5 packages tagged with “Hydroponics”
The NPKTools.Core project serves as the central component of the system, containing domain models and other shared resources essential for the correct functioning of other projects within the system. It acts as a foundational layer that provides core functionalities and structures, ensuring that all other projects operate consistently and efficiently based on a unified set of principles and data definitions.
NPKTools.Optimizer helps adjust the ratio of each fertilizer to achieve the desired PPM (parts per million) profile. Additionally, it is capable of calculating the PPM of a mixture of fertilizers.
NPKTools.Optimizer.Preset is an preconfigured version of the NPKTools.Optimizer. It includes: 17 basic types of macronutrient fertilizers combined into 18 different sets to optimize the selection process. 17 types of micronutrient fertilizers grouped into four main sets: basic, sulfate, nitrate, and chelated. During the selection of macronutrient fertilizers, the service conducts two searches: in the first, sulfur is accounted for as specified, while the second search excludes sulfur coefficients to expand the possible options.
This project primarily focuses on parsing strings that represent the concentration of various elements in parts per million (ppm) and converting them into structured PpmTarget objects which can be further processed or analyzed within the system. The NPKTools.Optimizer.PpmTargetParser project is designed as a specialized component within the NPKTools suite, aimed at interpreting and transforming user input into actionable data models.
NPKTools.Optimizer.PPMCalc calculates the concentration of various nutrients in parts per million (ppm) when a specified collection of fertilizers is diluted in a given volume of water.