diff --git a/converters/reveal.py b/converters/reveal.py
index 3e98b1a..a1fcd75 100644
--- a/converters/reveal.py
+++ b/converters/reveal.py
@@ -1,125 +1,216 @@
-from converters.markdown import ConverterMarkdown
-from IPython.utils.text import indent, dedent
-from converters.utils import highlight, remove_ansi
-import io
+from __future__ import absolute_import
+
+from converters.html import ConverterHTML
+from converters.utils import text_cell#, output_container
+from converters.utils import highlight, coalesce_streams#, ansi2html
+
+#from IPython.utils import path
+#from IPython.utils.text import indent, dedent
+from markdown import markdown
 import os
+import io
 import itertools
 
-class ConverterReveal(ConverterMarkdown):
-    """
-    Convert a notebook to a html slideshow.
-
-    It generates a static html slideshow based in markdown and reveal.js.
-    The delimiters for each slide, subslide, and fragment are retrieved
-    from the 'slideshow' metadata.
-    """
-
-    def __init__(self, infile, highlight_source=False, show_prompts=True,
-                 inline_prompt=True):
-        super(ConverterReveal, self).__init__(infile)
-        self.highlight_source = highlight_source
-        self.show_prompts = show_prompts
-        self.inline_prompt = inline_prompt
-
-    def switch_meta(self, m_list):
-        "sort order m_list to [new_section, new_subsection, new_fragment]"
-        if len(m_list) > 1:
-        # do not sort when m_list = [new_subsection, new_fragment]
-            if not (len(m_list) == 2 and m_list[1] == [u'new_fragment = True']):
-                m_list[0], m_list[1] = m_list[1], m_list[0]
-        return m_list
-
-    def meta2str(self, meta):
-        "transform metadata dict (containing slides delimiters) to string "
-        try:
-            meta_tuple = meta[u'slideshow'].items()
-        except KeyError as e:
-            meta_tuple = ()  # if there is not slideshow metadata
-        meta_list = [[x + ' = ' + unicode(y)] for x, y in meta_tuple]
-        meta_list = self.switch_meta(meta_list)
-        return u'\n'.join(list(itertools.chain(*meta_list)))
 
+class ConverterReveal(ConverterHTML):
+    #"""
+    #Convert a notebook to a html slideshow.
+
+    #It generates a static html slideshow based in markdown and reveal.js.
+    #The delimiters for each slide, subslide, and fragment are retrieved
+    #from the 'slideshow' metadata.
+    #"""
+
+    #def __init__(self):
+        #super(ConverterReveal, self).__init__()
+
+    #extension = 'html'
+    #blank_symbol = ' '
+
+    #def in_tag(self, tag, src, attrs=None):
+        #"""Return a list of elements bracketed by the given tag"""
+        #attr_s = '' if attrs is None else \
+                 #' '.join("%s=%s" % (attr, value)
+                          #for attr, value in attrs.iteritems())
+        #return ['<%s %s>' % (tag, attr_s), src, '</%s>' % tag]
+
+    #def _ansi_colored(self, text):
+        #return ['<pre>%s</pre>' % ansi2html(text)]
+
+    #def _stylesheet(self, fname):
+        #with io.open(fname, encoding='utf-8') as f:
+            #s = f.read()
+        #return self.in_tag('style', s, dict(type='"text/css"'))
+
+    #def _out_prompt(self, output):
+        #if output.output_type == 'pyout':
+            #content = 'Out[%s]:' % self._get_prompt_number(output)
+        #else:
+            #content = ''
+        #return ['<div class="prompt output_prompt">%s</div>' % content]
+
+    #def header_body(self):
+        #"""Return the body of the header as a list of strings."""
+
+        #from pygments.formatters import HtmlFormatter
+
+        #header = []
+        #static = os.path.join(path.get_ipython_package_dir(),
+        #'frontend', 'html', 'notebook', 'static',
+        #)
+        #here = os.path.split(os.path.realpath(__file__))[0]
+        #css = os.path.join(static, 'css')
+        #for sheet in [
+            ## do we need jquery and prettify?
+            ## os.path.join(static, 'jquery', 'css', 'themes', 'base',
+            ## 'jquery-ui.min.css'),
+            ## os.path.join(static, 'prettify', 'prettify.css'),
+            #os.path.join(css, 'boilerplate.css'),
+            #os.path.join(css, 'fbm.css'),
+            #os.path.join(css, 'notebook.css'),
+            #os.path.join(css, 'renderedhtml.css'),
+            ## our overrides:
+            #os.path.join(here, '..', 'css', 'static_html.css'),
+        #]:
+            #header.extend(self._stylesheet(sheet))
+
+        ## pygments css
+        #pygments_css = HtmlFormatter().get_style_defs('.highlight')
+        #header.extend(['<meta charset="UTF-8">'])
+        #header.extend(self.in_tag('style', pygments_css,
+                                  #dict(type='"text/css"')))
+
+        ## TODO: this should be allowed to use local mathjax:
+        #header.extend(self.in_tag('script', '', {'type': '"text/javascript"',
+            #'src': '"https://c328740.ssl.cf1.rackcdn.com/mathjax/'
+                   #'latest/MathJax.js?config=TeX-AMS_HTML"',
+        #}))
+        #with io.open(os.path.join(here, '..', 'js', 'initmathjax.js'),
+                     #encoding='utf-8') as f:
+            #header.extend(self.in_tag('script', f.read(),
+                                      #{'type': '"text/javascript"'}))
+        #return header
+
+    #def optional_header(self):
+        #return ['<html>', '<head>'] + self.header_body() + \
+          #['</head>', '<body>']
+
+    #def optional_footer(self):
+        #return ['</body>', '</html>']
+
+    @text_cell
     def render_heading(self, cell):
+        marker = cell.level
         return [self.meta2str(cell.metadata),
-            '{0} {1}'.format('#' * cell.level, cell.source), '']
+                u'<h{1}>\n  {0}\n</h{1}>'.format(cell.source, marker)]
 
     def render_code(self, cell):
         if not cell.input:
             return []
+
         lines = []
         meta_code = self.meta2str(cell.metadata)
         lines.extend([meta_code])
-        lines.extend(['<!-- hack -->'])  # to be proper parsed         
+
+        lines.extend(['<div class="cell border-box-sizing code_cell vbox">'])
+
+        lines.append('<div class="input hbox">')
         n = self._get_prompt_number(cell)
-        if self.show_prompts and not self.inline_prompt:
-            lines.extend(['*In[%s]:*' % n, ''])
-        if self.show_prompts and self.inline_prompt:
-            prompt = 'In[%s]: ' % n
-            input_lines = cell.input.split('\n')
-            src = (prompt + input_lines[0] + '\n' +
-                   indent('\n'.join(input_lines[1:]), nspaces=len(prompt)))
-        else:
-            src = cell.input
-        src = highlight(src) if self.highlight_source else indent(src)
-        lines.extend([src, ''])
-        if cell.outputs and self.show_prompts and not self.inline_prompt:
-            lines.extend(['*Out[%s]:*' % n, ''])
-        for output in cell.outputs:
-            conv_fn = self.dispatch(output.output_type)
-            lines.extend(conv_fn(output))
-        #lines.append('')
+        lines.append(
+            '<div class="prompt input_prompt">In&nbsp;[%s]:</div>' % n
+        )
+        lines.append('<div class="input_area box-flex1">')
+        lines.append(highlight(cell.input))
+        lines.append('</div>')  # input_area
+        lines.append('</div>')  # input
+
+        if cell.outputs:
+            lines.append('<div class="vbox output_wrapper">')
+            lines.append('<div class="output vbox">')
+
+            for output in coalesce_streams(cell.outputs):
+                conv_fn = self.dispatch(output.output_type)
+                lines.extend(conv_fn(output))
+
+            lines.append('</div>')  # output
+            lines.append('</div>')  # output_wrapper
+
+        lines.append('</div>')  # cell
+
         return lines
 
+    @text_cell
     def render_markdown(self, cell):
-        return [self.meta2str(cell.metadata), cell.source, '']
+        return [self.meta2str(cell.metadata), markdown(cell.source)]
 
     def render_raw(self, cell):
         if self.raw_as_verbatim:
-            return [indent(self.meta2str(cell.metadata)),
-                indent(cell.source), '']
+            return [self.in_tag('pre', self.meta2str(cell.metadata)),
+                    self.in_tag('pre', cell.source)]  # testing
         else:
-            return [self.meta2str(cell.metadata), cell.source, '']
+            return [self.meta2str(cell.metadata), cell.source]
+
+    #@output_container
+    #def render_pyout(self, output):
+        #for fmt in ['html', 'latex', 'png', 'jpeg', 'svg', 'text']:
+            #if fmt in output:
+                #conv_fn = self.dispatch_display_format(fmt)
+                #return conv_fn(output)
+        #return []
+
+    #render_display_data = render_pyout
+
+    #@output_container
+    #def render_stream(self, output):
+        #return self._ansi_colored(output.text)
 
-    def render_pyout(self, output):
-        for fmt in ['html', 'latex', 'png', 'jpeg', 'svg', 'text']:
-            if fmt in output:
-                conv_fn = self.dispatch_display_format(fmt)
-                return conv_fn(output)
-        return []
+    #@output_container
+    #def render_pyerr(self, output):
+        ## Note: a traceback is a *list* of frames.
+        ## lines = []
 
-    def render_pyerr(self, output):
-        # Note: a traceback is a *list* of frames.
-        return [indent(remove_ansi('\n'.join(output.traceback))), '']
+        ## stb =
+        #return self._ansi_colored('\n'.join(output.traceback))
 
-    def _img_lines(self, img_file):
-        return ['![](%s)' % img_file, '']
+    #def _img_lines(self, img_file):
+        #return ['<img src="%s">' % img_file, '</img>']
 
-    def render_display_format_png(self, output):
-        return ['<img src="data:image/png;base64,%s"></img>' % output.png, '']
+    #def _unknown_lines(self, data):
+        #return ['<h2>Warning:: Unknown cell</h2>'] + self.in_tag('pre', data)
 
-    def render_display_format_svg(self, output):
-        return [output.svg, '']
+    #def render_display_format_png(self, output):
+        #return ['<img src="data:image/png;base64,%s"></img>' % output.png]
 
-    def render_display_format_jpeg(self, output):
-        return ['<img src="data:image/jpeg;base64,%s"></img>' % output.jpeg, '']
+    #def render_display_format_svg(self, output):
+        #return [output.svg]
 
-    def render_display_format_text(self, output):
-        return [indent(output.text), '']
+    #def render_display_format_jpeg(self, output):
+        #return ['<img src="data:image/jpeg;base64,%s"></img>' % output.jpeg]
 
-    def _unknown_lines(self, data):
-        return ['Warning: Unknown cell', data, '']
+    #def render_display_format_text(self, output):
+        #return self._ansi_colored(output.text)
 
-    def render_display_format_html(self, output):
-        return [dedent(output.html), '']
+    #def render_display_format_html(self, output):
+        #return [output.html]
 
-    def render_display_format_latex(self, output):
-        return ['LaTeX::', indent(output.latex), '']
+    #def render_display_format_latex(self, output):
+        #return [output.latex]
 
-    def render_display_format_json(self, output):
-        return ['JSON:', indent(output.json), '']
+    #def render_display_format_json(self, output):
+        ## html ignores json
+        #return []
 
-    def render_display_format_javascript(self, output):
-        return ['JavaScript:', indent(output.javascript), '']
+    #def render_display_format_javascript(self, output):
+        #return [output.javascript]
+
+    def meta2str(self, meta):
+        "transform metadata dict (containing slides delimiters) to string "
+        try:
+            meta_tuple = meta[u'slideshow'].items()
+        except KeyError as e:  # if there is not slideshow metadata
+            meta_tuple = [(u'slide_type', u'untouched')]
+        meta_list = [[x + ' = ' + unicode(y)] for x, y in meta_tuple]
+        return u'\n'.join(list(itertools.chain(*meta_list)))
 
     def convert(self, cell_separator='\n'):
         """
@@ -139,55 +230,77 @@ class ConverterReveal(ConverterMarkdown):
         lines.extend(self.optional_header())
         begin = ['<div class="reveal"><div class="slides">']
         lines.extend(begin)
-        slides_list = self.build_slides(cell_separator)
+        slides_list = self.build_slides()
         lines.extend(slides_list)
         end = ['</div></div>']
         lines.extend(end)
         lines.extend(self.optional_footer())
         return u'\n'.join(lines)
 
-    def build_slides(self, cell_separator='\n'):
-        "build the slides structure from text list and delimiters"
+    def clean_text(self, cell_separator='\n'):
+        "clean and reorganize the text list to be slided"
         text = self.main_body(cell_separator)
-        delim_false = [u'new_section = False',
-                       u'new_subsection = False',
-                       u'new_fragment = False']
-        text = [x for x in text if not x in delim_false]
-        left = '<section data-markdown><script type="text/template">'
-        right = '</script></section>'
-        # build lists representing each slide delimited by new_section
+        self.delim = [u'slide_type = untouched',
+                      u'slide_type = -',
+                      u'slide_type = header_slide',
+                      u'slide_type = slide',
+                      u'slide_type = fragment',
+                      u'slide_type = skip']
+        text_cell_render = \
+            u'<div class="text_cell_render border-box-sizing rendered_html">'
+        for i, j in enumerate(text):
+            if j in self.delim and text[i - 1] == text_cell_render:
+                if j == self.delim[0]:
+                    text[i - 1] = self.delim[0]
+                elif j == self.delim[1]:
+                    text[i - 1] = self.delim[1]
+                elif j == self.delim[2]:
+                    text[i - 1] = self.delim[2]
+                elif j == self.delim[3]:
+                    text[i - 1] = self.delim[3]
+                elif j == self.delim[4]:
+                    text[i - 1] = self.delim[4]
+                else:
+                    text[i - 1] = self.delim[5]
+                text[i] = text_cell_render
+        text[0] = u'slide_type = header_slide'  # defensive code
+        text.append(u'slide_type = untouched')  # to end search of skipped
+        return text
+
+    def build_slides(self):
+        "build the slides structure from text list and delimiters"
+        text = self.clean_text()
+        left = '<section>'
+        right = '</section>'
+        set_delim = self.delim[:5]
+        #elimination of skipped cells
+        for i, j in enumerate(text):
+            if j == u'slide_type = skip':
+                text.pop(i)
+                while not text[i] in set_delim:
+                    text.pop(i)
+        # elimination of none names
+        for i, j in enumerate(text):
+            if j in [u'slide_type = untouched', u'slide_type = -']:
+                text.pop(i)
+        #generation of slides as a list of list
         slides = [list(x[1]) for x in itertools.groupby(text,
-            lambda x: x == u'new_section = True') if not x[0]]
+            lambda x: x == u'slide_type = header_slide') if not x[0]]
         for slide in slides:
-            slide.insert(0, u'')  # for proper interline in html file
             slide.insert(0, left)
             slide.append(right)
-            # build each vertical slide delimited by new_subsection
-            if slide[2] == u'new_subsection = True':
-                slide.pop(2)
+            # encapsulation of each fragment
+            for i, j in enumerate(slide):
+                if j == u'slide_type = fragment':
+                    slide.pop(i)
+                    slide[i] = slide[i][:4] + ' class="fragment"' + slide[i][4:]
+            # encapsulation of each nested slide
+            if u'slide_type = slide' in slide:
                 slide.insert(0, '<section>')
                 slide.append('</section>')
-                for i, j in enumerate(slide):
-                    if j == u'new_subsection = True':
-                        slide[i] = right + left
-                        slide.insert(i + 1, u'')  # for proper interline
-            #defensive: if user do not begin new_subsection with a new_section
-            elif slide[4] == u'new_subsection = True':
-                slide[4] = right
-                slide.insert(5, u'')  # for proper interline
-                slide.insert(5, left)
-                slide.insert(5, '<section>')
-                slide.append('</section>')
-                for i, j in enumerate(slide):
-                    if j == u'new_subsection = True':
-                        slide[i] = right + left
-                        slide.insert(i + 1, u'')  # for proper interline
-            # build each fragment delimited by new_fragment
             for i, j in enumerate(slide):
-                if j == u'new_fragment = True':
-                    slide[i] = '<p class="fragment">'
-                    slide[i + 2] = '</p>'
-                    slide.insert(i + 3, u'')  # for proper interline
+                if j == u'slide_type = slide':
+                    slide[i] = right + left
         return list(itertools.chain(*slides))
 
     def save(self, outfile=None, encoding=None):
@@ -223,5 +336,4 @@ class ConverterReveal(ConverterMarkdown):
 
     def optional_footer(self):
         optional_footer_body = self.template_split()
-        return optional_footer_body[1]
-
+        return optional_footer_body[1]
\ No newline at end of file
diff --git a/example_slide.ipynb b/example_slide.ipynb
deleted file mode 100644
index 28b7fbb..0000000
--- a/example_slide.ipynb
+++ /dev/null
@@ -1,463 +0,0 @@
-{
- "metadata": {
-  "name": "example_slide"
- },
- "nbformat": 3,
- "nbformat_minor": 0,
- "worksheets": [
-  {
-   "cells": [
-    {
-     "cell_type": "heading",
-     "level": 1,
-     "metadata": {
-      "slideshow": {
-       "new_section": true
-      }
-     },
-     "source": [
-      "Notebook Slide Example"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_fragment": false
-      }
-     },
-     "source": [
-      "Rendered by nbconvert using [Reveal.js](http://lab.hakim.se/reveal-js)!"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_fragment": true
-      }
-     },
-     "source": [
-      "by Dami\u00e1n Avila"
-     ]
-    },
-    {
-     "cell_type": "heading",
-     "level": 2,
-     "metadata": {
-      "slideshow": {
-       "new_section": true,
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "NOTE: This notebook was modified from a Fernando's one"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "Since the notebook was introduced with [IPython 0.12](http://ipython.org/ipython-doc/rel-0.12.1/whatsnew/version0.12.html), it has proved to be very popular, and we are seeing great adoption of the tool and the underlying file format in research and education.  One persistent question we've had since the beginning (even prior to its official release) was whether it would be possible to easily write blog posts using the notebook."
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "The combination of easy editing in markdown with the notebook's ability to contain code, figures and results, makes it an ideal platform for quick authoring of  technical documents, so being able to post to a blog is a natural request."
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "Today, in answering a query about this from a colleague, I decided to try again the status of our conversion pipeline, and I'm happy to report that with a bit of elbow-grease, at least on Blogger things work pretty well!  \n",
-      "\n",
-      "This post was *entirely* written as a notebook, and in fact I have now created a [github repo](https://github.com/fperez/blog), which means that you can see it directly [rendered in IPyhton's nbviewer app](http://nbviewer.ipython.org/urls/raw.github.com/fperez/blog/master/120907-Blogging with the IPython Notebook.ipynb)."
-     ]
-    },
-    {
-     "cell_type": "heading",
-     "level": 2,
-     "metadata": {
-      "slideshow": {
-       "new_section": true,
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "Converting your notebook to html with nbconvert"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "The first thing you will need is our [nbconvert](https://github.com/ipython/nbconvert) tool that converts notebooks across formats.  The README file in the repo contains the requirements for nbconvert (basically [python-markdown](http://pypi.python.org/pypi/Markdown/), [pandoc](http://johnmacfarlane.net/pandoc), [docutils from SVN](http://docutils.svn.sourceforge.net/viewvc/docutils/trunk/docutils/?view=tar) and [pygments](http://pygments.org)).\n",
-      "\n",
-      "Once you have nbconvert installed, you can convert your notebook to Blogger-friendly html with:\n",
-      "\n",
-      "    nbconvert -f blogger-html your_notebook.ipynb"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "This will leave two files in your computer, one named `your_notebook.html` and one named `your_noteboook_header.html`; it might also create a directory called `your_notebook_files` if needed for ancillary files.  The first file will contain the body of your post and can be pasted wholesale into the Blogger editing area. The second file contains the CSS and Javascript material needed for the notebook to display correctly, you should only need to use this once to configure your blogger setup (see next):"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "    # Only one notebook so far\n",
-      "    (master)longs[blog]> ls\n",
-      "    120907-Blogging with the IPython Notebook.ipynb  fig/  old/\n",
-      "\n",
-      "    # Now run the conversion:\n",
-      "    (master)longs[blog]> nbconvert.py -f blogger-html 120907-Blogging\\ with\\ the\\ IPython\\ Notebook.ipynb\n",
-      "    \n",
-      "    # This creates the header and html body files\n",
-      "    (master)longs[blog]> ls\n",
-      "    120907-Blogging with the IPython Notebook_header.html  fig/\n",
-      "    120907-Blogging with the IPython Notebook.html         old/\n",
-      "    120907-Blogging with the IPython Notebook.ipynb"
-     ]
-    },
-    {
-     "cell_type": "heading",
-     "level": 2,
-     "metadata": {
-      "slideshow": {
-       "new_section": true,
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "Configuring your Blogger blog to accept notebooks"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "The notebook uses a lot of custom CSS for formatting input and output, as well as Javascript from [MathJax](http://www.mathjax.org) to display mathematical notation.  You will need all this CSS and the Javascript calls in your blog's configuration for your notebook-based posts to display correctly:"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_fragment": true,
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "* Once authenticated, go to your blog's overview page by clicking on its title.\n",
-      "\n",
-      "\n"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_fragment": true
-      }
-     },
-     "source": [
-      "* Click on templates (left column) and customize using the Advanced options."
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_fragment": true
-      }
-     },
-     "source": [
-      "* Scroll down the middle column until you see an \"Add CSS\" option."
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_fragment": true
-      }
-     },
-     "source": [
-      "* Copy entire the contents of the `_header` file into the CSS box."
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "That's it, and you shouldn't need to do anything else as long as the CSS we use in the notebooks doesn't drastically change.  This customization of your blog needs to be done only once.\n",
-      "\n",
-      "While you are at it, I recommend you change the width of your blog so that cells have enough space for clean display; in experimenting I found out that the default template was too narrow to properly display code cells, producing a lot of text wrapping that impaired readability.  I ended up using a layout with a single column for all blog contents, putting the blog archive at the bottom.  Otherwise, if I kept the right sidebar, code cells got too squished in the post area."
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "I also had problems using some of the fancier templates available from 'Dynamic Views', in that I could never get inline math to render.  But sticking to those from the Simple or 'Picture Window' categories worked fine and they still allow for a lot of customization.\n",
-      "\n",
-      "*Note:* if you change blog templates, Blogger does destroy your custom CSS, so you may need to repeat the above steps in that case."
-     ]
-    },
-    {
-     "cell_type": "heading",
-     "level": 2,
-     "metadata": {
-      "slideshow": {
-       "new_section": true
-      }
-     },
-     "source": [
-      "Adding the actual posts"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "Now, whenever you want to write a new post as a notebook, simply convert the `.ipynb` file to blogger-html and copy its entire contents to the clipboard. Then go to the 'raw html' view of the post, remove anything Blogger may have put there by default, and paste.  You should also click on the 'options' tab (right hand side) and select both `Show HTML literally` and `Use <br> tag`, else your paragraph breaks will look all wrong.\n",
-      "\n",
-      "That's it!"
-     ]
-    },
-    {
-     "cell_type": "heading",
-     "level": 2,
-     "metadata": {
-      "slideshow": {
-       "new_section": true
-      }
-     },
-     "source": [
-      "What can you put in?"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "I will now add a few bits of code, plots, math, etc, to show which kinds of content can be put in and work out of the box.  These are mostly bits copied from our [example notebooks](https://github.com/ipython/ipython/tree/master/docs/examples/notebooks) so the actual content doesn't matter, I'm just illustrating the *kind* of content that works."
-     ]
-    },
-    {
-     "cell_type": "code",
-     "collapsed": false,
-     "input": [
-      "# Let's initialize pylab so we can plot later\n",
-      "%pylab inline"
-     ],
-     "language": "python",
-     "metadata": {},
-     "outputs": [
-      {
-       "output_type": "stream",
-       "stream": "stdout",
-       "text": [
-        "\n",
-        "Welcome to pylab, a matplotlib-based Python environment [backend: module://IPython.zmq.pylab.backend_inline].\n",
-        "For more information, type 'help(pylab)'.\n"
-       ]
-      }
-     ],
-     "prompt_number": 1
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_section": true
-      }
-     },
-     "source": [
-      "With pylab loaded, the usual matplotlib operations work"
-     ]
-    },
-    {
-     "cell_type": "code",
-     "collapsed": false,
-     "input": [
-      "x = linspace(0, 2*pi)\n",
-      "plot(x, sin(x), label=r'$\\sin(x)$')\n",
-      "plot(x, cos(x), 'ro', label=r'$\\cos(x)$')\n",
-      "title(r'Two familiar functions')\n",
-      "legend()"
-     ],
-     "language": "python",
-     "metadata": {},
-     "outputs": [
-      {
-       "output_type": "pyout",
-       "prompt_number": 2,
-       "text": [
-        "<matplotlib.legend.Legend at 0xa90d90c>"
-       ]
-      },
-      {
-       "output_type": "display_data",
-       "png": 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339ooKKGblBSoWxd274batfWORgjjcqlEn5kJ9erBV1+plYuE43vtNfW6Tpum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\ncHL/D9ce9mWkzIEYAAAAAElFTkSuQmCC\n"
-      }
-     ],
-     "prompt_number": 2
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_section": true
-      }
-     },
-     "source": [
-      "The notebook, thanks to MathJax, has great LaTeX support, so that you can type inline math $(1,\\gamma,\\ldots, \\infty)$ as well as displayed equations:\n",
-      "\n",
-      "$$\n",
-      "e^{i \\pi}+1=0\n",
-      "$$\n",
-      "\n",
-      "**(the last equation is beatiful, isn't it?... Dami\u00e1n talking... he he!)**"
-     ]
-    },
-    {
-     "cell_type": "heading",
-     "level": 2,
-     "metadata": {
-      "slideshow": {
-       "new_section": true,
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "You can easily include formatted text and code with markdown"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "You can *italicize*, **boldface**\n",
-      "\n",
-      "* build \n",
-      "* lists\n",
-      "\n",
-      "and embed code meant for illustration instead of execution in Python:\n",
-      "\n",
-      "    def f(x):\n",
-      "        \"\"\"a docstring\"\"\"\n",
-      "        return x**2"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_subsection": true
-      }
-     },
-     "source": [
-      "or other languages:\n",
-      "\n",
-      "    if (i=0; i<n; i++) {\n",
-      "      printf(\"hello %d\\n\", i);\n",
-      "      x += 4;\n",
-      "    }"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "**And you also have highlight for your code, hehe! (Dami\u00e1n talking again...)**"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {
-      "slideshow": {
-       "new_section": true
-      }
-     },
-     "source": [
-      "And since the notebook can store displayed images in the file itself, you can show images which will be embedded in your post:"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "![Image](http://www.bugtreat.com/blog/wp-content/uploads/2012/04/Python-Programming-Language.png)"
-     ]
-    },
-    {
-     "cell_type": "heading",
-     "level": 1,
-     "metadata": {
-      "slideshow": {
-       "new_section": true
-      }
-     },
-     "source": [
-      "IPython rocks!"
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "Just my little contribution...\n",
-      "\n",
-      "I have a lot of work to do but this is an exciting beginning!\n",
-      "\n",
-      "You can check [here](https://github.com/ipython/nbconvert/pull/63) for more information."
-     ]
-    },
-    {
-     "cell_type": "markdown",
-     "metadata": {},
-     "source": [
-      "And you can find me at:\n",
-      "\n",
-      "* [@damian_avila](https://twitter.com/damian_avila)\n",
-      "* [OQUANTA](http://www.oquanta.info)\n",
-      "* [BLOG](http://www.damian.oquanta.info)"
-     ]
-    }
-   ],
-   "metadata": {}
-  }
- ]
-}
\ No newline at end of file