danieljfarrell

import DAQ
daq = DAQ("Dev1/ai0:2")
volts = daq.voltage()
amps  = daq.current()

danieljfarrell

brew install autogen --use-clang
==> Downloading http://ftpmirror.gnu.org/autogen/rel5.14/autogen-5.14.tar.gz
File already downloaded in /Users/daniel/Library/Caches/Homebrew
==> ./configure --disable-debug --prefix=/usr/local/Cellar/autogen/5.14
==> make
make  all-recursive
Making all in compat
:
Making all in snprintfv
for f in filament.c format.c printf.c mem.c stream.c custom.c ; do echo "#include \"$f\"" ; done > snv.c

danieljfarrell

from datetime import *
from clint.textui import colored, columns


#
# Using a module called Clint to take care of printing columns and text colour
#
# Examples: http://www.nicosphere.net/clint-command-line-library-for-python/
# Github: https://github.com/kennethreitz/clint
# Install: pip install clint

danieljfarrell

#!/usr/bin/env python

#########################################################################################
#
# planar 1D DBR modified to export absolute electric field and Poynting vector profiles
#
########################################################################################

from camfr import *

danieljfarrell

from fipy import *

#
#  Solution mesh
#
nx = 200
dx = 0.01
L = nx * dx
mesh = Grid1D(nx = nx, dx = dx)

danieljfarrell

# http://matforge.org/wd15/blog
from __future__ import division
from fipy import *

# Grid things
N = 1000
D = 1
dx = D / N
m = Grid1D(nx=N, dx=dx)
I_right = CellVariable(mesh=m, value=1., name='I_right') # Intensity along the positive direction

danieljfarrell

# http://matforge.org/wd15/blog
from __future__ import division
from fipy import *

# Grid things
N = 1000
D = 1
dx = D / N
m = Grid1D(nx=N+1, dx=dx) + [[-dx/2.]]
I_right = CellVariable(mesh=m, value=1., name='I_right') # Intensity along the positive direction

danieljfarrell

from fipy import *
from fipy.tools.numerix import exp

# Basic Setup
nx = 200; dx = 0.01; L = nx * dx
A = 15.0; B = 0.1; phi_0 = 1.; D = 1.
mesh = Grid1D(nx = nx, dx = dx)


# Cell variable and constrains

danieljfarrell

from __future__ import division
from openopt import *
from FuncDesigner import *

# Constants 
kb = 1.3806503e-23      # Boltzmann's Constant (m2 kg s-2 K-1)
elq = 1.60217646e-19    # Elemental charge (C)
h = 6.626068e-34        # Planck's constant (m2 kg s-1)
c = 299792458.0         # Speed of light (m/s)
fs = 6.8e-5             # Solar etendue (fraction of pi)

danieljfarrell

NSPoint ConstrainPointInsideRect(CGPoint freePoint, NSRect boundaryRect)
{
    //NSPoint constrainedViewPoint = DFConstrainPointToRect(viewPoint, boundaryRect);
    // Make sure the handle cannot be dragged outside of the plot range
    
    if (NSPointInRect(freePoint, boundaryRect)) {
        return freePoint;
    }
    
    NSPoint cp = freePoint;