random.randrange

All Samples(5574) | Call(5046) | Derive(0) | Import(528)

Choose a random item from range(start, stop[, step]).

This fixes the problem with randint() which includes the
endpoint; in Python this is usually not what you want.
Do not supply the 'int', 'default', and 'maxwidth' arguments.

src/k/a/kamaelia-HEAD/trunk/Code/Python/Kamaelia/Examples/GraphVisualisation/BasicGraphVisualisation/PhysApp1.py kamaelia(Download)

import pygame
from pygame.locals import *
 
from random import randrange
import random
 
from Axon.Component import component

    def makeParticle(self, label, position, nodetype, particleRadius):
        if position == "randompos":
           xpos = randrange(self.border, self.screensize[0]-self.border, 1)
           ypos = randrange(self.border, self.screensize[1]-self.border, 1)
        else:
           xpos,ypos = position
        particle = VisibleParticle( (xpos, ypos), label, particleRadius)

    def extra(self):
       if self.physics:
          if random.randrange(0,100)<5:
             self.makeParticle(str(self.X), "randompos", "circle", 20)
             self.X += 1
          if random.randrange(0,100)<25:
             start = self.physics.particleDict.keys()[random.randrange(0,len(self.physics.particleDict.keys()))]
             end = start
             while end == start:
                end = self.physics.particleDict.keys()[random.randrange(0,len(self.physics.particleDict.keys()))]

 
    linkDict = {}
    while len(linkDict.keys()) <L:
       start = random.randrange(0,len(nodes))
       end = start
       while end == start:
          end = random.randrange(0,len(nodes))
       linkDict[ nodes[start][0],nodes[end][0] ] = None
    links = linkDict.keys()
 
    app = PhysApp1( (640, 480), False, nodes, links)
    X = N+1
    for i in app.main():
       if randrange(0,100)<5:

       if randrange(0,100)<5:
          app.makeParticle(str(X), "randompos", "circle", 20)
          X += 1
       if randrange(0,100)<25:
          start = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]
          end = start
          while end == start:
             end = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]

src/k/a/kamaelia-HEAD/Code/Python/Kamaelia/Examples/GraphVisualisation/BasicGraphVisualisation/PhysApp1.py kamaelia(Download)

import pygame
from pygame.locals import *
 
from random import randrange
import random
 
from Axon.Component import component

    def makeParticle(self, label, position, nodetype, particleRadius):
        if position == "randompos":
           xpos = randrange(self.border, self.screensize[0]-self.border, 1)
           ypos = randrange(self.border, self.screensize[1]-self.border, 1)
        else:
           xpos,ypos = position
        particle = VisibleParticle( (xpos, ypos), label, particleRadius)

    def extra(self):
       if self.physics:
          if random.randrange(0,100)<5:
             self.makeParticle(str(self.X), "randompos", "circle", 20)
             self.X += 1
          if random.randrange(0,100)<25:
             start = self.physics.particleDict.keys()[random.randrange(0,len(self.physics.particleDict.keys()))]
             end = start
             while end == start:
                end = self.physics.particleDict.keys()[random.randrange(0,len(self.physics.particleDict.keys()))]

 
    linkDict = {}
    while len(linkDict.keys()) <L:
       start = random.randrange(0,len(nodes))
       end = start
       while end == start:
          end = random.randrange(0,len(nodes))
       linkDict[ nodes[start][0],nodes[end][0] ] = None
    links = linkDict.keys()
 
    app = PhysApp1( (640, 480), False, nodes, links)
    X = N+1
    for i in app.main():
       if randrange(0,100)<5:

       if randrange(0,100)<5:
          app.makeParticle(str(X), "randompos", "circle", 20)
          X += 1
       if randrange(0,100)<25:
          start = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]
          end = start
          while end == start:
             end = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]

src/k/a/kamaelia-HEAD/trunk/Code/Python/Kamaelia/Examples/GraphVisualisation/BasicGraphVisualisation/VisibleParticle.py kamaelia(Download)

import pygame
from pygame.locals import *
 
from random import randrange
import random
 
from Axon.Component import component

    def makeParticle(self, label, position, nodetype, particleRadius):
        if position == "randompos":
           xpos = randrange(self.border, self.screensize[0]-self.border, 1)
           ypos = randrange(self.border, self.screensize[1]-self.border, 1)
        else:
           xpos,ypos = position
        particle = VisibleParticle( (xpos, ypos), label, particleRadius)

 
    linkDict = {}
    while len(linkDict.keys()) <L:
       start = random.randrange(0,len(nodes))
       end = start
       while end == start:
          end = random.randrange(0,len(nodes))
       linkDict[ nodes[start][0],nodes[end][0] ] = None
    links = linkDict.keys()
 
    app = PhysApp1( (640, 480), False, nodes, links)
    X = N+1
    for i in app.main():
       if randrange(0,100)<5:

       if randrange(0,100)<5:
          app.makeParticle(str(X), "randompos", "circle", 20)
          X += 1
       if randrange(0,100)<25:
          start = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]
          end = start
          while end == start:
             end = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]

src/k/a/kamaelia-HEAD/Code/Python/Kamaelia/Examples/GraphVisualisation/BasicGraphVisualisation/VisibleParticle.py kamaelia(Download)

import pygame
from pygame.locals import *
 
from random import randrange
import random
 
from Axon.Component import component

    def makeParticle(self, label, position, nodetype, particleRadius):
        if position == "randompos":
           xpos = randrange(self.border, self.screensize[0]-self.border, 1)
           ypos = randrange(self.border, self.screensize[1]-self.border, 1)
        else:
           xpos,ypos = position
        particle = VisibleParticle( (xpos, ypos), label, particleRadius)

 
    linkDict = {}
    while len(linkDict.keys()) <L:
       start = random.randrange(0,len(nodes))
       end = start
       while end == start:
          end = random.randrange(0,len(nodes))
       linkDict[ nodes[start][0],nodes[end][0] ] = None
    links = linkDict.keys()
 
    app = PhysApp1( (640, 480), False, nodes, links)
    X = N+1
    for i in app.main():
       if randrange(0,100)<5:

       if randrange(0,100)<5:
          app.makeParticle(str(X), "randompos", "circle", 20)
          X += 1
       if randrange(0,100)<25:
          start = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]
          end = start
          while end == start:
             end = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]

src/k/a/kamaelia-HEAD/trunk/Sketches/MH/Layout/Example/VisibleParticle.py kamaelia(Download)

import pygame
from pygame.locals import *
 
from random import randrange
import random
 
from Axon.Component import component

    def makeParticle(self, label, position, nodetype, particleRadius):
        if position == "randompos":
           xpos = randrange(self.border, self.screensize[0]-self.border, 1)
           ypos = randrange(self.border, self.screensize[1]-self.border, 1)
        else:
           xpos,ypos = position
        particle = VisibleParticle( (xpos, ypos), label, particleRadius)

 
    linkDict = {}
    while len(linkDict.keys()) <L:
       start = random.randrange(0,len(nodes))
       end = start
       while end == start:
          end = random.randrange(0,len(nodes))
       linkDict[ nodes[start][0],nodes[end][0] ] = None
    links = linkDict.keys()
 
    app = PhysApp1( (640, 480), False, nodes, links)
    X = N+1
    for i in app.main():
       if randrange(0,100)<5:

       if randrange(0,100)<5:
          app.makeParticle(str(X), "randompos", "circle", 20)
          X += 1
       if randrange(0,100)<25:
          start = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]
          end = start
          while end == start:
             end = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]

src/k/a/kamaelia-HEAD/trunk/Sketches/MH/Layout/Example/PhysApp1.py kamaelia(Download)

import pygame
from pygame.locals import *
 
from random import randrange
import random
 
from Axon.Component import component

    def makeParticle(self, label, position, nodetype, particleRadius):
        if position == "randompos":
           xpos = randrange(self.border, self.screensize[0]-self.border, 1)
           ypos = randrange(self.border, self.screensize[1]-self.border, 1)
        else:
           xpos,ypos = position
        particle = VisibleParticle( (xpos, ypos), label, particleRadius)

 
    linkDict = {}
    while len(linkDict.keys()) <L:
       start = random.randrange(0,len(nodes))
       end = start
       while end == start:
          end = random.randrange(0,len(nodes))
       linkDict[ nodes[start][0],nodes[end][0] ] = None
    links = linkDict.keys()
 
    app = PhysApp1( (640, 480), False, nodes, links)
    X = N+1
    for i in app.main():
       if randrange(0,100)<5:

       if randrange(0,100)<5:
          app.makeParticle(str(X), "randompos", "circle", 20)
          X += 1
       if randrange(0,100)<25:
          start = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]
          end = start
          while end == start:
             end = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]

src/m/i/mingus-0.4.2.3/mingus_examples/improviser/improviser.py mingus(Download)

from mingus.containers import NoteContainer, Note
from mingus.midi import fluidsynth
import time, sys
from random import random, choice, randrange
 
SF2 = "soundfont.sf2"

 
		# Play chord
		if not swing and play_chords and loop > chord_start and loop < chord_end:
			fluidsynth.play_NoteContainer(c, chord_channel, randrange(50,75))
 
		if play_chords and loop > chord_start and loop < chord_end:
			if orchestrate_second:
				if loop % 2 == 0:
					fluidsynth.play_NoteContainer(c, chord_channel2, randrange(50,75))
			else:
				fluidsynth.play_NoteContainer(c, chord_channel2, randrange(50,75))

					if t > 0 and t < len(beats) - 1:
						if beats[t-1] and not beats[t+1]:
							n = Note(choice(c).name)
				fluidsynth.play_Note(n, solo_channel, randrange(80, 110))
				print n
 
			# Repeat chord on half of the bar
			if play_chords and t != 0 and loop > chord_start and loop < chord_end:
				if swing and random() > 0.95:
					fluidsynth.play_NoteContainer(c, chord_channel3, randrange(20, 75))
				elif t % (len(beats) / 2) == 0 and t != 0:
					fluidsynth.play_NoteContainer(c, chord_channel3, randrange(20, 75))

				l = Note(choice(c).name)
				l.octave_down()
				l.octave_down()
				fluidsynth.play_Note(l, bass_channel,  randrange(50,75))
			elif play_bass and t == 0:
				fluidsynth.play_Note(l, bass_channel, randrange(50,75))
 
			# Drums
			if play_drums and loop > 0:
				if t % (len(beats) / 2) == 0 and t != 0:
					fluidsynth.play_Note(Note("E", 2), 9, randrange(50,100)) # snare
				else:
					if random() > 0.8 or t == 0:
						fluidsynth.play_Note(Note("C", 2), 9, randrange(20,100)) # bass

						fluidsynth.play_Note(Note("C", 2), 9, randrange(20,100)) # bass
 
				if t == 0 and random() > 0.75:
					fluidsynth.play_Note(Note("C#", 3), 9, randrange(60,100)) # crash
 
				if swing:
					if random() > 0.9:
						fluidsynth.play_Note(Note("A#", 2), 9, randrange(50,100)) # hihat open
					elif random() > 0.6:
						fluidsynth.play_Note(Note("G#", 2), 9, randrange(100,120)) # hihat closed

src/k/a/kamaelia-HEAD/Sketches/MH/Layout/Example/VisibleParticle.py kamaelia(Download)

import pygame
from pygame.locals import *
 
from random import randrange
import random
 
from Axon.Component import component

    def makeParticle(self, label, position, nodetype, particleRadius):
        if position == "randompos":
           xpos = randrange(self.border, self.screensize[0]-self.border, 1)
           ypos = randrange(self.border, self.screensize[1]-self.border, 1)
        else:
           xpos,ypos = position
        particle = VisibleParticle( (xpos, ypos), label, particleRadius)

 
    linkDict = {}
    while len(linkDict.keys()) <L:
       start = random.randrange(0,len(nodes))
       end = start
       while end == start:
          end = random.randrange(0,len(nodes))
       linkDict[ nodes[start][0],nodes[end][0] ] = None
    links = linkDict.keys()
 
    app = PhysApp1( (640, 480), False, nodes, links)
    X = N+1
    for i in app.main():
       if randrange(0,100)<5:

       if randrange(0,100)<5:
          app.makeParticle(str(X), "randompos", "circle", 20)
          X += 1
       if randrange(0,100)<25:
          start = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]
          end = start
          while end == start:
             end = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]

src/k/a/kamaelia-HEAD/Sketches/MH/Layout/Example/PhysApp1.py kamaelia(Download)

import pygame
from pygame.locals import *
 
from random import randrange
import random
 
from Axon.Component import component

    def makeParticle(self, label, position, nodetype, particleRadius):
        if position == "randompos":
           xpos = randrange(self.border, self.screensize[0]-self.border, 1)
           ypos = randrange(self.border, self.screensize[1]-self.border, 1)
        else:
           xpos,ypos = position
        particle = VisibleParticle( (xpos, ypos), label, particleRadius)

 
    linkDict = {}
    while len(linkDict.keys()) <L:
       start = random.randrange(0,len(nodes))
       end = start
       while end == start:
          end = random.randrange(0,len(nodes))
       linkDict[ nodes[start][0],nodes[end][0] ] = None
    links = linkDict.keys()
 
    app = PhysApp1( (640, 480), False, nodes, links)
    X = N+1
    for i in app.main():
       if randrange(0,100)<5:

       if randrange(0,100)<5:
          app.makeParticle(str(X), "randompos", "circle", 20)
          X += 1
       if randrange(0,100)<25:
          start = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]
          end = start
          while end == start:
             end = app.physics.particleDict.keys()[random.randrange(0,len(app.physics.particleDict.keys()))]

src/p/y/python-visual-HEAD/examples/randombox.py python-visual(Download)

from visual import *
from random import random, randrange
 
## this is mostly for experimenting with zooming and rotating
 
print("""
Right button drag to rotate "camera" to view scene.

def random_box ():
    xx = randrange (-55,54)
    yy = randrange (-55,54)
    zz = randrange (-55,54)
    x = randrange (1,11)
    y = randrange (1,11)
    z = randrange (1,11)

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