Hm, ok sorry for not being more specific: i have the following problem;
I wanted to build a 1x2 object where the first cell is conducive all the time, so the object is always connected to the grid on that his side.
The conductivity of the other cell should be toggleable by program code.
I guess that won't be easy to achive.
The ultimate goal is to have a diode like switch, but I only got as far as to mod a power sensitive switch that's disconnects at a negative power production. But to check if the reconnecting requirements are fulfilled it will need to reconnect, which will result in a 50% duty cycle if the requirements are not met.
I just thought about this solution:
letting the object check the adjoining cell for power transmitters and if so, reading its grid status and then setting its own conductivity based on the results.
I will report of my findings, and thanks for the input.
I wanted to build a 1x2 object where the first cell is conducive all the time, so the object is always connected to the grid on that his side.
The conductivity of the other cell should be toggleable by program code.
I guess that won't be easy to achive.
The ultimate goal is to have a diode like switch, but I only got as far as to mod a power sensitive switch that's disconnects at a negative power production. But to check if the reconnecting requirements are fulfilled it will need to reconnect, which will result in a 50% duty cycle if the requirements are not met.
I just thought about this solution:
letting the object check the adjoining cell for power transmitters and if so, reading its grid status and then setting its own conductivity based on the results.
I will report of my findings, and thanks for the input.
, third calls the InspectStringPartsFromComps methode of itself.
so i followed CompInspectStringExtra to CompPower and found: