Difference between revisions of "Energy"
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Please describe how it works! Answer at least the following questions: | Please describe how it works! Answer at least the following questions: | ||
* What's the energy content of an object? | |||
* Is it possible to calculate the energy consumption of an action, e.g., running a script; | |||
* When the energy is consumed how much time does it take to build it up again? | |||
* During the energy build-up can we execute all actions needing less energy than the enerfy available? | |||
Also | Also | ||
* Does the script totally stop when it runs out of energy? Or pause? | |||
* Are events that occur during such an "energy pause" queued up so when it it restarted they are then triggered? | |||
* At what rate does energy return (so one can add pauses in scripts for energy to return)? | |||
Revision as of 04:37, 20 February 2007
When a function is called it uses energy, when an object runs out of energy all scripts inside it stop executing. Energy slowly returns to an object over time.
Please describe how it works! Answer at least the following questions:
- What's the energy content of an object?
- Is it possible to calculate the energy consumption of an action, e.g., running a script;
- When the energy is consumed how much time does it take to build it up again?
- During the energy build-up can we execute all actions needing less energy than the enerfy available?
Also
- Does the script totally stop when it runs out of energy? Or pause?
- Are events that occur during such an "energy pause" queued up so when it it restarted they are then triggered?
- At what rate does energy return (so one can add pauses in scripts for energy to return)?