9 |
|
][ |
10 |
|
.B "\-h" |
11 |
|
][ |
12 |
+ |
.B "\-A" |
13 |
+ |
][ |
14 |
|
.B "\-d|\-s" |
15 |
|
][ |
16 |
|
.B "\-r deg" |
55 |
|
yield 8760x3 (26280) values per output line (row). |
56 |
|
.PP |
57 |
|
The |
58 |
+ |
.I \-A |
59 |
+ |
option tells |
60 |
+ |
.I gendaymtx |
61 |
+ |
to generate a single column corresponding to an average sky |
62 |
+ |
computed over all the input time steps, rather than one |
63 |
+ |
column per time step. |
64 |
+ |
.PP |
65 |
+ |
The |
66 |
|
.I \-c |
67 |
|
option may be used to specify a color for the sky. |
68 |
|
The gray value should equal 1 for proper energy balance. |
77 |
|
.PP |
78 |
|
The |
79 |
|
.I \-d |
80 |
< |
option may be used to produce a sun-only matrix, with no sky contributions. |
80 |
> |
option may be used to produce a sun-only matrix, with no sky contributions, |
81 |
> |
and the ground patch also set to zero. |
82 |
|
Alternatively, the |
83 |
|
.I \-s |
84 |
< |
option may be used to exclude any direct solar component from the output. |
84 |
> |
option may be used to exclude any direct solar component from the output, |
85 |
> |
with the rest of the sky and ground patch unaffected. |
86 |
> |
If there is a sun in the description, |
87 |
> |
.I gendaymtx |
88 |
> |
will include its contribution in the four nearest sky patches, |
89 |
> |
distributing energy according to centroid proximity. |
90 |
|
.PP |
91 |
|
By default, |
92 |
|
.I gendaymtx |