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Terminal and graphics cards redrawn; rig slots 2 to 5 with electronics

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Terminal: monitor with a top face and a trapezoid keyboard. Graphics card:
a metal bracket with ports, two fans, brand stripe, gold fingers with a PCIe
notch and power connectors on top, now 2x2 cells. Rig: two slots by default,
an upgrade slot that takes the next level's electronics (4 common, 1 rare,
2 rare) and consumes them at once; the card grid reshapes with the slot
count, which is kept on the rig's tags. Verified in game, including the
slot limit, the upgrade items, five cards, and save and reload.

Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
This commit is contained in:
ZHU MINCHAOandClaude Sonnet 5.5 committed 2026-11-03 10:18:19 +08:00
1 parent 9d51c74f56
commit 3a4572efb6
12 files changed
+252 -40
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tests/Decentralized.Domain.Tests/Program.cs
+14
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@@ -128,6 +128,20 @@ internal static class Program
Check(r.Refurbish() && r.Health == 80 && !r.Refurbish(), "翻新一次 +30，不能再翻新");
});
Test("矿架槽位：默认 2 个，投入电子元件逐个升级到最多 5 个；只收下一级需要的；形状随槽数变化", () =>
{
int slots = RigSlots.Base, prog = 0;
Check(slots == 2 && RigSlots.Next(2) == ("common_electronic", 4), "默认 2 槽，升到第 3 槽要 4 个普通电子元件");
Check(RigSlots.Insert(ref slots, ref prog, "rare_electronic", 1) == 0 && slots == 2 && prog == 0, "第 3 槽不收稀有元件");
Check(RigSlots.Insert(ref slots, ref prog, "common_electronic", 3) == 3 && slots == 2 && prog == 3, "先投 3 个：进度 3/4");
Check(RigSlots.Insert(ref slots, ref prog, "common_electronic", 3) == 1 && slots == 3 && prog == 0, "再投 3 个只收 1 个，解锁第 3 槽，多的 2 个退回");
Check(RigSlots.Next(3) == ("rare_electronic", 1) && RigSlots.Insert(ref slots, ref prog, "rare_electronic", 5) == 1 && slots == 4, "第 4 槽：1 个稀有元件");
Check(RigSlots.Next(4) == ("rare_electronic", 2) && RigSlots.Insert(ref slots, ref prog, "rare_electronic", 1) == 1 && slots == 4 && prog == 1, "第 5 槽：2 个稀有元件，先投 1 个进度 1/2");
Check(RigSlots.Insert(ref slots, ref prog, "rare_electronic", 1) == 1 && slots == 5, "投满解锁第 5 槽");
Check(RigSlots.Next(5) == null && RigSlots.Insert(ref slots, ref prog, "rare_electronic", 1) == 0, "满 5 槽后不再收");
Check(RigSlots.Shape(2) == "0000" + "0000" + new string('1', 12) && RigSlots.Shape(5) == new string('0', 20) && RigSlots.Shape(3).Length == 20, "形状：宽 2、共 10 行，前 2 × 槽数行可放");
});
Test("模块：折算系数 4，算力 +20%、省电 25%、损耗 −30% 封顶；性能加成提高损耗与暴毙", () =>
{
var perf = ModuleBonus.From(16, 0, 0);