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tests/network-clock.scm (plot-simulation): Pipe data to the elite python skript.
Original commit message from CVS: 2005-06-23 Andy Wingo <wingo@pobox.com> * tests/network-clock.scm (plot-simulation): Pipe data to the elite python skript. * tests/network-clock-utils.scm (define-parameter): New macro, defines a parameter that can be set via the command line. (set-parameter!, parse-parameter-arguments): Command line args parser. * tests/plot-data: Simple matplotlib-based plotter, takes input on stdin.
This commit is contained in:
Andy Wingo
parent
df9cfd8830
commit
3433bdcf17
7 changed files with 345 additions and 72 deletions
13
ChangeLog
13
ChangeLog
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@ -1,3 +1,16 @@
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2005-06-23 Andy Wingo <wingo@pobox.com>
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* tests/network-clock.scm (plot-simulation): Pipe data to the
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elite python skript.
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* tests/network-clock-utils.scm (define-parameter): New macro,
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defines a parameter that can be set via the command line.
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(set-parameter!, parse-parameter-arguments): Command line args
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parser.
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* tests/plot-data: Simple matplotlib-based plotter, takes input on
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stdin.
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2005-06-23 Jan Schmidt <thaytan@mad.scientist.com>
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* gst/elements/gsttypefindelement.c:
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@ -108,7 +108,7 @@
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(stream-cons start (arithmetic-series (+ start step) step)))
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(define (scale-stream stream factor)
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(stream-map (lambda (t) (* t factor)) *absolute-time*))
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(stream-map (lambda (t) (* t factor)) stream))
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(define (stream-while pred proc . streams)
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(if (apply pred (map stream-car streams))
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@ -129,8 +129,6 @@
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;; Queues with a maximum length.
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(define *q-length* 32)
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(define (make-q l)
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(cons l (last-pair l)))
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@ -145,6 +143,66 @@
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(if (null? (q-tail q))
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(make-q tail)
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(let ((l (append! (q-head q) tail)))
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(if (> (length (q-head q)) *q-length*)
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(if (> (length (q-head q)) *queue-length*)
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(make-q (cdr (q-head q)))
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q)))))
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;; Parameters, settable via command line arguments.
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(define %parameters '())
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(define-macro (define-parameter name val)
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(let ((str (symbol->string name)))
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(or (and (eqv? (string-ref str 0) #\*)
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(eqv? (string-ref str (1- (string-length str))) #\*))
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(error "Invalid parameter name" name))
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(let ((param (string->symbol
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(substring str 1 (1- (string-length str)))))
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(val-sym (gensym)))
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`(begin
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(define ,name #f)
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(let ((,val-sym ,val))
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(set! ,name ,val-sym)
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(set! %parameters (cons (cons ',param ,val-sym)
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%parameters)))))))
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(define (set-parameter! name val)
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(define (symbol-append . args)
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(string->symbol (apply string-append (map symbol->string args))))
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(or (assq name %parameters)
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(error "Unknown parameter" name))
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(module-set! (current-module) (symbol-append '* name '*) val))
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(define (parse-parameter-arguments args)
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(define (usage)
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(format #t "Usage: ~a ARG1...\n\n" "network-clock.scm")
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(for-each
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(lambda (pair)
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(format #t "\t--~a=VAL \t(default: ~a)\n" (car pair) (cdr pair)))
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%parameters))
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(define (unknown-arg arg)
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(with-output-to-port (current-error-port)
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(lambda ()
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(format #t "\nUnknown argument: ~a\n\n" arg)
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(usage)
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(quit))))
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(define (parse-arguments args)
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(let lp ((in args) (out '()))
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(cond
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((null? in)
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(reverse! out))
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((not (string=? (substring (car in) 0 2) "--"))
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(unknown-arg (car in)))
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(else
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(let ((divider (or (string-index (car in) #\=)
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(unknown-arg (car in)))))
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(or (> divider 2) (unknown-arg (car in)))
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(let ((param (string->symbol (substring (car in) 2 divider)))
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(val (with-input-from-string (substring (car in) (1+ divider))
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read)))
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(lp (cdr in) (acons param val out))))))))
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(for-each
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(lambda (pair)
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(or (false-if-exception
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(set-parameter! (car pair) (cdr pair)))
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(unknown-arg (format #f "--~a=~a" (car pair) (cdr pair)))))
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(parse-arguments args)))
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@ -1,6 +1,6 @@
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#!/bin/bash
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# -*- scheme -*-
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exec guile -l $0 -e main "$@"
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exec guile -l $0 -e main -- "$@"
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!#
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;; GStreamer
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@ -55,26 +55,22 @@ exec guile -l $0 -e main "$@"
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;; is called. In that way all times are actually infinite series.
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;;
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;; Knobs: sample rate, send delay, receive delay, send noise, receive
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;; noise, queue length, rate of remote clock, rate of local clock.
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;; Fixme: Make knobs more accesible tomorrow; also make graphs.
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;; noise, queue length, rate of remote clock, rate of local clock. See
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;; network-clock.scm --help.
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;;
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;;; Code:
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(use-modules (ice-9 slib))
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(use-modules (ice-9 slib)
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(ice-9 popen))
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(require 'printf)
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(load "network-clock-utils.scm")
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(define *sample-frequency* 40)
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(define (time->samples t)
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(iround (* t *sample-frequency*)))
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(define *absolute-time* (arithmetic-series 0.0 (/ 1.0 *sample-frequency*)))
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(define *empty-event-stream* (stream-of #f))
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(define (schedule-event events e time)
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(let lp ((response-time (time->samples time))
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@ -89,10 +85,13 @@ exec guile -l $0 -e main "$@"
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(schedule-event events (list 'send-time-query) time))
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(define (schedule-time-query events l)
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(schedule-event events (list 'time-query l) (+ 0.20 (random 0.20))))
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(schedule-event events (list 'time-query l)
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(+ *send-delay* (random *send-noise*))))
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(define (schedule-time-response events l r)
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(schedule-event events (list 'time-response l r) (+ 0.20 (random 0.20))))
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(schedule-event events (list 'time-response l r)
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(+ *receive-delay* (random *receive-noise*))))
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(define (network-time remote-time local-time events m b x y)
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(let ((r (stream-car remote-time))
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@ -108,11 +107,11 @@ exec guile -l $0 -e main "$@"
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(case (and=> event car)
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((send-time-query)
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(format #t "sending time query: ~a\n" l)
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(format #t "; sending time query: ~a\n" l)
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(next (schedule-time-query events l) m b x y))
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((time-query)
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(format #t "time query received, replying with ~a\n" r)
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(format #t "; time query received, replying with ~a\n" r)
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(next (schedule-time-response events (cadr event) r) m b x y))
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((time-response)
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@ -123,34 +122,36 @@ exec guile -l $0 -e main "$@"
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(lambda (m b r-squared)
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(define (next-time)
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(max
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(if (< (length (q-head x)) *q-length*)
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(if (< (length (q-head x)) *queue-length*)
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0
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(/ 1 (- 1 (min r-squared 0.99999)) 1000))
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0.10))
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(format #t "new slope and offset: ~a ~a (~a)\n" m b r-squared)
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(format #t "; new slope and offset: ~a ~a (~a)\n" m b r-squared)
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(next (schedule-send-time-query events (next-time)) m b x y)))))
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(else
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(next events m b x y)))))
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(define (run-simulation remote-speed local-speed)
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(let ((remote-time (scale-stream *absolute-time* remote-speed))
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(local-time (scale-stream *absolute-time* local-speed)))
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(let ((absolute-time (arithmetic-series 0.0 (/ 1.0 *sample-frequency*)))
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(event-stream (stream-of #f)))
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(let ((remote-time (scale-stream absolute-time remote-speed))
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(local-time (scale-stream absolute-time local-speed)))
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(values
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*absolute-time*
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absolute-time
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remote-time
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local-time
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(network-time
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remote-time
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local-time
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(schedule-send-time-query *empty-event-stream* 0.0)
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(schedule-send-time-query event-stream 0.0)
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1.0
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(stream-car local-time)
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(make-q (list (stream-car local-time)))
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(make-q (list (stream-car remote-time)))))))
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(make-q (list (stream-car remote-time))))))))
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(define (print-simulation total-time sample-rate remote-speed local-speed)
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(display ";; absolute remote local network\n")
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(display "Absolute time; Remote time; Local time; Network time\n")
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(call-with-values
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(lambda () (run-simulation remote-speed local-speed))
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(lambda streams
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@ -160,5 +161,26 @@ exec guile -l $0 -e main "$@"
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(lambda (a r l n) (printf "%.3f %.3f %.3f %.3f\n" a r l n))
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streams))))
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(define (main . args)
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(print-simulation 20 #f 2.0 1.1))
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(define (plot-simulation)
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(let ((port (open-output-pipe "./plot-data Network Clock Simulation")))
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(with-output-to-port port
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(lambda ()
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(print-simulation *total-time* #f *remote-rate* *local-rate*)))
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(close-pipe port)))
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(define-parameter *sample-frequency* 40)
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(define-parameter *send-delay* 0.1)
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(define-parameter *receive-delay* 0.1)
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(define-parameter *send-noise* 0.1)
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(define-parameter *receive-noise* 0.1)
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(define-parameter *queue-length* 32)
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(define-parameter *local-rate* 1.0)
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(define-parameter *remote-rate* 1.1)
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(define-parameter *total-time* 5.0)
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(define (main args)
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(parse-parameter-arguments (cdr args))
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(plot-simulation)
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(quit))
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50
tests/misc/plot-data
Executable file
50
tests/misc/plot-data
Executable file
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@ -0,0 +1,50 @@
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#!/usr/bin/env python
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from __future__ import division
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import pylab
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import optparse
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import sys
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def read_line(fd):
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l = fd.readline()
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if not l:
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return None
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l = l.strip()
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if l[0] == ';':
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return read_line(fd)
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return [float(x) for x in filter(None, l.split(' '))]
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def read_data(fd):
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data = []
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l = read_line(fd)
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while l:
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data.append(l)
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l = read_line(fd)
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return data
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def make_xticks(start, end, numticks):
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return range(int(start), int(end), int((start-end)/numticks))
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def make_plot(title):
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l = sys.stdin.readline()
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labels = l.strip().split(';')
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data = read_data(sys.stdin)
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domain = [x[0] for x in data]
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for i in range(1,len(labels)):
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pylab.plot(domain, [x[i] for x in data], label=labels[i])
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pylab.legend()
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pylab.ylabel(r'Clock time (s)')
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pylab.xlabel(r'Real time (s)')
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pylab.title(title)
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pylab.grid(True)
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pylab.show()
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def main(args):
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parser = optparse.OptionParser()
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title = ' '.join(args[1:])
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make_plot(title)
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main(sys.argv)
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@ -108,7 +108,7 @@
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(stream-cons start (arithmetic-series (+ start step) step)))
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(define (scale-stream stream factor)
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(stream-map (lambda (t) (* t factor)) *absolute-time*))
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(stream-map (lambda (t) (* t factor)) stream))
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(define (stream-while pred proc . streams)
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(if (apply pred (map stream-car streams))
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@ -129,8 +129,6 @@
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;; Queues with a maximum length.
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(define *q-length* 32)
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(define (make-q l)
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(cons l (last-pair l)))
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|
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@ -145,6 +143,66 @@
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(if (null? (q-tail q))
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(make-q tail)
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(let ((l (append! (q-head q) tail)))
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(if (> (length (q-head q)) *q-length*)
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(if (> (length (q-head q)) *queue-length*)
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(make-q (cdr (q-head q)))
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q)))))
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;; Parameters, settable via command line arguments.
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(define %parameters '())
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(define-macro (define-parameter name val)
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(let ((str (symbol->string name)))
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(or (and (eqv? (string-ref str 0) #\*)
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(eqv? (string-ref str (1- (string-length str))) #\*))
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(error "Invalid parameter name" name))
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(let ((param (string->symbol
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(substring str 1 (1- (string-length str)))))
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(val-sym (gensym)))
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`(begin
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(define ,name #f)
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(let ((,val-sym ,val))
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(set! ,name ,val-sym)
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(set! %parameters (cons (cons ',param ,val-sym)
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%parameters)))))))
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(define (set-parameter! name val)
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(define (symbol-append . args)
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(string->symbol (apply string-append (map symbol->string args))))
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(or (assq name %parameters)
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(error "Unknown parameter" name))
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(module-set! (current-module) (symbol-append '* name '*) val))
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(define (parse-parameter-arguments args)
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(define (usage)
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(format #t "Usage: ~a ARG1...\n\n" "network-clock.scm")
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(for-each
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(lambda (pair)
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(format #t "\t--~a=VAL \t(default: ~a)\n" (car pair) (cdr pair)))
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%parameters))
|
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(define (unknown-arg arg)
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(with-output-to-port (current-error-port)
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(lambda ()
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(format #t "\nUnknown argument: ~a\n\n" arg)
|
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(usage)
|
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(quit))))
|
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(define (parse-arguments args)
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(let lp ((in args) (out '()))
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(cond
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((null? in)
|
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(reverse! out))
|
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((not (string=? (substring (car in) 0 2) "--"))
|
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(unknown-arg (car in)))
|
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(else
|
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(let ((divider (or (string-index (car in) #\=)
|
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(unknown-arg (car in)))))
|
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(or (> divider 2) (unknown-arg (car in)))
|
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(let ((param (string->symbol (substring (car in) 2 divider)))
|
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(val (with-input-from-string (substring (car in) (1+ divider))
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read)))
|
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(lp (cdr in) (acons param val out))))))))
|
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(for-each
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(lambda (pair)
|
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(or (false-if-exception
|
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(set-parameter! (car pair) (cdr pair)))
|
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(unknown-arg (format #f "--~a=~a" (car pair) (cdr pair)))))
|
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(parse-arguments args)))
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|
|
|
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|
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@ -1,6 +1,6 @@
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#!/bin/bash
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# -*- scheme -*-
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exec guile -l $0 -e main "$@"
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exec guile -l $0 -e main -- "$@"
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!#
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|
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;; GStreamer
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|
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@ -55,26 +55,22 @@ exec guile -l $0 -e main "$@"
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;; is called. In that way all times are actually infinite series.
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;;
|
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;; Knobs: sample rate, send delay, receive delay, send noise, receive
|
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;; noise, queue length, rate of remote clock, rate of local clock.
|
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;; Fixme: Make knobs more accesible tomorrow; also make graphs.
|
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;; noise, queue length, rate of remote clock, rate of local clock. See
|
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;; network-clock.scm --help.
|
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;;
|
||||
;;; Code:
|
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|
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|
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(use-modules (ice-9 slib))
|
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(use-modules (ice-9 slib)
|
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(ice-9 popen))
|
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(require 'printf)
|
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|
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(load "network-clock-utils.scm")
|
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|
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|
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(define *sample-frequency* 40)
|
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|
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(define (time->samples t)
|
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(iround (* t *sample-frequency*)))
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|
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(define *absolute-time* (arithmetic-series 0.0 (/ 1.0 *sample-frequency*)))
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|
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(define *empty-event-stream* (stream-of #f))
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|
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(define (schedule-event events e time)
|
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(let lp ((response-time (time->samples time))
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|
|
@ -89,10 +85,13 @@ exec guile -l $0 -e main "$@"
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(schedule-event events (list 'send-time-query) time))
|
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|
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(define (schedule-time-query events l)
|
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(schedule-event events (list 'time-query l) (+ 0.20 (random 0.20))))
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(schedule-event events (list 'time-query l)
|
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(+ *send-delay* (random *send-noise*))))
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|
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(define (schedule-time-response events l r)
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(schedule-event events (list 'time-response l r) (+ 0.20 (random 0.20))))
|
||||
(schedule-event events (list 'time-response l r)
|
||||
(+ *receive-delay* (random *receive-noise*))))
|
||||
|
||||
|
||||
(define (network-time remote-time local-time events m b x y)
|
||||
(let ((r (stream-car remote-time))
|
||||
|
|
@ -108,11 +107,11 @@ exec guile -l $0 -e main "$@"
|
|||
|
||||
(case (and=> event car)
|
||||
((send-time-query)
|
||||
(format #t "sending time query: ~a\n" l)
|
||||
(format #t "; sending time query: ~a\n" l)
|
||||
(next (schedule-time-query events l) m b x y))
|
||||
|
||||
((time-query)
|
||||
(format #t "time query received, replying with ~a\n" r)
|
||||
(format #t "; time query received, replying with ~a\n" r)
|
||||
(next (schedule-time-response events (cadr event) r) m b x y))
|
||||
|
||||
((time-response)
|
||||
|
|
@ -123,34 +122,36 @@ exec guile -l $0 -e main "$@"
|
|||
(lambda (m b r-squared)
|
||||
(define (next-time)
|
||||
(max
|
||||
(if (< (length (q-head x)) *q-length*)
|
||||
(if (< (length (q-head x)) *queue-length*)
|
||||
0
|
||||
(/ 1 (- 1 (min r-squared 0.99999)) 1000))
|
||||
0.10))
|
||||
(format #t "new slope and offset: ~a ~a (~a)\n" m b r-squared)
|
||||
(format #t "; new slope and offset: ~a ~a (~a)\n" m b r-squared)
|
||||
(next (schedule-send-time-query events (next-time)) m b x y)))))
|
||||
|
||||
(else
|
||||
(next events m b x y)))))
|
||||
|
||||
(define (run-simulation remote-speed local-speed)
|
||||
(let ((remote-time (scale-stream *absolute-time* remote-speed))
|
||||
(local-time (scale-stream *absolute-time* local-speed)))
|
||||
(let ((absolute-time (arithmetic-series 0.0 (/ 1.0 *sample-frequency*)))
|
||||
(event-stream (stream-of #f)))
|
||||
(let ((remote-time (scale-stream absolute-time remote-speed))
|
||||
(local-time (scale-stream absolute-time local-speed)))
|
||||
(values
|
||||
*absolute-time*
|
||||
absolute-time
|
||||
remote-time
|
||||
local-time
|
||||
(network-time
|
||||
remote-time
|
||||
local-time
|
||||
(schedule-send-time-query *empty-event-stream* 0.0)
|
||||
(schedule-send-time-query event-stream 0.0)
|
||||
1.0
|
||||
(stream-car local-time)
|
||||
(make-q (list (stream-car local-time)))
|
||||
(make-q (list (stream-car remote-time)))))))
|
||||
(make-q (list (stream-car remote-time))))))))
|
||||
|
||||
(define (print-simulation total-time sample-rate remote-speed local-speed)
|
||||
(display ";; absolute remote local network\n")
|
||||
(display "Absolute time; Remote time; Local time; Network time\n")
|
||||
(call-with-values
|
||||
(lambda () (run-simulation remote-speed local-speed))
|
||||
(lambda streams
|
||||
|
|
@ -160,5 +161,26 @@ exec guile -l $0 -e main "$@"
|
|||
(lambda (a r l n) (printf "%.3f %.3f %.3f %.3f\n" a r l n))
|
||||
streams))))
|
||||
|
||||
(define (main . args)
|
||||
(print-simulation 20 #f 2.0 1.1))
|
||||
(define (plot-simulation)
|
||||
(let ((port (open-output-pipe "./plot-data Network Clock Simulation")))
|
||||
(with-output-to-port port
|
||||
(lambda ()
|
||||
(print-simulation *total-time* #f *remote-rate* *local-rate*)))
|
||||
(close-pipe port)))
|
||||
|
||||
|
||||
(define-parameter *sample-frequency* 40)
|
||||
(define-parameter *send-delay* 0.1)
|
||||
(define-parameter *receive-delay* 0.1)
|
||||
(define-parameter *send-noise* 0.1)
|
||||
(define-parameter *receive-noise* 0.1)
|
||||
(define-parameter *queue-length* 32)
|
||||
(define-parameter *local-rate* 1.0)
|
||||
(define-parameter *remote-rate* 1.1)
|
||||
(define-parameter *total-time* 5.0)
|
||||
|
||||
|
||||
(define (main args)
|
||||
(parse-parameter-arguments (cdr args))
|
||||
(plot-simulation)
|
||||
(quit))
|
||||
|
|
|
|||
50
tests/plot-data
Executable file
50
tests/plot-data
Executable file
|
|
@ -0,0 +1,50 @@
|
|||
#!/usr/bin/env python
|
||||
|
||||
from __future__ import division
|
||||
|
||||
import pylab
|
||||
import optparse
|
||||
import sys
|
||||
|
||||
def read_line(fd):
|
||||
l = fd.readline()
|
||||
if not l:
|
||||
return None
|
||||
l = l.strip()
|
||||
if l[0] == ';':
|
||||
return read_line(fd)
|
||||
return [float(x) for x in filter(None, l.split(' '))]
|
||||
|
||||
def read_data(fd):
|
||||
data = []
|
||||
l = read_line(fd)
|
||||
while l:
|
||||
data.append(l)
|
||||
l = read_line(fd)
|
||||
return data
|
||||
|
||||
def make_xticks(start, end, numticks):
|
||||
return range(int(start), int(end), int((start-end)/numticks))
|
||||
|
||||
def make_plot(title):
|
||||
l = sys.stdin.readline()
|
||||
labels = l.strip().split(';')
|
||||
data = read_data(sys.stdin)
|
||||
|
||||
domain = [x[0] for x in data]
|
||||
for i in range(1,len(labels)):
|
||||
pylab.plot(domain, [x[i] for x in data], label=labels[i])
|
||||
pylab.legend()
|
||||
pylab.ylabel(r'Clock time (s)')
|
||||
pylab.xlabel(r'Real time (s)')
|
||||
pylab.title(title)
|
||||
pylab.grid(True)
|
||||
pylab.show()
|
||||
|
||||
def main(args):
|
||||
parser = optparse.OptionParser()
|
||||
|
||||
title = ' '.join(args[1:])
|
||||
make_plot(title)
|
||||
|
||||
main(sys.argv)
|
||||
Loading…
Reference in a new issue