Kata

EMH's voice echoes from the holographic emitter:

"I’m a doctor, not a stellar cartographer! But apparently, someone deleted the astrometrics database and corrupted the sensors. Again. Lieutenant Paris claims it was 'space moths.' I don’t want to know. Let's just calculate the danger level before we fly into a supernova, shall we?"

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Mission Briefing

Here we are again. Janeway has asked you, the Emergency Medical Hologram aboard the NCC-74656, to rebuild the Stellar Hazard Assessment algorithm using only corrupted sensor data.

"I keep telling her my programmer subroutines only handle JavaScript, but apparently, that’s not 'good enough' for her. So, here I am. Programming on a starship. Meanwhile, the ship’s computer is convinced almost every star system is *'just a nebula'*—and up until a minute ago, it insisted comets were just 'mildly dangerous snowballs.' Whatever. The danger levels are accurate enough now, even if the ship's sensors remain... overenthusiastic. The task is simple enough. Each celestial object has an emoji shorthand. We'll combine their danger values and calculate the total risk (0–100) — just don’t blow up the ship, okay? I’m still technically a doctor, not a pyrotechnics expert."

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Input

A string of emojis representing nearby hazards:
"🌌🌠⚡✨💥" // Nebula + Comet + Ion Storm + Pulsar + Supernova

Danger Values

Emoji	Object	Danger	Example
🌌	Nebula	10	Ionized gas clouds
🌠	Comet	20	Dirty snowball incoming
⚡	Ion Storm	30	Shields at 47%!
✨	Pulsar	40	Spicy neutron star
💥	Supernova	50	Bright Flash of Doom

Rules:

• Sum all emoji values. Cap at 100 ("Warp core breach? So soon? Someone call engineering!").
• Unknown emojis? Ignore them. ("I didn’t program this!")