Editing Solar Logic Cable Golf
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Can also do the math to use both the vertical and horizontal outputs of one daylight sensor. I use one upside in horizontal mode. Only need 1 device knob for the IC for infinite solar panel control. This is my current file. Have the horizontal sensor and solar panel data ports all facing north. I use d1 as an output to a spinning light on top of my solar tower to turn on at night and off at day. To help act as a backup beacon if I get lost at night without power to my tracker card. | Can also do the math to use both the vertical and horizontal outputs of one daylight sensor. I use one upside in horizontal mode. Only need 1 device knob for the IC for infinite solar panel control. This is my current file. Have the horizontal sensor and solar panel data ports all facing north. I use d1 as an output to a spinning light on top of my solar tower to turn on at night and off at day. To help act as a backup beacon if I get lost at night without power to my tracker card. | ||
| β | + | alias Sensor d0 # Horizontal Sensor | |
| + | s Sensor Mode 1 | ||
| + | |||
| + | l r1 Sensor Horizontal | ||
| + | l r2 Sensor Vertical | ||
| + | |||
| + | mul r1 r1 -1 | ||
| + | sub r1 r1 90 | ||
| + | sub r2 180 r2 | ||
| + | div r2 r2 1.5 | ||
| + | add r2 50 r2 | ||
| + | sb -539224550 Horizontal r1 | ||
| + | sb -539224550 Vertical r2 | ||
| + | |||
| + | l r3 Sensor Activate | ||
| + | seqz r3 r3 | ||
| + | s d1 On r3 | ||
| + | yield | ||
| + | j 3 | ||