changing the case spelling for pythermogis

# Installation

PyThermoGIS has been designed to be used as a python package you import into your own python projects.

pythermogis has been designed to be used as a python package you import into your own python projects.

It works by creating a python API access to the ThermoGIS techno-economic application, which is written in Java. 

Because of this dependency you need to Install a Java 17 VM and store the ThermoGIS Jar (a Java executable file) on your computer:

![img.png](../images/dotenv_file_example.png)

### 3. Import pyThermoGIS into your own python projects

### 3. Import pythermogis into your own python projects

You can use pip to install the package directly from the gitlab project:

```

# Geothermal Resource

In pyThermoGIS we consider reservoirs with natural permeability.

In pythermogis we consider reservoirs with natural permeability.

These can be sedimentary rocks and (fractured) basement/magmatic geothermal reservoirs.

- [Sedimentary rocks](sedimentary_basin.md): These are typically characterized by their stratigraphy, 

#  pyThermoGIS calculation methods

#  pythermogis calculation methods

## introduction

pyThermoGIS is a Python package that provides API access to pre-drill doublet simulations and economic calculations implemented in ThermoGIS.

pythermogis is a Python package that provides API access to pre-drill doublet simulations and economic calculations implemented in ThermoGIS.

[ThermoGIS](https://www.thermogis.nl/en) is a web-based information system for geothermal prospectivity that has originally been developed to support Geothermal development in the Netherlands, 

and has promoted a very successful geothermal energy development for direct heating.

Over the past two decades, 84 deep geothermal wells in a depth range of 1500-3000 m have been drilled 

and third in terms of the number of installed geothermal plants for geothermal district heating (EGEC, 2024). 

The first successful deep geothermal system was completed less than 20 years ago in 2007. 

At the heart of pyThermoGIS and [ThermoGIS](https://www.thermogis.nl/en) is the [DoubletCalc1D](https://www.nlog.nl/en/tools) doublet technical performance assesment tool (van Wees et al., 2012), 

At the heart of pythermogis and [ThermoGIS](https://www.thermogis.nl/en) is the [DoubletCalc1D](https://www.nlog.nl/en/tools) doublet technical performance assesment tool (van Wees et al., 2012), 

which is a software tool developed by TNO that calculates how much geothermal water can be pumped at a given pump power, 

taking into account well engineering aspects and specific subsurface conditions, including aquifer temperature, and reservoir flow properties.

pyThermoGIS is very flexible and  can be applied for:

pythermogis is very flexible and  can be applied for:

- site-specific analysis

- grid input based  reservoir properties

#  Pythermogis Default and Custom Properties

#  pythermogis Default and Custom Properties

The default and custom properties in Pythermogis can be found in the`tests/resources/scenarios` directory. 

The default and custom properties in pythermogis can be found in the`tests/resources/scenarios` directory. 

The default properties are defined in the `doublet_techno-econ_basecase.xml` file, 

## default properties 

The default properties of Pythermogis are defined in the `doublet_techno-econ_basecase.xml` 

The default properties of pythermogis are defined in the `doublet_techno-econ_basecase.xml` 

file located in the `tests/resources/scenarios` directory

The default properties are as follows in xml (and corresponding shortnames used throughout this documentation)

The XML files for thermogis contain more parapeters than the ones listed above, which is

required for compatibility with the DoubletCalc1D java code. Parameter names which need 

to be set in the XML file are listed below, and include the ones lister above

parameters marked by * are not of relevance for pyThermogis, but are required for compatibility with the DoubletCalc1D java code.

parameters marked by * are not of relevance for pythermogis, but are required for compatibility with the DoubletCalc1D java code.

| #   | Parameter Name                                                           |

|-----|--------------------------------------------------------------------------|

#  Pythermogis ThermoGIS NL Properties

#  pythermogis ThermoGIS NL Properties

pythermogis scenarios which have been used for [thermoGIS](https://www.thermogis.nl) are defined through the following xml files in `tests/resources/scenarios`: