53 lines
1.8 KiB
Markdown
53 lines
1.8 KiB
Markdown
##device definition
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a node that is an electronic device has to follow the following node definitions:
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* groups has to contain "factory_electronic" with a value greater than zero
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* on_push_electricity(pos,energy,side_from)
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* doesn't have to be present
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* is called when energy is distributed to this device
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* has to be a function returning the remaining energy that can be pushed to other devices
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##device util
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factory.electronics.device.set_infotext(meta)
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* set the infotext for a device
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* show name, status (optional) and charge
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factory.electronics.device.get_energy(meta)
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* get the energy stored in a device
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* get the meta field "factory_energy"
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factory.electronics.device.set_energy(meta,value)
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* set the energy stored in a device
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factory.electronics.device.set_name(meta,device_name)
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* set the name (description) of a device
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* is shown in the infotext
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factory.electronics.device.set_status(meta,status)
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* set the status of a device
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* can be ""
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* is shown in the infotexts
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factory.electronics.device.set_max_charge(meta,max_charge)
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* set the maximum of energy that can be stored in a device
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* set the meta field "factory_max_charge"
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factory.electronics.device.get_max_charge(meta)
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* get the maximum charge
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factory.electronics.device.store(meta, push_energy, max_energy)
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* store the push_energy with a maximum of max_energy and return the remaining push_energy
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factory.electronics.device.try_use(meta,energy_amount)
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* if enough energy is stored draw energy_amount from it and return true
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* if not enough energy is stored return false
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factory.electronics.is_device(node)
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* check if a node is an electronic device
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* check for the item group "factory_electronic"
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* node can be a node name or a node or a position
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factory.electronics.device.distribute(pos,energy_amount)
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* distribute the energy_amount to all connected devices and return the energy remaining
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