🌿 vpd-esp-simulator-v02 🇹🇷 Türkçe

Deterministik ESP32 8-Röle VPD & İklim Simülatörü - Angular ile oluşturukdu (NOKTA.link Sera Otomasyonu)

vpd-esp-simulator-v02, Akdeniz seralarında sıcaklık, bağıl nem, çiy noktası ve buhar basıncı açığını (VPD - Vapor Pressure Deficit) gerçek zamanlı fiziko-kimyasal formüllerle hesaplayan ve 8 kanallı ESP32 röle panosu otomasyonunu canlı olarak simüle eden bağımsız bir Angular bileşenidir.

🚀 Özellikler (Features)

• 🌐 Çoklu Dil Desteği (Multi-language i18n): Türkçe (tr), Almanca (de) ve İngilizce (en) dilleri desteklenir. Varsayılan dil Türkçe'dir.
• 🎨 Dark & Light Theme: Açık ve Koyu tema seçenekleri per @Input() veya UI butonları üzerinden kontrol edilebilir.
• 🔗 Kalıcı Üretici Bağlantısı: Ekranın sol alt köşesinde Powered by NOKTA.link üretici bağlantısı yer alır.
• 8-Kanal ESP32 Röle Algoritması:
  • 💧 Röle #1: Sisleme / Ultraschallbefeuchter (Adiabatik serinletme & nem artırma)
  • 🌀 Röle #2: Fan PWM (%0 - %100 Hızla sıcaklık ve nem tahliyesi)
  • 🔥 Röle #3: Isıtıcı (Çiy noktası ve soğuk riski önleme)
  • 🪟 Röle #4: Çatı Penceresi Motoru (Doğal havalandırma)
  • ⛱️ Röle #5: Gölgelik Perdesi Motoru (Güneş ışıması %75+ koruması)
  • 🌬️ Röle #6: Nem Alıcı Kompresör (Aşırı nemli/yağmurlu günlerde)
  • 🍃 Röle #7: Zuluft Taze Hava Fanı (Mutlak nem karşılaştırmalı hava basma)
  • 🚿 Röle #8: Bewässerung / Sulama Pompa Otomasyonu
• Bitki Bazlı VPD Koridoru: Domates, Marul, Salatalık, Kabak ve Patlıcan için dinamik 2D SVG Isoplethen grafiği.

📦 Kurulum (Installation)

npm install vpd-esp-simulator-v02

💻 Kullanım (Usage & Inputs)

1. Varsayılan Kullanım (Türkçe, Light Theme, UI Butonları Açık):

import { Component } from '@angular/core';
import { VpdEspSimulatorComponent } from 'vpd-esp-simulator-v02';

@Component({
  selector: 'app-root',
  standalone: true,
  imports: [VpdEspSimulatorComponent],
  template: `<vpd-esp-simulator></vpd-esp-simulator>`
})
export class AppComponent {}

2. Almanca Dil & Dark Theme per Code Sabitleme:

<vpd-esp-simulator 
  [language]="'de'" 
  [theme]="'dark'" 
  [showLanguageSelector]="false" 
  [showThemeSelector]="false">
</vpd-esp-simulator>

🎛️ Konfigürasyon @Input() Parametreleri

| Input Property | Tip | Varsayılan | Açıklama | |---|---|---|---| | language | 'tr' \| 'de' \| 'en' | 'tr' | Başlangıç dili (Türkçe, Almanca, İngilizce) | | showLanguageSelector | boolean | true | UI'daki dil değiştirme dropdown'ının gösterilip gösterilmeyeceği | | theme | 'light' \| 'dark' | 'light' | Başlangıç teması (Açık / Koyu) | | showThemeSelector | boolean | true | UI'daki Tema umschalter butonunun gösterilip gösterilmeyeceği |

🌿 vpd-esp-simulator-v02 🇩🇪 Deutsch

Deterministischer ESP32 8-Relais VPD- & Klimasimulator - Entwickelt mit Angular (NOKTA.link Gewächshaus-Automation)

vpd-esp-simulator-v02 ist eine eigenständige Angular-Komponente, die Temperatur, relative Luftfeuchtigkeit, Taupunkt und das Dampfdruckdefizit (VPD - Vapor Pressure Deficit) in mediterranen Gewächshäusern anhand physikochemischer Formeln in Echtzeit berechnet und eine 8-Kanal ESP32-Relaisboard-Steuerung live simuliert.

🚀 Funktionen (Features)

• 🌐 Mehrsprachige Unterstützung (Multi-Language i18n): Unterstützt Türkisch (tr), Deutsch (de) und Englisch (en). Die Standardsprache ist Türkisch.
• 🎨 Dark & Light Theme: Helle und dunkle Design-Optionen, steuerbar über @Input() oder per UI-Schaltfläche.
• 🔗 Fester Hersteller-Link: In der linken unteren Ecke befindet sich der Link Powered by NOKTA.link.
• 8-Kanal ESP32-Relais-Algorithmus:
  • 💧 Relais #1: Vernebelung / Ultraschallbefeuchter (Adiabatische Kühlung & Feuchtigkeitserhöhung)
  • 🌀 Relais #2: Lüfter-PWM (Temperatur- und Feuchteabfuhr mit 0% - 100% Drehzahl)
  • 🔥 Relais #3: Heizung (Schutz vor Frost und Taupunktunterschreitung)
  • 🪟 Relais #4: Dachfenster-Motor (Natürliche Belüftung)
  • ⛱️ Relais #5: Schattiernetz-Motor (Sonnenschutz bei 75%+ Einstrahlung)
  • 🌬️ Relais #6: Entfeuchter-Kompressor (Für extrem feuchte/regnerische Tage)
  • 🍃 Relais #7: Zuluft-Frischluftventilator (Luftzufuhr basierend auf absolutem Feuchtevergleich)
  • 🚿 Relais #8: Bewässerung / Pumpenautomatisierung
• Pflanzenspezifischer VPD-Korridor: Dynamisches 2D-SVG-Isoplethen-Diagramm für Tomaten, Salat, Gurken, Zucchini und Auberginen.

📦 Installation

npm install vpd-esp-simulator-v02

💻 Verwendung (Usage & Inputs)

1. Standardverwendung (Türkisch, Light Theme, UI-Buttons aktiv):

import { Component } from '@angular/core';
import { VpdEspSimulatorComponent } from 'vpd-esp-simulator-v02';

@Component({
  selector: 'app-root',
  standalone: true,
  imports: [VpdEspSimulatorComponent],
  template: `<vpd-esp-simulator></vpd-esp-simulator>`
})
export class AppComponent {}

2. Voreinstellung auf Deutsch & Dark Theme per Code:

<vpd-esp-simulator 
  [language]="'de'" 
  [theme]="'dark'" 
  [showLanguageSelector]="false" 
  [showThemeSelector]="false">
</vpd-esp-simulator>

🎛️ Konfigurationsparameter (@Input())

| Input-Eigenschaft | Typ | Standard | Beschreibung | |---|---|---|---| | language | 'tr' \| 'de' \| 'en' | 'tr' | Startsprache (Türkisch, Deutsch, Englisch) | | showLanguageSelector | boolean | true | Steuert die Sichtbarkeit des Sprachauswahl-Dropdowns in der UI | | theme | 'light' \| 'dark' | 'light' | Start-Theme (Hell / Dunkel) | | showThemeSelector | boolean | true | Steuert die Sichtbarkeit des Theme-Umschalters in der UI |

🌿 vpd-esp-simulator-v02 🇬🇧 English

Deterministic ESP32 8-Relay VPD & Climate Simulator - Built with Angular (NOKTA.link Greenhouse Automation)

vpd-esp-simulator-v02 is a standalone Angular component that calculates temperature, relative humidity, dew point, and Vapor Pressure Deficit (VPD) in Mediterranean greenhouses using real-time physicochemical formulas, while actively simulating an 8-channel ESP32 relay board automation.

🚀 Features

• 🌐 Multi-Language Support (i18n): Supports Turkish (tr), German (de), and English (en). Default language is Turkish.
• 🎨 Dark & Light Theme: Light and Dark theme options controllable via @Input() or UI buttons.
• 🔗 Persistent Vendor Link: Displays a Powered by NOKTA.link link in the bottom-left corner.
• 8-Channel ESP32 Relay Algorithm:
  • 💧 Relay #1: Fogging / Ultrasonic Humidifier (Adiabatic cooling & humidity boost)
  • 🌀 Relay #2: Fan PWM (0% - 100% variable speed for heat and moisture extraction)
  • 🔥 Relay #3: Heater (Dew point and freeze risk prevention)
  • 🪟 Relay #4: Roof Vent Motor (Natural ventilation)
  • ⛱️ Relay #5: Shade Screen Motor (75%+ solar radiation protection)
  • 🌬️ Relay #6: Dehumidifier Compressor (For overly humid / rainy days)
  • 🍃 Relay #7: Fresh Air Intake Fan (Air exchange based on absolute humidity comparison)
  • 🚿 Relay #8: Irrigation / Pump Automation
• Crop-Specific VPD Corridor: Dynamic 2D SVG isopleth chart tailored for Tomatoes, Lettuce, Cucumbers, Squash, and Eggplants.

📦 Installation

npm install vpd-esp-simulator-v02

💻 Usage & Inputs

1. Default Usage (Turkish, Light Theme, UI buttons enabled):

import { Component } from '@angular/core';
import { VpdEspSimulatorComponent } from 'vpd-esp-simulator-v02';

@Component({
  selector: 'app-root',
  standalone: true,
  imports: [VpdEspSimulatorComponent],
  template: `<vpd-esp-simulator></vpd-esp-simulator>`
})
export class AppComponent {}

2. Locked to German & Dark Theme via Code:

<vpd-esp-simulator 
  [language]="'de'" 
  [theme]="'dark'" 
  [showLanguageSelector]="false" 
  [showThemeSelector]="false">
</vpd-esp-simulator>

🎛️ Configuration @Input() Parameters

| Input Property | Type | Default | Description | |---|---|---|---| | language | 'tr' \| 'de' \| 'en' | 'tr' | Initial UI language (Turkish, German, English) | | showLanguageSelector | boolean | true | Toggles visibility of the language dropdown selector in the UI | | theme | 'light' \| 'dark' | 'light' | Initial theme mode (Light / Dark) | | showThemeSelector | boolean | true | Toggles visibility of the theme switcher button in the UI |

📄 License

MIT © NOKTA.link Team (BYnDROID)