Hi,
Yes is it possible.
If you just want to quickly see generated glsl snippets from code on the website you can add

console.log(geoSrc)
console.log(colorSrc)

at the end of your shader, which will print glsl to the console.
However if you want to render these snippets somewhere else you will also need the rest of the shader boilerplate code.
The most proper way to generate all the glsl needed is to use the shader-park-core library functions like
sculptToGLSL, uniformsToGLSL, *Header ect.
Using these functions it's actually possible to integrate shader park into any 3D application you want!
You can see examples of this in the targets folder.
These show how to use the library to convert and assemble shaderpark code into all the necessary glsl to make it run in another application.
For example see:
https://github.com/shader-park/shader-park-core/blob/master/targets/minimalRenderer.js#L39

import {
 sculptToGLSL, 
 baseUniforms, 
 uniformsToGLSL
 usePBRHeader,
 useHemisphereLight,
 sculptureStarterCode,
 minimalHeader,
 minimalVertexSource,
 fragFooter,
} from 'shader-park-core'
... 
 
function generateFullFragment(source) {
 const generatedGLSL = sculptToGLSL(source);
 const fullFrag =
 minimalHeader
 + usePBRHeader
 + useHemisphereLight
 + uniformsToGLSL(generatedGLSL.uniforms) 
 + 'const float STEP_SIZE_CONSTANT = ' + generatedGLSL.stepSizeConstant + ';\n'
 + 'const int MAX_ITERATIONS = ' + generatedGLSL.maxIterations + ';\n'
 + sculptureStarterCode 
 + generatedGLSL.geoGLSL 
 + '\n' 
 + generatedGLSL.colorGLSL 
 + '\n' 
 + fragFooter;
 return fullFrag;
}

Where all glsl pieces are generated and assembled into a final fragment shader.
We would love to have a proper tutorial/documentation for this process in the future!