# HANDD
HAND-Drawn like Context extension for [pycairo](https://pycairo.readthedocs.io/)
## Installation
`pip3 install handd`
_Dependancy:_
- `pycairo`
## The new Context methods
### classmethod
- `HDD.is_in(x, y, closed_path)`
### methods on tuple lists
- `hdd.lline_hdd(xy)` (return points list used to draw Bezier line)
- `hdd.lpolygon_hdd(xy)` (returns `(p, bb)` path and bounding box)
- `hdd.lround_point_hdd(xy)`
- `hdd.lpoint_hdd(xy, radius=5)`
### basic figures methods
- `hdd.rectangle_hdd(x, y, w, h)` (returns `(p, bb)` path and bounding box)
- `hdd.regular_polygon_hdd(x, y, radius, n_sides, angle=0)` (returns `(p, bb)` path and bounding box)
- `hdd.disc_hdd(x, y, radius, a_start, a_end=None)` (returns `(p, bb)` path and bounding box)
- `hdd.sector_hdd(x, y, radius, a_start, a_end, dev=3)` (returns `(p, bb)` path and bounding box)
- `hdd.arc_hdd(x, y, radius, a_start, a_end, dev=3)` (returns `(p, bb)` path and bounding box)
- `hdd.real_circle_hdd(x, y, radius, step=.005)` (returns `(p, bb)` path and bounding box)
- `hdd.circle_hdd(x, y, radius, dev=3, step=.01)` (returns `(p, bb)` path and bounding box)
### various methods
- `hdd.hatch_hdd(path, bbox, n=10, angle=math.pi / 4, condition=lambda x, y: True)`
- `hdd.dot_hdd(path, bbox, sep=5)`
- `hdd.axes_hdd(x, y, units=None)`
- `hdd.function_hdd(f, xmin, xmax, n=15)`
- `hdd.data_hdd(a_file)` (functionnality actually not tested)
## Images from examples (see tests section)
### test1
### test2
### test4_svg
### test5
### test6
### test7
### test8
### catriona17
### catriona38
### catriona57
_Catriona figures from [Catriona Shearer](https://twitter.com/Cshearer41)'s book "geometry puzzle"_
## Copyright
2022-2024 / D. COBAC / CC-BY-NC-SA
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