03-06-2010
Ohh is it ? Can you guide me how to make it out that ?
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hi,
1) is logical partition the same as physical partition except that one is physical and the other is logical?
2) then it must a one to one ratio? (3 Replies)
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I've created a partition with GNU Parted, how do I mount the partition?
The manual information at http://www.gnu.org/software/parted/manual/parted.html is good, but I am sure about how I mount the partition afterwards.
Thanks,
--Todd (1 Reply)
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3. Solaris
The following is the summarry:-
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Hi folks,
is there any possibility how to rename soft partitions??
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http://dlc.sun.com/osol/docs/content/LOGVOLMGRADMIN/tasks-basics-5.html
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6. Solaris
hi all
while formatting hard disk i am getting following error.
Partition 1 ends at 266338338
It must be between 34 and 143374704.
label error: EFI Labels do not support overlapping partitions
Partition 8 overlaps partition 1.
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Label failed.
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Hi,
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LEARN ABOUT DEBIAN
exspline
exspline(3alleg4) Allegro manual exspline(3alleg4)
NAME
exspline - Constructing smooth movement paths from spline curves. Allegro game programming library.
SYNOPSIS
#include <allegro.h>
Example exspline
DESCRIPTION
This program demonstrates the use of spline curves to create smooth paths connecting a number of node points. This can be useful for con-
structing realistic motion and animations.
The technique is to connect the series of guide points p1..p(n) with spline curves from p1-p2, p2-p3, etc. Each spline must pass though
both of its guide points, so they must be used as the first and fourth of the spline control points. The fun bit is coming up with sensible
values for the second and third spline control points, such that the spline segments will have equal gradients where they meet. I came up
with the following solution:
For each guide point p(n), calculate the desired tangent to the curve at that point. I took this to be the vector p(n-1) -> p(n+1), which
can easily be calculated with the inverse tangent function, and gives decent looking results. One implication of this is that two dummy
guide points are needed at each end of the curve, which are used in the tangent calculations but not connected to the set of splines.
Having got these tangents, it becomes fairly easy to calculate the spline control points. For a spline between guide points p(a) and p(b),
the second control point should lie along the positive tangent from p(a), and the third control point should lie along the negative tangent
from p(b). How far they are placed along these tangents controls the shape of the curve: I found that applying a 'curviness' scaling factor
to the distance between p(a) and p(b) works well.
One thing to note about splines is that the generated points are not all equidistant. Instead they tend to bunch up nearer to the ends of
the spline, which means you will need to apply some fudges to get an object to move at a constant speed. On the other hand, in situations
where the curve has a noticeable change of direction at each guide point, the effect can be quite nice because it makes the object slow
down for the curve.
SEE ALSO
END_OF_MAIN(3alleg4), SCREEN_W(3alleg4), acquire_screen(3alleg4), alert(3alleg4), allegro_error(3alleg4), allegro_init(3alleg4), alle-
gro_message(3alleg4), calc_spline(3alleg4), circlefill(3alleg4), clear_keybuf(3alleg4), clear_to_color(3alleg4), desktop_palette(3alleg4),
fixatan2(3alleg4), fixcos(3alleg4), fixed(3alleg4), fixmul(3alleg4), fixsin(3alleg4), fixsqrt(3alleg4), fixtof(3alleg4), fixtoi(3alleg4),
font(3alleg4), ftofix(3alleg4), install_keyboard(3alleg4), install_mouse(3alleg4), install_timer(3alleg4), itofix(3alleg4), key(3alleg4),
keypressed(3alleg4), line(3alleg4), makecol(3alleg4), mouse_b(3alleg4), mouse_x(3alleg4), mouse_y(3alleg4), palette_color(3alleg4),
poll_mouse(3alleg4), readkey(3alleg4), release_screen(3alleg4), screen(3alleg4), set_gfx_mode(3alleg4), set_palette(3alleg4),
show_mouse(3alleg4), spline(3alleg4), textout_centre_ex(3alleg4), textprintf_centre_ex(3alleg4), textprintf_ex(3alleg4), vsync(3alleg4),
xor_mode(3alleg4)
Allegro version 4.4.2 exspline(3alleg4)