# Welcome to SIMPLE's Thermal Simulation Module
![build badge](https://github.com/SIMPLE-BuildingSimulation/heat/actions/workflows/build.yaml/badge.svg)
![docs badge](https://github.com/SIMPLE-BuildingSimulation/heat/actions/workflows/docs.yaml/badge.svg)
![tests badge](https://github.com/SIMPLE-BuildingSimulation/heat/actions/workflows/tests.yaml/badge.svg)
[![codecov](https://codecov.io/gh/SIMPLE-BuildingSimulation/heat/branch/main/graph/badge.svg?token=X6RV5WE0UL)](https://codecov.io/gh/SIMPLE-BuildingSimulation/heat)
[![Clippy check](https://github.com/SIMPLE-BuildingSimulation/heat/actions/workflows/style.yaml/badge.svg)](https://github.com/SIMPLE-BuildingSimulation/heat/actions/workflows/style.yaml)
This module reads a [SIMPLE model](https://github.com/SIMPLE-BuildingSimulation/simple_model) and estimates thermodynamic properties. **It is still under development**. Check the documentation [Here](https://simple-buildingsimulation.github.io/heat/rustdoc/doc/heat/index.html)
# Is it accurate?
Check the automatic Validation report [HERE](https://simple-buildingsimulation.github.io/heat/validation/walls.html)
## Some features
* Walls are modelled through Finite Difference method, and the solution is found through a [Runge-Kutta method](https://en.wikipedia.org/wiki/Runge%E2%80%93Kutta_methods)
* Materials are described as they are, the module will choose which ones should be considered no-mass.
* Fenestration and Walls are all treated equally. (Photons don't care whether they are reaching a window or a wall or a door; they just bounce and heat stuff up)
* The temperature of heat zones are updated through [an analytical equation](https://simple-buildingsimulation.github.io/heat/rustdoc/doc/heat/model/struct.ThermalModel.html#method.calculate_zones_abc)
## Get involved!
* **Want to add new features?** Check the docs [HERE](https://simple-buildingsimulation.github.io/heat/rustdoc/doc/heat/index.html) and feel free to create new issues.
* More testing and validation would be great. Check the validation report [HERE](https://simple-buildingsimulation.github.io/heat/)
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用于建筑模拟的有限差分热求解器_Rust_下载.zip
共62个文件
csv:15个
idf:15个
rs:14个
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用于建筑模拟的有限差分热求解器_Rust_下载.zip (62个子文件)
heat-main
Cargo.toml 1KB
LICENSE.md 1KB
.github
workflows
docs.yaml 904B
tests.yaml 632B
release.yaml 271B
style.yaml 272B
build.yaml 626B
coverage.yaml 510B
pre_commit.sh 102B
src
lib.rs 3KB
model.rs 25KB
heating_cooling.rs 6KB
glazing.rs 18KB
surface.rs 55KB
zone.rs 3KB
convection.rs 6KB
luminaire.rs 2KB
surface_trait.rs 20KB
discretization.rs 57KB
cavity.rs 3KB
gas.rs 18KB
tests
validate_wall_heat_transfer.rs 36KB
epw
CHL_Santiago.855740_IWEC.epw 1.48MB
massive_no_ir_yes_solar
in.idf 5KB
eplusout.csv 1.86MB
nomass_yes_ir_no_solar
in.idf 5KB
eplusout.csv 1.81MB
validate_convection.rs 8KB
massive_yes_ir_no_solar
in.idf 5KB
eplusout.csv 1.81MB
nomass_full
in.idf 5KB
eplusout.csv 1.81MB
horizontal
in.idf 5KB
eplusout.csv 1.89MB
back.spl 803B
sim_eplus.sh 251B
nomass_no_ir_yes_solar
in.idf 5KB
eplusout.csv 1.82MB
mixed_yes_ir_no_solar
in.idf 6KB
eplusout.csv 1.81MB
tilted
in.idf 5KB
eplusout.csv 1.89MB
back.spl 837B
mixed_no_ir_yes_solar
in.idf 6KB
eplusout.csv 1.84MB
mixed_full
in.idf 6KB
eplusout.csv 1.81MB
massive_full
in.idf 5KB
eplusout.csv 1.81MB
trombe_wall_full
in.idf 8KB
eplusout.csv 4.41MB
nomass_no_ir_no_solar
in.idf 5KB
eplusout.csv 1.84MB
massive_no_ir_no_solar
in.idf 5KB
eplusout.csv 1.86MB
mixed_no_ir_no_solar
in.idf 6KB
eplusout.csv 1.83MB
CHANGELOG.md 1KB
docs
index.html 544B
katex.html 2KB
.gitignore 247B
README.md 2KB
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