### Clone and Install CloudyFSPS

Source: https://nell-byler.github.io/cloudyfsps/installation.html

Clone the CloudyFSPS repository and install it using setup.py. Ensure you have the necessary prerequisites and system variables set.

```bash
git clone https://github.com/nell-byler/cloudyfsps.git 
cd cloudyfsps 
python setup.py install 

```

--------------------------------

### Request Spectrum for Cloudy Table

Source: https://nell-byler.github.io/cloudyfsps/installation.html

Example of requesting a specific spectrum for a Cloudy table, varying logZ/Zsun and the fraction of blue horizontal branch stars.

```bash
table star FSPS_FBHB.mod -1.0 0.5

```

--------------------------------

### Run Cloudy Model

Source: https://nell-byler.github.io/cloudyfsps/installation.html

Execute a Cloudy input file using the Cloudy executable. Ensure the CLOUDY_EXE environment variable is set.

```bash
$CLOUDY_EXE -r ZAU1

```

--------------------------------

### Compile FSPS Padova+Geneva Stellar SED Table

Source: https://nell-byler.github.io/cloudyfsps/tables.html

Use this command to compile the Padova+Geneva stellar population synthesis model ASCII file for use in Cloudy.

```bash
compile star "FSPS_PDVA_SSP.ascii"
```

--------------------------------

### Compile FSPS MIST Stellar SED Table

Source: https://nell-byler.github.io/cloudyfsps/tables.html

Use this command to compile the MIST stellar population synthesis model ASCII file for use in Cloudy.

```bash
compile star "FSPS_MIST_SSP.ascii"
```

--------------------------------

### Generate Cloudy Binary File

Source: https://nell-byler.github.io/cloudyfsps/installation.html

Use generateCloudyBinaryFile.py to create stellar SEDs from FSPS SSPs and compile them for Cloudy. This script generates FSPS_MIST_SSP.ascii.

```python
python generateCloudyBinaryFile.py

```

--------------------------------

### Compile FSPS PARSEC Stellar SED Table

Source: https://nell-byler.github.io/cloudyfsps/tables.html

Use this command to compile the PARSEC stellar population synthesis model ASCII file for use in Cloudy.

```bash
compile star "FSPS_PRSC_SSP.ascii"
```

--------------------------------

### Call FSPS MIST Model in Cloudy

Source: https://nell-byler.github.io/cloudyfsps/tables.html

This command calls a specific FSPS MIST model based on age and metallicity within a Cloudy input file. Ensure the model file is correctly named and located.

```bash
table star "FSPS_MIST_SSP.mod" 1.0e6 -1.5
```

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