crystal_doc_search_index_callback({"repository_name":"github.com/watzon/apatite","body":"# Apatite\n\nApatite is meant to be a collecion of mathmatical and scientific computing algorithms for the Crystal programming language. I don't expect it to ever reach the level of completeness as numpy, but hopefully it can save some people the trouble of implementing these methods on their own.\n\n## Installation\n\n1. Add the dependency to your `shard.yml`:\n\n ```yaml\n dependencies:\n apatite:\n github: watzon/apatite\n ```\n\n2. Run `shards install`\n\n## Usage\n\n```crystal\nrequire \"apatite\"\n```\n\nCheck out the [documentation](https://watzon.github.io/apatite/) for usage examples.\n\n## Roadmap\n\n- [ ] Linear Algebra\n\t- [x] Vector\n\t- [ ] Matrix (_in progress_)\n\t- [ ] NDArray\n\t- [ ] Line\n\t- [ ] Plane\n\t- [ ] Polygon\n\t- [ ] LinkedList\n\t\n\n\n## Contributing\n\n1. Fork it (<https://github.com/watzon/apatite/fork>)\n2. Create your feature branch (`git checkout -b my-new-feature`)\n3. Commit your changes (`git commit -am 'Add some feature'`)\n4. Push to the branch (`git push origin my-new-feature`)\n5. Create a new Pull Request\n\n## Contributors\n\n- [Chris Watson](https://github.com/watzon) - creator and maintainer","program":{"html_id":"github.com/watzon/apatite/toplevel","path":"toplevel.html","kind":"module","full_name":"Top Level Namespace","name":"Top Level Namespace","abstract":false,"superclass":null,"ancestors":[],"locations":[],"repository_name":"github.com/watzon/apatite","program":true,"enum":false,"alias":false,"aliased":"","const":false,"constants":[],"included_modules":[],"extended_modules":[],"subclasses":[],"including_types":[],"namespace":null,"doc":null,"summary":null,"class_methods":[],"constructors":[],"instance_methods":[],"macros":[],"types":[{"html_id":"github.com/watzon/apatite/Apatite","path":"Apatite.html","kind":"module","full_name":"Apatite","name":"Apatite","abstract":false,"superclass":null,"ancestors":[{"html_id":"github.com/watzon/apatite/Apatite/LinearAlgebra","kind":"module","full_name":"Apatite::LinearAlgebra","name":"LinearAlgebra"}],"locations":[{"filename":"apatite/linear_algebra/ndarray.cr","line_number":1,"url":"https://github.com/watzon/apatite/blob/3b35b9b5423d8844e655533c4ee56ca80012b390/src/apatite/linear_algebra/ndarray.cr"},{"filename":"apatite/linear_algebra.cr","line_number":5,"url":"https://github.com/watzon/apatite/blob/3b35b9b5423d8844e655533c4ee56ca80012b390/src/apatite/linear_algebra.cr"},{"filename":"apatite.cr","line_number":10,"url":"https://github.com/watzon/apatite/blob/3b35b9b5423d8844e655533c4ee56ca80012b390/src/apatite.cr"},{"filename":"apatite/version.cr","line_number":1,"url":"https://github.com/watzon/apatite/blob/3b35b9b5423d8844e655533c4ee56ca80012b390/src/apatite/version.cr"}],"repository_name":"github.com/watzon/apatite","program":false,"enum":false,"alias":false,"aliased":"","const":false,"constants":[{"id":"I","name":"I","value":"Vector::I","doc":"Cartesian unit vector I\n\n`Vector{1.0, 0.0, 0.0}`","summary":"<p>Cartesian unit vector I</p>"},{"id":"J","name":"J","value":"Vector::J","doc":"Cartesian unit vector J\n\n`Vector{0.0, 1.0, 0.0}`","summary":"<p>Cartesian unit vector J</p>"},{"id":"K","name":"K","value":"Vector::K","doc":"Cartesian unit vector K\n\n`Vector{0.0, 0.0, 1.0}`","summary":"<p>Cartesian unit vector K</p>"},{"id":"VERSION","name":"VERSION","value":"\"0.1.0\"","doc":null,"summary":null}],"included_modules":[{"html_id":"github.com/watzon/apatite/Apatite/LinearAlgebra","kind":"module","full_name":"Apatite::LinearAlgebra","name":"LinearAlgebra"}],"extended_modules":[{"html_id":"github.com/watzon/apatite/Apatite","kind":"module","full_name":"Apatite","name":"Apatite"}],"subclasses":[],"including_types":[],"namespace":null,"doc":"ApatiteisafundimentalpackageforscientificcomputinginCrystal.Ifthat\nsoundslikeamodifiedversionofthefirstlinefromtheNumPyhomepage,\nthat'sbecauseitis.Apatitehas(ok,willhave)allofthegoodness\nofNumPysittingatoptheblazingspeedandbeautifulsyntax\n
