OmniSequence: Transfinite 1.3.9-fix — Updated Build Notes

Minecraft 1.21.1 · NeoForge · Build date: 2026-08-11

Highlights

Infinite storage compatibility

• Infinite storage cells are detected at the AE2 network-storage boundary by simulated over-extraction instead of hard-coded cell implementation checks.
• Network totals use saturating long arithmetic. Combining a finite amount with an infinite cell can no longer overflow into a negative value and make the item disappear from terminals.
• Infinite-cell display remains stable regardless of storage mount order.

Pattern Access Terminal organization

• Large pattern inventories are exposed as multiple logical containers in the Pattern Access Terminal.
• This organization applies to both the multiblock Sequence Array and the single-block Molecular Manipulator machines while retaining one physical machine inventory.

Matter Sequence Rewrite

• Per-type Matter Sequence storage now supports up to Long.MAX_VALUE (9223372036854775807) and defaults to that limit.
• Rewrite entropy capacity is configurable from 1 to Long.MAX_VALUE and defaults to 1000000.
• Base entropy cooling per second is configurable and defaults to 25.
• The controller now shows entropy generated per item, effective cooling rate, and estimated time until the next deconstruction or rewrite can start.
• If one item exceeds the configured entropy capacity by itself, the interface reports a configuration-limit error instead of remaining on Cooling forever.
• Entropy formulas and exact server configuration paths are documented inside matter_rewrite_rules.json. Existing files are upgraded to documentation format 4 without replacing their rules.

Configurable speed-card tiers

Every tier can be adjusted independently. Effective entropy cooling is:

base cooling per second × current speed-card cooling multiplier

Overflowing multiplication saturates at Long.MAX_VALUE.

Configuration organization

Server options are grouped into these TOML sections:

• sequence_array
• sequence_array.matter_rewrite
• sequence_array.matter_rewrite.speed_cards
• ae2_crafting
• omni_computation.optimizer
• omni_computation.cache
• omni_computation.execution
• omni_computation.dispatch

Client options are grouped under tooltips and visual. All new settings have English and Chinese comments, ranges, defaults, and formula explanations. Existing flat options are migrated to the categorized paths while preserving their values, with a .toml.bak backup created before migration.

Interface cleanup and stability

• Completed Sequence Array and Omni-Computation structures no longer keep displaying construction progress.

主要更新

无限存储兼容

• 无限存储盘改为在 AE2 网络存储边界通过模拟超量提取识别，不再硬编码具体存储盘实现。
• 网络数量合并改用 long 饱和计算。有限数量与无限盘合并时，不会再溢出为负数并导致 终端中的物品消失。
• 无论有限盘和无限盘以什么顺序挂载，无限物品数量都能稳定显示。

样板终端逻辑容器

• 大型样板库存会在样板终端中拆分为多个逻辑容器。
• 多方块构序阵列和单方块分子操纵机均使用相同方案，同时仍保留一个实际机器库存。

物质构序重写

• 每一种物质构序的存储上限支持 Long.MAX_VALUE（9223372036854775807），默认也是 Long.MAX_VALUE。
• 重写熵上限可在 1～Long.MAX_VALUE 之间配置，默认 1000000。
• 基础每秒熵散热速度可配置，默认 25。
• 控制器界面会显示单件产生熵值、当前有效散热速度，以及下一次分解或重写开始前的 预计冷却时间。
• 如果单件物品产生的熵已经超过配置上限，界面会提示配置上限错误，不再永久显示冷却中。
• matter_rewrite_rules.json 中写有熵计算公式和准确的服务器配置路径。已有文件会升级到 说明格式 4，但不会替换用户规则。

可配置加速卡档位

每一档都可以单独调整。有效散热公式为：

基础每秒散热 × 当前加速卡档位的散热倍率

乘法超过 Long.MAX_VALUE 时会按上限饱和，不会发生负数溢出。

配置文件分类

服务器配置已整理为以下 TOML 分类：

• sequence_array
• sequence_array.matter_rewrite
• sequence_array.matter_rewrite.speed_cards
• ae2_crafting
• omni_computation.optimizer
• omni_computation.cache
• omni_computation.execution
• omni_computation.dispatch

客户端配置分为 tooltips 和 visual。所有新配置均提供中英文备注、范围、默认值与公式 说明。旧版平铺配置会在保留原数值的情况下迁移到新分类，迁移前自动生成 .toml.bak 备份。

界面精简与稳定性

• 构序阵列和万物演算核心完整成型后，不再继续显示施工进度。