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saljam/cup2.sb

Created February 15, 2017 23:02
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cup2.sb
{
"nodes": [
{
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"name": "shape",
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},
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"name": "c1",
"script": [
"import fab",
"",
"title('Cylinder Wrap (Y-axis)')",
"input('shape', fab.types.Shape)",
"input('radius', float)",
"",
"output(\"wrapped\", fab.shapes.cylinder_y_wrap(shape, radius))",
""
],
"uid": 1
},
{
"datums": [
{
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"script": [
"import fab",
"import math",
"",
"title('Cylinder (X)')",
"",
"input('xmin', float)",
"input('xmax', float)",
"input('y', float)",
"input('z', float)",
"input('r', float)",
"",
"output('shape', fab.shapes.cylinder_x(xmin, xmax, y, z, r))",
"",
"# UI",
"sb.ui.wireframe([(xmin, y, z), (xmax, y, z)])",
"sb.ui.wireframe([(xmin, y, z), (xmin, y, z + r)])",
"",
"sb.ui.wireframe([",
" (xmin, math.cos(i/36. * 2*math.pi) * r + y,",
" math.sin(i/36. * 2*math.pi) * r + z)",
" for i in range(36)], close=True)",
"",
"sb.ui.wireframe([",
" (xmax, math.cos(i/36. * 2*math.pi) * r + y,",
" math.sin(i/36. * 2*math.pi) * r + z)",
" for i in range(36)], close=True)",
"",
"sb.ui.point(xmin, y, z)",
"sb.ui.point(xmax, y, z)",
"sb.ui.point(xmin, y, z + r, drag=(None, None, r))",
""
],
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"script": [
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"",
"title('Rotate (Z)')",
"",
"input('x', float)",
"input('y', float)",
"input('_z', float)",
"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_z(shape, a, x, y))",
"",
"# UI",
"rad = math.radians(a)",
"sb.ui.wireframe([(x + math.cos(rad), y + math.sin(rad), _z),",
" (x, y, _z),",
" (x + 1, y, _z)], color=sb.color.teal)",
"",
"# Draw a semi-circular arc showing the rotation",
"if int(a) % 360 != 0:",
" sb.ui.wireframe([",
" (x + math.cos(math.radians(a_)) * 0.3,",
" y + math.sin(math.radians(a_)) * 0.3, _z)",
" for a_ in range(int(a) % 360)], color=sb.color.teal)",
"",
"sb.ui.point(x, y, _z, color=sb.color.teal)",
"",
"def drag_pt(this, x, y, z):",
" this.a = math.degrees(math.atan2(y - this.y, x - this.x))",
"sb.ui.point(x + math.cos(rad), y + math.sin(rad), _z,",
" color=sb.color.teal, drag=drag_pt, relative=False)",
"",
""
],
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"",
"title('Rotate (Y)')",
"",
"input('x', float)",
"input('_y', float)",
"input('z', float)",
"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_y(shape, a, x, z))",
"",
"# UI",
"rad = math.radians(a)",
"sb.ui.wireframe([(x + math.cos(rad), _y, z + math.sin(rad)),",
" (x, _y, z),",
" (x + 1, _y, z)], color=sb.color.teal)",
"",
"# Draw a semi-circular arc showing the rotation",
"if int(a) % 360 != 0:",
" sb.ui.wireframe([",
" (x + math.cos(math.radians(a_)) * 0.3, _y,",
" z + math.sin(math.radians(a_)) * 0.3)",
" for a_ in range(int(a) % 360)], color=sb.color.teal)",
"",
"sb.ui.point(x, _y, z, color=sb.color.teal)",
"",
"def drag_pt(this, x, y, z):",
" this.a = math.degrees(math.atan2(z - this.z, x - this.x))",
"sb.ui.point(x + math.cos(rad), _y, z + math.sin(rad),",
" color=sb.color.teal, drag=drag_pt, relative=False)",
"",
""
],
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"script": [
"import fab",
"import math",
"",
"title('Rotate (Y)')",
"",
"input('x', float)",
"input('_y', float)",
"input('z', float)",
"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_y(shape, a, x, z))",
"",
"# UI",
"rad = math.radians(a)",
"sb.ui.wireframe([(x + math.cos(rad), _y, z + math.sin(rad)),",
" (x, _y, z),",
" (x + 1, _y, z)], color=sb.color.teal)",
"",
"# Draw a semi-circular arc showing the rotation",
"if int(a) % 360 != 0:",
" sb.ui.wireframe([",
" (x + math.cos(math.radians(a_)) * 0.3, _y,",
" z + math.sin(math.radians(a_)) * 0.3)",
" for a_ in range(int(a) % 360)], color=sb.color.teal)",
"",
"sb.ui.point(x, _y, z, color=sb.color.teal)",
"",
"def drag_pt(this, x, y, z):",
" this.a = math.degrees(math.atan2(z - this.z, x - this.x))",
"sb.ui.point(x + math.cos(rad), _y, z + math.sin(rad),",
" color=sb.color.teal, drag=drag_pt, relative=False)",
"",
""
],
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"script": [
"import fab",
"import math",
"",
"title('Rotate (Y)')",
"",
"input('x', float)",
"input('_y', float)",
"input('z', float)",
"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_y(shape, a, x, z))",
"",
"# UI",
"rad = math.radians(a)",
"sb.ui.wireframe([(x + math.cos(rad), _y, z + math.sin(rad)),",
" (x, _y, z),",
" (x + 1, _y, z)], color=sb.color.teal)",
"",
"# Draw a semi-circular arc showing the rotation",
"if int(a) % 360 != 0:",
" sb.ui.wireframe([",
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" z + math.sin(math.radians(a_)) * 0.3)",
" for a_ in range(int(a) % 360)], color=sb.color.teal)",
"",
"sb.ui.point(x, _y, z, color=sb.color.teal)",
"",
"def drag_pt(this, x, y, z):",
" this.a = math.degrees(math.atan2(z - this.z, x - this.x))",
"sb.ui.point(x + math.cos(rad), _y, z + math.sin(rad),",
" color=sb.color.teal, drag=drag_pt, relative=False)",
"",
""
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"title('Rotate (Y)')",
"",
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"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_y(shape, a, x, z))",
"",
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"rad = math.radians(a)",
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" (x, _y, z),",
" (x + 1, _y, z)], color=sb.color.teal)",
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""
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"",
"title('Cylinder Wrap (Y-axis)')",
"input('shape', fab.types.Shape)",
"input('radius', float)",
"",
"output(\"wrapped\", fab.shapes.cylinder_y_wrap(shape, radius))",
""
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"title('Rotate (Y)')",
"",
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"input('_y', float)",
"input('z', float)",
"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_y(shape, a, x, z))",
"",
"# UI",
"rad = math.radians(a)",
"sb.ui.wireframe([(x + math.cos(rad), _y, z + math.sin(rad)),",
" (x, _y, z),",
" (x + 1, _y, z)], color=sb.color.teal)",
"",
"# Draw a semi-circular arc showing the rotation",
"if int(a) % 360 != 0:",
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" (x + math.cos(math.radians(a_)) * 0.3, _y,",
" z + math.sin(math.radians(a_)) * 0.3)",
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"",
"sb.ui.point(x, _y, z, color=sb.color.teal)",
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"def drag_pt(this, x, y, z):",
" this.a = math.degrees(math.atan2(z - this.z, x - this.x))",
"sb.ui.point(x + math.cos(rad), _y, z + math.sin(rad),",
" color=sb.color.teal, drag=drag_pt, relative=False)",
"",
""
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"import fab",
"import math",
"",
"title('Rotate (Y)')",
"",
"input('x', float)",
"input('_y', float)",
"input('z', float)",
"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_y(shape, a, x, z))",
"",
"# UI",
"rad = math.radians(a)",
"sb.ui.wireframe([(x + math.cos(rad), _y, z + math.sin(rad)),",
" (x, _y, z),",
" (x + 1, _y, z)], color=sb.color.teal)",
"",
"# Draw a semi-circular arc showing the rotation",
"if int(a) % 360 != 0:",
" sb.ui.wireframe([",
" (x + math.cos(math.radians(a_)) * 0.3, _y,",
" z + math.sin(math.radians(a_)) * 0.3)",
" for a_ in range(int(a) % 360)], color=sb.color.teal)",
"",
"sb.ui.point(x, _y, z, color=sb.color.teal)",
"",
"def drag_pt(this, x, y, z):",
" this.a = math.degrees(math.atan2(z - this.z, x - this.x))",
"sb.ui.point(x + math.cos(rad), _y, z + math.sin(rad),",
" color=sb.color.teal, drag=drag_pt, relative=False)",
"",
""
],
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},
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"name": "r7",
"script": [
"import fab",
"import math",
"",
"title('Rotate (Y)')",
"",
"input('x', float)",
"input('_y', float)",
"input('z', float)",
"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_y(shape, a, x, z))",
"",
"# UI",
"rad = math.radians(a)",
"sb.ui.wireframe([(x + math.cos(rad), _y, z + math.sin(rad)),",
" (x, _y, z),",
" (x + 1, _y, z)], color=sb.color.teal)",
"",
"# Draw a semi-circular arc showing the rotation",
"if int(a) % 360 != 0:",
" sb.ui.wireframe([",
" (x + math.cos(math.radians(a_)) * 0.3, _y,",
" z + math.sin(math.radians(a_)) * 0.3)",
" for a_ in range(int(a) % 360)], color=sb.color.teal)",
"",
"sb.ui.point(x, _y, z, color=sb.color.teal)",
"",
"def drag_pt(this, x, y, z):",
" this.a = math.degrees(math.atan2(z - this.z, x - this.x))",
"sb.ui.point(x + math.cos(rad), _y, z + math.sin(rad),",
" color=sb.color.teal, drag=drag_pt, relative=False)",
"",
""
],
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},
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],
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"name": "r8",
"script": [
"import fab",
"import math",
"",
"title('Rotate (Y)')",
"",
"input('x', float)",
"input('_y', float)",
"input('z', float)",
"input('a', float)",
"",
"input('shape', fab.types.Shape)",
"output('rotated', fab.shapes.rotate_y(shape, a, x, z))",
"",
"# UI",
"rad = math.radians(a)",
"sb.ui.wireframe([(x + math.cos(rad), _y, z + math.sin(rad)),",
" (x, _y, z),",
" (x + 1, _y, z)], color=sb.color.teal)",
"",
"# Draw a semi-circular arc showing the rotation",
"if int(a) % 360 != 0:",
" sb.ui.wireframe([",
" (x + math.cos(math.radians(a_)) * 0.3, _y,",
" z + math.sin(math.radians(a_)) * 0.3)",
" for a_ in range(int(a) % 360)], color=sb.color.teal)",
"",
"sb.ui.point(x, _y, z, color=sb.color.teal)",
"",
"def drag_pt(this, x, y, z):",
" this.a = math.degrees(math.atan2(z - this.z, x - this.x))",
"sb.ui.point(x + math.cos(rad), _y, z + math.sin(rad),",
" color=sb.color.teal, drag=drag_pt, relative=False)",
"",
""
],
"uid": 11
},
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},
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"uid": 1
},
{
"expr": "5.758196",
"name": "width",
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],
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"name": "r9",
"script": [
"# Neil Gershenfeld 1/24/15",
"# Matt Keeter 6/11/15",
"",
"import fab",
"",
"title('Rectangle (center)')",
"",
"input('x0', float)",
"input('y0', float)",
"input('width', float)",
"input('height', float)",
"",
"xmin, xmax = x0 - width/2, x0 + width/2",
"ymin, ymax = y0 - height/2, y0 + height/2",
"",
"output('shape', fab.shapes.rectangle(xmin, xmax, ymin, ymax))",
"",
"def drag_hw(this, x, y, z):",
" this.width = abs(2 * (x - this.x0))",
" this.height = abs(2 * (y - this.y0))",
"",
"# UI",
"sb.ui.wireframe(",
" [(xmin, ymin, 0), (xmax, ymin, 0), (xmax, ymax, 0), (xmin, ymax, 0)],",
" close=True)",
"sb.ui.point(x0, y0)",
"sb.ui.point(xmax, ymax, drag=drag_hw, relative=False)",
""
],
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},
{
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],
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"name": "r10",
"script": [
"# Neil Gershenfeld 1/24/15",
"# Matt Keeter 6/11/15",
"",
"import fab",
"",
"title('Rectangle (center)')",
"",
"input('x0', float)",
"input('y0', float)",
"input('width', float)",
"input('height', float)",
"",
"xmin, xmax = x0 - width/2, x0 + width/2",
"ymin, ymax = y0 - height/2, y0 + height/2",
"",
"output('shape', fab.shapes.rectangle(xmin, xmax, ymin, ymax))",
"",
"def drag_hw(this, x, y, z):",
" this.width = abs(2 * (x - this.x0))",
" this.height = abs(2 * (y - this.y0))",
"",
"# UI",
"sb.ui.wireframe(",
" [(xmin, ymin, 0), (xmax, ymin, 0), (xmax, ymax, 0), (xmin, ymax, 0)],",
" close=True)",
"sb.ui.point(x0, y0)",
"sb.ui.point(xmax, ymax, drag=drag_hw, relative=False)",
""
],
"uid": 13
},
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"name": "r11",
"script": [
"# Neil Gershenfeld 2/1/15",
"# Matt Keeter 6/13/15",
"",
"import fab",
"",
"title('Revolve (Y)')",
"",
"input('a', fab.types.Shape)",
"input('x', float)",
"",
"output('out', fab.shapes.revolve_xy_y(a, x))",
"",
""
],
"uid": 14
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"",
"title('Difference')",
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"input('b', fab.types.Shape)",
"",
"output('shape', a & ~b)",
""
],
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],
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"script": [
"import fab",
"",
"title('Mesh (.stl)')",
"",
"input('shape', fab.types.Shape)",
"output('out', shape)",
"",
"sb.export.stl(shape)",
""
],
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"expr": "3.493297815322876",
"name": "y0",
"type": "float",
"uid": 1
},
{
"expr": "4.183546662330627",
"name": "x1",
"type": "float",
"uid": 2
},
{
"expr": "6.513443470001221",
"name": "y1",
"type": "float",
"uid": 3
},
{
"expr": "2.914238691329956",
"name": "x2",
"type": "float",
"uid": 4
},
{
"expr": "9.711536407470703",
"name": "y2",
"type": "float",
"uid": 5
},
{
"expr": "\u0012fab.types.Shape('ni-*f-3.02015-Xf4.18355*f-0.891279-Yf6.51344i-*f6.21824-Xf3.29227*f-0.378029-Yf3.4933-*f-3.19809-Xf2.91424*f1.26931-Yf9.71154',float('2.914239'),float('3.493298'),float('-inf'),float('4.183547'),float('9.711536'),float('inf'))",
"name": "shape",
"type": "_fabtypes.Shape",
"uid": 6
}
],
"inspector": [
747.85349920446652,
559.87585654728593
],
"name": "t0",
"script": [
"import fab",
"",
"title('Triangle')",
"",
"input('x0', float)",
"input('y0', float)",
"input('x1', float)",
"input('y1', float)",
"input('x2', float)",
"input('y2', float)",
"",
"output('shape', fab.shapes.triangle(x0, y0, x1, y1, x2, y2))",
"",
"# UI",
"sb.ui.wireframe([(x0, y0, 0), (x1, y1, 0), (x2, y2, 0)], close=True)",
"sb.ui.point(x0, y0, 0)",
"sb.ui.point(x1, y1, 0)",
"sb.ui.point(x2, y2, 0)",
""
],
"uid": 26
},
{
"datums": [
{
"expr": "\u0011[__13.__4]",
"name": "a",
"type": "_fabtypes.Shape",
"uid": 0
},
{
"expr": "\u0011[__26.__6,__27.__6]",
"name": "b",
"type": "_fabtypes.Shape",
"uid": 1
},
{
"expr": "\u0012fab.types.Shape('aaa-f2.75X-Xf3.25a-f-0.5Y-Yf7.5nini-*f-3.02015-Xf4.18355*f-0.891279-Yf6.51344i-*f6.21824-Xf3.29227*f-0.378029-Yf3.4933-*f-3.19809-Xf2.91424*f1.26931-Yf9.71154ni-*f-5.58839-Xf3.43948*f0.16482-Yf5.04931i-*f-0.526394-Xf3.6043*f-0.546044-Yf-0.539081-*f6.11478-Xf3.05825*f0.381224-Yf-1.06547',float('2.750000'),float('-0.500000'),float('-inf'),float('3.250000'),float('7.500000'),float('inf'))",
"name": "shape",
"type": "_fabtypes.Shape",
"uid": 2
}
],
"inspector": [
1148.1512130643619,
511.19099945621764
],
"name": "d1",
"script": [
"import fab.types",
"",
"title('Difference')",
"input('a', fab.types.Shape)",
"input('b', fab.types.Shape)",
"",
"output('shape', a & ~b)",
""
],
"uid": 25
},
{
"datums": [
{
"expr": "3.604296922683716",
"name": "x0",
"type": "float",
"uid": 0
},
{
"expr": "-0.5390806198120117",
"name": "y0",
"type": "float",
"uid": 1
},
{
"expr": "3.4394770860671997",
"name": "x1",
"type": "float",
"uid": 2
},
{
"expr": "5.04930579662323",
"name": "y1",
"type": "float",
"uid": 3
},
{
"expr": "3.058253049850464",
"name": "x2",
"type": "float",
"uid": 4
},
{
"expr": "-1.0654749870300293",
"name": "y2",
"type": "float",
"uid": 5
},
{
"expr": "\u0012fab.types.Shape('ni-*f-5.58839-Xf3.43948*f0.16482-Yf5.04931i-*f-0.526394-Xf3.6043*f-0.546044-Yf-0.539081-*f6.11478-Xf3.05825*f0.381224-Yf-1.06547',float('3.058253'),float('-1.065475'),float('-inf'),float('3.604297'),float('5.049306'),float('inf'))",
"name": "shape",
"type": "_fabtypes.Shape",
"uid": 6
}
],
"inspector": [
779.49121346716367,
628.02721362828436
],
"name": "t1",
"script": [
"import fab",
"",
"title('Triangle')",
"",
"input('x0', float)",
"input('y0', float)",
"input('x1', float)",
"input('y1', float)",
"input('x2', float)",
"input('y2', float)",
"",
"output('shape', fab.shapes.triangle(x0, y0, x1, y1, x2, y2))",
"",
"# UI",
"sb.ui.wireframe([(x0, y0, 0), (x1, y1, 0), (x2, y2, 0)], close=True)",
"sb.ui.point(x0, y0, 0)",
"sb.ui.point(x1, y1, 0)",
"sb.ui.point(x2, y2, 0)",
""
],
"uid": 27
}
],
"protocol": 6,
"type": "sb"
}
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