Merge remote-tracking branch 'origin/main'

family/sort/keep-2025-12-05_17_53_00.md

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----
-title: "Масло 270000"
-aliases: ["keep-2025-12-05_17_53_00", "keep-import"]
-tags: ["sort", "keep-import", "timestamped"]
-updated: "2026-05-17"
----
-# Сервисный график BMW
-
-Масло 270000
-Фильтр возд 262200
-Фильтр топливный, свечи 262400
-цепь 184640
-Кардан крестовина 262400 (246000) смазка раз в 10000
-
-Liqui moly top tec 5W30 4600

family/sort/keep-2025-12-10_15_45_54.md

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----
-title: "zoom"
-aliases: ["keep-2025-12-10_15_45_54", "keep-import"]
-tags: ["sort", "keep-import", "timestamped"]
-updated: "2026-05-17"
----
-# zoom
-
-zoom

family/sort/keep-2026-02-04_14_44_55.md

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----
-title: "Below is the exact Node-RED flow construction, starting afte"
-aliases: ["keep-2026-02-04_14_44_55", "keep-import"]
-tags: ["sort", "keep-import", "timestamped"]
-updated: "2026-05-17"
----
-# Лаки Парк автоматизация приточной вентиляции Node-RED flow
-
-Below is the exact Node-RED flow construction, starting after what you already have:
-✔ CO₂ sensors
-✔ target values
-✔ per-room demand calculation (raw_demand, %)
-No philosophy, no theory — only execution order and nodes.
-
-FLOW OVERVIEW (WHAT YOU WILL BUILD)
-[room demand msgs]
-        ↓
-(1) Demand Aggregator
-        ↓
-(2) Intake Allocation
-        ↓
-(3) Discretization per damper
-        ↓
-(4) Intake Damper Outputs
-        ↓
-(5) Exhaust Arbitration
-        ↓
-(6) Exhaust Dampers
-        ↓
-(7) Exhaust Fans
-        ↓
-(8) Kitchen Hood
-
-1️⃣ Demand Aggregator (stateful)
-Node
-Function — Aggregate room demands
-Inputs
-Messages like:
-msg.room = "bedroom"
-msg.raw_demand = 12.3
-Code
-let demands = flow.get("room_demands") || {};
-demands[msg.room] = msg.raw_demand;
-flow.set("room_demands", demands);
-
-msg.demands = demands;
-return msg;
-✅ One instance only
-✅ All room demands feed into it
-
-2️⃣ Intake Allocation (continuous %)
-Node
-Function — Intake allocation
-Input
-msg.demands = {
-  bedroom,
-  kids,
-  living,
-  kitchen,
-  ...
-}
-Code
-// rooms WITH intake dampers
-const ROOMS = ["bedroom", "kids", "living"];
-
-const PRIORITY = {
-  bedroom: 1.0,
-  kids: 1.0,
-  living: 1.2
-};
-
-let weighted = {};
-let sum = 0;
-
-for (let r of ROOMS) {
-  let d = msg.demands[r] || 0;
-  weighted[r] = d * (PRIORITY[r] || 1);
-  sum += weighted[r];
-}
-
-if (sum === 0) return null;
-
-let allocation = {};
-for (let r of ROOMS) {
-  allocation[r] = 100 * weighted[r] / sum;
-}
-
-msg.intake_pct = allocation;
-return msg;
-Output example:
-intake_pct: {
-  bedroom: 35.2,
-  kids: 22.1,
-  living: 42.7
-}
-
-3️⃣ Discretization (critical)
-3A — Bedroom / Kids (0 / 33 / 66 / 100)
-Node
-Function — Discrete damper (std)
-Code
-function snap(x) {
-  if (x < 10) return 0;
-  if (x < 33) return 33;
-  if (x < 66) return 66;
-  return 100;
-}
-
-msg.payload = snap(msg.payload);
-return msg;
-Wiring
-change node before:
-msg.payload = msg.intake_pct.bedroom
-Duplicate for kids
-
-3B — Living (dual-damper state machine)
-Node
-Function — Living dual damper logic
-Input
-msg.payload = intake_pct.living
-Code
-let p = msg.payload;
-let A = 0, B = 0;
-
-if (p < 10) {
-  A = 0; B = 0;
-} else if (p < 30) {
-  A = 66; B = 0;
-} else if (p < 55) {
-  A = 66; B = 66;
-} else if (p < 80) {
-  A = 100; B = 66;
-} else {
-  A = 100; B = 100;
-}
-
-msg.damperA = A;
-msg.damperB = B;
-return msg;
-
-4️⃣ Intake Damper Outputs
-Per damper
-Call service (or number.set_value / cover.set_position):
-Bedroom damper ← payload
-Kids damper ← payload
-Living damper A ← msg.damperA
-Living damper B ← msg.damperB
-Add rate-limit node before each:
-1 msg / 30–60 s
-
-5️⃣ Exhaust Arbitration (shared logic)
-Node
-Function — Exhaust arbitration
-Code
-let d = msg.demands;
-
-msg.exhaust = {
-  at2_1: Math.max(
-    d.toilet || 0,
-    d.shower || 0,
-    d.kitchen || 0
-  ),
-  at2_2: Math.max(
-    d.bathroom || 0,
-    d.office || 0
-  )
-};
-
-return msg;
-
-6️⃣ Exhaust Branch Dampers (ON/OFF)
-Per branch
-Function — Exhaust damper gate
-Input
-msg.raw_demand
-Code
-msg.payload = msg.raw_demand > 0 ? "ON" : "OFF";
-return msg;
-Branches:
-Toilet → AT2-1
-Shower → AT2-1
-Kitchen exhaust → AT2-1
-Bathroom → AT2-2
-Office → AT2-2
-
-7️⃣ Exhaust Fan Speed Control
-Node
-Function — Fan speed
-Code
-function speed(d) {
-  if (d < 5) return 30;     // baseline
-  if (d < 20) return 50;
-  if (d < 40) return 70;
-  return 100;
-}
-
-msg.payload = speed(msg.payload);
-return msg;
-Apply separately to:
-AT2-1 (msg.exhaust.at2_1)
-AT2-2 (msg.exhaust.at2_2)
-Add rate-limit (slow).
-
-8️⃣ Kitchen Hood (3-speed)
-Node
-Function — Hood control
-Code
-let d = msg.demands.kitchen || 0;
-
-if (d < 10) msg.payload = 0;
-else if (d < 30) msg.payload = 1;
-else if (d < 60) msg.payload = 2;
-else msg.payload = 3;
-
-return msg;
-Gate with:
-current_state (manual override active → block automation)
-
-DONE — SYSTEM IS COMPLETE
-You now have:
-Central arbitration
-Discrete damper logic
-Shared exhaust handling
-Passive intake correctness
-Zero oscillation risk
-Next steps (optional, later):
-Trend-based exhaust boost
-Door sensors
-Manual override latches

family/sort/keep-2026-03-23_12_14_12.md

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----
-title: "Боконбаева Советская"
-aliases: ["keep-2026-03-23_12_14_12", "keep-import"]
-tags: ["sort", "keep-import", "timestamped"]
-updated: "2026-05-17"
----
-# Боконбаева Советская
-
-Боконбаева Советская

family/sort/уроки-истории-номер.md

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----
-title: "Уроки истории номер"
-aliases: ["уроки-истории-номер", "keep-import"]
-tags: ["sort", "keep-import"]
-updated: "2026-05-17"
----
-# Уроки истории номер
-
-Клим Жуков sponsr.ru
-Последний просмотренный Русь 189