Introduction.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# An OpenSCAD Kernel in Jupyter\n",
    "\n",
    "I was missing a Jupyter Kernel for OpenSCAD. So I took up the challenge and here is the result.  \n",
    "\n",
    "Any code in a regular a cell is added to the overall SCAD code. This allows you to build up a OpenSCAD model in multiple steps using Jupyter cells and document your design process along the way.\n",
    "\n",
    "## Magic Commands\n",
    "\n",
    "The kernel supports the following \"magic\" commands:\n",
    "- __%lsmagic__: Lists all magic commands\n",
    "- __%clear__: Clears the Scad Code in the current memory\n",
    "- __%command <command>__: Defines the converter which translates the scad code to the diplay format. The default value is openscad\n",
    "- __%display <scad code>__: Adds some display code which is relevant for the cell only. One line only\n",
    "- __%%display <scad code>__: Adds multple lines of scad code which is relevant for the current cell only.\n",
    "- __%mime <mime>__: Defines the mime code which is used to render the content\n",
    "- __%include <url>__: Adds the SCAD code from a URL\n",
    "- __%saveAs <fileName>__: Converts the the SCAD into a output format and saves the result in a file.\n",
    "    \n",
    "%lsmagic provides an overview of all supported magic commands"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Available Commands: %clear %display %%display %mime %command %lsmagic %include %saveAs"
     ]
    }
   ],
   "source": [
    "%lsmagic "
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "The %clear command is resetting the internal OpenSCAD code. We recommend that you start your workspace with it so that you start from an empty state if you call 'Run All Cells'."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "SCAD code buffer has been cleared"
     ]
    }
   ],
   "source": [
    "%clear"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "We use a command line command to convert the scad code to 2d or 3d output. By default this is openscad"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "The display command is 'openjscad'"
     ]
    }
   ],
   "source": [
    "%command "
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "If you have openjcad installed you can use this instead"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "The display command is 'openjscad'"
     ]
    }
   ],
   "source": [
    "%command openjscad"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "...but we want to keep openscad so we switch back to it"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "The display command is 'openscad'"
     ]
    }
   ],
   "source": [
    "%command openscad"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "SCAD code buffer has been cleared"
     ]
    }
   ],
   "source": [
    "%clear"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Display\n",
    "You might want to display some SCAD code only temporarily e.g. to demonstrate some failed approaches.  This can be be achieved with thel help of the %%display command at the beginning of the section. \n",
    "\n",
    "All code which comes after the %%display command is only relevant for the current cell and will be discarded by the other cells.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": []
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "Compiling design (CSG Products normalization)...\n",
      "Normalized CSG tree has 2 elements\n"
     ]
    },
    {
     "data": {
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"
     },
     "metadata": {
      "image/png": {
       "height": 400,
       "width": 600
      }
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "%%display\n",
    "\n",
    "union() {\n",
    "     cube(size = [2,1,1], center = true);\n",
    "     cube(size = [1,1,2], center = true);\n",
    "}     \n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "When you just add some code - it is added to the memory which is available in all cells."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Number of lines of OpenSCAD code: 4"
     ]
    }
   ],
   "source": [
    "module test() {\n",
    "    cube([1,2,3], center = true);\n",
    "}\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "If you want to render the content you can do this by calling %diplay \n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": []
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "Compiling design (CSG Products normalization)...\n",
      "Normalized CSG tree has 2 elements\n"
     ]
    },
    {
     "data": {
      "image/png": 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"
     },
     "metadata": {
      "image/png": {
       "height": 400,
       "width": 600
      }
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "module test1() {\n",
    "    union() {\n",
    "        cube([3,2,1], center = true);\n",
    "        test();\n",
    "    }\n",
    "}\n",
    "\n",
    "%display test1();"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Mime\n",
    "You can also define the output mime type which whill be used to render the content. The most important ones are\n",
    "- text/plain\n",
    "- image/png\n",
    "- model/stl\n",
    "\n",
    "The default setting is image/png"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "The display mime type is 'image/png'"
     ]
    }
   ],
   "source": [
    "%mime"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "If you want to display your Scad Code  which has been defined in the current buffer (and not an image or 3D model) - you can set the mime to text/plain"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "The display mime type is 'text/plain'"
     ]
    }
   ],
   "source": [
    "%mime text/plain\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": []
    },
    {
     "data": {
      "text/plain": [
       "module test() {\n",
       "    cube([1,2,3], center = true);\n",
       "}\n",
       "module test1() {\n",
       "    union() {\n",
       "        cube([3,2,1], center = true);\n",
       "        test();\n",
       "    }\n",
       "}"
      ]
     },
     "metadata": {
      "text/plain": {
       "height": 400,
       "width": 600
      }
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "%display"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Include\n",
    "You can also include some SCAD code with the help of an URL"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "The display mime type is 'image/png'\n",
      "Included number of lines: 111"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "Compiling design (CSG Products normalization)...\n",
      "Normalized CSG tree has 26 elements\n"
     ]
    },
    {
     "data": {
      "image/png": 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"
     },
     "metadata": {
      "image/png": {
       "height": 400,
       "width": 600
      }
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "%mime image/png\n",
    "%include https://raw.githubusercontent.com/pschatzmann/openscad-models/master/Pig.scad\n",
    "\n",
    "%display"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## SaveAs\n",
    "Finally you can save your result in a file. The file extension is used to determine the file type automaticlly. [The supported file types can be found in the OpenSCAD documentation](https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/STL_Export)."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "File 'pig.stl' created"
     ]
    }
   ],
   "source": [
    "%saveAs pig.stl"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "OpenSCAD",
   "language": "python",
   "name": "iopenscad"
  },
  "language_info": {
   "extension": ".scad",
   "mimetype": "application/x-openscad",
   "name": "OpenSCAD"
  },
  "widgets": {
   "application/vnd.jupyter.widget-state+json": {
    "state": {},
    "version_major": 2,
    "version_minor": 0
   }
  }
 },
 "nbformat": 4,
 "nbformat_minor": 4
}