def main(args):
pc = PC()
pc.add_func_path("../formulas")
pc.load_formula_file("gf4d.frm")
pc.load_formula_file("gf4d.cfrm")
pc.compiler_name = "g++"
pc.leave_dirty = True
f = fractal.T(pc)
f.loadFctFile(open(args[0]))
outfile = f.compile()
cfile = outfile[:-2] + "c"
# compile the stub and the c file to create a program to profile
files = " ".join(pc.cfiles + [cfile])
cmd = "%s %s %s -o %s %s" % \
(pc.compiler_name, files, "-g -pg -O3 -Ic -lpthread", "proftest", "")
print cmd
(status, output) = commands.getstatusoutput(cmd)
if status != 0:
raise Exception("Error reported by C compiler:%s" % output)
print output
# compiled - hurrah! run it
(status, output) = commands.getstatusoutput("./proftest")
if status != 0:
raise Exception("Error reported by program:%s" % output)
print output
def testParseParams(self):
f = fractal.T(g_comp)
parfile.parse_maxiter("72000", f)
self.assertEqual(f.maxiter, 72000)
parfile.parse_colors(
'0000qJ0mP0iX0eb0di0`o0Xu0Tz2Pz2NzRTzoZqzbRzdTzdTzeTzeTzeTzgVzgVzgVziVziVzkXzkXzkXzmXzmXzmXzgVzdTu`RkXP`TNRNNGJL6GJ0CH08K04U0GcAWdPdkehvpmuxrzzxzzzuzzqzzmzzizzezzbzzZzzVzzTzzRzzRxzPozPexNZvNPsLGqL8oLEkNJiNNgNTeNXdN``PbXPeTPgPPkLPmHPqEPsARv6Rx2Rz0Rz0Rz0Rz0RzzLzzPzgTzLXz0`z0Xz0Vz0Rz0Pz0Lz0Jz0Gz0Ez0Az08z04z02z00z00z00s2GNV`0uu0so6qiCodJo`PmVXkPdkLiiGqgAvg6Lzb0zz2zgJzJ`z0Tz2Nz8HzECxJ6vP0sV0q`0me0kk0io0os0su0xx4zzCzzHzzPzzVzzXzzXzzXzzXzzXzzXzxXxvXvuXssXqqXmoXkmbizVdzPZyHTsCNh6HZ0CS06Q00S00U00W00Y00_00a40cC4eJ6hR8kZAneEqmGtuHwzJzzLzz0Hz0Gz0Gz0Ez0Ez0Ez0Cz0Cz0Cz0Ax0Av08u08q08o06m06k06s0Cgz0TZzz0zz0zz2zq6ziAz`GzRJxHNvARuLGko0CV4de0Vo0NgVzkHzo6ss0ev0TmCbq2Xs0Tu0Nv0J0z02z0Cs0Lb0XL2e46o0CiZpoRmqGec4`h0Tc0LGzzRdxbHim0VPJob2bm0R60AP0Cg0EzzzzzzzdqxHdx0RzzLzmJzNHx0G0z00v60uE',
f)
self.assertEqual(len(f.get_gradient().segments), 255)
parfile.parse_center_mag(
"-0.74999655467724592903865/0.01712692163034049041486/5.51789e+018",
f)
self.assertEqual(f.params[f.XCENTER], -0.74999655467724592903865)
self.assertEqual(f.params[f.YCENTER], -0.01712692163034049041486)
self.assertEqual(f.params[f.MAGNITUDE], 2.0 / 5.51789e+018 * 1.33)
def setUp(self):
global g_comp
self.compiler = g_comp
self.f = fractal.T(self.compiler)
self.f.render_type = 2
self.f.set_formula("test.frm", "test_hypersphere")
self.f.compile()
handle = fract4dc.pf_load(self.f.outputfile)
self.pfunc = fract4dc.pf_create(handle)
self.cmap = fract4dc.cmap_create_gradient(
self.f.get_gradient().segments)
(r, g, b, a) = self.f.solids[0]
fract4dc.cmap_set_solid(self.cmap, 0, r, g, b, a)
(r, g, b, a) = self.f.solids[1]
fract4dc.cmap_set_solid(self.cmap, 1, r, g, b, a)
initparams = self.f.all_params()
fract4dc.pf_init(self.pfunc, self.f.params, initparams)
self.im = image.T(40, 30)
siteobj = FractalSite()
self.fw = fract4dc.fw_create(1, self.pfunc, self.cmap, self.im._img,
self.f.site)
self.ff = fract4dc.ff_create(
[0.0, 0.0, 0.0, 0.0, 4.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0],
2,
100,
0,
1,
self.pfunc,
self.cmap,
0,
1,
2, # 3D
self.im._img,
self.f.site,
self.fw,
False,
1.0E-9)
def __init__(self):
self.compiler = fc.Compiler()
self.update_compiler_prefs(fractconfig.instance)
self.f = fractal.T(self.compiler)
ratio = (k + 1.0) / runlength
nratio = 1.0 - ratio
col = map(lambda (x, y): int(x * nratio + y * ratio),
pairs)
colors.append(col)
colors.append(rgb)
i += 3
runlength = 0
return colors
if __name__ == "__main__":
import sys
import fc
import fractal
g_comp = fc.Compiler()
g_comp.add_func_path("../formulas")
g_comp.load_formula_file("gf4d.frm")
g_comp.load_formula_file("test.frm")
g_comp.load_formula_file("gf4d.cfrm")
f = fractal.T(g_comp)
file = open(sys.argv[1])
parse(file, f)
f.save(open("parfile.fct", "w"))
def testLoadFOTD1(self):
fotd_file = StringIO.StringIO(fotd)
f = fractal.T(g_comp)
parfile.parse(fotd_file, f)
self.assertEqual(f.maxiter, 72000)
