fmueller/fablab-bottle-clip-generator
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Fabian Müller
2023-05-23 13:19:28 +02:00
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from .app import app
app.run(debug=True)

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import asyncio
import io
import shutil
import tempfile
from distutils.dir_util import copy_tree
from pathlib import Path
from quart import Quart, abort, send_file, render_template, request
from werkzeug.utils import secure_filename
app = Quart(__name__, static_folder="static", template_folder="templates")
# allow at most these many scad processes in parallel
semaphore = asyncio.Semaphore(2)
def package_path() -> Path:
return Path(__file__).parent
class Generator:
GENERATOR_SCAD_FILE_NAME = "generator.scad"
GENERATED_STL_FILE_NAME = "generated.stl"
def __init__(self, name: str, tempdir: Path | str):
self._name = name
self._tempdir = Path(tempdir)
def _generate_scad_template(self) -> str:
return f"""
use <bottle-clip.scad>
$fn=180;
// one name tag for 0.5l Club Mate and similar bottles
bottle_clip(name="{self._name}", logo="thing-logos/fablab-cube2.dxf");
"""
def _generate_files_in_temp_dir(self):
copy_tree(str(package_path() / "openscad"), str(self._tempdir))
with open(self._tempdir / self.GENERATOR_SCAD_FILE_NAME, "w") as f:
f.write(self._generate_scad_template())
async def generate_stl(self) -> str:
self._generate_files_in_temp_dir()
openscad_path = shutil.which("openscad")
if not openscad_path:
abort(500)
proc = await asyncio.create_subprocess_exec(
openscad_path,
self.GENERATOR_SCAD_FILE_NAME,
"-o",
self.GENERATED_STL_FILE_NAME,
# "--hardwarnings",
cwd=self._tempdir,
)
await proc.wait()
if proc.returncode != 0:
abort(500)
return self.GENERATED_STL_FILE_NAME
@app.route("/generate/<name>")
async def generate_rest(name: str):
async with semaphore:
with tempfile.TemporaryDirectory(prefix="fablab-bottle-clip-generator-") as tempdir:
generator = Generator(name, tempdir)
generated_stl_file_name = await generator.generate_stl()
# to be able to use send_file with a temporary directory, we need buffer the entire file in memory
# before the context manager gets to delete the dir
bytes_io = io.BytesIO()
with open(Path(tempdir) / generated_stl_file_name, "rb") as f:
while True:
data = f.read(4096)
if not data:
break
bytes_io.write(data)
# using secure_filename allows us to send the file to the user with some safe yet reasonably
# identifiable filename
return await send_file(
bytes_io,
mimetype="model/stl",
as_attachment=True,
attachment_filename=secure_filename(f"{name}.stl")
)
# aside from the RESTful API above, we need a "traditional" HTML forms compatible end point
@app.route("/generate")
async def generate_form():
try:
name = request.args["name"]
except KeyError:
abort(400)
return
return await generate_rest(name)
@app.route("/")
async def index():
return await render_template("index.html")
async def test():
with tempfile.TemporaryDirectory() as td:
generator = Generator("testabc", td)
generated_stl_file_name = await generator.generate_stl()
shutil.copy(Path(td) / generated_stl_file_name, ".")
if __name__ == "__main__":
import asyncio
asyncio.run(test())

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/**
* A name tag that can easily be clipped to the neck of your bottle.
* Copyright (C) 2013 Roland Hieber <rohieb+bottleclip@rohieb.name>
*
* See examples.scad for examples on how to use this module.
*
* The contents of this file are licenced under CC-BY-SA 3.0 Unported.
* See https://creativecommons.org/licenses/by-sa/3.0/deed for the
* licensing terms.
*/
include <write/Write.scad>
/**
* Creates one instance of a bottle clip name tag. The default values are
* suitable for 0.5l Club Mate bottles (and similar bottles). By default, logo
* and text are placed on the name tag so they both share half the height. If
* there is no logo, the text uses the total height instead.
* Parameters:
* ru: the radius on the upper side of the clip
* rl: the radius on the lower side of the clip
* ht: the height of the clip
* width: the thickness of the wall. Values near 2.5 usually result in a good
* clippiness for PLA prints.
* name: the name that is printed on your name tag. For the default ru/rt/ht
* values, this string should not exceed 18 characters to fit on the name tag.
* gap: width of the opening gap, in degrees. For rigid materials this value
* usually needs to be near 180 (but if you set it to >= 180, you won't have
* anything left for holding the clip on the bottle). For flexible materials
* like Ninjaflex, choose something near 0. For springy materials like PLA or
* ABS, 90 has proven to be a good value.
* logo: the path to a DXF file representing a logo that should be put above
* the name. Logo files should be no larger than 50 units in height and should
* be centered on the point (25,25). Also all units in the DXF file should be
* in mm. This parameter can be empty; in this case, the text uses the total
* height of the name tag.
* font: the path to a font for Write.scad.
*/
module bottle_clip(ru=13, rl=17.5, ht=26, width=2.5, name="", gap=90,
logo="thing-logos/stratum0-lowres.dxf", font="write/orbitron.dxf") {
e=100; // should be big enough, used for the outer boundary of the text/logo
difference() {
rotate([0,0,-45]) union() {
// main cylinder
cylinder(r1=rl+width, r2=ru+width, h=ht);
// text and logo
if(logo == "") {
writecylinder(name, [0,0,3], rl+0.5, ht/13*7, h=ht/13*8, t=max(rl,ru),
font=font);
} else {
writecylinder(name, [0,0,0], rl+0.5, ht/13*7, h=ht/13*4, t=max(rl,ru),
font=font);
translate([0,0,ht*3/4-0.1])
rotate([90,0,0])
scale([ht/100,ht/100,1])
translate([-25,-25,0.5])
linear_extrude(height=max(ru,rl)*2)
import(logo);
}
}
// inner cylinder which is substracted
translate([0,0,-1])
cylinder(r1=rl, r2=ru, h=ht+2);
// outer cylinder which is substracted, so the text and the logo end
// somewhere on the outside ;-)
difference () {
cylinder(r1=rl+e, r2=ru+e, h=ht);
translate([0,0,-1])
// Note: bottom edges of characters are hard to print when character
// depth is > 0.7
cylinder(r1=rl+width+0.7, r2=ru+width+0.7, h=ht+2);
}
// finally, substract an equilateral triangle as a gap so we can clip it to
// the bottle
gap_x=50*sin(45-gap/2);
gap_y=50*cos(45-gap/2);
translate([0,0,-1])
linear_extrude(height=50)
polygon(points=[[0,0], [gap_x, gap_y], [50,50], [gap_y, gap_x]]);
}
}
/**
* Creates one instance of a bottle clip name tag suitable for 0.33l longneck
* bottles (like fritz cola, etc.). All parameters are passed to the module
* bottle_clip(), see there for their documentation.
*/
module bottle_clip_longneck(name="", width=2.5, gap=90,
logo="thing-logos/stratum0-lowres.dxf", font="write/orbitron.dxf") {
bottle_clip(name=name, ru=13, rl=15, ht=26, width=width, logo=logo, gap=gap,
font=font);
}
/**
* Creates one instance of a bottle clip name tag suitable for 0.33l DIN 6199
* beer bottles (also known as "Steinie", "Stubbi", "Knolle", etc.). Because of
* reasons, there is no logo, but all other parameters are passed to the module
* bottle_clip(), see there for their documentation.
*/
module bottle_clip_steinie(name="", width=2.5, gap=90, font="write/orbitron.dxf") {
bottle_clip(name=name, ru=13, rl=17.5, ht=13, width=width, logo="", gap=gap,
font=font);
}
/*
* Create one instance of a bottle clip name tag suitable for 0.5l DIN 6198
* bottle (also known as "Euroflasche" or "Euroform 2"). All parameters are
* passed to the module bottle_clip(), see there for their documentation.
*/
module bottle_clip_euro2(name="", width=2.5, gap=90,
logo="thing-logos/stratum0-lowres.dxf", font="write/orbitron.dxf") {
bottle_clip(name=name, ru=13, rl=22.5, ht=26, width=width, logo=logo, gap=gap,
font=font);
}
// vim: set noet ts=2 sw=2 tw=80:

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/* Version 3
Added support for font selection (default is Letters.dxf)
Added WriteCube module
Added Rotate for text (rotates on the plane of the text)
Added writesphere
Added space= (spacing between characters in char widths) def=1
Added writecylinder()
By Harlan Martin
harlan@sutlog.com
January 2012
(The file TestWrite.scad gives More usage examples)
(This module requires the file Letters.dxf to reside in the same folder)
(The file Letters.dfx was created with inkscape..Each letter is in its own layer)
(This module seperates each letter in the string and imports it from Letters.dfx)
*/
pi=3.1415926535897932384626433832795028841971693993751058209;
pi2=pi*2;
// These control the default values for write() writesphere() writecube()
// if the parameters are not included in the call. Feel free to set your own
// defaults.
//default settings
center=false;
h = 4; //mm letter height
t = 1; //mm letter thickness
space =1; //extra space between characters in (character widths)
rotate=0; // text rotation (clockwise)
font = "Letters.dxf"; //default for aditional fonts
// write cube defaults
face = "front"; // default face (top,bottom,left,right,back,front)
up =0; //mm up from center on face of cube
down=0;
right =0; //mm left from center on face of cube
left=0;
// write sphere defaults
rounded=false; //default for rounded letters on writesphere
north=0; // intial text position (I suggest leave these 0 defaults)
south=0;
east=0;
west=0;
spin=0;
// writecylinder defaults
middle=0; //(mm toward middle of circle)
ccw=false; //write on top or bottom in a ccw direction
r1=0; //(not implimented yet)
r2=0; //(not implimented yet)
// Contact me if your interested in how to make your own font files
// Its tedious and time consuming, but not very hard
module writecylinder(text,where,radius,height){
wid=(.125* h *5.5 * space);
widall=wid*(len(text)-1)/2;
//angle that measures width of letters on sphere
function NAngle(radius)=(wid/(pi2*radius))*360;
//angle of half width of text
function mmangle(radius)=(widall/(pi2*radius)*360);
if ((face=="top")||(face=="bottom") ){
if (face=="top" ){
if (center==true){
writecircle(text,where+[0,0,height/2],radius-h,rotate=rotate,font=font,h=h,t=t,
space=space,east=east,west=west,middle=middle,ccw=ccw);
}else{
writecircle(text,where+[0,0,height],radius-h,rotate=rotate,font=font,h=h,t=t,
space=space,east=east,west=west,middle=middle,ccw=ccw);
}
}else{
rotate(180,[1,0,0])
if (center==true){
writecircle(text,where+[0,0,height/2],radius-h,rotate=rotate,font=font,h=h,t=t,
space=space,east=east,west=west,middle=middle,ccw=ccw);
}else{
writecircle(text,where+[0,0,0],radius-h,rotate=rotate,font=font,h=h,t=t,
space=space,east=east,west=west,middle=middle,ccw=ccw);
}
}
}else{
// if (radius>0){
if (center==true) {
rotate(-mmangle(radius)*(1-abs(rotate)/90),[0,0,1])
translate(where)
writethecylinder(text,where,radius,height,r1=radius,r2=radius,h=h,
rotate=rotate,t=t,font=font,face=face,up=up,down=down,
east=east,west=west,center=center,space=space,rounded=rounded);
} else{
rotate(-mmangle(radius)*(1-abs(rotate)/90),[0,0,1])
translate(where+[0,0,height/2])
writethecylinder(text,where,radius,height,r1=radius,r2=radius,h=h,
rotate=rotate,t=t,font=font,face=face,up=up,down=down,
east=east,west=west,center=center,space=space,rounded=rounded);
}
// the remarked out code is for cone shaped cylinders (not complete)
// }else{
// if (center==true) {
// rotate(-mmangle(radius)*(1-abs(rotate)/90),[0,0,1])
// translate(where)
// writethecylinder(text,where,radius,height,r1=r1,r2=r2,h=h,
// rotate=rotate,t=t,font=font,face=face,up=up,down=down,
// east=east,west=west,center=center,space=space,rounded=rounded);
// } else{
// rotate(-mmangle(radius)*(1-abs(rotate)/90),[0,0,1])
// translate(where+[0,0,height/2])
// writethecylinder(text,where,radius,height,r1=r1,r2=r2,h=h,
// rotate=rotate,t=t,font=font,face=face,up=up,down=down,
// east=east,west=west,center=center,space=space,rounded=rounded);
// }
// }
}
}
module writecircle(text,where,radius){
wid=(.125* h *5.5 * space);
widall=wid*(len(text)-1)/2;
//angle that measures width of letters on sphere
function NAngle(radius)=(wid/(pi2*radius))*360;
//angle of half width of text
function mmangle(radius)=(widall/(pi2*radius)*360);
if (ccw==true){
rotate(-rotate+east-west,[0,0,1]){
rotate(-mmangle(radius-middle),[0,0,1]){
translate(where)
for (r=[0:len(text)-1]){
rotate(-90+r*NAngle(radius-middle),[0,0,1]) // bottom out=-270+r
translate([radius-middle,0,0])
//rotate(90,[1,0,0])
//rotate(90,[0,1,0])
rotate(-270,[0,0,1]) // flip text (botom out = -270)
write(text[r],center=true,h=h,t=t,font=font);
}
}
}
}else{
rotate(-rotate-east+west,[0,0,1]){
rotate(mmangle(radius-middle),[0,0,1]){
translate(where)
for (r=[0:len(text)-1]){
rotate(90-r*NAngle(radius-middle),[0,0,1]) // bottom out=-270+r
translate([radius-middle,0,0])
//rotate(90,[1,0,0])
//rotate(90,[0,1,0])
rotate(270,[0,0,1]) // flip text (botom out = -270)
write(text[r],center=true,h=h,t=t,font=font);
}
}
}
}
}
module writethecylinder(text,where,radius,height,r1,r2){
wid=(.125* h *5.5 * space);
widall=wid*(len(text)-1)/2;
//angle that measures width of letters on sphere
function NAngle(radius)=(wid/(pi2*radius))*360*(1-abs(rotate)/90);
//angle of half width of text
function mmangle(radius)=(widall/(pi2*radius)*360);
translate([0,0,up-down])
rotate(east-west,[0,0,1])
for (r=[0:len(text)-1]){
rotate(-90+(r*NAngle(radius)),[0,0,1])
translate([radius,0,-r*((rotate)/90*wid)+(len(text)-1)/2*((rotate)/90*wid)])
rotate(90,[1,0,0])
rotate(90,[0,1,0])
write(text[r],center=true,h=h,rotate=rotate,t=t,font=font);
//echo("zloc=",height/2-r*((rotate)/90*wid)+(len(text)-1)/2*((rotate)/90*wid));
}
}
module writesphere(text,where,radius){
wid=(.125* h *5.5 * space);
widall=wid*(len(text)-1)/2;
echo("-----------------",widall,wid,mmangle(radius));
//angle that measures width of letters on sphere
function NAngle(radius)=(wid/(pi2*radius))*360;
//angle of half width of text
function mmangle(radius)=(widall/(pi2*radius)*360);
rotate(east-west,[0,0,1]){
rotate(south-north,[1,0,0]){
rotate(spin,[0,1,0]){
rotate(-mmangle(radius),[0,0,1]){
if ( rounded== false ){
translate(where)
for (r=[0:len(text)-1]){
rotate(-90+r*NAngle(radius),[0,0,1])
translate([radius,0,0])
rotate(90,[1,0,0])
rotate(90,[0,1,0])
write(text[r],center=true,h=h,rotate=rotate,t=t,font=font);
}
}else{
difference(){
translate(where)
for (r=[0:len(text)-1]){
rotate(-90+r*NAngle(radius),[0,0,1])
translate([radius,0,0])
rotate(90,[1,0,0])
rotate(90,[0,1,0])
write(text[r],center=true,h=h,rotate=rotate,t=t*2+h,font=font);
}
difference(){ //rounded outside
sphere(radius+(t*2+h)*2);
sphere(radius+t/2);
}
sphere(radius-t/2); // rounded inside for indented text
}
}
}
}}}
}
module writecube(text,where,size){
if (str(size)[0] != "["){
// its a square cube (size was not a matrix so make it one)
writethecube(text,where,[size,size,size],h=h,rotate=rotate,space=space,
t=t,font=font,face=face,up=up,down=down,right=right,left=left);
}else{
// its not square
writethecube(text,where,size,h=h,rotate=rotate,space=space,
t=t,font=font,face=face,up=up,down=down,right=right,left=left);
}
}
// I split the writecube module into 2 pieces.. easier to add features later
module writethecube(text,where,size){
if (face=="front") {
translate([where[0]+right-left,where[1]-size[1]/2,where[2]+up-down])
rotate(90,[1,0,0])
write(text,center=true,h=h,rotate=rotate,t=t,font=font);
}
if (face=="back") {
translate([where[0]+right-left,where[1]+size[1]/2,where[2]+up-down])
rotate(90,[1,0,0]) // rotate around the x axis
rotate(180,[0,1,0]) // rotate around the y axis (z before rotation)
write(text,center=true,h=h,rotate=rotate,t=t,font=font);
}
if (face=="left") {
translate([where[0]-size[0]/2,where[1]-right+left,where[2]+up-down ])
rotate(90,[1,0,0]) // rotate around the x axis
rotate(90,[0,-1,0]) // rotate around the y axis (z before rotation)
write(text,center=true,h=h,rotate=rotate,t=t,font=font);
}
if (face=="right") {
translate([where[0]+size[0]/2,where[1]+right-left,where[2] +up-down])
rotate(90,[1,0,0]) // rotate around the x axis
rotate(90,[0,1,0]) // rotate around the y axis (z before rotation)
write(text,center=true,h=h,rotate=rotate,t=t,font=font);
}
if (face=="top") {
translate([where[0]+right-left,where[1]+up-down,where[2]+size[2]/2 ])
write(text,center=true,h=h,rotate=rotate,t=t,font=font);
}
if (face=="bottom") {
translate([where[0]+right-left,where[1]-up+down,where[2]-size[2]/2 ])
rotate(180,[1,0,0])
write(text,center=true,h=h,rotate=rotate,t=t,font=font);
}
}
module write(word){
echo (h);
echo (word);
echo ("There are " ,len(word) ," letters in this string");
// echo ("The second letter is ",word[1]);
// echo (str(word[0],"_"));
rotate(rotate,[0,0,-1]){
for (r = [0:len(word)]){ // count off each character
// if the letter is lower case, add an underscore to the end for file lookup
if ((word[r] == "a" ) || (word[r]== "b") || (word[r]== "c")
|| (word[r]== "d") || (word[r]== "e") || (word[r]== "f")
|| (word[r]== "g") || (word[r]== "h") || (word[r]== "i")
|| (word[r]== "j") || (word[r]== "k") || (word[r]== "l")
|| (word[r]== "m") || (word[r]== "n") || (word[r]== "o")
|| (word[r]== "p") || (word[r]== "q") || (word[r]== "r")
|| (word[r]== "s") || (word[r]== "t") || (word[r]== "u")
|| (word[r]== "v") || (word[r]== "w") || (word[r]== "x")
|| (word[r]== "y" )|| (word[r]== "z")){
if (center == true) {
translate([0,-h/2,0]){
scale([.125*h,.125*h,t]){
translate([ (-len(word)*5.5*space/2) + (r*5.5*space),0,0])
linear_extrude(height=1,convexity=10,center=true){
import(file = font,layer=str(word[r],"_"));
}
}
}
}else{
translate([0,0,t/2]){
scale([.125*h,.125*h,t]){
translate([r*5.5*space,0,0])
linear_extrude(height=1,convexity=10,center=true){
import(file = font,layer=str(word[r],"_"));
}
}
}
}
}else{
if (center == true) {
translate([0,-h/2,0]){
scale([.125*h,.125*h,t]){
translate([ (-len(word)*5.5*space/2) + (r*5.5*space),0,0])
linear_extrude(height=1,convexity=10,center=true){
import(file = font,layer=str(word[r]));
}
}
}
}else{
translate([0,0,t/2]){
scale([.125*h,.125*h,t]){
translate([r*5.5*space,0,0])
linear_extrude(height=1,convexity=10,center=true){
import(file = font,layer=str(word[r]));
}
}
}
}
}
}
}
}
/*writecylinder test
translate([0,0,0])
%cylinder(r=20,h=40,center=true);
color([1,0,0])
writecylinder("rotate=90",[0,0,0],20,40,center=true,down=0,rotate=90);
writecylinder("rotate = 30,east = 90",[0,0,0],20,40,center=true,down=0,rotate=30,east=90);
writecylinder("ccw = true",[0,0,0],20,40,center=true,down=0,face="top",ccw=true);
writecylinder("middle = 8",[0,0,0],20,40,h=3,center=true,down=0,face="top",middle=8);
writecylinder("face = top",[0,0,0],20,40,center=true,down=0,face="top");
writecylinder("east=90",[0,0,0],20,40,h=3,center=true,down=0,face="top",east=90);
writecylinder("west=90",[0,0,0],20,40,h=3,center=true,down=0,face="top",ccw=true,west=90);
writecylinder("face = bottom",[0,0,0],20,40,center=true,down=0,face="bottom");
*/
/*writesphere test
sphere(20);
color([1,0,0])
writesphere("Hello World",[0,0,0],20,t=1,h=6);
*/
/* writecube test
translate([30,30,30])
cube([10,15,30],center=true);
write("hello",center=true,rotate =30);
color([1,0,0])
writecube( "front",[30,30,30],[10,15,30],h=5,rotate=-90);
color([0,1,0])
writecube( "back",[30,30,30],size=[10,15,30],h=5,face="back",rotate=90,t=4);
color([0,0,1])
writecube( "left",[30,30,30],[10,15,30],h=5,face="left",up=5);
color([1,1,0])
writecube( "right",where=[30,30,30],size=[10,15,30],h=5,face="right",rotate=55);
color([1,0,1])
writecube( "top",where=[30,30,30],size=[10,15,30],h=5,face="top");
color([1,1,1])
writecube( "bttm",where=[30,30,30],size=[10,15,30],h=5,face="bottom",rotate=90);
*/

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app/static/pico.css Normal file
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<!DOCTYPE html>
<html lang="de" xmlns="http://www.w3.org/1999/html" data-theme="dark">
<head>
<title>FabLab Bottle Clip Generator</title>
<link rel="stylesheet" href="{{ url_for('static', filename='pico.css') }}">
</head>
<body>
<main class="container">
<center>
<img src="{{ url_for('static', filename='logo.svg') }}" style="max-width: 350px; margin-bottom: 30px;">
<h1>FabLab Bottle Clip Generator</h1>
<p>Bitte gib deinen Namen in das Formular ein und drücke auf <b><i>Generieren</i></b>, um eine STL-Datei zu erhalten.</p>
<form action="{{ url_for('generate_form') }}">
<label for="name">Name:</label>
<input type="text" id="name" name="name" style="text-align: center;" placeholder="Name">
<input type="submit" value="Generieren">
</form>
</center>
</main>
</body>
</html>