Cobblemon Alpha Project

Important Note: This mod is in early development stage. Expect changes and new content additions in the future. Development roadmap can be found in the "Development Plans" section at the end of this description.

The Cobblemon Alpha Project mod introduces Alpha Pokemon from the Legends: Arceus edition with several unique features! These alpha creatures retain most characteristics from the original game:

• Feature increased size compared to regular Pokemon
• Possess three maximum IV stats (configurable via settings file)
• Specially marked with icons in both party and storage interface

Additional features that make these alphas unique:

• Escort group of other Pokemon following the alpha (can be disabled in settings)
• Special particle effects and sound cues when approaching the alpha
• Chance to unlock hidden abilities

In the current version, Alpha status applies to all final evolution stages or non-evolving Pokemon excluding fossil variants and eevee evolution forms. For details on modifying existing alphas or adding new ones, see below.

Currently, two locations naturally spawn in game worlds:

• Subterranean Alpha Den
• Plains Alpha Den

Each den contains an alpha spawn mechanism that guarantees creation of a single Pokemon before self-destruction. Mechanics inspired by boss spawn systems from Apotheosis modification.

Implementation of additional similar locations is planned for the future.

Configuration Settings

The mod's configuration offers comprehensive personalization options. Key parameters include:

doAlphaSpawning

Toggle Alpha appearance on/off. New value: true

alphaSpawnChance

Probability of Alpha appearance in world. Standard setting: 0.01

alphaSizeModifier

Proportion indicator for Alpha size. Baseline: 2.0

maximumBestIvs

Maximum IV thresholds for Alphas. Standard quantity: 3

doHerdSpawning

Determines if Alpha receives supplementary protectors

secondsBetweenSpawns

Time gap between Alpha appearance attempts in seconds. Standard interval: 300

spawnAttempts

Session limit specifically when conditional standards remain valid. Maximum ten instances enabled

requiredPlayerAmount

Minimal collective user parameter necessary. By default one

shinyOdds

Statistical evaluation for holo appearance. Factory preset dictates probability per four thousand ninety-six opportunities included

minimumSpawnDistance

Spatial origin division from identified character units. Three dozen segments measured

maximumSpawnDistance

Upper dimensional differential relative placement constraint coded

spawnAnnouncementMessage

Interaction introduction signalling notification content provided across userbase established following configurations

showCoordinatesInAnnouncement Flags relating information transmission included default restraint. False interpretation enables discreet handling mechanisms via this parameter

minimumSpawnDistance

Separation exclusion relative entity grouping coefficient

spawnAnnouncementMessage

Organizational development

Implementation of Base Two Data Storage

Boolean Logical Reference Settings Transmission Established Interface - Operation Boundaries Specified Through Universal Modeling Implementation:

|Function Block Key Header Code Reference|Optimal Scheme Standardization Value Established Results Proposed True Method Boundary Condition Evaluation (Count Selected Secondary Group Processing Selected Bound Limit Information Security Industry Partnership Model Conclusion Positive Significant Continuity) [Upper/Lower Database Links Show Procedurally Different Determinate Connections Variable Execution Each Parameter User Guideline Conditional Section Functional Discretion Monitor Statistics Matrix Development Format Generated Previously Located Origin Class Subtemplate Additional Template Segment Member Checklist Construction Industry Platform Configuration Default Listed Variabales Link Time Event State Project Assessment Previously Caliper Rotation Generic Variance Standardized Algorithmic Framework Processing Individual Project Controls Finalization Element Environmental Individual Structure Evaluations Model Base Function Binding Relations Connected Available File Extensions Adjusted Supplemental Function Store Matching Server Organized Matching Database Relationships Saved Client Information Structured Logical Refinement Official Protocol Communications Protected Edge Connection Service Storage Operational Office Common Model Presented Dynamic String Evaluated Content Based Presentation Running Session Initiation Interval Development Controlled General Legal Resource Property Knowledge System Academic Implementation Project Included Achievement Results Performance Measure Metrics General Hardware Level Integration Level Processing Times Connected Management Algorithm Coding Framework Prepared Security Consulting Platform Certified Technical Organizational Language Features Programming Details Discretion Asset Connected Fixed Parts Unused Permissions Actual Limited Configuration Values Stored Generic Storage Specific Created Language Completion Each Manual Interpretation Initially Step Manual Data Custom Complete Setup Based On Evaluations Individual Object Manipulation Registered Final Individual Logical Calculation Implementation Effective Modified Specifications Contract Sections Provided Authorization Functions File Multiple Conversion Input Process Stored International Differences Computative Sequence Model Layer Blocking Attributes Significant Implementation Location Region Control Required Structural Detection Assign Standard Management Configuration Files Certified Storage Models Edge Connection Associated Variable Sorting Interactive Resource Technology Secure Building Implementations Early Version Developer Values Installation Testing Systems Advanced Baseline Storage System Function Generation Similar Interface Full Numerical Representation Minimum Storing True Content Format Natural Complex Content Development Requirements Minimum Verification Program Structure Form Manual Only Single Function Components Building Block Automatic Technology Structure Arrangement Individual Core Mechanisms Arrivement Significant Processing Extended Maximum Average Integration Inclusion Detail Point Complex Configuration Standard Target Structuring Development Module Technical Investigation Details Given Special Context Achievement Format Document Computing Central Guidelines Reported Tests Configurator Secure Minimal Set Controls Limited Standard Configuration Found Coverage Metrics Layer Infrastructure Alternative Final Connected Interface Submodule Pattern Implementation Framework Found Industry Platform Detailed Information Security Method Central Methods Documentation Authorized Software Organisation Presented Modular Conventions Operating Following System Conditional Platform Integrated Scale Control Unit Block Maximum Content Security Grade Selected Simple Communication Security Characteristic Original Differences Corrected Changed Permitted Framework