/
Features_Speedtest.py
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Features_Speedtest.py
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notice = """
Feature and speed test
for a Pure Python graphics library
that saves to a bitmap
-----------------------------------
| Copyright 2022 by Joel C. Alcarez |
| [joelalcarez1975@gmail.com] |
|-----------------------------------|
| We make absolutely no warranty |
| of any kind, expressed or implied |
|-----------------------------------|
| The primary author and any |
| any subsequent code contributors |
| shall not be liable in any event |
| for incidental or consequential |
| damages in connection with, or |
| arising out from the use of this |
| code in current form or with any |
| modifications. |
|-----------------------------------|
| Contact primary author |
| if you plan to use this |
| in a commercial product at |
| joelalcarez1975@gmail.com |
|-----------------------------------|
| Educational or hobby use is |
| highly encouraged... |
| have fun coding ! |
|-----------------------------------|
| This graphics library outputs |
| to a bitmap file. |
-----------------------------------
"""
from pythonbmp.BITMAPlib import(
addvect,
adjustcolordicttopal,
beziercurve,
bottomrightcoord,
bspline,
bsplinevert,
centercoord,
conevertandsurface,
convertselection2BMP,
copyrect,
cubevert,
cylindervertandsurface,
decahedvertandsurface,
drawvec,
fillbackgroundwithgrad,
filledgradrect,
filledrect,
font8x14,
font8x8,
font8x8thin,
font8x14thin,
font8x8sanserif,
font8x14sanserif,
getcolorname2RGBdict,
getdefaultlumrange,
getIFSparams,
getRGBfactors,
getshapesidedict,
gradcircle,
gradellipse,
gradthickcircle,
gradthickellipserot,
gradthickroundline,
gradvert,
hexahedravert,
icosahedvertandsurface,
IFS,
loadBMP,
mandelbrot,
fractaldomainparamdict,
newBMP,
octahedravert,
pasterect,
piechart,
plot3Dsolid,
plot8bitpatternastext,
plotbmpastext,
plotfilledflower,
plotlines,
plotpoly,
plotreversestring,
plotstring,
plotstringsideway,
plotstringupsidedown,
plotstringvertical,
rectangle,
regpolygonvert,
RGB2int,
rotvec3D,
saveBMP,
spherevertandsurface,
spiralcontrolpointsvert,
surfplot3Dvertandsurface,
tetrahedravert,
trans,
XYaxis,
XYscatterplot
)
import subprocess as proc
from time import(
process_time_ns as _time_ns
)
from random import randint
from os import path
def elaspedtimeinseconds(inittime):
return (_time_ns() - inittime) / 1000000000
def hhmmsselaspedtime(inittime):
secs, ns = \
divmod((_time_ns() - inittime), 1000000000)
mins, secs = divmod(secs, 60)
hrs, mins = divmod(mins, 60)
return (((f'{str(hrs).zfill(2)}:' + str(mins).zfill(2)) + ':') +
str(secs).zfill(2) + '.') + str(ns)
def main():
rootdir = path.dirname(__file__)
print(notice)
demostart = _time_ns()
starttime = _time_ns()
mx = 1024
my = 768
bmp = newBMP(mx, my, 24)
print('New bitmap in ' + hhmmsselaspedtime(starttime))
maxpt = bottomrightcoord(bmp)
cenpt = centercoord(bmp) #bitmap dependent coords
c = getcolorname2RGBdict()
cf = getRGBfactors()
lum = getdefaultlumrange() #color info
adjustcolordicttopal(bmp, c)
starttime = _time_ns()
fillbackgroundwithgrad(bmp,
lum['maxasc'], cf['blue'], 0)
print('Background gradient test done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
rectangle(bmp, 1, 1,
maxpt[0] - 1,
maxpt[1] - 1,
c['white'])
filledgradrect(bmp,
395, 5, 955, 41,
lum['upperdesc'],
cf['orange'], 1)
filledrect(bmp,
395, 44, 955, 55,
c['darkblue'])
print('Rectangle tests done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
hc = spiralcontrolpointsvert(
350, 180, 5, 1.1, 5)#we will use this later to make smooth spiral
gradthickroundline(bmp,
[800, 620], # end point 1
[800, 600], # end point 2
7, # thickness
lum['upperdesc'], # how bright the gradient
cf['darkred']) # color of the gradient
plotlines(bmp, hc, c['yellow'])
cp = [50, 150]#all arrows must point outward from cp or bug report please
drawvec(bmp, cp, [50, 100], 0, c['white'])#color dict more readable than color int
drawvec(bmp, cp, [100, 150], 0, c['green'])#but if you want to use color int
drawvec(bmp, cp, [50, 200], 0, c['red'])#the functions will work too
drawvec(bmp, cp, [5, 150], 0, c['blue'])#up to the color supported
drawvec(bmp, cp, [75, 175], 0, c['yellow'])# by the loaded bitmap file
drawvec(bmp, cp, [25, 125], 0, c['magenta'])
drawvec(bmp, cp, [25, 175], 0, c['orange'])
drawvec(bmp, cp, [75, 125], 0, c['gray'])
print('Line tests done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
fnt = font8x8
strtest = '\x01abcdefghijklmnopqrstuvwxyz\n0123456789\'":;.,?!~`@#$%^&()[]{}_*+-/=<>\nABCDEFGHIJKLMNOPQRSTUVWXYZ'
plotstring(bmp, 400, 10,
'My Python GL test',
4, 1, 0, c['lightgray'],
fnt)
plotstring(bmp, 400, 45,
'Copyright 2021 by Joel C. Alcarez (joelalcarez1975@gmail.com)',1,1,0,c['brightwhite'],fnt)
fnt = font8x8sanserif
plotstring(bmp, 300, 64,
strtest, 1, 0, 0,
c['brightgreen'],
fnt)
fnt = font8x8
plotstringupsidedown(bmp,
10, 737,
strtest, 1, 0, 0,
c['brightgreen'],
fnt)
plotreversestring(bmp,
300, 100,
strtest, 1, 0, 0,
c['brightgreen'],
fnt)
fnt = font8x14sanserif
plotstringvertical(bmp,
970, 30,
'Matrix text',
2, 0, 0, c['green'],
fnt)
plotstringsideway(bmp, 970, 730,
strtest, 1, 0, 0,
c['white'], fnt)
print('Text tests done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
#be careful with these variables
# or the object goes offscreen
d = 200 # distance of the observer
# from the screen
tvect = [0, 0, 100] #3D translation vector
sd = getshapesidedict()
pts = tetrahedravert(80)
shapes = [[[trans(cubevert(30),
pts[3]),
sd["cube"]],
cf["darkblue"], True,
c['black']],
[[trans(tetrahedravert(30),
pts[2]),
sd["tetrahedra"]],
cf["darkred"], True,
c['white']],
[[trans(octahedravert(20),
pts[1]),
sd["octahedra"]],
cf["yellow"], True,
c['darkgray']],
[[trans(hexahedravert(30),
pts[0]),
sd["hexahedra"]],
cf["darkgreen"], True,
c['darkgreen']]]
for s in shapes:
plot3Dsolid(bmp,
s[0], True,
s[1], s[2], s[3],
rotvec3D(10, 5, 5),
tvect, d,
addvect(cenpt, [-160, -10]))
plot3Dsolid(bmp,
decahedvertandsurface(25),
True, cf['brightred'], False,
0, rotvec3D(7, 77, 20),
tvect, d, addvect(cenpt, [280, -250]))
plot3Dsolid(bmp,
icosahedvertandsurface(25),
True, cf['brightwhite'], False,
0, rotvec3D(70, 7, 20),
tvect, d, addvect(cenpt, [+60, -130]))
plot3Dsolid(bmp,
spherevertandsurface([5, 0, 0], 60, 10),
True, cf['brightwhite'], False,
0, rotvec3D(190, 145, 70),
tvect, d, addvect(cenpt, [300, -50]))
plot3Dsolid(bmp,
cylindervertandsurface([1,0,0], 20, 10, 5),
True, cf['brightyellow'], True,
RGB2int(20, 20, 0), rotvec3D(60, 74, 72),
tvect, d, addvect(cenpt,[-200, -50]))
plot3Dsolid(bmp,
conevertandsurface([1, 0, 0], 20, 15, 5),
True, cf['brightorange'],
False, RGB2int(20, 20, 0),
rotvec3D(6, 67 ,2),
tvect, d, addvect(cenpt, [-300, -150]))
fnxy = lambda x, y: x & y
plot3Dsolid(bmp,
surfplot3Dvertandsurface (
-35, -35, 35, 35, 5, fnxy),
True, cf['brightcyan'],
True, 0, rotvec3D(20, 67, 30),
tvect, d, addvect(cenpt, [-420, -25]))
print('3D tests done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
mandelpar = fractaldomainparamdict()
mandelbrot(bmp, 10, 600, 130, 735,
mandelpar['maxeqdim'],
cf['brightgreen'], 255)
p = getIFSparams()#same here add more to this dict
IFS(bmp, p['fern'],
170, 600, 270, 730, 12, 12, 30, 30,
c['lightgreen'], 10000)
IFS(bmp, p['tree'],
270, 600, 370, 730, 100, 100, 0, 0,
c['brown'], 10000)
IFS(bmp,p['cantortree'],
370, 600, 450, 730, 100, 100, 0, 0,
c['lightcyan'], 10000)
IFS(bmp, p['sierpinskitriangle'],
450, 600, 670, 730, 100, 100, 0, 0,
c['cyan'], 10000)
print('Fractal tests done in ',
hhmmsselaspedtime(starttime))
p = regpolygonvert(250, 80, 40, 6, 0)
starttime = _time_ns()
beziercurve(bmp, p, 3, c['brightorange'])
beziercurve(bmp, hc, 0, c['lightred'])
print('Bezier curve tests done in ',
hhmmsselaspedtime(starttime) )
starttime = _time_ns() #bspline follow control points better than bezier
bspline(bmp, p, 0, c['red'], True, True)
bspline(bmp, hc, 0, c['brightwhite'], True, True)
gradvert(bmp,
bsplinevert(
spiralcontrolpointsvert(
165, 135, 7, 1.2, 3),
False,
False),
5,
lum['upperdesc'],
cf['brightwhite'])
print('Bspline tests done in ',
hhmmsselaspedtime(starttime) )
starttime = _time_ns()
gradcircle(bmp, 900, 140, 30,
lum['maxdesc'], cf['brightyellow'])
gradthickcircle(bmp, 900, 550, 40, 8,
lum['upperdesc'], cf['lightred'])
print('Circle tests done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
gradellipse(bmp, 750, 550, 20, 40,
lum['upperdesc'], cf['brightorange'])
gradthickellipserot(bmp, 790, 700, 50, 30, 45, 5,
lum['upperdesc'], cf['yellow'])
print('Ellipse tests done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
pdata = []#[[20,c['red']],[30,c['brightyellow']],...]
for color in c:
pdata.append([1,c[color]])
piedata = piechart(bmp, 75, 540, 45, pdata)
print('Arc and pie chart tests done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
plotpoly(bmp, p, c['brightcyan'])
print('Polygon tests done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
plotfilledflower(bmp, 40, 40, 30, 5, 45,
lum['maxasc'], cf['brightyellow'])
print('Filled flower test done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns() #[x,y,rad=constant for sample can be variable,isfilled]
XYdata = []#[[45,45,5,c['brightcyan'],True],[100,60,5,c['brightgreen'],True],..]
for color in c:
XYdata.append(
[randint(20, 140),
randint(30,70),
5, c[color], True])
XYdata.append(
[randint(20, 140),
randint(30, 70),
5, c[color], False])
XYcoordinfo = XYaxis(bmp,
[172, 598],[40, 40],
[666, 398],[20, 30],
[10, 10],
c['brightwhite'],
c['gray'],
True,
c['darkgreen'])
XYscatterplot(bmp, XYdata, XYcoordinfo,
True, c['green'])
print('XY scatterplot test done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
buff = copyrect(bmp, 3, 3, 80, 80)
pasterect(bmp, buff, 858, 611)
print('Copy paste done in ',
hhmmsselaspedtime(starttime))
starttime = _time_ns()
file = 'Hello_speedtest.bmp' # some random filename
saveBMP(file, bmp) # dump byte array to file
print('Saved ' + file + ' in ',
hhmmsselaspedtime(starttime))
print('Demo done in ',
hhmmsselaspedtime(demostart))
print('\nAll done close mspaint to finish')
ret = proc.call('mspaint ' + file) # replace with another editor if Unix
print('\nThe')
print(plot8bitpatternastext([0x00,0x00,0x38,0x6C,0x6C,0x38,0x76,0xDC,0xCC,0xCC,0x76,0x00,0x00,0x00],'&',' '))
if __name__ == "__main__":
main()