Mercurial > hg-public > scubatools / file comparison
comparison: cylindertransport.py
cylindertransport.py
- changeset 9
- a01a3fd32073
- parent 8
- 63b6f80e09ef
- child 11
- 098335a1d510
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replaced
| 8:63b6f80e09ef | 9:a01a3fd32073 |
|---|---|
| 6 """ | 6 """ |
| 7 from math import sqrt | 7 from math import sqrt |
| 8 from PIL import Image, ImageDraw, ImageFont | 8 from PIL import Image, ImageDraw, ImageFont |
| 9 import argparse, sys | 9 import argparse, sys |
| 10 from data import CYLINDER, PIPES | 10 from data import CYLINDER, PIPES |
| 11 from config import FONTBASE | 11 from stl import OPENSCAD_MODULES, precompile_all_stl |
| 12 from config import FONTBASE, SCALE3D | |
| 12 | 13 |
| 13 def offset(r_1, r_2): | 14 def offset(r_1, r_2): |
| 14 """ | 15 """ |
| 15 Calculate horizontal center offset of two circles | 16 Calculate horizontal center offset of two circles |
| 16 so they tangent each other | 17 so they tangent each other |
| 28 self.font = FONTBASE + "arial.ttf" | 29 self.font = FONTBASE + "arial.ttf" |
| 29 self.width = 0 # will be calculated | 30 self.width = 0 # will be calculated |
| 30 self.scad = { | 31 self.scad = { |
| 31 "tmpl": """// Color support only in compile mode (F5) | 32 "tmpl": """// Color support only in compile mode (F5) |
| 32 // cylindertransport.py OpenSCAD script | 33 // cylindertransport.py OpenSCAD script |
| 33 module tank(x, r, h) { | |
| 34 color("SteelBlue") render() { //rotate([90,0,0]) { | |
| 35 translate([x, r, r]) { | |
| 36 sphere(r = r); // bottom | |
| 37 cylinder(h = h-2*r, r = r); | |
| 38 } | |
| 39 translate([x, r, h-r]) { | |
| 40 sphere(r = r); // top | |
| 41 cylinder(h = r*1.4, r = r*0.25); | |
| 42 } | |
| 43 } | |
| 44 } | |
| 45 | |
| 46 module spacer(x, r, rcyl, h) { | |
| 47 color("DarkGrey") render() { //rotate([90,0,0]) { | |
| 48 translate([x, r, rcyl]) { | |
| 49 difference() { | |
| 50 cylinder(h = h-2*rcyl, r = r); | |
| 51 cylinder(h = h-2*rcyl, r = r*0.8); | |
| 52 } | |
| 53 } | |
| 54 } | |
| 55 } | |
| 56 $fn = 10; | 34 $fn = 10; |
| 57 """, | 35 """ + OPENSCAD_MODULES, |
| 58 "spacer": "", | 36 "spacer": "", |
| 59 "cylinder": "" | 37 "cylinder": "" |
| 60 } | 38 } |
| 61 self.circles = [] | 39 self.circles = [] |
| 62 self.spacings = [] | 40 self.spacings = [] |
| 63 self.margin = 20 | 41 self.margin = 20 |
| 64 self.scale3d = 0.1 | |
| 65 | 42 |
| 66 def calc_min(self, r_1, r_2): | 43 def calc_min(self, r_1, r_2): |
| 67 """ | 44 """ |
| 68 stupider annaehreungsversuch, bis sich die beiden | 45 stupider annaehreungsversuch, bis sich die beiden |
| 69 Tauchflaschen r_1 und r_2 nicht mehr beruehren | 46 Tauchflaschen r_1 und r_2 nicht mehr beruehren |
| 98 r_2 = CYLINDER[self.cylinders[1]][0] / 2 | 75 r_2 = CYLINDER[self.cylinders[1]][0] / 2 |
| 99 r_1, r_2, r_3, label = self.calc_min(r_1, r_2) | 76 r_1, r_2, r_3, label = self.calc_min(r_1, r_2) |
| 100 posx = self.margin + r_2 # start offset x | 77 posx = self.margin + r_2 # start offset x |
| 101 self._circle(posx, r_2, label, 0.5) | 78 self._circle(posx, r_2, label, 0.5) |
| 102 self.scad["spacer"] += "spacer(%f, %f, %f, %f);\n" % ( | 79 self.scad["spacer"] += "spacer(%f, %f, %f, %f);\n" % ( |
| 103 posx * self.scale3d, r_2 * self.scale3d, r_3 * self.scale3d, | 80 posx * SCALE3D, r_2 * SCALE3D, r_3 * SCALE3D, |
| 104 CYLINDER[self.cylinders[0]][1] * self.scale3d) | 81 CYLINDER[self.cylinders[0]][1] * SCALE3D) |
| 105 posx += offset(r_2, r_3) | 82 posx += offset(r_2, r_3) |
| 106 | 83 |
| 107 for i in range(0, len(self.cylinders) - 1): | 84 for i in range(0, len(self.cylinders) - 1): |
| 108 r_1 = CYLINDER[self.cylinders[i]][0] / 2 | 85 r_1 = CYLINDER[self.cylinders[i]][0] / 2 |
| 109 r_2 = CYLINDER[self.cylinders[i+1]][0] / 2 | 86 r_2 = CYLINDER[self.cylinders[i+1]][0] / 2 |
| 110 r_1, r_2, r_3, label = self.calc_min(r_1, r_2) | 87 r_1, r_2, r_3, label = self.calc_min(r_1, r_2) |
| 111 # draw cylinder | 88 # draw cylinder |
| 112 self._circle(posx, r_1, "Tank " + self.cylinders[i]) | 89 self._circle(posx, r_1, "Tank " + self.cylinders[i]) |
| 113 self.scad["cylinder"] += "tank(%f, %f, %f);\n" % ( | 90 self.scad["cylinder"] += "tank(%f, %f, %f);\n" % ( |
| 114 posx * self.scale3d, r_1 * self.scale3d, | 91 posx * SCALE3D, r_1 * SCALE3D, |
| 115 CYLINDER[self.cylinders[i]][1] * self.scale3d) | 92 CYLINDER[self.cylinders[i]][1] * SCALE3D) |
| 116 sx1 = posx + r_1 | 93 sx1 = posx + r_1 |
| 117 posx += offset(r_1, r_2) | 94 posx += offset(r_1, r_2) |
| 118 # draw right spacer | 95 # draw right spacer |
| 119 self._circle(posx, r_2, label, 0.5) | 96 self._circle(posx, r_2, label, 0.5) |
| 120 self.scad["spacer"] += "spacer(%f, %f, %f, %f);\n" % ( | 97 self.scad["spacer"] += "spacer(%f, %f, %f, %f);\n" % ( |
| 121 posx * self.scale3d, r_2 * self.scale3d, r_1 * self.scale3d, | 98 posx * SCALE3D, r_2 * SCALE3D, r_1 * SCALE3D, |
| 122 CYLINDER[self.cylinders[i]][1] * self.scale3d) | 99 CYLINDER[self.cylinders[i]][1] * SCALE3D) |
| 123 posx += offset(r_2, r_3) | 100 posx += offset(r_2, r_3) |
| 124 sx2 = posx - r_3 | 101 sx2 = posx - r_3 |
| 125 if i == (len(self.cylinders) - 2): | 102 if i == (len(self.cylinders) - 2): |
| 126 # draw last bottle | 103 # draw last bottle |
| 127 self._circle(posx, r_3, "Tank " + self.cylinders[i + 1]) | 104 self._circle(posx, r_3, "Tank " + self.cylinders[i + 1]) |
| 128 self.scad["cylinder"] += "tank(%f, %f, %f);\n" % ( | 105 self.scad["cylinder"] += "tank(%f, %f, %f);\n" % ( |
| 129 posx * self.scale3d, r_3 * self.scale3d, | 106 posx * SCALE3D, r_3 * SCALE3D, |
| 130 CYLINDER[self.cylinders[i + 1]][1] * self.scale3d) | 107 CYLINDER[self.cylinders[i + 1]][1] * SCALE3D) |
| 131 posx += offset(r_2, r_3) | 108 posx += offset(r_2, r_3) |
| 132 | 109 |
| 133 self.spacings.append([sx1, sx2]) | 110 self.spacings.append([sx1, sx2]) |
| 134 | 111 |
| 135 # last bottle spacer pipe | 112 # last bottle spacer pipe |
| 136 self._circle(posx, r_2, label, 0.5) | 113 self._circle(posx, r_2, label, 0.5) |
| 137 self.scad["spacer"] += "spacer(%f, %f, %f, %f);\n" % ( | 114 self.scad["spacer"] += "spacer(%f, %f, %f, %f);\n" % ( |
| 138 posx * self.scale3d, r_2 * self.scale3d, r_3 * self.scale3d, | 115 posx * SCALE3D, r_2 * SCALE3D, r_3 * SCALE3D, |
| 139 CYLINDER[self.cylinders[-1]][1] * self.scale3d) | 116 CYLINDER[self.cylinders[-1]][1] * SCALE3D) |
| 140 return int(posx + r_2 + self.margin) | 117 return int(posx + r_2 + self.margin) |
| 141 | 118 |
| 142 def centertext(self, draw, posx, posy, txt, size): | 119 def centertext(self, draw, posx, posy, txt, size): |
| 143 """ | 120 """ |
| 144 Centers text at position horizontally and vertically | 121 Centers text at position horizontally and vertically |
| 187 type=int, default=10, \ | 164 type=int, default=10, \ |
| 188 help='minimum space between cylinders (mm)') | 165 help='minimum space between cylinders (mm)') |
| 189 parser.add_argument('--scad', dest='scad', \ | 166 parser.add_argument('--scad', dest='scad', \ |
| 190 type=str, default="", metavar='filename', \ | 167 type=str, default="", metavar='filename', \ |
| 191 help='Write OpenSCAD script file') | 168 help='Write OpenSCAD script file') |
| 169 parser.add_argument('--precompile', dest='precompile', \ | |
| 170 default=False, action='store_true', \ | |
| 171 help='Precompile STL objects for 3D View') | |
| 192 | 172 |
| 193 options = parser.parse_args() | 173 options = parser.parse_args() |
| 174 | |
| 175 if options.precompile: | |
| 176 precompile_all_stl() | |
| 194 | 177 |
| 195 for test in options.cylinders: | 178 for test in options.cylinders: |
| 196 if not test in CYLINDER.keys(): | 179 if not test in CYLINDER.keys(): |
| 197 print "Cylinder type '%s' is unknown" % test | 180 print "Cylinder type '%s' is unknown" % test |
| 198 sys.exit(1) | 181 sys.exit(1) |
