Compare revisions

63e84e27 · 63e84e27 · 63e84e27 · 63e84e27 · 63e84e27 · 63e84e27
--- a/files/corbino-conductance.png
+++ b/files/corbino-conductance.png
--- a/files/corbino-layout.svgz
+++ b/files/corbino-layout.svgz
--- a/files/doc/kwant-screencast-2014.html
+++ b/files/doc/kwant-screencast-2014.html
+<html>
+<head>
+<meta name="viewport" content="width=device-width; height=device-height;">
+<title>Kwant screencast</title>
+<style media="screen" type="text/css">
+body {
+background-color: black;
+height: 100%;
+width: 100%;
+margin: 0;
+padding: 0;
+}
+video {
+position: absolute;
+top: 0;
+right: 0;
+bottom: 0;
+left: 0;
+margin: auto;
+max-width: 100%;
+max-height: 100%;
+}
+video:focus {
+outline-width: 0;
+}
+</style>
+</head>
+<body>
+<video controls autoplay>
+  <source src="http://downloads.kwant-project.org/doc/kwant-screencast-2014.mp4" type='video/mp4; codecs="avc1.4D401E, mp4a.40.2"'>
+  <source src="http://downloads.kwant-project.org/doc/kwant-screencast-2014.webm" type='video/webm; codecs="vp8.0, vorbis"'>
+    Please <a href="http://downloads.kwant-project.org/doc/kwant-screencast-2014.mp4">download the video manually</a>.
+</video>
+</body>
+</html>
--- a/files/flying-qubit.png
+++ b/files/flying-qubit.png
--- a/files/graphene-edgestate.svgz
+++ b/files/graphene-edgestate.svgz
--- a/files/kwant-workflow.svgz
+++ b/files/kwant-workflow.svgz
--- a/files/kwant_icon.png
+++ b/files/kwant_icon.png
--- a/files/kwant_logo.png
+++ b/files/kwant_logo.png
--- a/files/qhe-edgestate.svgz
+++ b/files/qhe-edgestate.svgz
--- a/files/qhe-plateaus.svgz
+++ b/files/qhe-plateaus.svgz
--- a/files/quantum-wire.png
+++ b/files/quantum-wire.png
--- a/generate.py
+++ b/generate.py
-import os
-import yaml
-from mako.lookup import TemplateLookup
-import pyrtek, pyrtek.rst, pyrtek.mako
-
-
-mako_filter = pyrtek.mako.Filter(TemplateLookup(['../templates']))
-rst_filter = pyrtek.rst.Filter()
-
-filters = {'mako': mako_filter,
-          'rst': rst_filter,
-          'default': pyrtek.chain_filters(rst_filter, mako_filter)}
-
-default_meta = {'__filter__': 'default',
-                '__template__': 'default.mako'}
-
-# rexp, repl, priority, func
-rules = [(r'(.*)\.txt$', r'\1.html', 0,
-          lambda s, d: pyrtek.Text(s, d, filters, default_meta))]
-
-
-def main():
-    # Load catalog, if it exists.
-    try:
-        with open('catalog.yaml') as f:
-            catalog = yaml.load(f)
-    except IOError:
-        catalog = {}
-
-    # The following block of code is executed inside the content directory.
-    saved_cwd = os.getcwd();
-    os.chdir('content')
-    try:
-        catalog = pyrtek.build(pyrtek.expand_rules(rules), catalog)
-    finally:
-        os.chdir(saved_cwd)
-
-    # Save catalog.
-    with open('catalog.yaml', 'w') as f:
-        yaml.dump(catalog, f)
-
-
-if __name__ == '__main__':
-    main()
--- a/htaccess-apache
+++ b/htaccess-apache
+<IfModule mod_mime.c>
+AddType image/svg+xml svg svgz
+AddEncoding gzip svgz
+</IfModule>
+
+# Do not treat Python files as CGI scripts.
+<FilesMatch \.py$>
+  SetHandler default-handler
+</FilesMatch>
+
+RewriteEngine on
+
+# We don't need more than that.
+RewriteOptions MaxRedirects=2
+
+# Redirect /foo/index.html to /foo/
+RewriteRule ^(|.*/)index\.html$ /$1 [R=301,L]
+
+# Redirect /foo/bar.html to /foo/bar only if a html file was requested by the
+# browser.  Without the condition the following rewrite rule leads to a
+# redirection loop.
+RewriteCond %{THE_REQUEST} ^[A-Z]{3,9}\ /.*\.html\ HTTP/
+RewriteRule ^(.*)\.html$ /$1 [R=301,L]
+
+# Rewrite /foo/bar to /foo/bar.html if the latter exists.
+RewriteCond %{REQUEST_FILENAME}.html -f
+RewriteRule ^(.*[^/])$ /$1.html [L]
+
+# Remove trailing slash if the requested directory does not exist.
+RewriteCond %{REQUEST_FILENAME} !-d
+RewriteRule ^(.*)/$  /$1 [R=301,L]
+
+Redirect 302 /contact /doc/latest/pre/authors
+Redirect 302 /authors /doc/latest/pre/authors
+Redirect 302 /citing /doc/latest/pre/citing
+Redirect 302 /cite /doc/latest/pre/citing
+Redirect 302 /license /doc/latest/pre/license
+Redirect 302 /download /install
+
+# Redirect old tutorial URLs to new ones.
+# The tutorial numbers refer to the tutorial enumeration in Kwant 1.2.x
+Redirect 302 /doc/1/tutorial/tutorial1 /doc/1/tutorial/first_steps
+Redirect 302 /doc/1/tutorial/tutorial2 /doc/1/tutorial/spin_potential_shape
+Redirect 302 /doc/1/tutorial/tutorial3 /doc/1/tutorial/spectrum
+Redirect 302 /doc/1/tutorial/tutorial4 /doc/1/tutorial/graphene
+Redirect 302 /doc/1/tutorial/tutorial5 /doc/1/tutorial/superconductor
+Redirect 302 /doc/1/tutorial/tutorial6 /doc/1/tutorial/plotting
--- a/imgsrc/flying-qubit.svgz
+++ b/imgsrc/flying-qubit.svgz
--- a/imgsrc/workflow/billiard-shape.png
+++ b/imgsrc/workflow/billiard-shape.png
--- a/imgsrc/workflow/billiard.py
+++ b/imgsrc/workflow/billiard.py
+import kwant
+import matplotlib.pyplot as pyplot
+from scipy import misc
+import numpy as np
+
+# shape.png is an image containing the system shape colored in black.  Here we
+# read the image from this file, create an empty scattering region, and add to
+# it the sites with coordinates of pixels that we encounter in the image.
+im = misc.imread('billiard-shape.png')[:, :, 0]
+sys = kwant.Builder()
+lat = kwant.lattice.square()
+for pos in np.argwhere(im != 255):
+    sys[lat(pos[1], -pos[0])] = 4
+
+def wire_shape(period, center, r, ymin, ymax):
+    """Return sites from a bounded segment of an infinite wire."""
+    direction = np.array(period / np.linalg.norm(period))
+    def wire_shape(pos):
+        rel_pos = center - pos
+        projection = direction * np.dot(direction, rel_pos) - rel_pos
+        return sum(projection**2) <= r**2 and ymin < pos[1] < ymax
+    return lat.shape(wire_shape, center)
+
+# Directions of the leads, positions of the centers of the lead segments to be
+# attached, and the boundaries of these segments in y-directions.
+wire_dir = [(-1., -1.), (3., -4.), (2., 4.)]
+wire_center = [(166, -236), (216, -106), (246, -86)]
+ylims = [(-400, -200), (-440, -100), (-100, 60)]
+
+# Add segments of leads to the scattering region, and attach leads themselves.
+for direction, center, ylim in zip(wire_dir, wire_center, ylims):
+    sys[wire_shape(direction, np.array(center), 50, *ylim)] = 4
+    lead = kwant.Builder(kwant.TranslationalSymmetry(direction))
+    lead[lat.wire(center, 50)] = 4
+    lead[lat.neighbors()] = -1
+    sys.attach_lead(lead)
+
+# Finally add hoppings to the system, get its wave function, and plot.
+sys[lat.neighbors()] = -1
+sys = sys.finalized()
+wfs = kwant.wave_function(sys, energy=0.14)(0)[0]
+kwant.plotter.map(sys, abs(wfs), oversampling=1, cmap="PuBu")
--- a/posts/improved-interface-for-mailing-list.rst
+++ b/posts/improved-interface-for-mailing-list.rst
+.. title: Improved web interface for the mailing list
+.. slug: improved-interface-for-mailing-list
+.. date: 2020-05-28 20:00:00 UTC
+.. category: 
+.. type: text
+
+The Kwant mailing list has been migrated to a new server that provides a much-improved web interface.
+
+.. TEASER_END
+
+In May 2020, thanks to the friendly people at python.org,
+kwant-discuss was migrated to a server running Mailman 3.
+The list remains a mailing list (existing subscriptions continue),
+but now also offers a modern web interface that is similar to a web forum.
+The complete archives were migrated and are now searchable.
+Please see the `“community” section </community>`_ of this site for usage information.
+The `old address of the list <kwant-discuss@kwant-project.org>`_ remains usable: any messages are simply redirected to the new one.
--- a/posts/kwant-extensions.rst
+++ b/posts/kwant-extensions.rst
+.. title: List of Kwant extensions added to website
+.. slug: kwant-extensions
+.. date: 2018-03-28 11:56:55 UTC
+.. tags:
+.. category:
+.. link:
+.. description:
+.. type: text
+
+We have added a `new section to the website </extensions.html>`_
+that showcases useful extensions to Kwant that have been made by members of the
+community.
+
+.. TEASER_END
+
+While we welcome contributions to the core Kwant package, we realize that
+it can be a lot of work to implement something that is both robust enough
+and of sufficiently general interest to be added to Kwant directly.
+
+Nevertheless there is a body of existing software that extends Kwant in ways
+that could be useful to others in the Kwant community. We hope that providing
+a central place for listing these extensions will make them more discoverable
+by others.
+
+If you have extended Kwant in some way, please get in touch via the
+`kwant-devel <mailto:kwant-devel@kwant-project.org>`_ mailing list!
+
+Happy Kwanting,
+
+Kwant team
--- a/posts/kwant-faq-intro.rst
+++ b/posts/kwant-faq-intro.rst
+.. title: Kwant adds an FAQ to the documentation
+.. slug: kwant-faq-intro
+.. date: 2017-06-29 07:07:23 UTC
+.. tags: 
+.. category: 
+.. link: 
+.. description: 
+.. type: text
+
+The Kwant team in Grenoble is currently hosting a masters student, Paul Clisson,
+who has taken the initiative and written a "Frequently Asked
+Questions" (FAQ) section to complement the existing Kwant tutorial; thanks Paul!
+
+.. TEASER_END
+
+A preliminary version of of the FAQ is already available
+`here <https://test.kwant-project.org/doc/doc-faq/tutorial/FAQ>`_. Any and all
+user feedback is valuable to us, so tell us what you think! You can either join
+the `discussion on the mailing
+list <https://www.mail-archive.com/kwant-discuss@kwant-project.org/msg01313.html>`_
+or comment on the open `merge
+request <https://gitlab.kwant-project.org/kwant/kwant/merge_requests/148>`_ on
+the Kwant gitlab.
+
+Happy Kwanting,
+
+Kwant team
--- a/posts/release-of-kwant-13.rst
+++ b/posts/release-of-kwant-13.rst
+.. title: Release of Kwant 1.3
+.. slug: release-of-kwant-13
+.. date: 2017-05-24 21:17:10 UTC
+.. category: release-announcement
+.. type: text
+
+After more than one year of development, we are extremely pleased to announce the release of Kwant 1.3.
+
+.. TEASER_END
+
+Kwant 1.3 supports
+
+* discretizing of continuum Hamiltonians,
+* calculating and displaying local densities and currents,
+* declaring and using symmetries and conservation laws,
+* calculating bulk properties using the kernel polynomial method,
+* finalizing builders with multiple translational symmetries,
+
+and has many other improvements that are detailed in the `what's new in Kwant 1.3 </doc/1/pre/whatsnew/1.3>`_ document.
+
+The `installation instructions </install.html>`_ have been updated to explain how to install Kwant 1.3 on computers running GNU/Linux, Mac OS, and Windows.  Note that thanks to the package manager Conda it is now much easier to install Kwant under Mac OS and on Unix accounts without root privileges.
+
+The new version is practically 100% backwards-compatible with scripts written for previous versions of Kwant 1.x.
+
+The Kwant team is happy to welcome Joseph Weston as a member.  We are also grateful to the many contributors without whom this release would not be nearly as good:
+
+* Jörg Behrmann
+* Bas Nijholt
+* Michał Nowak
+* Viacheslav Ostroukh
+* Pablo Pérez Piskunow
+* Tómas Örn Rosdahl
+* Sebastian Rubbert
+* Rafał Skolasiński
+* Adrien Sorgniard
+
+We would like to hear your feedback at kwant-discuss@kwant-project.org.
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