add(T_fpv[], T_fpconst cv1[], T_fpconst cv2[]) | vm_VMath< T_fp, 3 > | [inline, static] |
add(T_fpv[], T_fpconst cv[], T_fpr) | vm_VMath< T_fp, 3 > | [inline, static] |
add(T_fpv[], T_fpr, T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
add_eq(T_fpv[], T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
add_eq(T_fpv[], T_fpr) | vm_VMath< T_fp, 3 > | [inline, static] |
are_orthogonal(T_fp const v[], T_fp const other[], T_fp const tol) | vm_V3Math< T_fp > | [inline, static] |
are_orthonormal(T_fp const v[], T_fp const other[], T_fp const tol) | vm_V3Math< T_fp > | [inline, static] |
copy(T_fpv[], T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
cprint_on(FILE *of, T_fp const v[], char const prefix[]="", char const postfix[]="") | vm_V3Math< T_fp > | [inline, static] |
vm_VMath< T_fp, 3 >::cprint_on(FILE *of, T_fpconst v[], int by, char const prefix[]="", char const postfix[]="") | vm_VMath< T_fp, 3 > | [inline, static] |
cross(T_fp prod[], T_fp const v1[], T_fp const v2[]) | vm_V3Math< T_fp > | [inline, static] |
div(T_fpv[], T_fpconst cv1[], T_fpconst cv2[]) | vm_VMath< T_fp, 3 > | [inline, static] |
div(T_fpv[], T_fpconst cv[], T_fpr) | vm_VMath< T_fp, 3 > | [inline, static] |
div(T_fpv[], T_fpr, T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
div_eq(T_fpv[], T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
div_eq(T_fpv[], T_fpr) | vm_VMath< T_fp, 3 > | [inline, static] |
dot(T_fp const v1[], T_fp const v2[]) | vm_V3Math< T_fp > | [inline, static] |
is_unit_vector(T_fp const v[], T_fp const tol) | vm_V3Math< T_fp > | [inline, static] |
lincomb(T_fpres[], T_fpc1, T_fpconst v1[], T_fpc2, T_fpconst v2[]) | vm_VMath< T_fp, 3 > | [inline, static] |
mul(T_fpv[], T_fpconst cv1[], T_fpconst cv2[]) | vm_VMath< T_fp, 3 > | [inline, static] |
mul(T_fpv[], T_fpconst cv[], T_fpr) | vm_VMath< T_fp, 3 > | [inline, static] |
mul(T_fpv[], T_fpr, T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
mul_eq(T_fpv[], T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
mul_eq(T_fpv[], T_fpr) | vm_VMath< T_fp, 3 > | [inline, static] |
negate(T_fpv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
print_on(std::ostream &os, T_fp const v[], char const prefix[]="", char const postfix[]="") | vm_V3Math< T_fp > | [inline, static] |
vm_VMath< T_fp, 3 >::print_on(std::ostream &os, T_fpconst v[], int by, char const prefix[]="", char const postfix[]="") | vm_VMath< T_fp, 3 > | [inline, static] |
set(T_fp v[], T_fp x, T_fp y, T_fp z) | vm_V3Math< T_fp > | [inline, static] |
set(T_fp v[], T_fp x) | vm_V3Math< T_fp > | [inline, static] |
sub(T_fpv[], T_fpconst cv1[], T_fpconst cv2[]) | vm_VMath< T_fp, 3 > | [inline, static] |
sub(T_fpv[], T_fpconst cv[], T_fpr) | vm_VMath< T_fp, 3 > | [inline, static] |
sub(T_fpv[], T_fpr, T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
sub_eq(T_fpv[], T_fpconst cv[]) | vm_VMath< T_fp, 3 > | [inline, static] |
sub_eq(T_fpv[], T_fpr) | vm_VMath< T_fp, 3 > | [inline, static] |
unitize(T_fp v[]) | vm_V3Math< T_fp > | [inline, static] |
unitize(T_fp vu[], T_fp const vi[]) | vm_V3Math< T_fp > | [inline, static] |
value_type typedef | vm_V3Math< T_fp > | |