
incy : input int, optional
    Default: 1
a : input rank-2 array('F') with bounds (m,n), optional
    Default: (0.0,0.0)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('F') with bounds (m,n)a = zgeru(alpha,x,y,[incx,incy,a,overwrite_x,overwrite_y,overwrite_a])

Wrapper for ``zgeru``.

Parameters
----------
alpha : input complex
x : input rank-1 array('D') with bounds (m)
y : input rank-1 array('D') with bounds (n)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 1
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 1
incy : input int, optional
    Default: 1
a : input rank-2 array('D') with bounds (m,n), optional
    Default: (0.0,0.0)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('D') with bounds (m,n)a = cgeru(alpha,x,y,[incx,incy,a,overwrite_x,overwrite_y,overwrite_a])

Wrapper for ``cgeru``.

Parameters
----------
alpha : input complex
x : input rank-1 array('F') with bounds (m)
y : input rank-1 array('F') with bounds (n)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 1
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 1
incy : input int, optional
    Default: 1
a : input rank-2 array('F') with bounds (m,n), optional
    Default: (0.0,0.0)
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('F') with bounds (m,n)a = dger(alpha,x,y,[incx,incy,a,overwrite_x,overwrite_y,overwrite_a])

Wrapper for ``dger``.

Parameters
----------
alpha : input float
x : input rank-1 array('d') with bounds (m)
y : input rank-1 array('d') with bounds (n)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 1
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 1
incy : input int, optional
    Default: 1
a : input rank-2 array('d') with bounds (m,n), optional
    Default: 0.0
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('d') with bounds (m,n)a = sger(alpha,x,y,[incx,incy,a,overwrite_x,overwrite_y,overwrite_a])

Wrapper for ``sger``.

Parameters
----------
alpha : input float
x : input rank-1 array('f') with bounds (m)
y : input rank-1 array('f') with bounds (n)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 1
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 1
incy : input int, optional
    Default: 1
a : input rank-2 array('f') with bounds (m,n), optional
    Default: 0.0
overwrite_a : input int, optional
    Default: 0

Returns
-------
a : rank-2 array('f') with bounds (m,n)x = ztrmv(a,x,[offx,incx,lower,trans,unitdiag,overwrite_x])

Wrapper for ``ztrmv``.

Parameters
----------
a : input rank-2 array('D') with bounds (n,n)
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
lower : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
unitdiag : input int, optional
    Default: 0

Returns
-------
x : rank-1 array('D') with bounds (*)x = ctrmv(a,x,[offx,incx,lower,trans,unitdiag,overwrite_x])

Wrapper for ``ctrmv``.

Parameters
----------
a : input rank-2 array('F') with bounds (n,n)
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
lower : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
unitdiag : input int, optional
    Default: 0

Returns
-------
x : rank-1 array('F') with bounds (*)x = dtrmv(a,x,[offx,incx,lower,trans,unitdiag,overwrite_x])

Wrapper for ``dtrmv``.

Parameters
----------
a : input rank-2 array('d') with bounds (n,n)
x : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
lower : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
unitdiag : input int, optional
    Default: 0

Returns
-------
x : rank-1 array('d') with bounds (*)x = strmv(a,x,[offx,incx,lower,trans,unitdiag,overwrite_x])

Wrapper for ``strmv``.

Parameters
----------
a : input rank-2 array('f') with bounds (n,n)
x : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
lower : input int, optional
    Default: 0
trans : input int, optional
    Default: 0
unitdiag : input int, optional
    Default: 0

Returns
-------
x : rank-1 array('f') with bounds (*)y = zhemv(alpha,a,x,[beta,y,offx,incx,offy,incy,lower,overwrite_y])

Wrapper for ``zhemv``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (n,n)
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
y : input rank-1 array('D') with bounds (ly)
overwrite_y : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
lower : input int, optional
    Default: 0

Returns
-------
y : rank-1 array('D') with bounds (ly)y = chemv(alpha,a,x,[beta,y,offx,incx,offy,incy,lower,overwrite_y])

Wrapper for ``chemv``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (n,n)
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
y : input rank-1 array('F') with bounds (ly)
overwrite_y : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
lower : input int, optional
    Default: 0

Returns
-------
y : rank-1 array('F') with bounds (ly)y = dsymv(alpha,a,x,[beta,y,offx,incx,offy,incy,lower,overwrite_y])

Wrapper for ``dsymv``.

Parameters
----------
alpha : input float
a : input rank-2 array('d') with bounds (n,n)
x : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
y : input rank-1 array('d') with bounds (ly)
overwrite_y : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
lower : input int, optional
    Default: 0

Returns
-------
y : rank-1 array('d') with bounds (ly)y = ssymv(alpha,a,x,[beta,y,offx,incx,offy,incy,lower,overwrite_y])

Wrapper for ``ssymv``.

Parameters
----------
alpha : input float
a : input rank-2 array('f') with bounds (n,n)
x : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
y : input rank-1 array('f') with bounds (ly)
overwrite_y : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
lower : input int, optional
    Default: 0

Returns
-------
y : rank-1 array('f') with bounds (ly)y = zgemv(alpha,a,x,[beta,y,offx,incx,offy,incy,trans,overwrite_y])

Wrapper for ``zgemv``.

Parameters
----------
alpha : input complex
a : input rank-2 array('D') with bounds (m,n)
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
y : input rank-1 array('D') with bounds (ly)
overwrite_y : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
trans : input int, optional
    Default: 0

Returns
-------
y : rank-1 array('D') with bounds (ly)y = cgemv(alpha,a,x,[beta,y,offx,incx,offy,incy,trans,overwrite_y])

Wrapper for ``cgemv``.

Parameters
----------
alpha : input complex
a : input rank-2 array('F') with bounds (m,n)
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
beta : input complex, optional
    Default: (0.0, 0.0)
y : input rank-1 array('F') with bounds (ly)
overwrite_y : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
trans : input int, optional
    Default: 0

Returns
-------
y : rank-1 array('F') with bounds (ly)y = dgemv(alpha,a,x,[beta,y,offx,incx,offy,incy,trans,overwrite_y])

Wrapper for ``dgemv``.

Parameters
----------
alpha : input float
a : input rank-2 array('d') with bounds (m,n)
x : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
y : input rank-1 array('d') with bounds (ly)
overwrite_y : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
trans : input int, optional
    Default: 0

Returns
-------
y : rank-1 array('d') with bounds (ly)y = sgemv(alpha,a,x,[beta,y,offx,incx,offy,incy,trans,overwrite_y])

Wrapper for ``sgemv``.

Parameters
----------
alpha : input float
a : input rank-2 array('f') with bounds (m,n)
x : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
beta : input float, optional
    Default: 0.0
y : input rank-1 array('f') with bounds (ly)
overwrite_y : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1
trans : input int, optional
    Default: 0

Returns
-------
y : rank-1 array('f') with bounds (ly)k = izamax(x,[n,offx,incx])

Wrapper for ``izamax``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
k : intk = icamax(x,[n,offx,incx])

Wrapper for ``icamax``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
k : intk = idamax(x,[n,offx,incx])

Wrapper for ``idamax``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
k : intk = isamax(x,[n,offx,incx])

Wrapper for ``isamax``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
k : ints = dzasum(x,[n,offx,incx])

Wrapper for ``dzasum``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
s : floats = dasum(x,[n,offx,incx])

Wrapper for ``dasum``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
s : floats = scasum(x,[n,offx,incx])

Wrapper for ``scasum``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
s : floats = sasum(x,[n,offx,incx])

Wrapper for ``sasum``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
s : floatn2 = dznrm2(x,[n,offx,incx])

Wrapper for ``dznrm2``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
n2 : floatn2 = dnrm2(x,[n,offx,incx])

Wrapper for ``dnrm2``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
n2 : floatn2 = scnrm2(x,[n,offx,incx])

Wrapper for ``scnrm2``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
n2 : floatn2 = snrm2(x,[n,offx,incx])

Wrapper for ``snrm2``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
n2 : floatxy = zdotc(x,y,[n,offx,incx,offy,incy])

Wrapper for ``zdotc``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)
y : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
xy : complexxy = cdotc(x,y,[n,offx,incx,offy,incy])

Wrapper for ``cdotc``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)
y : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
xy : complexxy = zdotu(x,y,[n,offx,incx,offy,incy])

Wrapper for ``zdotu``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)
y : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
xy : complexxy = cdotu(x,y,[n,offx,incx,offy,incy])

Wrapper for ``cdotu``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)
y : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
xy : complexxy = ddot(x,y,[n,offx,incx,offy,incy])

Wrapper for ``ddot``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)
y : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
xy : floatxy = sdot(x,y,[n,offx,incx,offy,incy])

Wrapper for ``sdot``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)
y : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
xy : floatz = zaxpy(x,y,[n,a,offx,incx,offy,incy])

Wrapper for ``zaxpy``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)
y : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
a : input complex, optional
    Default: (1.0, 0.0)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
z : rank-1 array('D') with bounds (*) and y storagez = caxpy(x,y,[n,a,offx,incx,offy,incy])

Wrapper for ``caxpy``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)
y : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
a : input complex, optional
    Default: (1.0, 0.0)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
z : rank-1 array('F') with bounds (*) and y storagez = daxpy(x,y,[n,a,offx,incx,offy,incy])

Wrapper for ``daxpy``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)
y : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
a : input float, optional
    Default: 1.0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
z : rank-1 array('d') with bounds (*) and y storagez = saxpy(x,y,[n,a,offx,incx,offy,incy])

Wrapper for ``saxpy``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)
y : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
a : input float, optional
    Default: 1.0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
z : rank-1 array('f') with bounds (*) and y storagey = zcopy(x,y,[n,offx,incx,offy,incy])

Wrapper for ``zcopy``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)
y : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
y : rank-1 array('D') with bounds (*)y = ccopy(x,y,[n,offx,incx,offy,incy])

Wrapper for ``ccopy``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)
y : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
y : rank-1 array('F') with bounds (*)y = dcopy(x,y,[n,offx,incx,offy,incy])

Wrapper for ``dcopy``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)
y : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
y : rank-1 array('d') with bounds (*)y = scopy(x,y,[n,offx,incx,offy,incy])

Wrapper for ``scopy``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)
y : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
y : rank-1 array('f') with bounds (*)x = zdscal(a,x,[n,offx,incx,overwrite_x])

Wrapper for ``zdscal``.

Parameters
----------
a : input float
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('D') with bounds (*)x = csscal(a,x,[n,offx,incx,overwrite_x])

Wrapper for ``csscal``.

Parameters
----------
a : input float
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('F') with bounds (*)x = zscal(a,x,[n,offx,incx])

Wrapper for ``zscal``.

Parameters
----------
a : input complex
x : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('D') with bounds (*)x = cscal(a,x,[n,offx,incx])

Wrapper for ``cscal``.

Parameters
----------
a : input complex
x : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('F') with bounds (*)x = dscal(a,x,[n,offx,incx])

Wrapper for ``dscal``.

Parameters
----------
a : input float
x : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('d') with bounds (*)x = sscal(a,x,[n,offx,incx])

Wrapper for ``sscal``.

Parameters
----------
a : input float
x : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('f') with bounds (*)x,y = zswap(x,y,[n,offx,incx,offy,incy])

Wrapper for ``zswap``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)
y : input rank-1 array('D') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('D') with bounds (*)
y : rank-1 array('D') with bounds (*)x,y = cswap(x,y,[n,offx,incx,offy,incy])

Wrapper for ``cswap``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)
y : input rank-1 array('F') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('F') with bounds (*)
y : rank-1 array('F') with bounds (*)x,y = dswap(x,y,[n,offx,incx,offy,incy])

Wrapper for ``dswap``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)
y : input rank-1 array('d') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('d') with bounds (*)
y : rank-1 array('d') with bounds (*)x,y = sswap(x,y,[n,offx,incx,offy,incy])

Wrapper for ``sswap``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)
y : input rank-1 array('f') with bounds (*)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('f') with bounds (*)
y : rank-1 array('f') with bounds (*)x,y = drotm(x,y,param,[n,offx,incx,offy,incy,overwrite_x,overwrite_y])

Wrapper for ``drotm``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)
y : input rank-1 array('d') with bounds (*)
param : input rank-1 array('d') with bounds (5)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 0
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('d') with bounds (*)
y : rank-1 array('d') with bounds (*)x,y = srotm(x,y,param,[n,offx,incx,offy,incy,overwrite_x,overwrite_y])

Wrapper for ``srotm``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)
y : input rank-1 array('f') with bounds (*)
param : input rank-1 array('f') with bounds (5)

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 0
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('f') with bounds (*)
y : rank-1 array('f') with bounds (*)x,y = zdrot(x,y,c,s,[n,offx,incx,offy,incy,overwrite_x,overwrite_y])

Wrapper for ``zdrot``.

Parameters
----------
x : input rank-1 array('D') with bounds (*)
y : input rank-1 array('D') with bounds (*)
c : input float
s : input float

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 0
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('D') with bounds (*)
y : rank-1 array('D') with bounds (*)x,y = csrot(x,y,c,s,[n,offx,incx,offy,incy,overwrite_x,overwrite_y])

Wrapper for ``csrot``.

Parameters
----------
x : input rank-1 array('F') with bounds (*)
y : input rank-1 array('F') with bounds (*)
c : input float
s : input float

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 0
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('F') with bounds (*)
y : rank-1 array('F') with bounds (*)x,y = drot(x,y,c,s,[n,offx,incx,offy,incy,overwrite_x,overwrite_y])

Wrapper for ``drot``.

Parameters
----------
x : input rank-1 array('d') with bounds (*)
y : input rank-1 array('d') with bounds (*)
c : input float
s : input float

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 0
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('d') with bounds (*)
y : rank-1 array('d') with bounds (*)x,y = srot(x,y,c,s,[n,offx,incx,offy,incy,overwrite_x,overwrite_y])

Wrapper for ``srot``.

Parameters
----------
x : input rank-1 array('f') with bounds (*)
y : input rank-1 array('f') with bounds (*)
c : input float
s : input float

Other Parameters
----------------
n : input int, optional
    Default: (len(x)-offx)/abs(incx)
overwrite_x : input int, optional
    Default: 0
offx : input int, optional
    Default: 0
incx : input int, optional
    Default: 1
overwrite_y : input int, optional
    Default: 0
offy : input int, optional
    Default: 0
incy : input int, optional
    Default: 1

Returns
-------
x : rank-1 array('f') with bounds (*)
y : rank-1 array('f') with bounds (*)param = drotmg(d1,d2,x1,y1)

Wrapper for ``drotmg``.

Parameters
----------
d1 : input float
d2 : input float
x1 : input float
y1 : input float

Returns
-------
param : rank-1 array('d') with bounds (5)param = srotmg(d1,d2,x1,y1)

Wrapper for ``srotmg``.

Parameters
----------
d1 : input float
d2 : input float
x1 : input float
y1 : input float

Returns
-------
param : rank-1 array('f') with bounds (5)c,s = zrotg(a,b)

Wrapper for ``zrotg``.

Parameters
----------
a : input complex
b : input complex

Returns
-------
c : complex
s : complexc,s = crotg(a,b)

Wrapper for ``crotg``.

Parameters
----------
a : input complex
b : input complex

Returns
-------
c : complex
s : complexc,s = drotg(a,b)

Wrapper for ``drotg``.

Parameters
----------
a : input float
b : input float

Returns
-------
c : float
s : floatc,s = srotg(a,b)

Wrapper for ``srotg``.

Parameters
----------
a : input float
b : input float

Returns
-------
c : float
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