def jfigtest():
from jfig.utils import Array # several array utilities
from jfig.utils import MHG # the plot functions
m = MHG() # initalize the plot library,
# reference via variab
N = 200
x = Array.linspace(0,10,N) # 200 values (0.0 .. 10.0)
y = Array.cos(x) # vector with cos(x)
z = Array.random(N) # 200 random values, range [0,1]
z = Array.add( z, -0.3 ) # shift to range [-0.3, 0.7]
m.figure(); # new plot window
m.gca().autoscaleTight( x, y ) # default scaling
m.plot( x, y, '-b' ) # solid-blue-line plot
m.plot( x, z, '.r' ) # red-dot markers
m.xlabel( 'x' ) # x-axis label
m.ylabel( 'sin(x), random data' ) # y-axis label
m.plotCartesianAxes() # axes
m.plotGrid() # grid
m.doZoomFit()
from java.io import File
m.save( File( 'plot1.fig' )) # save figure
def benchfig():
from jfig.utils import Array # several array utilities
from jfig.utils import MHG # the plot functions
from jfig.utils import SetupManager # the plot functions
from jarray import array
m = MHG() # initalize the plot library,
resfile = file("/home/kostas/jylabtester/mtjbench","r")
res = resfile.readlines()
for i in range(len(res)):
res[i] = float(res[i].split("\n")[0])
mtjres = array(res,'d')
resfile = file("/home/kostas/jylabtester/javabench","r")
res = resfile.readlines()
for i in range(len(res)):
res[i] = float(res[i].split("\n")[0])
javares = array(res,'d')
resfile = file("/home/kostas/jylabtester/jlapackbench","r")
res = resfile.readlines()
for i in range(len(res)):
res[i] = float(res[i].split("\n")[0])
jlres = array(res,'d')
resfile = file("/home/kostas/jylabtester/nativebench","r")
res = resfile.readlines()
for i in range(len(res)):
res[i] = float(res[i].split("\n")[0])
natres = array(res,'d')
resfile = file("/home/kostas/jylabtester/matlabbench","r")
res = resfile.readlines()
for i in range(len(res)):
res[i] = float(res[i].split("\n")[0])
matres = array(res,'d')
x = []
for i in range(1,51):
x.append(i*10)
x = array(x,'d')
SetupManager.getInteger( "jfig.utils.MHG.defaultWindowWidth", 1000 )
SetupManager.getInteger( "jfig.utils.MHG.defaultWindowHeight", 500 )
m.figure(); # new plot window
m.gca().autoscaleTight( x, natres ) # default scaling
m.plot( x, natres, '-b' ) # solid-blue-line plot
m.plot( x, mtjres, '-.r' ) # solid-blue-line plot
m.plot( x, matres, '-g' ) # solid-blue-line plot
m.plot( x, javares, '-k' ) # solid-blue-line plot
m.plot( x, jlres, '-m' ) # solid-blue-line plot
m.text( 30 , 4150, 'Εκτέλεση του Πολ/σμού C = a*A*B + b*C ', "color=black fontsize=18" )
m.xlabel( 'Μέγεθος Πίνακα' ) # x-axis label
m.ylabel( 'MegaFlops' ) # y-axis label
m.text( 510, 3700, "--- Jylab JNI Blas", "color=red fontsize=18" );
m.text( 510, 3400, "--- Blas", "color=blue fontsize=18" );
m.text( 510, 3100, "--- Matlab", "color=green fontsize=18" );
m.text( 510, 2800, "--- Pure Java", "color=black fontsize=18" );
m.text( 510, 2500, "--- JLapack", "color=magenta fontsize=18" );
m.plotCartesianAxes() # axes
m.plotGrid() # grid
#m.doZoomFit()
from java.io import File
m.save( File( '/home/kostas/jylabtester/plot3.fig' )) # save figure