- This solves various issues with cyborg charging
- Cyborg chargers have 15k charge capacity themselves. They charge at 2.5kW when no cyborg is inside and 25kW when cyborg is inside.
- Instead of draining power directly to cyborg's cell, they simply transfer power (capped at 250 charge/tick) from charger to cyborg.
- All is checked, which means no excess power is wasted. This means AFK cyborgs parked in rechargers are no longer power sinks
Balance
- Increased cyborg actuator power usage a bit.
- Adds new standardised proc for power usage as Cyborg
- Each component now uses different amount of power. Some components use "idle" power (camera), which means constant load. Other components use "active" power, which is single-time burst load.. Example: Actuator.
- Power usage is directly proportional to work done. Moving cyborg uses more power than still cyborg.
- Information in Status tab changed. Now it only shows percentage of remaining charge, as well as cell rating and cell load (W)
- AI radio icon (chat icon) updated to use icon from robot_component.dmi file - removed duplicity from radio.dmi
- Cyborg radio icon (chat icon) updated to look like the radio module.
Fixed issue where removing the power cell would prevent certain checks
on robot components. Also cleaned up
/mob/living/silicon/robot/proc/use_power(), moved code related to status
for better SRP. Added a line to the examine text to hint that the borg
can still move without power.
Sorry for all of this being in a single commit, things got screwed up
with git.
Features:
- You now have to open up a cyborg after constructing it and insert all the components
- Cyborgs have per-component damage rather than total damage.
- Too much damage can fry a component, making it non-functional
- Components consume power
- You can disable a component to save power
- Actuator component allows you to move
- Camera component allows you to see
- Comms component allows you to use :b
- Radio component allows you to use radio
- The same placeholder icon for all components
