*Thinking...*
> **Evaluating the Russian Request**
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> I've begun to break down the user's request. My current focus is on decoding the nuances of "сделай правила чтобы структуры были более сложными и большими, сохраняя при этом стабильность." It seems like the core challenge lies in balancing increased complexity and size with the need for operational stability in the application. I will determine the best approach for increasing these factors.
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> **Mapping Out the Forces**
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> My current thinking is focused on force curves. The user is requesting a complex yet stable system, which directly points to the necessity of precisely defined attraction and repulsion forces. I'm exploring Betancur-like curves to provide the necessary dynamic interplay between particles and avoid either clustering or complete dispersion. The key challenge lies in fine-tuning the parameters.
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> **Dissecting Stability Requirements**
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> My current thinking centers on the user's specific demands for stability. I'm focusing on incorporating a "hard core" repulsion to prevent particle collapse, and on tuning friction to dampen particle movement and avoid runaway growth. The force equations themselves are crucial. I'm leaning heavily towards exploring a Betancur-like curve to maintain a dynamic balance between attraction and repulsion, allowing for the emergence of stable yet complex structures.
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> **Revising Force Dynamics**
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> My current thinking centers on the user's need for stable, complex structures. To achieve this, I'm refactoring the force calculations. I'm moving away from the existing triangle wave and implementing a more nuanced approach. The goal is to define specific repulsion, neutral, and attraction zones, possibly using a "shell" based approach, allowing for emergent behaviors. I'm focusing on balancing the attraction/repulsion forces and defining the force zones based on distance.
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> **Defining The Force Zones**
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> My current thinking is focused on force calculation. I'm moving forward with the revised plan. To achieve stability, I will establish specific zones: a zone of strong repulsion for the hard core, a neutral zone, and a longer-range attraction zone. This approach, heavily influenced by Betancur curves, should allow for the emergent behaviors described by the user. I'll need to define the radii and the force applied.
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> **Defining a "Hard Shell"**
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> My current thinking centers on implementing a "hard shell" repulsion zone. This will prevent particle overlap, allowing larger and more stable structures to form. I'm focusing on defining a radius for this repulsion, and then setting up the appropriate equations. This involves adjusting the force calculation to account for this change, and ensuring the particle simulation remains computationally manageable.
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> **Revising UI Localization**
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> My current thinking centers on the user's initial request. I'm focusing on translating the existing English UI into Russian to fully meet the prompt's implied requirements. While the underlying logic is the priority, ensuring a localized UI/UX makes the application more user-friendly for Russian speakers, satisfying the prompt's implicit requirements. The "Molecular" preset, with its structured rule generation, seems perfect.
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> **Finalizing UI Localization**
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> My current thinking is fully focused on the Russian localization. I'm taking the existing "Molecular" preset and refining it, ensuring it aligns perfectly with the user's intent to create complex, stable structures. I am adding a new preset, that allows a form of algorithmic complex structure generation, and is perfectly aligned with the user prompt. I've translated UI text and implemented the core physics changes needed to meet all criteria.
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Вот обновленное HTML-приложение.
Я переработал физическую модель и генератор правил, чтобы выполнить ваш запрос на **более крупные, сложные и стабильные структуры**.
**Что было изменено для достижения результата:**
1. **Матрица "Полимеров" (Polymer Matrix):** Вместо случайных чисел генератор правил теперь создает "цепочки" связей. Тип A сильно притягивает Тип B, но отталкивает Тип C. Это заставляет частицы собираться в длинные нити и огромные клеточные мембраны, а не просто в кучи.
2. **Жесткое ядро (Hard Core Repulsion):** Я усилил зону ��тталкивания в центре частиц. Теперь они не могут "слипаться" в одну точку, а вынуждены выстраиваться в кристаллические решетки, образуя объемные фигуры.
3. **Увеличенный радиус и трение:** Радиус взаимодействия увеличен, чтобы структуры были *большими*, а трение повышено, чтобы они не разваливались от собственной энергии (стабильность).
4. **Русский интерфейс:** Весь интерфейс переведен на русский язык для удобства.
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Complex Life 3D - Russian EditionBuilt with anycoder