ahankinson

# These instructions work for OS X 10.6 with homebrew pre-installed.

brew install python --framework
brew install gfortran
# install other dependencies through pip:

pip install numpy

# the regular pip build for matplotlib is b0rken, and it can't find the built-in libraries for OSX
export LDFLAGS="-L/usr/X11/lib"

ahankinson

diff --git a/gamera/gui/classifier_display.py b/gamera/gui/classifier_display.py
index e483570..89c83c6 100644
--- a/gamera/gui/classifier_display.py
+++ b/gamera/gui/classifier_display.py
@@ -164,8 +164,8 @@ class ExtendedMultiImageWindow(MultiImageWindow):
          font.SetWeight(wx.BOLD)
          self.titlebar_text.SetFont(font)
          if wx.Platform != '__WXGTK__':
-            self.titlebar_text.SetForegroundColour(wx.Color(255,255,255))
-            self.titlebar_text.SetBackgroundColour(wx.Color(128,128,128))

ahankinson

export MEI_LOCATION="~/Documents/code/svn/mei/tags/MEI_release_2011-05/schemata/mei-2011-05-source.xml"
export TEI_STYLESHEETS="/usr/local/share/xml/tei/stylesheet"

===== /usr/local/bin/mei ===== 
#!/usr/bin/env sh
/usr/local/bin/roma --localsource=$MEI_LOCATION --xsl=$TEI_STYLESHEETS $*
==============================

Usage:
 mei modification-file.xml --options

ahankinson

bool MeiElement::hasChild(MeiElement *child) {
    for (vector<MeiElement*>::iterator iter = _children.begin(); iter != _children.end(); ++iter) {
        if((&child) == &(*iter)) {
            return true;
        }
    }
    return false;
}

ahankinson

function doSomethingWhenClicked() {
    jQuery.ajax(<parameters>, 
        success: successFunction(params),
    )
}

function successFunction(params) {
    ...update your div...
}

ahankinson

I'm posting this here because I had a maddening search for information about why this error occurs when trying to do certain tasks in a Boost Python binding to a C++ object:

  TypeError: No to_python (by-value) converter found for C++ type: Element*

This was when trying to iterate over a vector, defined as:

  typedef std::vector<Element*> ElementList;

It turns out that in your `class_<>` definitions you have to be pretty specific. I already had:

ahankinson

from rest_framework import mixins
from rest_framework.generics import SingleObjectAPIView
from yourapp.mixins import PartialUpdateModelMixin


class RetrievePartialUpdateDestroyAPIView(PartialUpdateModelMixin,
                                    mixins.RetrieveModelMixin,
                                    mixins.UpdateModelMixin,
                                    mixins.DestroyModelMixin,
                                    SingleObjectAPIView):

ahankinson

Usage:
  "kdu_compress ...
   -i <file 1>[*<copies>@<size>],...  {see also `-fprec' & `-icrop'}
       One or more input files. If multiple files are provided, they must be
       separated by commas. Any spaces will be treated as part of the file
       name.  If any filename contains the optional "*<copies>@<size>" suffix,
       that file actually contributes <copies> inputs, where the k'th copy
       starts (k-1)*<size> bytes into the file; this is most useful for raw
       files, allowing a single raw file to contribute multiple image
       components.

ahankinson

<mei:measure n="6" xml:id="d6959e2018" width="278">
    <mei:staff n="1">
        <mei:layer n="1">
            <mei:note xml:id="d6959e2020" pname="d" oct="4" dur="2" dur.ges="512" stem.dir="up" instr="P1-I1"></mei:note>
            <mei:note xml:id="d6959e2042" pname="d" oct="4" dur="2" dur.ges="512" stem.dir="up" instr="P1-I1"></mei:note>
            <mei:note xml:id="d6959e2064" pname="a" oct="4" dur="4" dur.ges="256" stem.dir="up" instr="P1-I1"></mei:note>
            <mei:note xml:id="d6959e2087" pname="g" oct="4" dur="4" dur.ges="256" stem.dir="up" instr="P1-I1"></mei:note>
            <mei:note xml:id="d6959e2104" pname="a" oct="4" dur="4" dur.ges="256" stem.dir="up" instr="P1-I1"></mei:note>
            <mei:note xml:id="d6959e2121" pname="b" oct="4" dur="4" dur.ges="256" stem.dir="down" instr="P1-I1"></mei:note>
        </mei:layer>

ahankinson

#!/bin/bash

NAME="imageserve"                                  # Name of the application
VIRTUAL_ENV=srv_env
DJANGODIR=/data7/srv/webapps/imageserve2             # Django project directory
SOCKFILE=/tmp/imageserve.sock  # we will communicte using this unix socket
USER=www-data                                 # the user to run as
GROUP=www-data                                     # the group to run as
NUM_WORKERS=3                                     # how many worker processes should Gunicorn spawn
DJANGO_SETTINGS_MODULE=imageserve.settings             # which settings file should Django use