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CSPICE_GFILUM determines the time intervals over which a specified
constraint on the observed phase, solar incidence, or emission angle
at a specified target body surface point is met.
Given:
Parameters-
All parameters described here are declared in the header file
SpiceGF.h. See that file for parameter values.
SPICE_GF_CNVTOL
is the convergence tolerance used for finding endpoints of
the intervals comprising the result window.
SPICE_GF_CNVTOL is used to determine when binary searches
for roots should terminate: when a root is bracketed
within an interval of length SPICE_GF_CNVTOL, the root is
considered to have been found.
The accuracy, as opposed to precision, of roots found
by this routine depends on the accuracy of the input
data. In most cases, the accuracy of solutions will be
inferior to their precision.
Arguments-
method name specifying the computation method to use. Parameters
include, but are not limited to, the shape model
used to represent the surface of the target body.
[1,c1] = size(method); char = class(method)
or
[1,1] = size(method); cell = class(method)
The only choice currently supported is
'Ellipsoid' The illumination angle
computation uses a triaxial
ellipsoid to model the surface
of the target body. The
ellipsoid's radii must be
available in the kernel pool.
Neither case nor white space are significant in
'method'. For example, the string ' eLLipsoid ' is
valid.
angtyp name specifying the illumination angle for which a search
is to be performed.
[1,c2] = size(angtyp); char = class(angtyp)
or
[1,1] = size(angtyp); cell = class(angtyp)
The possible values of 'angtyp' are:
'PHASE'
'SOLAR INCIDENCE'
'EMISSION'
See the Particulars section below for a detailed
description of these angles.
Neither case nor white space are significant in
'angtyp'. For example, the string ' Solar incidence ' is
valid.
target name of the target body. The point at which the
illumination angles are defined is located on the
surface of this body.
[1,c3] = size(target); char = class(target)
or
[1,1] = size(target); cell = class(target)
Optionally, you may supply the integer ID code for
the object as an integer string. For example both
'MOON' and '301' are legitimate strings that indicate
the moon is the target body.
illmn name of the illumination source. This source
may be any ephemeris object. Case, blanks, and
numeric values are treated in the same way as for the
input 'target'.
[1,c4] = size(illmn); char = class(illmn)
or
[1,1] = size(illmn); cell = class(illmn)
fixref name of the body-fixed, body-centered
reference frame associated with the target body. The
input surface point 'spoint' is expressed relative to
this reference frame, and this frame is used to
define the orientation of the target body as a
function of time.
[1,c5] = size(fixref); char = class(fixref)
or
[1,1] = size(fixref); cell = class(fixref)
The string 'fixref' is case-insensitive, and leading
and trailing blanks in 'fixref' are not significant.
abcorr describes the aberration corrections to apply to the state
evaluations to account for one-way light time and stellar
aberration.
Any 'reception' correction accepted by spkezr_c can be
used here. See the header of spkezr_c for a detailed
description of the aberration correction options.
[1,c6] = size(abcorr); char = class(abcorr)
or
[1,1] = size(abcorr); cell = class(abcorr)
For convenience, the options are listed below:
'NONE' Apply no correction.
'LT' 'Reception' case: correct for
one-way light time using a Newtonian
formulation.
'LT+S' 'Reception' case: correct for
one-way light time and stellar
aberration using a Newtonian
formulation.
'CN' 'Reception' case: converged
Newtonian light time correction.
'CN+S' 'Reception' case: converged
Newtonian light time and stellar
aberration corrections.
Case and blanks are not significant in the string
'abcorr'.
obsrvr name of the observing body. Optionally, you
may supply the ID code of the object as an integer
string. For example, both 'EARTH' and '399' are
legitimate strings to supply to indicate that the
observer is Earth.
[1,c7] = size(obsrvr); char = class(obsrvr)
or
[1,1] = size(obsrvr); cell = class(obsrvr)
spoint a surface point on the target body, expressed in
Cartesian coordinates, relative to the body-fixed
target frame designated by 'fixref'.
[3,1] = size(spoint); double = class(spoint)
'spoint' need not be visible from the observer's
location in order for the constraint specified by
'relate' and 'refval' (see descriptions below) to be
satisfied.
The components of 'spoint' have units of km.
relate describes the constraint relational operator on a specified
illumination angle. The result window found by this routine
indicates the time intervals where the constraint is
satisfied.
[1,c8] = size(relate); char = class(relate)
or
[1,1] = size(relate); cell = class(relate)
Supported values of 'relate' and corresponding meanings
are shown below:
'>' The angle is greater than the reference
value 'refval'.
'=' The angle is equal to the reference
value 'refval'.
'<' The angle is less than the reference
value 'refval'.
'ABSMAX' The angle is at an absolute maximum.
'ABSMIN' The angle is at an absolute minimum.
'LOCMAX' The angle is at a local maximum.
'LOCMIN' The angle is at a local minimum.
The caller may indicate that the region of interest is
the set of time intervals where the angle is within a
specified separation from an absolute extremum. The
argument 'adjust' (described below) is used to specify
this separation.
Local extrema are considered to exist only in the
interiors of the intervals comprising the confinement
window: a local extremum cannot exist at a boundary
point of the confinement window.
Case is not significant in the string 'relate'.
refval reference value used together with the argument
'relate' to define an equality or inequality to be
satisfied by the specified illumination angle. See the
discussion of 'relate' above for further information.
[1,1] = size(refval); double = class(refval)
The units of 'refval' are radians.
adjust parameter used to modify searches for absolute
extrema: when 'relate' is set to 'ABSMAX' or 'ABSMIN'
and 'adjust' is set to a positive value, gfilum_c will
find times when the observer-target distance is within
'adjust' km of the specified extreme value.
[1,1] = size(adjust); double = class(adjust)
If 'adjust' is non-zero and a search for an absolute
minimum 'min' is performed, the result window contains
time intervals when the observer-target distance has
values between 'min' and min+adjust.
If the search is for an absolute maximum 'max', the
corresponding range is from max-adjust to 'max'.
'adjust' is not used for searches for local extrema,
equality or inequality conditions.
step step size to use in the search. 'step' must
be short enough for a search using this step size to
locate the time intervals where the specified
illumination angle is monotone increasing or
decreasing. However, 'step' must not be *too* short, or
the search will take an unreasonable amount of time.
[1,1] = size(step); double = class(step)
The choice of 'step' affects the completeness but not
the precision of solutions found by this routine; the
precision is controlled by the convergence tolerance.
See the discussion of the parameter SPICE_GF_CNVTOL for
details.
'step' has units of seconds.
nintvls is a parameter specifying the number of intervals that
can be accommodated by each of the dynamically allocated
workspace windows used internally by this routine.
[1,1] = size(nintvls); int32 = class(nintvls)
In many cases, it's not necessary to compute an accurate
estimate of how many intervals are needed; rather, the
user can pick a size considerably larger than what's
really required.
However, since excessively large arrays can prevent
applications from compiling, linking, or running
properly, sometimes 'nintvls' must be set according to
the actual workspace requirement. A rule of thumb for
the number of intervals needed is
nintvls = 2*n + ( m / step )
where
n is the number of intervals in the confinement
window
m is the measure of the confinement window, in
units of seconds
step is the search step size in seconds
cnfine a SPICE window that confines the time period over
which the specified search is conducted. 'cnfine' may
consist of a single interval or a collection of
intervals.
[2r,1] = size(cnfine); double = class(cnfine)
The endpoints of the time intervals comprising 'cnfine'
are interpreted as seconds past J2000 TDB.
See the Examples section below for a code example that
shows how to create a confinement window.
the call:
result = cspice_gfilum( method, angtyp, target, illmn, ...
fixref, abcorr, obsrvr, spoint, ...
relate, refval, adjust, ...
step, nintvls, cnfine )
returns:
result the SPICE window of intervals, contained within the
confinement window 'cnfine', on which the specified
constraint is satisfied.
[2s,1] = size(result); double = class(result)
If the search is for local extrema, or for absolute
extrema with adjust set to zero, then normally each
interval of result will be a singleton: the left and
right endpoints of each interval will be identical.
If no times within the confinement window satisfy the
constraint, 'result' will return with cardinality zero.
Any numerical results shown for this example may differ between
platforms as the results depend on the SPICE kernels used as input
and the machine specific arithmetic implementation.
Use the meta-kernel shown below to load the required SPICE
kernels.
KPL/MK
File name: gfilum.tm
This is the meta-kernel file for the example problem for
the subroutine gfilum_c. These kernel files can be found on
the NAIF website.
In order for an application to use this meta-kernel, the
kernels referenced here must be present in the user's
current working directory.
The names and contents of the kernels referenced
by this meta-kernel are as follows:
File name Contents
--------- --------
de421.bsp Planetary ephemeris
pck00010.tpc Planet orientation
and radii
naif0010.tls Leapseconds
spk_psp_110101-130101_081216_3pm.bsp MRO predict SPK
\begindata
KERNELS_TO_LOAD = ( 'de421.bsp',
'pck00010.tpc',
'naif0010.tls',
'spk_psp_110101-130101+'
'_081216_3pm.bsp' )
\begintext
End of meta-kernel
Example:
Determine time intervals over which the planned Mars Science
Laboratory (MSL) Gale Crater landing site satisfies certain
constraints on its illumination and visibility as seen from
the Mars Reconnaissance Orbiter (MRO) spacecraft. The
observation period will range from slightly before the planned
landing time to about 10 days later.
In this case we require the emission angle to be less than
30 degrees and the solar incidence angle to be less than
40 degrees.
%
% Output time format:
%
TIMFMT = 'YYYY MON DD HR:MN:SC.###### TDB::TDB';
%
% Meta-kernel name:
%
META = 'gfilum.tm';
%
% Maximum number of intervals in the windows
% used in this program:
%
MAXIVL = 1000;
%
% Local variables
%
r2d = cspice_dpr();
%
% Initial values
%
% Mars planetodetic coordinates of landing site.
% Angular units are degrees; distance units are km.
%
gclat = -4.543182;
gclon = 137.420000;
gcalt = -4.876405;
%
% Load kernels:
%
cspice_furnsh( META );
%
% Convert the landing site location from planetodetic
% to Cartesian coordinates for use with GFILUM.
%
radii = cspice_bodvrd( 'MARS', 'RADII', 3 );
re = radii(1);
rp = radii(3);
f = ( re - rp ) / re;
gcpos = cspice_georec( gclon * cspice_rpd(), ...
gclat * cspice_rpd(), ...
gcalt, re, f);
%
% Set the search interval:
%
utcbeg = '2012 AUG 5 00:00:00 UTC';
et0 = cspice_str2et( utcbeg );
utcend = '2012 SEP 15 00:00:00 UTC';
et1 = cspice_str2et( utcend );
cnfine = cspice_wninsd( et0, et1 );
%
% Set observer, target, aberration correction, and the
% Mars body-fixed, body-centered reference frame. The
% lighting source is the sun.
%
% Aberration corrections are set for remote observations.
%
illmn = 'sun';
obsrvr = 'mro';
target = 'mars';
abcorr = 'cn+s';
fixref = 'iau_mars';
%
% Initialize the adjustment value for absolute
% extremum searches. We're not performing
% such searches in this example, but this input
% to GFILUM must still be set.
%
adjust = 0.0;
%
% The computation uses an ellipsoidal model for the
% target body shape.
%
method = 'Ellipsoid';
%
% Set the reference value to use for the solar
% incidence angle search.
%
refval = 45.0 * cspice_rpd();
%
% Since the period of the solar incidence angle
% is about one Martian day, we can safely use 6 hours
% as the search step.
%
step = 21600.0;
%
% Search over the confinement window for times
% when the solar incidence angle is less than
% the reference value.
%
[wnsolr] = cspice_gfilum( method, 'SOLAR INCIDENCE', target, ...
illmn, fixref, abcorr, ...
obsrvr, gcpos, '<', ...
refval, adjust, step, ...
MAXIVL, cnfine );
%
% With the search on the incidence angle complete, perform
% a search on the emission angle.
%
% Set the reference value for the emission angle search.
%
refval = 80.0 * cspice_rpd();
%
% We'll use 15 minutes as the search step. This step
% is small enough to be suitable for Mars orbiters.
% Units are seconds.
%
step = 900.0;
%
% Search over the previous result window for times when the
% emission angle is less than the reference value.
%
[result] = cspice_gfilum( method, 'EMISSION', target, illmn, ...
fixref, abcorr, obsrvr, gcpos, ...
'<', refval, adjust, step, ...
MAXIVL, wnsolr );
%
% Display the result window. Show the solar incidence
% and emission angles at the window's interval
% boundaries.
%
if ( cspice_wncard( result ) == 0 )
disp( ' Window is empty: condition is not met.' )
else
fprintf( ' ' )
fprintf( ' Solar Incidence Emission\n' )
fprintf( ' ' )
fprintf( ' (deg) (deg)\n\n' )
for i=1:cspice_wncard( result )
[start, finish] = cspice_wnfetd( result, i );
%
% Compute the angles of interest at the boundary
% epochs.
%
timstr = cspice_timout( start, TIMFMT );
[trgepc, srfvec, phase, solar, emissn] = ...
cspice_ilumin( method, target, ...
start, fixref, ...
abcorr, obsrvr, ...
gcpos );
fprintf ( ' Start: %s %14.9f %14.9f\n', timstr, ...
solar*r2d, ...
emissn*r2d )
timstr = cspice_timout( finish, TIMFMT);
[trgepc, srfvec, phase, solar, emissn] = ...
cspice_ilumin( method, target, ...
finish, fixref, ...
abcorr, obsrvr, ...
gcpos );
fprintf ( ' Start: %s %14.9f %14.9f\n\n', timstr,...
solar*r2d, ...
emissn*r2d )
end
end
%
% It's always good form to unload kernels after use,
% particularly in MATLAB due to data persistence.
%
cspice_kclear
MATLAB outputs:
Solar Incidence Emission
(deg) (deg)
Start: 2012 AUG 12 08:20:03.526171 TDB 43.162554493 80.000000005
Start: 2012 AUG 12 08:24:01.612468 TDB 44.061827678 80.000000003
Start: 2012 AUG 17 11:45:09.843860 TDB 44.655209578 79.999999988
Start: 2012 AUG 17 11:46:39.910178 TDB 45.000000000 75.190270778
Start: 2012 AUG 23 15:32:01.989001 TDB 42.039781850 80.000000002
Start: 2012 AUG 23 15:33:58.603546 TDB 42.488410630 80.000000002
Start: 2012 AUG 28 18:56:36.440913 TDB 43.450078325 80.000000007
Start: 2012 AUG 28 19:01:25.343034 TDB 44.575503232 79.999999990
Start: 2012 SEP 09 02:08:12.664420 TDB 42.294339879 80.000000007
Start: 2012 SEP 09 02:11:45.039261 TDB 43.133576379 80.000000004
Start: 2012 SEP 14 05:33:12.767223 TDB 43.878824441 80.000000018
Start: 2012 SEP 14 05:37:54.330789 TDB 45.000000001 77.289478337
This routine determines a set of one or more time intervals
within the confinement window when the specified illumination
angle satisfies a caller-specified constraint. The resulting set
of intervals is returned as a SPICE window.
The term 'illumination angles' refers to the following set of
angles:
phase angle Angle between the vectors from the
surface point to the observer and
from the surface point to the
illumination source.
incidence angle Angle between the surface normal at
the specified surface point and the
vector from the surface point to the
illumination source.
emission angle Angle between the surface normal at
the specified surface point and the
vector from the surface point to the
observer.
The diagram below illustrates the geometric relationships
defining these angles. The labels for the incidence, emission,
and phase angles are 'inc.', 'e.', and 'phase'.
*
illumination source
surface normal vector
._ _.
|\ /| illumination
\ phase / source vector
\ . . /
. .
\ ___ /
. \/ \/
_\ inc./
. / \ /
. | e. \ /
* <--------------- * surface point on
viewing vector target body
location to viewing
(observer) location
Note that if the target-observer vector, the target normal vector
at the surface point, and the target-illumination source vector
are coplanar, then phase is the sum of the incidence and emission
angles. This rarely occurs; usually
phase angle < incidence angle + emission angle
All of the above angles can be computed using light time
corrections, light time and stellar aberration corrections, or no
aberration corrections. In order to describe apparent geometry as
observed by a remote sensing instrument, both light time and
stellar aberration corrections should be used.
The way aberration corrections are applied by this routine
is described below.
Light time corrections
======================
Observer-target surface point vector
------------------------------------
Let ET be the epoch at which an observation or remote
sensing measurement is made, and let ET - LT ('LT' stands
for 'light time') be the epoch at which the photons
received at ET were emitted from the surface point 'spoint'.
Note that the light time between the surface point and
observer will generally differ from the light time between
the target body's center and the observer.
Target body's orientation
-------------------------
Using the definitions of ET and LT above, the target body's
orientation at ET - LT is used. The surface normal is
dependent on the target body's orientation, so the body's
orientation model must be evaluated for the correct epoch.
Target body -- illumination source vector
-----------------------------------------
The surface features on the target body near 'spoint' will
appear in a measurement made at ET as they were at ET-LT.
In particular, lighting on the target body is dependent on
the apparent location of the illumination source as seen
from the target body at ET-LT. So, a second light time
correction is used to compute the position of the
illumination source relative to the surface point.
Stellar aberration corrections
==============================
Stellar aberration corrections are applied only if
light time corrections are applied as well.
Observer-target surface point body vector
-----------------------------------------
When stellar aberration correction is performed, the
observer-to-surface point direction vector, which we'll
call SRFVEC, is adjusted so as to point to the apparent
position of 'spoint': considering 'spoint' to be an ephemeris
object, SRFVEC points from the observer's position at ET to
the light time and stellar aberration
corrected position of 'spoint'.
Target body-illumination source vector
--------------------------------------
The target body-illumination source vector is the apparent
position of the illumination source, corrected for light
time and stellar aberration, as seen from the surface point
'spoint' at time ET-LT.
Below we discuss in greater detail aspects of this routine's
solution process that are relevant to correct and efficient
use of this routine in user applications.
The Search Process
==================
Regardless of the type of constraint selected by the caller, this
routine starts the search for solutions by determining the time
periods, within the confinement window, over which the specified
illumination angle is monotone increasing and monotone decreasing.
Each of these time periods is represented by a SPICE window.
Having found these windows, all of the illumination angle's local
extrema within the confinement window are known. Absolute extrema
then can be found very easily.
Within any interval of these 'monotone' windows, there will be at
most one solution of any equality constraint. Since the boundary
of the solution set for any inequality constraint is contained in
the union of
- the set of points where an equality constraint is met
- the boundary points of the confinement window
the solutions of both equality and inequality constraints can be
found easily once the monotone windows have been found.
Step Size
=========
The monotone windows (described above) are found via a two-step
search process. Each interval of the confinement window is
searched as follows: first, the input step size is used to
determine the time separation at which the sign of the rate of
change of the illumination angle will be sampled. Starting at
the left endpoint of an interval, samples will be taken at each
step. If a change of sign is found, a root has been bracketed; at
that point, the time at which the range rate is zero can be
found by a refinement process, for example, via binary search.
Note that the optimal choice of step size depends on the lengths
of the intervals over which the illumination angle is monotone:
the step size should be shorter than the shortest of these
intervals (within the confinement window).
The optimal step size is *not* necessarily related to the lengths
of the intervals comprising the result window. For example, if
the shortest monotone interval has length 10 days, and if the
shortest result window interval has length 5 minutes, a step size
of 9.9 days is still adequate to find all of the intervals in the
result window. In situations like this, the technique of using
monotone windows yields a dramatic efficiency improvement over a
state-based search that simply tests at each step whether the
specified constraint is satisfied. The latter type of search can
miss solution intervals if the step size is longer than the
shortest solution interval.
Having some knowledge of the relative geometry of the target and
observer can be a valuable aid in picking a reasonable step size.
In general, the user can compensate for lack of such knowledge by
picking a very short step size; the cost is increased computation
time.
Note that the step size is not related to the precision with which
the endpoints of the intervals of the result window are computed.
That precision level is controlled by the convergence tolerance.
Convergence Tolerance
=====================
As described above, the root-finding process used by this routine
involves first bracketing roots and then using a search process
to locate them. 'Roots' are both times when local extrema are
attained and times when the illumination angle is equal to a
reference value. All endpoints of the intervals comprising the
result window are either endpoints of intervals of the
confinement window or roots.
Once a root has been bracketed, a refinement process is used to
narrow down the time interval within which the root must lie.
This refinement process terminates when the location of the root
has been determined to within an error margin called the
'convergence tolerance.' The convergence tolerance used by this
routine is set via the parameter SPICE_GF_CNVTOL.
The value of SPICE_GF_CNVTOL is set to a 'tight' value so that the
tolerance doesn't become the limiting factor in the accuracy of
solutions found by this routine. In general the accuracy of input
data will be the limiting factor.
The user may change the convergence tolerance from the default
SPICE_GF_CNVTOL value by calling the routine cspice_gfstol, e.g.
cspice_gfstol( tolerance value in seconds )
Call cspice_gfstol prior to calling this routine. All subsequent
searches will use the updated tolerance value.
Setting the tolerance tighter than SPICE_GF_CNVTOL is unlikely to be
useful, since the results are unlikely to be more accurate.
Making the tolerance looser will speed up searches somewhat,
since a few convergence steps will be omitted. However, in most
cases, the step size is likely to have a much greater affect on
processing time than would the convergence tolerance.
The Confinement Window
======================
The simplest use of the confinement window is to specify a time
interval within which a solution is sought. However, the
confinement window can, in some cases, be used to make searches
more efficient. Sometimes it's possible to do an efficient search
to reduce the size of the time period over which a relatively
slow search of interest must be performed.
For important details concerning this module's function, please refer to
the CSPICE routine gfilum_c.
MICE.REQ
GF.REQ
SPK.REQ
CK.REQ
TIME.REQ
WINDOWS.REQ
-Mice Version 1.0.1, 11-NOV-2014, EDW (JPL)
Edited I/O section to conform to NAIF standard for Mice documentation.
-Mice Version 1.0.0, 07-NOV-2013, EDW (JPL)
solve for illumination_angle constraints
solve for phase_angle constraints
solve for solar_incidence_angle constraints
solve for emission_angle constraints
search using illumination_angle constraints
|


--- title: Greatest Hits permalink: "/hits/" layout: page ---
I'm working on writing detailed case studies for these and other projects, and fine-tuning collections behind the scenes. In the meantime, please enjoy this single-page repository of images, screenshots and hyperlinks.
Portfolio design and WordPress theme development. visit site →
Visual identity and CD package for a Honky-tonk/Western Swing band based in Albuquerque, NM. Listen to/Buy the Music →
Cover and interior layout/illustrations for the Fall 2013 cover feature of Tennessee Alumnus magazine.
Graphic identity and applications for an Episcopal congregation. The logo is partially based off the red banners carried by families in the Sacrament of Baptism.
Once in a while, I get the opportunity to incorporate my digital illustration style to a design project. Here are a few of my favorites.


Toggle navigation
A-Train Flyover Map
NASA A-Train Flyover Map
Enter Telemetry
How to get the telemetry package:
Go to
http://cloudsgate2.larc.nasa.gov/cgi-bin/predict/predict.cgi
Select the spacecraft, location and time
On the results page, select the
ASCII (W Lon+):
link
Copy the
entire
popup window's contents to the textbox below
Show on map
Map
Panel heading
Local time is
from UTC.
Marker
Time (UTC)
Latitude
Longitude


Webpage currently under construction
ILVDB (Inbred Line Variant Database) is a database to store Collaborative Cross variant alleles and allele characteristics. It stores 1）microarray genotyping that provides a probabilistic estimate of the founder haplotype mosaic for each CC line; 2) Inbred line sequencing that provides the variants within each CC founder haplotype; 3) Founder haplotype information per variant position, per CC line; 4) The ancestral subspecies per variant, per CC line etc. In order to help users more effiently get information from ILVDB, this Query and GUI interface is made. In the GUI interface the user only need to define the region they want to query, set constrictions and then they can get the data table or download the data.
For constructive comments and suggestions email to Yanwei Cai
The installing of the database requers the follows:
install.packages('RMySQL', type='source')
install.packages('shiny')
ssh -nNT -L 3308:localhost:3306<EMAIL_ADDRESS>Keep the window opened and connected. This commend will forward romote data to your local interface by tunnel 3308-3306
To be constructed
The huge table download function works best on local commend-line style. Here is the step to do this:
ssh<EMAIL_ADDRESS>"mysql --user='root' --password='${password}' --database='exon_1410b' -e '${MySQL_code}';" > ${local_output_file}
This command will connect to the database and run MySQL query at the remoter server and return to local when it is done. Replace the value of ${} parameters with your target. The command requires a large menmory for big tables.
Put the tool on a web server


Blind girl, 15, 'raped by two of her teachers in music room at her school'
Chaman Thakor, 62, and Jayanti Thakor, 30, are accused of raping the teenager at the boarding school in Ambaji, west India
by Bradley Jolly, https://www.mirror.co.uk/authors/bradley-jolly/A blind 15-year-old girl was allegedly raped by two of her teachers at her boarding school.
Police say Chaman Thakor, 62, and Jayanti Thakor, 30, have fled after the offences and a manhunt is underway.
They've been sacked by the school in Ambaji, west India, which says it is assisting with the investigation.
The girl broke down and told her aunt of the ordeal recently.
It's said Thakor raped her in September, shortly after the youngster enrolled at the music school.
And the older man allegedly raped the child just three days later in the same room.
JB Agrawat, who is leading the investigation, says further detail isn't clear at this stage.
The girl's aunt alerted police to the attacks.
Protests to end what has been described as a "rape culture" have taken place in India lately.
Demonstrators have held placards in support of rape victims across the country.
A wife was raped by a group of men and forced by her ex-husband to drink acid in one shocking case last month.
The amount of rapes recorded in India is almost 40,000 each year, according to official figures.
But campaigners say the real number is higher, with victims wary of filing cases because of the social stigma and a lack of faith in investigators.


6.6. Binding Your Macro to a Key
Binding a macro to a key
is easy. The key sequences C-x C-k 0 through 9 and capital A through Z
are reserved for user macro bindings. You can choose one that strikes
you as mnemonic for your macro.
For example, to bind our transpose names macro to C-x C-k T, type C-x C-k
b. Emacs prompts for the key binding. Type C-x C-k T Enter. Emacs confirms,
Keyboard macro bound to C-x C-k T. Binding a macro
command to a key in this way works for only one session. We want to
keep this macro, so read on to find out how to make this binding
permanent.
|


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface ExceptionalGraph<N>
Defines the interface for navigating a control flow graph which distinguishes exceptional control flow.
| Nested Class Summary | |
|---|---|
static interface |
ExceptionalGraph.ExceptionDest<N>
Data structure to represent the fact that a given Trap will catch some subset of the exceptions
which may be thrown by a given graph node. |
| Method Summary | |
|---|---|
Body |
getBody()
Returns the Body from which this graph was built. |
List<N> |
getExceptionalPredsOf(N n)
Returns a list of nodes which are predecessors of a given node when only exceptional control flow is considered. |
List<N> |
getExceptionalSuccsOf(N n)
Returns a list of nodes which are successors of a given node when only exceptional control flow is considered. |
Collection<? extends ExceptionalGraph.ExceptionDest<N>> |
getExceptionDests(N n)
Returns a collection of ExceptionDest
objects which represent how exceptions thrown by a specified
node will be handled. |
List<N> |
getUnexceptionalPredsOf(N n)
Returns a list of nodes which are predecessors of a given node when only unexceptional control flow is considered. |
List<N> |
getUnexceptionalSuccsOf(N n)
Returns a list of nodes which are successors of a given node when only unexceptional control flow is considered. |
| Methods inherited from interface soot.toolkits.graph.DirectedGraph |
|---|
getHeads, getPredsOf, getSuccsOf, getTails, iterator, size |
| Method Detail |
|---|
Body getBody()
Body
from which this graph was built.
Body
from which this graph was built.List<N> getUnexceptionalPredsOf(N n)
n
- The node whose predecessors are to be returned.
List
of the nodes in this graph from which
there is an unexceptional edge to n
.List<N> getUnexceptionalSuccsOf(N n)
n
- The node whose successors are to be returned.
List
of nodes in this graph to which
there is an unexceptional edge from n
.List<N> getExceptionalPredsOf(N n)
n
- The node whose predecessors are to be returned.
List
of nodes in this graph from which
there is an exceptional edge to n
.List<N> getExceptionalSuccsOf(N n)
n
- The node whose successors are to be returned.
List
of nodes in this graph to which
there is an exceptional edge from n
.Collection<? extends ExceptionalGraph.ExceptionDest<N>> getExceptionDests(N n)
ExceptionDest
objects which represent how exceptions thrown by a specified
node will be handled.
n
- The node for which to provide exception information.
ExceptionDest
objects describing
the traps and handlers, if any, which catch the exceptions
which may be thrown by n
.
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


The Red Fort was the official seat of Mughal rule and authority from 1648 onwards, when the 5th Mughal emperor, Shah Jahan, decided to move the capital of the empire from Agra to Delhi. Constructed using red sandstone, it remains one of the architectural marvels of the Mughal era. In 2007, it became a UNESCO World Heritage Site.
At a height of 234 feet, this minaret is the tallest individual tower in the world and is a perfect display of Mughal architectural brilliance.
The All India War Memorial, popularly known as the India Gate, is a war memorial located in New Delhi. It is dedicated to the 82,000 soldiers, both Indian and British, who died during the First World War and the Third Anglo-Afghan War. The Amar Jawan Jyoti is the burning structure, right underneath the archway, which symbolizes the eternal, immortal soldiers of India.
Also known as the Delhi Akshardham, this temple complex was built in 2005 and sits deftly near the banks of River Yamuna.
The latest addition to Delhi's list of attractions, Waste to Wonder Park features the replicas of iconic seven wonders of the world, created from industrial and other waste. One of its kind theme park in the world. Located near Nizammudin Metro Station, it was inaugurated at Rajiv Gandhi Smriti Van. The amazingly created Waste to Wonder Park has become the new haunt for the couples eager to click a selfie in front of the Eiffel Tower Replica, along with the families visiting the park to click photos in front of the seven wonders replicated by 150 tonnes of waste products including scrap iron, thrown away automobile parts, broken metal utensils and pipes.
Designed to invoke the ambience of a traditional village fair, Dilli Haat is every shopper’s paradise, a foodie’s haven and the cultural magnet of the metro city. A flamboyant mix of vibrant colours and varied cultures, the bazaar is located in the commercial centre of South Delhi, bang opposite to the INA Market.
Hudson Lane is very popular amongst foodies in Delhi as it
houses some of the best cafes and restaurants. It is located in close proximity
to North Campus.
Mostly serving Italian, Cafe, and Fast Food cuisine, these joints offer a budget
friendly and lip-smacking culinary experience.
Make sure you check out Woodbox Cafe, Mad Monkey, Indus Flavours and Rico’s.
Connaught Place is the place in Delhi for food – no matter what
your budget is. From fancy fine-dining restaurants to the delicious local rajma
chawal, Connaught Place has food for everyone’s budget.
With the best restaurants in the city, Connaught Place is an area that has all
kinds of cuisine – local and international.
Some joints you definitely should try out are Kake Da Hotel, Parikrama, Jain
Chawal Wale, and Minar.
Old Delhi is a popular hub for street food, authentic Mughlai
cuisine, and sweets. If you really want an authentic experience with typical
north Indian street food, Old Delhi is a must-visit.
Some of our recommendations are Khemchand Adesh Kumar’s Daulat Ki Chaat, Lotan
Chole Wala, Jung Bahadur Kachori Wala, and Shree Balaji Chaat Bhandar and Bishan
Swaroop for the best chaat you will ever have.


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{% load static %}
The website provides a Movie Rating System that is similar to the American one, except that it added a "P" rating, which means the video is totally private and you don't wish it be watched by others.
Rating "P" was added simply to avoid misunderstanding.
Videos are provided with a rating when importing with collect_video, and it's "P" by default, which is the highest level.
Anonymous users are granted with the lowest "G" level. They can visit the site without logging in - so be careful importing videos with "G"
| Level | Rating | Detail |
|---|---|---|
| 0 | G: For general audiences | Contains no deaths/violence/sex/gamble/alcohol/etc |
| 1 | PG: Parental guidance | Minor plot with deaths/violence |
| 2 | PG13: Parents Strongly Cautioned | Minor plot with deaths/violence/sex/gamble/alcohol/etc |
| 3 | R: Restricted | Huge amount of plots that may be uncomfortable |
| 4 | NC17: NO ONE AND UNDER 17 ADMITTED | Adult video, or video with severe deaths/violence |
| 5 | PPrivate: Videos for private access | Private videos. You may only watch them with superuser account |


In the name of his murdered parents, Bruce Wayne wages eternal war on the criminals of Gotham City.He is the Knight....
 The Man of Steel fights a never-ending battle for truth, justice.......
Fly Higher...Beautiful as Aphrodite,swifter than Hermes,and stronger than Hercules...
Wanna Stalk...?The mysterious power known as the Speed Force is an energy field that has, over the centuries, granted incredible powers of velocity to certain heroes.....
Lets chase him..Arthur Curry is Aquaman, an adventurer who is half-human and half-Atlantean. This gives him a variety of powers including superhuman strength.....
Hunt More...My father thought that he could use the Mother Box to rebuild the broken parts of me with a few cybernetic enhancements...
The Extended Universe..


The menu Chinese Remainder Theorem Applications contains the following commands:
| Astronomy and Planetary Motion | Interactive visualization of how long it takes planets to form a line. |
| Modular Forward and Backward Transformation | Shows how the multiplication of two numbers can be accomplished with their modular remainders. |
| Secret Sharing by CRT | The process of having n persons share a secret in a way that k<n persons suffice to reconstruct the secret (i.e. the concept of bank vaults). |


Debugging a project
The debugger lets you control the execution of your program by setting breakpoints, suspending executed programs, stepping through your code, and examining the contents of variables.
To debug a project:
- Click the Run > Debug Configurations... menu option.
The Debug Configurations dialog opens.
- Double-click C/C++ Application to create a new launch configuration.
If a project is selected in the Project Explorer view the following data is automatically entered, take a moment to verify its accuracy or change as needed.
- In the Name edit box, type the project name, like Hello World.
You can now select this debug launch configuration by name the next time that you debug this project.
- In the C/C++ Application edit box, type the name of the executable if its not already entered.
If not, click the Search Project button to locate the executable in the project.
-
In the Project edit box, type or choose your project, e.g. HelloWorld.
NOTE If you see the error "[Debugger]: No debugger available", select the Debugger tab and choose a valid debugger for your platform (e.g. gdb/mi).
- In the Name edit box, type the project name, like Hello World.
- Click Debug.
You may be prompted to switch to the Debug perspective. Click Yes
The Debug perspective appears with the helloworld.exe application window open. The C/C++ editor repositions in the perspective.
NOTE: If you see the error "Can't find source file" in the editor view, use the Locate File button to locate your source file.
- In the left margin of the main.cpp window, double-click to set a
breakpoint on:
cout <<You just entered
You'll see a blue circle () there indicating the breakpoint is set.
- Click Run > Resume.
Or, you can use the Resume button () on the toolbar of the Debug view .
- When prompted, in the Console view, type a value other than 'm', and press Enter.
The breakpoint will be hit.
- In the Variables view, verify that the variable is not 'm'.
- Click Run > Resume.
- When prompted, again type a value other than 'm' in the Console view, and press Enter.
The breakpoint will be hit.
- In the Variables view, verify that the variable is not 'm'.
- In the Variables view, right-click the input variable, and select Change Value...
and type 'm' between the single quotes and hit OK.
- Click Run > Resume.
The output in the helloworld.exe application window is: "Thank you. Exiting."
- The application terminates and the debug session ends. The Debug perspective remains open.
To learn more about debugging, see the related debug conceptual topics.
Debug overview
Debug information
Debug view
Debug launch controls


I was 23 and living in a big pink house we called 'The Commune', which served as my college's unofficial art and theatre dorm. I had a reputation as being the group's spiritual and psychedelic 'expert' so when a guy we knew said he had access to a 'new' hallucinogenic drug we'd never heard of, I was very intrigued.
At this point I had extensive experiences with mushrooms and mescaline. I was familiar with cannabis and salvia divinorum. I'd done acid once and been disappointed. I'd never heard of 2c-E, or anything like it. My friend said the kids where he was from called it 'mental glitter' and said it was a 'very spiritual trip'.
Ten of us pitched in cash on what appeared to be a bottle of Evian Water. We passed around a shot glass and each took our 'dose' which was apparently measured out for us already.  It was 8:00 pm, sometime in late November.
We had a full house. I put on a Jethro Tull record and was dancing around (a normal Thursday night). Other than the shot of 'water' I was completely sober. I hadn't eaten that day or had a cup of coffee since the day before. I'd just finished a fantastic play the week before and felt exuberant.
After about 45 minutes I started seeing tracers when I moved my hands. I could feel a slight coming up much like mushrooms. The other people said they didn't feel anything yet but I knew it was coming on. Some strange people came over and one guy tried to take my glow sticks, which I felt unnaturally protective of. I grabbed my best friend and told him we were 'going for a walk' and we headed out the door without so much as a 'good bye'. We didn't take watches or cell phones so I have no record of how time passed until the sun came up the next morning.
It was a cold, crisp night. In my town there's a bike trail where supposedly Lewis and Clark walked. I often walked this trail late at night (and had several times before on Mushrooms or while smoking Cannabis). The air felt moist and watery. Early Christmas lights on houses seemed to twinkle and sparkle.
My partner and I both saw demonic faces drawn in graffiti all along the walls of buildings adjacent to the walking trail. We'd never seen them before and noted how sinister they looked. They seemed to leer and sneer at us as we passed.
(Later, when we walked the path sober, there were no graffiti faces on those walls)
After walking about a mile, we started hearing strange sounds. We'd both hear people walking and talking around us when there was no one there. My friend said he heard someone call his name as if from down a tunnel.
I started seeing those sinister faces in cracks in the streets and tree branches. It sounded like they were whispering to me. I am of strong spirit, and I told myself this, so despite the small demons snickering in the shadows, I was not afraid.
About 5 miles from The Commune is a museum that used to be an old train depot. I'd walked there many times and wanted to sit on a strange metal sculpture that looks like a dragon except that it is meant to be a twisted train track. It has a chair at the front which I sat on to rest and gather my bearings. The trip was starting to come on for real for me, though my friend was still only hearing voices.
As I sat there, I felt an 'energy' drain from above my head, down through my body and out my feet. At my feet I could see it flow out like black electricity and snake through the cobblestones. The energy flowed in serpentine zig-zags through the cobblestone patterns, over the road nearby in ripples that looked like snakes and hit the field across the street. When the energy hit the field, the grass was blown down as if by a sudden fierce wind and the grass carried it to the horizon where it lit up the sky in orange and blue before flowing back down. The grass was hit by the blow-back of energy as it came to me, over the road, through the cobblestones, back into my feet, up my body, and out my head. It knocked the breath right out of me and then it all happened again. I watched this about five times before it became a bit too much and I wandered off to tell my friend, who was listening to the mannequins in the museum window.
As we were walking back up the trail the way we'd come we both saw dancing lights in an empty field. My friend said it looked like people carrying lanterns, but I could only see the lights. They were orange and fire-like and much larger than fireflies.
I thought there was someone walking behind us, so I told my friend, who agreed that we were being followed by a guy dressed in black.
Then I noticed the guy was gone. Then my friend said he was still there. Then he was. Then we both noticed he was gone. Then he was there again. We still don't know if there really was someone walking on the trail behind us or not. Either way, we were either both hallucinating him being there or we were both hallucinating him sometimes not being there.
Halfway between The Commune and the Old Train Depot the walking trail has a bridge over the highway. It was originally a train bridge, is made of concrete, and has stairways leading down each side so that there are underground walkways on either side of the highway. It's very near the local high school so kids have been sneaking down there to smoke cigarettes and other things for decades. I used to go down there late at night and climb the columns over the highway to write.
The trip was getting a bit intense at this point. Colors were distorting and everything seemed to be writhing and convulsing suddenly. My friend and I walked down into the tunnels. The cars passing through echoed deafeningly. The columns between the walkways and the highway seemed to dance and shimmy while bleeding. Suddenly I was in a 3D psychedelic world of swirling color and sound, without my body or my bearing. I managed to tell my partner I was stuck in a Jimi Hendrix video and we couldn't go anywhere for a while.
I found myself sitting down. The trip seemed to hit in waves like that. One minute I'm in a world of swirling color, the next I'm just sitting on the ground, my back to a column, a glow stick in my hand. I cracked it open and started finger painting. The dots of glow turned into radioactive spiders and crawled all around the walls.
There was someone in the tunnel with us. We both saw him. He was sitting on the bottom stair with his back to the wall and a book in his hand. He had on a black hood. We knew he wasn't real. I'd start playing with my glow sticks and forget about him and I'd feel him looking at me, but as soon as I'd look at him, his head would snap back down. My friend said he was shy.
I could see the ghost writing in his notebook. As he wrote, the writing would spread across the wall all down the tunnel. The graffiti from the high school kids and the cracks in the wall would be his ghostly writing, though I couldn't read it. He'd write and write and write until the whole wall was filled with his scratchy script then it would all bleed to the ground and he'd start again. Write and bleed. Write and bleed. My friend put his forehead to the wall and started mumbling.
After a long while my friend stopped talking to the ghost and told me his story. He said the guy looked like an old barber shop quartet singer. Said he'd fallen in love but the love of his life had died and he'd come down here to write and had been writing ever since. He told me stories of ragtime music and the train and then the automobiles. He told me of the generations of kids sneaking out of school, of lonely people, of lovers and seekers. He told me the ghost recognized me. The ghost knew I used to write letters to my father and that the ghost was 'sorry about my dog'. The story was quite beautiful at the time.
My friend told this story and kept talking. Eventually I started tripping harder again and I couldn't understand a word he was saying. He was sitting across from me, his back against the wall, and I noticed that the wall had blossomed into an infinity of winged eyes that seemed to be watching my friend as he talked.
I said to him, 'Dude. I have no idea what you are saying to me. But the wall is watching you.' He laughed at me and continued to speak gibberish, so I sat and examined the wall of winged eyes.
I could examine the eyes in great detail. They were shaped like stone carvings, and seemed to hover just above the surface of the concrete. They were blue/purple/green/orange (all the colors of acid) and seemed to be all colors and no colors at once. Very difficult to describe. As I watched them, I noticed that they seemed to be five distinct beings, two at the top (one slightly 'larger') with two under the smaller of the main two and one under the larger of the main two. Though they were in appearance a solid wall of winged eyes, they seemed to morph shapes the way that one of those 'magic eye' posters from the 90s could. They kept morphing into animals. Mostly lions and lambs, but also crocodiles and fish and wolves.
I interrupted my friend again. 'The wall is still watching you. I think it's your guardian angels.'
That got his attention. He asked me again what they looked like. I told him they were eyes with wings. He asked what the wings looked like and I told him they were stylized wings, like a drawing. He got very serious.
'My grandfather was in the Air force,' he said. I did not know this. 'My grandfather wore wings every day he was alive.'
He asked me what kinds of animals they were. I told him they were all sorts of animals and described them as they changed. Mostly they were lions and lambs.
My friend started shaking. He told me his grandfather's squadron was called 'The Lions and the Lambs'
At this point, my friend looked up, and the two top 'beings' looked down (the three lower ones disappeared suddenly at this point). He mouthed words but did not speak out loud. The beings were suddenly humanoid (though still comprised of winged rainbow eyes) with 'wings' that reached 'up' in a way that was beyond my comprehension. They seemed to nod at whatever my friend said. Then he started to cry, and the 'angels' started to bleed color down him as if they were crying. A single eye appeared on his forehead with wings over his eyes.
Then it (whatever it was) was over. The larger (and more female) of the 'angels' went away and only the one remained. My friend started telling me stories about fishing trips with his grandfather. The eyes illustrated his stories by becoming fish and swimming around him. The faded gradually. The ghost in the corner wrote it all down in his notebook. The world stopped it's loud rushing and decided to move on.
As we were walking back up the stairs, we both sensed (and my friend saw) a dark being rush us from behind, but it stopped and dissipated there my friend's angels had been.
We continued to walk back towards The Commune. My feet felt very heavy. My body felt like ice. I couldn't feel my fingers. My nose was running. I had probably been cold for a long time, it was about 35 degrees F outside, but I only started feeling it at this point. We still couldn't decide if there was someone following us or not. The trees reached and grabbed for us. Distances seemed huge and time seemed still. The graffiti faces on the walls laughed and growled and made faces at us. There were skulls and demons and dead things in the ditches and shadows. Everything seemed to bleed.
Though the visuals were very dark and sinister to both of us, neither of us was in a dark and sinister mood before, during, or after this trip.
When we got home we decided to just keep walking. We walked past a park to an area behind a grain mill. There was a stand of evergreen trees there that were waving frantically and clicking at us in a high pitched tree-language. I stood in front of it and listened to it rant and rave. It was very angry, but I apparently do not speak 'tree'. It just sounded like clicking. It kept reaching for my face and seeming to get very close (though the tree was actually about 5 meters away, I felt like it kept almost touching me). It's reaching branches had patterns like fractals. It started to scare me with it's hostility.
My friend and I started walking back towards the park. A small black, hairless crawling man-shaped thing followed us from the shadows. My friend could not see it, which made it one of the few parts of the trip we did not share.
In the park I hugged a tree that was much more friendly. When I did, the cold seemed to go away and I felt warm and fuzzy.
We climbed up onto a kids play area and sat. At this point we'd probably walked about 12 miles and half that time our feet felt like they were made of lead and we were getting tired. I watched some trees in the distance make lewd and dirty gestures at me. I felt turned on. The sun started coming up. We slid down the slide, which was covered in ice that was made of rainbows and when we hit the bottom we felt significantly more sober. We called it the 'icy slide to reality'.
Once home, we realized how cold we were. All the lights in the house were on but no one was around. We sat down on the couch and were laughing about the roses on the wallpaper blooming when my brother and his identical friend came tumbling down the stairs.
The friend kept talking and enunciating his thoughts with a gesture like he was pulling thoughts out of his brain into the atmosphere.
 My partner laughed at him. 'So, did he sell you water?' we asked.
'water selling mother-f***er' my brother mumbled over his trench coat.
At this point, about 6:00 am I realize I am still tripping strong in waves and I had to be at work four hours. I tried to drink some coffee, but it tasted like metallic shavings and made me think of war zones. I tried to take a shower, but the blue dye from my hair kept running down my body in tickling snakes and the drain had demons in it talking nonsense to me. I tried to sleep but the wallpaper kept creeping up behind me and the Pokemon on my blanket were having a battle.
So I went to work tripping. It was a Saturday morning and I was a waitress and we never had more than a handful of customers on Saturdays.
At work I had problems. I couldn't understand the computer screens to ring in orders. I had trouble getting ice because the cold was a solid wall and the ice kept refracting rainbows. The fettuccine was made of worms. The brass elephant heads that held up the bar kept waving their trunks at me. Luckily my fellow waitress was stoned and my manager was hung over so they sympathized.
The come down was in waves also. I'd be perfectly fine one moment, then tripping crazy again. The restaurant was suddenly packed. There was a parade in town. It was a struggle to appear normal. I started to suspect that everyone at my tables was mentally disabled but figured it was just me, until the other waitress pointed out that the bus outside was labeled SPECIAL OLYMPICS.
I was still tripping lightly when I managed to get to sleep at 5:00 pm. I continued to hear voices for a week. I still saw shadows turn into demons for 3 months.
One of the kids who did the 2cE with us that night did it again two nights later and was committed later that week because he NEVER came down. A year and a half later he was still in a group home for schizophrenics. He'd been normal before the drug.
.
.
.
The friend who sold me the shot told me that 2cE is a very spiritual drug. It's not. Mushrooms are spiritual. 2cE rips apart the piece of your mind that is supposed to separate you from the spirit world to keep you sane. It destroys the veil between worlds. I'm very happy I did it but I never will again.
My experience was stronger than a later trip I took on 6 hits of acid. The visuals are 'darker' than acid or shrooms or mescaline. Everyone I know who did it reported seeing dead things, demons, skulls, and lots and lots and lots of blood and bleeding.
My brother reported being stuck on a bed looking up at a ceiling fan that had the heads of drowned children at the end of each blade. He said as long as he concentrated on the faces that they would just hang there looking back and blinking with their long wet black hair hanging down. Whenever he looked away or became distracted, he said their hair would pick up like a storm and they'd start silently screaming and spinning and their pointed teeth would drip venom that burned the sheets and his skin. He's still freaked out by ceiling fans.

Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Codefights tourney sound alert every quarter hour at :14, :29, :44, :59
Credits:
buzz.min.js by Jay Salvat.
SMS alert #2 mp3 by Daniel Simon. Downloaded from soundbible.com


{% extends "base.html" %} {% block title %} RMG Page Not Found (404) {% endblock %} {% block extrahead %}{% endblock %} {% block navbar_items %} {% endblock %} {% block sidebar_items %} {% endblock %} {% block page_title %} RMG Page Not Found (404) {% endblock %} {% block page_body %}
Sorry, we couldn't find what you're looking for.
Would you like to tell us about it?
{% endblock %}


Preliminary Details
{{ user_creation_form.username }}
{{ user_creation_form.password1 }}
{{ user_creation_form.password2 }}
{{ user_form.first_name }}
{{ user_form.last_name }}
{{ user_form.email }}
{{ personal_detail_form.phone_number }}
Personal Details
{{ personal_detail_form.gender }}
{{ personal_detail_form.date_of_birth }}
{{ personal_detail_form.caste_category }}
{{ personal_detail_form.hometown }}
{{ personal_detail_form.current_address }}
{{ personal_detail_form.permanent_address }}
{{ personal_detail_form.current_residence_city }}
{{ personal_detail_form.current_pincode }}
{{ personal_detail_form.permanent_residence_city }}
{{ personal_detail_form.permanent_pincode }}
{{ personal_detail_form.current_residence_state }}
{{ personal_detail_form.permanent_residence_state }}
Educational Details
{{ education_detail_form.ssc }}
{{ education_detail_form.ssc_result_type }}
{{ education_detail_form.hsc }}
{{ education_detail_form.hsc_result_type }}
{{ education_detail_form.ssc_board_name }}
{{ education_detail_form.ssc_passing_year }}
{{ education_detail_form.hsc_board_name }}
{{ education_detail_form.hsc_passing_year }}
{{ education_detail_form.entrance_exam_score }}
{{ education_detail_form.entrance_exam }}
{{ education_detail_form.branch }}
Fill your aggregate CGPA at the end of each semester. DO NOT fill your SGPA.
{{ education_detail_form.current_backlogs }}
{{ education_detail_form.total_backlogs }}
{{ education_detail_form.college_passout_year }}
e.g. If your final academic year is 2017-18, type '2018'.


|
Character Action
Example of a character with actions
|
sealed class that all tickers register and remove themselves from. will create a tick runner on first use of ITick More...
Static Public Member Functions | |
| static bool | IsFrozen () |
| static void | FreezeTicks (bool isForzen) |
| static void | AddTicker (IPhysicsTick ticker) |
| static void | AddTicker (IUnscaledTick ticker) |
| static void | AddTicker (ITick ticker) |
| static void | RemoveTicker (ITick ticker) |
| static void | RemoveTicker (IPhysicsTick ticker) |
| static void | RemoveTicker (IUnscaledTick ticker) |
Static Public Attributes | |
| static Dictionary< IUnscaledTick, TickerUnscaledInstance > | tickersunscaledic = new Dictionary<IUnscaledTick, TickerUnscaledInstance>() |
| static Dictionary< ITick, TickerInstance > | tickersdic = new Dictionary<ITick, TickerInstance>() |
| static Dictionary< IPhysicsTick, TickerFixedUpdateInstance > | physicsdic = new Dictionary<IPhysicsTick, TickerFixedUpdateInstance>() |
Properties | |
| static TickManager | Instance [get] |
| static List< TickerInstance > | TickersArr [get] |
| static List< TickerUnscaledInstance > | UnscaledTickersArr [get] |
| static List< TickerFixedUpdateInstance > | PhysicsTickersARr [get] |
sealed class that all tickers register and remove themselves from. will create a tick runner on first use of ITick


Mayor confirms fourth year of London fares freeze
Sadiq Khan said all fares on buses and trams, plus single pay-as-you-go Tube and DLR fares, will remain the same until the end of 2020.
Transport for London (TfL) fares will remain frozen for another year, Sadiq Khan has confirmed.
The mayor said all fares on buses and trams, plus single pay-as-you-go Tube and DLR fares, will remain the same until the end of 2020.
This is in line with the commitment he made to freeze fares for four years after becoming mayor in May 2016.
Daily and weekly price caps, plus weekly, monthly and annual travelcards, are not included in the freeze.
Increases in these fares are set in agreement with train operators under regulations set by the Government, meaning they will rise by the July RPI inflation measure of 2.8%.
Mr Khan said: “I am freezing TfL fares again next January – the fourth year in succession I have frozen them.
“Alongside my £1.50 Hopper fare – which allows people unlimited changes on bus and tram journeys for free within an hour – we are making transport more affordable for millions of Londoners.
“This shows what a Labour administration can do. In stark contrast, when he was mayor, Boris Johnson increased TfL fares by a staggering 42%.
“Since 2016, the Tory Government has allowed national rail fares to increase by more than 10% despite all the overcrowding and delays.
“If I can freeze fares and provide a better service on TfL services, it’s a disgrace that this Tory Government continues to allow failing private rail companies to get away with hiking up their fares.”
Shashi Verma, director of strategy at TfL, said: “We are committed to making travelling by public transport in London as affordable and convenient as possible.
“Millions of people travel using bus, Tube and rail services across London, and through our pay-as-you-go fares system we are helping to encourage more people out of their cars and on to public transport.”


This referral does not require charity care.
Sinai Breast Resources provides EHHOP with free Mammograms and Breast Ultrasounds.
The protocol for Breast Ultrasounds and mammograms is the same.The same form needs to be filled out for both.
Cost to EHHOP Patient: Free
~2 weeks for a mammogram only apointment. 3-5 weeks for a Breast Ultrasound
CAM 17 E 102 Floor 6th floor<PHONE_NUMBER>


WITNESS LIST Transportation & Homeland Security Committee April 27, 2005 - 8:00A HB 87 Registering, but not testifying: For: Igo, Shanna Director (TX Municipal League), Austin, TX On: Lopez, Carlos Director, Traffic Operations Div. (TX Dept. of Transportation), Austin, TX HB 540 Registering, but not testifying: On: Lopez, Carlos Dir.,Traffic Operations Division (TX Dept. of Transportation), Austin, TX HB 749 ON: Saenz, Amadeo Asst. Ex. Dir. of Engineering Operations (TX Dept. of Transportation), Austin, TX AGAINST COMMITTEE AMENDMENT (1): Findeisen, Les Director of Policy (Texas Motor Transportation Association), Austin, TX Registering, but not testifying: On: Rogers, Mark Major (Texas Department of Public Safety), Austin, TX HB 874 Registering, but not testifying: On: Lopez, Carlos Director, Traffic Operations Division (TX Dept. of Transportation), Austin, TX SB 322 Registering, but not testifying: On: Simmons, Steve Deputy Executive Director (TX Dept. of Transportation), Austin, TX SB 499 ON: Lopez, Carlos Director, Traffic Operations Div. (TX Dept. of Transportation), Austin, TX SB 696 Registering, but not testifying: On: Cuny, Major Larry (TX Dept. of Public Safety), Austin, TX Spinks, Margaret Asst. Mgr. (Texas Department of Public Safety/Driver License Divison), Austin, TX Zgabay, Sherrie Manager (Texas Department of Public Safety-Driver License), Austin, TX SB 1073 Registering, but not testifying: On: Bray, Brett Director, Motor Vehicle Division (TX Dept. of Transportation), Austin, TX SB 1699 ON: Saenz, Amadeo Asst. Ex. Dir. of Engineering Operations (TX Dept. of Transportation), Austin, TX SB 1706 ON: Behrens, Michael Executive Director (TX Dept. of Transportation), Austin, TX Jackson, Bob Deputy General Counsel (TX Dept. of Transportation), Austin, TX ON COMMITTEE AMENDMENT (4a): Brown, David (Verizon Southwest), Austin, TX SB 1818 Registering, but not testifying: For: Crocker, Maureen Dep. Dir. Gov't Affairs (City of Houston), Houston, TX On: McCormick, Chuck Deputy Director (Governor's Office of Homeland Security), Austin, TX Simmons, Steve Deputy Executive Director (TX Dept. of Transportation), Austin, TX


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