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latiza.mzn2

latiza.mzn2

Points:	34.290
Rank:	21
Opponents defeated:	21.241 (101.)
Tribe:	GODZ
Night bonus:	Current: 00:00-08:00

Villages (6)

Coordinates

Points

A.1 Sudoer

474|581

9.172

B.1 PenTest01

475|579

9.007

C.1 CISSP-A01

474|578

6.180

C.1 CISSP-B01

473|579

3.040

C.1 CISSP-C01

467|582

4.041

C.1 CISSP-C02

475|575

2.850

Profile

Personal text

I don’t shout victories.
I design them.

Every attack, every defense, every alliance — planned, analyzed, and refined until failure becomes statistically improbable. I don’t gamble with villages; I treat them as experiments, run them enough times, and then act on the only thing that matters: the expectation of success.

My world isn’t random.
It’s a lattice of probabilities waiting to be exploited. Where others panic at a surprise raid, I log the event, update the model, and pivot to the optimal counter. While they call it luck, I call it an ill-modeled distribution.
My moves aren’t reactions — they’re pre-emptive answers to futures I’ve already sampled.

I don’t fight wars. I orchestrate outcomes. You may taste a victory on the field; I taste it in the confidence interval. I build architectures that turn chaos into signal, and I architect strategies that make setbacks look like planned variance. By the time the drums stop, the story has already been written — and it reads exactly how I intended.

While you celebrate a moment,
I’m writing the next chapter — in code, in data, in silence.
I map behavior, compress patterns, and then expand them into decisive action. If conquest had a signature, it would look like my logs. If domination had a blueprint, it would be my architecture. Play your part; I’ll run the simulation.

###########
# Simulate thousands of skirmishes, pick move with highest expected ROI
# Requires: pip install numpy tqdm

import numpy as np
from tqdm import trange

def simulate_battle(attacker_power, defender_power, trials=10000):
"""Return probability of attacker winning after Monte Carlo trials."""
atk = np.array(attacker_power)
defn = np.array(defender_power)
wins = 0
for _ in range(trials):
atk_roll = np.random.normal(atk, atk * 0.12).sum() # small noise
def_roll = np.random.normal(defn, defn * 0.12).sum()
if atk_roll > def_roll:
wins += 1
return wins / trials

# Example: evaluate three attack options (troop mixes) against a village
options = {
"fast_strike": [50, 10, 0], # [infantry, cavalry, siege]
"balanced": [40, 30, 10],
"siege_heavy": [20, 10, 60]
}
target_defense = [60, 20, 20]

results = {name: simulate_battle(power, target_defense, trials=4000)
for name, power in options.items()}

best = max(results, key=results.get)
print("Win probabilities:", results)
print(f"Recommended tactic: {best} (p = {results[best]:.2f})")

Under my protection: Meowsy24

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