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CMD_SHOWGRID [#270R]: $^\+showgrid(/lr|/sm)?$:@switch [u(fn_grid_is_active)][and(hasattr(v(ship_obj),coords),hasattr(v(ship_obj),orientation))]=0*,{th syspemit(%#,The grid is not currently active.)},10,{th syspemit(%#,[ansi(hw,u(v(ship_obj)/get_name))] is not on the grid.)},{@pemit %#=[ulocal(fn_generate_[switch(%1,/lr,long,/sm,small,short)]_range_grid)]}

FN_GENERATE_SHORT_RANGE_GRID [#270]: [setq(0,ulocal(fn_generate_grid_info))][setq(1,ulocal(fn_get_extended_info,ulocal(fn_fill_and_rotate_larger_space_objects,ulocal(fn_generate_grid_legend,filter(fn_detects_object,ulocal(fn_adjust_coords_to_absolute_val,map(fn_adjust_relative_coords,%q0),short)))),rest(v(short_range_params))))][ulocal(fn_display_grid_and_legend,ulocal(fn_fill_short_range_grid,%q1),%q1)]

FN_GENERATE_LONG_RANGE_GRID [#270]: [setq(0,ulocal(fn_generate_grid_info))][setq(1,ulocal(fn_get_extended_info,ulocal(fn_fill_and_rotate_larger_space_objects,ulocal(fn_generate_grid_legend,filter(fn_detects_object,ulocal(fn_adjust_coords_to_absolute_val,ma

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PARENT: Intergalactic Transportation Node(#690TWn)
Type: THING Flags: WIZARD NO_COMMAND
An intergalactic transport node.  See [ansi(hy,+help transports)] for information as to their use.
Owner: Pozzo(#270POWwerACMcJ)  Zone: *NOTHING*  Building Chips: 10
Parent: *NOTHING*
Powers: 
Channels: SpaceMonitor
Warnings checked: 
Created: Thu May 20 20:53:07 2004
Last Modification: Sun Mar 18 17:53:42 2007

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[syspemit(%#,
 You take [setr(g,a transport from [ansi(hy,[name(loc(%!))])] 
 to [ansi(hy,[name(%qd)])]. The trip takes
 [setq(h,u(fn_get_travel_time_between_systems,
         u(zone(loc(%!))/fn_get_system), 
         u(zone(squish(%qd))/fn_get_system)))]

 [iter(timestring(mul(%qh,60,60)),
    if(and(f(strmatch(##,0*)), 
           f(strmatch(##,*m)),

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class Object(object):

    l = []

    def __init__(self):
        pass

    def add_one(self):
        self.l.append(1)

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SAVE: INPUT "What is your name?", N$
IF N$ = "" THEN N$ = "the_elf"
SAV$ = N$ + ".cas"
OPEN SAV$ FOR OUTPUT AS #1
PRINT #1, RM
PRINT #1, Level
PRINT #1, Orb
PRINT #1, Hp
PRINT #1, MaxHp
PRINT #1, GatesOpened

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DECLARE SUB PolyDerv ()
DECLARE SUB PolyInt ()
CLS
PRINT "Calculus:": PRINT
PRINT "1.  Evaluate derivative of a polynomial function"
PRINT "2.  Evaluate integral of a polynomial function"
PRINT : INPUT ">", A: PRINT
IF A = 1 THEN PolyDerv
IF A = 2 THEN PolyInt

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dave@isis:~/workspace/reach/reach$ howdoi show halting problem undecidable
In other words, is there an important difference between saying H = M and the following description from the proof? The H machine is called Universal Turing Machine (UTM) and is able to simulate any other Turing Machine, including itself. If M is an Universal Turing Machine like H, it is ok to say H = M, otherwise this would be weird. I thought the halting problem was the problem of deciding if a given machine will halt regardless of its output(accept/reject). If a solution exists for a halting problem, it has to be something that analyses source code like a compiler/decompiler/disassembler instead of actually running it. If it needed to run it, obviously it would never determine on a "no" answer. That is why the proof works based on contradiction and it is kind hard to understand.
Basically it assumes first that exists such a machine that answers "yes" or "no" to any given input. [Hypothesis] Let's call this machine Q.
Assuming Q is v

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user=> (/ 0.0 0.0)
NaN
user=> (type (/ 0.0 0.0))
java.lang.Double

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#!/bin/bash -e
# Bootstrap graphite in the fastest way possible
# Run as root because Graphite hardcodes everything to /opt/graphite and it's too annoying to change this
# I did this on Ubuntu 12.04 LTS.  For other operating systems you may need to install different apt packages.

apt-get update
apt-get install -y gcc python-virtualenv python-dev python-cairo
virtualenv graphite
source graphite/bin/activate
pip install whisper carbon graphite-web

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Select an editor.  To change later, run 'select-editor'.
  1. /bin/ed
  2. /bin/nano        <---- easiest
  3. /usr/bin/vim.basic
  4. /usr/bin/vim.tiny