9 |
|
][ |
10 |
|
.B "\-d|\-s" |
11 |
|
][ |
12 |
+ |
.B "\-r deg" |
13 |
+ |
][ |
14 |
|
.B "\-m N" |
15 |
|
][ |
16 |
|
.B "\-g r g b" |
69 |
|
option may be used to exclude any direct solar component from the output. |
70 |
|
.PP |
71 |
|
The |
72 |
+ |
.I \-r |
73 |
+ |
(or |
74 |
+ |
.I \-rz) |
75 |
+ |
option rotates the sky the specified number of degrees counter-clockwise |
76 |
+ |
about the zenith, i.e., east of South. |
77 |
+ |
This is in keeping with the effect of passing the output of |
78 |
+ |
.I gensky(1) |
79 |
+ |
or |
80 |
+ |
.I gendaylit(1) |
81 |
+ |
through |
82 |
+ |
.I xform(1) |
83 |
+ |
using a similar transform. |
84 |
+ |
.PP |
85 |
+ |
The |
86 |
|
.I \-of |
87 |
|
or |
88 |
|
.I \-od |
111 |
|
based on Jean-Jacques Delaunay's original gendaylit(1) implementation. |
112 |
|
Greg Ward wrote the final parameter parsing and weather tape conversion. |
113 |
|
.SH "SEE ALSO" |
114 |
< |
dctimestep(1), genBSDF(1), gendaylit(1), genskyvec(1), rcontrib(1) |
114 |
> |
dctimestep(1), genBSDF(1), gendaylit(1), gensky(1), genskyvec(1), rcontrib(1), |
115 |
> |
xform(1) |