Air Jordan 1 Hi '85
Jordan Brand celebrated the 35th anniversary of the Jordan 1 by releasing Jordan 1 Retro High 85 Varsity Red.
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Buy it Now


| column_window_functions {SparkR} | R Documentation |
Window functions defined for Column
.
cume_dist(x = "missing") dense_rank(x = "missing") lag(x, ...) lead(x, offset, defaultValue = NULL) nth_value(x, offset, ...) ntile(x) percent_rank(x = "missing") rank(x, ...) row_number(x = "missing") ## S4 method for signature 'missing' cume_dist() ## S4 method for signature 'missing' dense_rank() ## S4 method for signature 'characterOrColumn' lag(x, offset = 1, defaultValue = NULL) ## S4 method for signature 'characterOrColumn,numeric' lead(x, offset = 1, defaultValue = NULL) ## S4 method for signature 'characterOrColumn,numeric' nth_value(x, offset, na.rm = FALSE) ## S4 method for signature 'numeric' ntile(x) ## S4 method for signature 'missing' percent_rank() ## S4 method for signature 'missing' rank() ## S4 method for signature 'ANY' rank(x, ...) ## S4 method for signature 'missing' row_number()
x |
In |
... |
additional argument(s). |
offset |
a numeric indicating number of row to use as the value |
defaultValue |
(optional) default to use when the offset row does not exist. |
na.rm |
a logical which indicates that the Nth value should skip null in the determination of which row to use |
cume_dist
: Returns the cumulative distribution of values within a window partition,
i.e. the fraction of rows that are below the current row:
(number of values before and including x) / (total number of rows in the partition).
This is equivalent to the CUME_DIST
function in SQL.
The method should be used with no argument.
dense_rank
: Returns the rank of rows within a window partition, without any gaps.
The difference between rank and dense_rank is that dense_rank leaves no gaps in ranking
sequence when there are ties. That is, if you were ranking a competition using dense_rank
and had three people tie for second place, you would say that all three were in second
place and that the next person came in third. Rank would give me sequential numbers, making
the person that came in third place (after the ties) would register as coming in fifth.
This is equivalent to the DENSE_RANK
function in SQL.
The method should be used with no argument.
lag
: Returns the value that is offset
rows before the current row, and
defaultValue
if there is less than offset
rows before the current row. For example,
an offset
of one will return the previous row at any given point in the window partition.
This is equivalent to the LAG
function in SQL.
lead
: Returns the value that is offset
rows after the current row, and
defaultValue
if there is less than offset
rows after the current row.
For example, an offset
of one will return the next row at any given point
in the window partition.
This is equivalent to the LEAD
function in SQL.
nth_value
: Window function: returns the value that is the offset
th
row of the window frame# (counting from 1), and null
if the size of window
frame is less than offset
rows.
ntile
: Returns the ntile group id (from 1 to n inclusive) in an ordered window
partition. For example, if n is 4, the first quarter of the rows will get value 1, the second
quarter will get 2, the third quarter will get 3, and the last quarter will get 4.
This is equivalent to the NTILE
function in SQL.
percent_rank
: Returns the relative rank (i.e. percentile) of rows within a window
partition.
This is computed by: (rank of row in its partition - 1) / (number of rows in the partition - 1).
This is equivalent to the PERCENT_RANK
function in SQL.
The method should be used with no argument.
rank
: Returns the rank of rows within a window partition.
The difference between rank and dense_rank is that dense_rank leaves no gaps in ranking
sequence when there are ties. That is, if you were ranking a competition using dense_rank
and had three people tie for second place, you would say that all three were in second
place and that the next person came in third. Rank would give me sequential numbers, making
the person that came in third place (after the ties) would register as coming in fifth.
This is equivalent to the RANK
function in SQL.
The method should be used with no argument.
row_number
: Returns a sequential number starting at 1 within a window partition.
This is equivalent to the ROW_NUMBER
function in SQL.
The method should be used with no argument.
cume_dist since 1.6.0
dense_rank since 1.6.0
lag since 1.6.0
lead since 1.6.0
nth_value since 3.1.0
ntile since 1.6.0
percent_rank since 1.6.0
rank since 1.6.0
row_number since 1.6.0
## Not run:
##D # Dataframe used throughout this doc
##D df <- createDataFrame(cbind(model = rownames(mtcars), mtcars))
##D ws <- orderBy(windowPartitionBy("am"), "hp")
##D tmp <- mutate(df, dist = over(cume_dist(), ws), dense_rank = over(dense_rank(), ws),
##D lag = over(lag(df$mpg), ws), lead = over(lead(df$mpg, 1), ws),
##D percent_rank = over(percent_rank(), ws),
##D rank = over(rank(), ws), row_number = over(row_number(), ws),
##D nth_value = over(nth_value(df$mpg, 3), ws))
##D # Get ntile group id (1-4) for hp
##D tmp <- mutate(tmp, ntile = over(ntile(4), ws))
##D head(tmp)
## End(Not run)


Objective of the game
To result 100 points before your opponent
The Rules
- 2 ones are called snake eyes if you get them you lose your points for the whole game once I lost them at 96
- Roll on every turn
- Mark all your points on a piece of paper
- Roll 1 or more time until you want to
- if you get a one in any of your rolls you get a 0 for that round
- Miss a turn if you got Snake eyes


- Why am i not red? Look at the inline styles of this card and tell us why the red background doesn't work.


In a previous blog, Integer's property of immutability has been discussed extensively. Basically, immutability is implemented by some declarations involving with private and final variable and even the way of just exposing a getting interface.
In this blog, we plan to discuss more.
First, let's focus on the amazing implementation of "toString" method. The source code is shown following:
public static String toString(int i) {
if (i == Integer.MIN_VALUE)
return "-2147483648";
int size = (i < 0) ? stringSize(-i) + 1 : stringSize(i);
char[] buf = new char[size];
getChars(i, size, buf);
return new String(buf, true);
}
- The reason for dealing with the special case of Integer.MIN_VALUE is that it does not have the corresponding absolute value. Note that the range of Integer(int) is from $-2^{31}$ to $2^{31}-1$.
Then we go deeper insider to take a look at getChars method. It looks like as following:
static void getChars(int i, int index, char[] buf) {
int q, r;
int charPos = index;
char sign = 0;
// here is why Integer.MIN_VALUE lets getChars fail,
if (i < 0) {
sign = '-';
i = -i;
}
// Generate two digits per iteration
while (i >= 65536) {
q = i / 100;
r = i - ((q << 6) + (q << 5) + (q << 2));
i = q;
buf [--charPos] = DigitOnes[r];
buf [--charPos] = DigitTens[r];
}
// Fall thru to fast mode for smaller numbers
// assert(i <= 65536, i);
for (;;) {
q = (i * 52429) >>> (16+3);
r = i - ((q << 3) + (q << 1)); // r = i-(q*10) ...
buf [--charPos] = digits [r];
i = q;
if (i == 0) break;
}
if (sign != 0) {
buf [--charPos] = sign;
}
}
- The first trick used here is at line 13. We show that $100=64+32+4=26+25+22$. Note that if you have to multiply a moderately large number many times, this trick is highly recommended to apply.
- After line 13, it is actually the last two digits of i. Then owing to two pre-defined tables, we are able to get the corresponding digit in constant time. The underlying idea is to cope with two digits at one time. For example, the last two digits are 27.  In fact, it comes from $\lceil \frac{2^{16+3}}{10}\rceil$. What line 21 aims to do is $q = i * 0.1$.
- But as we can see, i is probably $65537$ and therefore $65537*52429=3436039373$. Overflow! However, surprisingly, $$(65537*52429)>>>19=6553.$$ Even overflow affects nothing. However again, if we set i as $80000$, $$(80000*52429)>>>19 \ne 8000$$.
- I also try to do some potential improvements based on this code. I find we can continue to pull down the line before we stop the phase of deal with two digits at one time. I set is as 1024. Then the line 21 becomes
q = (i * 3355444) >>> (25);
- Some simple experiments have been performed and I find this modification indeed improves a little bit.


will also be loaded at a randomized address. This value is the default if
the kernel was configured with CONFIG_COMPAT_BRK.
- 2
- (Since Linux 2.6.25) Also support heap randomization. This value is the
default if the kernel was not configured with
CONFIG_COMPAT_BRK.
- /proc/sys/kernel/real-root-dev
- This file is documented in the Linux kernel source file
Documentation/admin-guide/initrd.rst (or
Documentation/initrd.txt before Linux 4.10).
- /proc/sys/kernel/reboot-cmd (Sparc only)
- This file seems to be a way to give an argument to the SPARC ROM/Flash
boot loader. Maybe to tell it what to do after rebooting?
- /proc/sys/kernel/rtsig-max
- (Only in kernels up to and including 2.6.7; see setrlimit(2)) This
file can be used to tune the maximum number of POSIX real-time (queued)
signals that can be outstanding in the system.
- /proc/sys/kernel/rtsig-nr
- (Only in kernels up to and including 2.6.7.) This file shows the number of
POSIX real-time signals currently queued.
- /proc/[pid]/sched_autogroup_enabled (since Linux 2.6.38)
- See sched(7).
- /proc/sys/kernel/sched_child_runs_first (since Linux 2.6.23)
- If this file contains the value zero, then, after a fork(2), the
parent is first scheduled on the CPU. If the file contains a nonzero
value, then the child is scheduled first on the CPU. (Of course, on a
multiprocessor system, the parent and the child might both immediately be
scheduled on a CPU.)
- /proc/sys/kernel/sched_rr_timeslice_ms (since Linux 3.9)
- See sched_rr_get_interval(2).
- /proc/sys/kernel/sched_rt_period_us (since Linux 2.6.25)
- See sched(7).
- /proc/sys/kernel/sched_rt_runtime_us (since Linux 2.6.25)
- See sched(7).
- /proc/sys/kernel/seccomp (since Linux 4.14)
- This directory provides additional seccomp information and configuration.
See seccomp(2) for further details.
- /proc/sys/kernel/sem (since Linux 2.4)
- This file contains 4 numbers defining limits for System V IPC semaphores.
These fields are, in order:
- SEMMSL
- The maximum semaphores per semaphore set.
- SEMMNS
- A system-wide limit on the number of semaphores in all semaphore
sets.
- SEMOPM
- The maximum number of operations that may be specified in a
semop(2) call.
- SEMMNI
- A system-wide limit on the maximum number of semaphore identifiers.
- /proc/sys/kernel/sg-big-buff
- This file shows the size of the generic SCSI device (sg) buffer. You can't
tune it just yet, but you could change it at compile time by editing
include/scsi/sg.h and changing the value of SG_BIG_BUFF.
However, there shouldn't be any reason to change this value.
- /proc/sys/kernel/shm_rmid_forced (since Linux 3.1)
- If this file is set to 1, all System V shared memory segments will be
marked for destruction as soon as the number of attached processes falls
to zero; in other words, it is no longer possible to create shared memory
segments that exist independently of any attached process.
- The effect is as though a shmctl(2) IPC_RMID is performed on
all existing segments as well as all segments created in the future (until
this file is reset to 0). Note that existing segments that are attached to
no process will be immediately destroyed when this file is set to 1.
Setting this option will also destroy segments that were created, but
never attached, upon termination of the process that created the segment
with shmget(2).
- Setting this file to 1 provides a way of ensuring that all System V shared
memory segments are counted against the resource usage and resource limits
(see the description of RLIMIT_AS in getrlimit(2)) of at
least one process.
- Because setting this file to 1 produces behavior that is nonstandard and
could also break existing applications, the default value in this file is
0. Set this file to 1 only if you have a good understanding of the
semantics of the applications using System V shared memory on your
system.
- /proc/sys/kernel/shmall (since Linux 2.2)
- This file contains the system-wide limit on the total number of pages of
System V shared memory.
- /proc/sys/kernel/shmmax (since Linux 2.2)
- This file can be used to query and set the run-time limit on the maximum
(System V IPC) shared memory segment size that can be created. Shared
memory segments up to 1GB are now supported in the kernel. This value
defaults to SHMMAX.
- /proc/sys/kernel/shmmni (since Linux 2.4)
- This file specifies the system-wide maximum number of System V shared
memory segments that can be created.
- /proc/sys/kernel/sysctl_writes_strict (since Linux 3.16)
- The value in this file determines how the file offset affects the behavior
of updating entries in files under /proc/sys. The file has three
possible values:
- -1
- This provides legacy handling, with no printk warnings. Each
write(2) must fully contain the value to be written, and multiple
writes on the same file descriptor will overwrite the entire value,
regardless of the file position.
- 0
- (default) This provides the same behavior as for -1, but printk warnings
are written for processes that perform writes when the file offset is not
0.
- 1
- Respect the file offset when writing strings into /proc/sys files.
Multiple writes will append to the value buffer. Anything written
beyond the maximum length of the value buffer will be ignored. Writes to
numeric /proc/sys entries must always be at file offset 0 and the
value must be fully contained in the buffer provided to
write(2).
- /proc/sys/kernel/sysrq
- This file controls the functions allowed to be invoked by the SysRq key.
By default, the file contains 1 meaning that every possible SysRq request
is allowed (in older kernel versions, SysRq was disabled by default, and
you were required to specifically enable it at run-time, but this is not
the case any more). Possible values in this file are:
- 0
- Disable sysrq completely
- 1
- Enable all functions of sysrq
- > 1
- Bit mask of allowed sysrq functions, as follows:
- 2
- Enable control of console logging level
- 4
- Enable control of keyboard (SAK, unraw)
- 8
- Enable debugging dumps of processes etc.
- 16
- Enable sync command
- 32
- Enable remount read-only
- 64
- Enable signaling of processes (term, kill, oom-kill)
- 128
- Allow reboot/poweroff
- 256
- Allow nicing of all real-time tasks
- This file is present only if the CONFIG_MAGIC_SYSRQ kernel
configuration option is enabled. For further details see the Linux kernel
source file Documentation/admin-guide/sysrq.rst (or
Documentation/sysrq.txt before Linux 4.10).
- /proc/sys/kernel/version
- This file contains a string such as:
-
#5 Wed Feb 25 21:49:24 MET 1998
- The "#5" means that this is the fifth kernel built from this
source base and the date following it indicates the time the kernel was
built.
- /proc/sys/kernel/threads-max (since Linux 2.3.11)
- This file specifies the system-wide limit on the number of threads (tasks)
that can be created on the system.
- Since Linux 4.1, the value that can be written to threads-max is
bounded. The minimum value that can be written is 20. The maximum value
that can be written is given by the constant FUTEX_TID_MASK
(0x3fffffff). If a value outside of this range is written to
threads-max, the error EINVAL occurs.
- The value written is checked against the available RAM pages. If the
thread structures would occupy too much (more than 1/8th) of the available
RAM pages, threads-max is reduced accordingly.
- /proc/sys/kernel/yama/ptrace_scope (since Linux 3.5)
- See ptrace(2).
- /proc/sys/kernel/zero-paged (PowerPC only)
- This file contains a flag. When enabled (nonzero), Linux-PPC will pre-zero
pages in the idle loop, possibly speeding up get_free_pages.
- /proc/sys/net
- This directory contains networking stuff. Explanations for some of the
files under this directory can be found in tcp(7) and
ip(7).
- /proc/sys/net/core/bpf_jit_enable
- See bpf(2).
- /proc/sys/net/core/somaxconn
- This file defines a ceiling value for the backlog argument of
listen(2); see the listen(2) manual page for details.
- /proc/sys/proc
- This directory may be empty.
- /proc/sys/sunrpc
- This directory supports Sun remote procedure call for network filesystem
(NFS). On some systems, it is not present.
- /proc/sys/user (since Linux 4.9)
- See namespaces(7).
- /proc/sys/vm
- This directory contains files for memory management tuning, buffer and
cache management.
- /proc/sys/vm/admin_reserve_kbytes (since Linux 3.10)
- This file defines the amount of free memory (in KiB) on the system that
should be reserved for users with the capability
CAP_SYS_ADMIN.
- The default value in this file is the minimum of [3% of free pages, 8MiB]
expressed as KiB. The default is intended to provide enough for the
superuser to log in and kill a process, if necessary, under the default
overcommit 'guess' mode (i.e., 0 in
/proc/sys/vm/overcommit_memory).
- Systems running in "overcommit never" mode (i.e., 2 in
/proc/sys/vm/overcommit_memory) should increase the value in this
file to account for the full virtual memory size of the programs used to
recover (e.g., login(1) ssh(1), and top(1))
Otherwise, the superuser may not be able to log in to recover the system.
For example, on x86-64 a suitable value is 131072 (128MiB reserved).
- Changing the value in this file takes effect whenever an application
requests memory.
- /proc/sys/vm/compact_memory (since Linux 2.6.35)
- When 1 is written to this file, all zones are compacted such that free
memory is available in contiguous blocks where possible. The effect of
this action can be seen by examining /proc/buddyinfo.
- Present only if the kernel was configured with
CONFIG_COMPACTION.
- /proc/sys/vm/drop_caches (since Linux 2.6.16)
- Writing to this file causes the kernel to drop clean caches, dentries, and
inodes from memory, causing that memory to become free. This can be useful
for memory management testing and performing reproducible filesystem
benchmarks. Because writing to this file causes the benefits of caching to
be lost, it can degrade overall system performance.
- To free pagecache, use:
-
echo 1 > /proc/sys/vm/drop_caches
- To free dentries and inodes, use:
-
echo 2 > /proc/sys/vm/drop_caches
- To free pagecache, dentries and inodes, use:
-
echo 3 > /proc/sys/vm/drop_caches
- Because writing to this file is a nondestructive operation and dirty
objects are not freeable, the user should run sync(1) first.
- /proc/sys/vm/legacy_va_layout (since Linux 2.6.9)
- If nonzero, this disables the new 32-bit memory-mapping layout; the kernel
will use the legacy (2.4) layout for all processes.
- /proc/sys/vm/memory_failure_early_kill (since Linux 2.6.32)
- Control how to kill processes when an uncorrected memory error (typically
a 2-bit error in a memory module) that cannot be handled by the kernel is
detected in the background by hardware. In some cases (like the page still
having a valid copy on disk), the kernel will handle the failure
transparently without affecting any applications. But if there is no other
up-to-date copy of the data, it will kill processes to prevent any data
corruptions from propagating.
- The file has one of the following values:
- 1:
- Kill all processes that have the corrupted-and-not-reloadable page mapped
as soon as the corruption is detected. Note that this is not supported for
a few types of pages, such as kernel internally allocated data or the swap
cache, but works for the majority of user pages.
- 0:
- Unmap the corrupted page from all processes and kill a process only if it
tries to access the page.
- The kill is performed using a SIGBUS signal with si_code set
to BUS_MCEERR_AO. Processes can handle this if they want to; see
sigaction(2) for more details.
- This feature is active only on architectures/platforms with advanced
machine check handling and depends on the hardware capabilities.
- Applications can override the memory_failure_early_kill setting
individually with the prctl(2) PR_MCE_KILL operation.
- Present only if the kernel was configured with
CONFIG_MEMORY_FAILURE.
- /proc/sys/vm/memory_failure_recovery (since Linux 2.6.32)
- Enable memory failure recovery (when supported by the platform)
- 1:
- Attempt recovery.
- 0:
- Always panic on a memory failure.
- Present only if the kernel was configured with
CONFIG_MEMORY_FAILURE.
- /proc/sys/vm/oom_dump_tasks (since Linux 2.6.25)
- Enables a system-wide task dump (excluding kernel threads) to be produced
when the kernel performs an OOM-killing. The dump includes the following
information for each task (thread, process): thread ID, real user ID,
thread group ID (process ID), virtual memory size, resident set size, the
CPU that the task is scheduled on, oom_adj score (see the description of
/proc/[pid]/oom_adj), and command name. This is helpful to
determine why the OOM-killer was invoked and to identify the rogue task
that caused it.
- If this contains the value zero, this information is suppressed. On very
large systems with thousands of tasks, it may not be feasible to dump the
memory state information for each one. Such systems should not be forced
to incur a performance penalty in OOM situations when the information may
not be desired.
- If this is set to nonzero, this information is shown whenever the
OOM-killer actually kills a memory-hogging task.
- The default value is 0.
- /proc/sys/vm/oom_kill_allocating_task (since Linux 2.6.24)
- This enables or disables killing the OOM-triggering task in out-of-memory
situations.
- If this is set to zero, the OOM-killer will scan through the entire
tasklist and select a task based on heuristics to kill. This normally
selects a rogue memory-hogging task that frees up a large amount of memory
when killed.
- If this is set to nonzero, the OOM-killer simply kills the task that
triggered the out-of-memory condition. This avoids a possibly expensive
tasklist scan.
- If /proc/sys/vm/panic_on_oom is nonzero, it takes precedence over
whatever value is used in
/proc/sys/vm/oom_kill_allocating_task.
- The default value is 0.
- /proc/sys/vm/overcommit_kbytes (since Linux 3.14)
- This writable file provides an alternative to
/proc/sys/vm/overcommit_ratio for controlling the
CommitLimit when /proc/sys/vm/overcommit_memory has the
value 2. It allows the amount of memory overcommitting to be specified as
an absolute value (in kB), rather than as a percentage, as is done with
overcommit_ratio. This allows for finer-grained control of
CommitLimit on systems with extremely large memory sizes.
- Only one of overcommit_kbytes or overcommit_ratio can have
an effect: if overcommit_kbytes has a nonzero value, then it is
used to calculate CommitLimit, otherwise overcommit_ratio is
used. Writing a value to either of these files causes the value in the
other file to be set to zero.
- /proc/sys/vm/overcommit_memory
- This file contains the kernel virtual memory accounting mode. Values
are:
- 0: heuristic overcommit (this is the default)
1: always overcommit, never check
2: always check, never overcommit
- In mode 0, calls of mmap(2) with MAP_NORESERVE are not
checked, and the default check is very weak, leading to the risk of
getting a process "OOM-killed".
- In mode 1, the kernel pretends there is always enough memory, until memory
actually runs out. One use case for this mode is scientific computing
applications that employ large sparse arrays. In Linux kernel versions
before 2.6.0, any nonzero value implies mode 1.
- In mode 2 (available since Linux 2.6), the total virtual address space
that can be allocated (CommitLimit in /proc/meminfo) is
calculated as
-
CommitLimit = (total_RAM - total_huge_TLB) *
overcommit_ratio / 100 + total_swap
- where:
- total_RAM is the total amount of RAM on the system;
- total_huge_TLB is the amount of memory set aside for huge
pages;
- overcommit_ratio is the value in
/proc/sys/vm/overcommit_ratio; and
- total_swap is the amount of swap space.
- For example, on a system with 16GB of physical RAM, 16GB of swap, no space
dedicated to huge pages, and an overcommit_ratio of 50, this
formula yields a CommitLimit of 24GB.
- Since Linux 3.14, if the value in /proc/sys/vm/overcommit_kbytes is
nonzero, then CommitLimit is instead calculated as:
-
CommitLimit = overcommit_kbytes + total_swap
- See also the description of /proc/sys/vm/admin_reserve_kbytes and
/proc/sys/vm/user_reserve_kbytes.
- /proc/sys/vm/overcommit_ratio (since Linux 2.6.0)
- This writable file defines a percentage by which memory can be
overcommitted. The default value in the file is 50. See the description of
/proc/sys/vm/overcommit_memory.
- /proc/sys/vm/panic_on_oom (since Linux 2.6.18)
- This enables or disables a kernel panic in an out-of-memory
situation.
- If this file is set to the value 0, the kernel's OOM-killer will kill some
rogue process. Usually, the OOM-killer is able to kill a rogue process and
the system will survive.
- If this file is set to the value 1, then the kernel normally panics when
out-of-memory happens. However, if a process limits allocations to certain
nodes using memory policies (mbind(2) MPOL_BIND) or cpusets
(cpuset(7)) and those nodes reach memory exhaustion status, one
process may be killed by the OOM-killer. No panic occurs in this case:
because other nodes' memory may be free, this means the system as a whole
may not have reached an out-of-memory situation yet.
- If this file is set to the value 2, the kernel always panics when an
out-of-memory condition occurs.
- The default value is 0. 1 and 2 are for failover of clustering. Select
either according to your policy of failover.
- /proc/sys/vm/swappiness
- The value in this file controls how aggressively the kernel will swap
memory pages. Higher values increase aggressiveness, lower values decrease
aggressiveness. The default value is 60.
- /proc/sys/vm/user_reserve_kbytes (since Linux 3.10)
- Specifies an amount of memory (in KiB) to reserve for user processes, This
is intended to prevent a user from starting a single memory hogging
process, such that they cannot recover (kill the hog). The value in this
file has an effect only when /proc/sys/vm/overcommit_memory is set
to 2 ("overcommit never" mode). In this case, the system
reserves an amount of memory that is the minimum of [3% of current process
size, user_reserve_kbytes].
- The default value in this file is the minimum of [3% of free pages,
128MiB] expressed as KiB.
- If the value in this file is set to zero, then a user will be allowed to
allocate all free memory with a single process (minus the amount reserved
by /proc/sys/vm/admin_reserve_kbytes). Any subsequent attempts to
execute a command will result in "fork: Cannot allocate
memory".
- Changing the value in this file takes effect whenever an application
requests memory.
- /proc/sys/vm/unprivileged_userfaultfd (since Linux 5.2)
- This (writable) file exposes a flag that controls whether unprivileged
processes are allowed to employ userfaultfd(2). If this file has
the value 1, then unprivileged processes may use userfaultfd(2). If
this file has the value 0, then only processes that have the
CAP_SYS_PTRACE capability may employ userfaultfd(2). The
default value in this file is 1.
- /proc/sysrq-trigger (since Linux 2.4.21)
- Writing a character to this file triggers the same SysRq function as
typing ALT-SysRq-<character> (see the description of
/proc/sys/kernel/sysrq). This file is normally writable only by
root. For further details see the Linux kernel source file
Documentation/admin-guide/sysrq.rst (or
Documentation/sysrq.txt before Linux 4.10).
- /proc/sysvipc
- Subdirectory containing the pseudo-files msg, sem and
shm. These files list the System V Interprocess Communication (IPC)
objects (respectively: message queues, semaphores, and shared memory) that
currently exist on the system, providing similar information to that
available via ipcs(1). These files have headers and are formatted
(one IPC object per line) for easy understanding. sysvipc(7)
provides further background on the information shown by these files.
- /proc/thread-self (since Linux 3.17)
- This directory refers to the thread accessing the /proc filesystem,
and is identical to the /proc/self/task/[tid] directory named by
the process thread ID ([tid]) of the same thread.
- /proc/timer_list (since Linux 2.6.21)
- This read-only file exposes a list of all currently pending
(high-resolution) timers, all clock-event sources, and their parameters in
a human-readable form.
- /proc/timer_stats (from Linux 2.6.21 until Linux 4.10)
- This is a debugging facility to make timer (ab)use in a Linux system
visible to kernel and user-space developers. It can be used by kernel and
user-space developers to verify that their code does not make undue use of
timers. The goal is to avoid unnecessary wakeups, thereby optimizing power
consumption.
- If enabled in the kernel (CONFIG_TIMER_STATS), but not used, it has
almost zero run-time overhead and a relatively small data-structure
overhead. Even if collection is enabled at run time, overhead is low: all
the locking is per-CPU and lookup is hashed.
- The /proc/timer_stats file is used both to control sampling
facility and to read out the sampled information.
- The timer_stats functionality is inactive on bootup. A sampling
period can be started using the following command:
-
# echo 1 > /proc/timer_stats
- The following command stops a sampling period:
-
# echo 0 > /proc/timer_stats
- The statistics can be retrieved by:
-
$ cat /proc/timer_stats
- While sampling is enabled, each readout from /proc/timer_stats will
see newly updated statistics. Once sampling is disabled, the sampled
information is kept until a new sample period is started. This allows
multiple readouts.
- Sample output from /proc/timer_stats:
-
$ cat /proc/timer_stats
Timer Stats Version: v0.3
Sample period: 1.764 s
Collection: active
255, 0 swapper/3 hrtimer_start_range_ns (tick_sched_timer)
71, 0 swapper/1 hrtimer_start_range_ns (tick_sched_timer)
58, 0 swapper/0 hrtimer_start_range_ns (tick_sched_timer)
4, 1694 gnome-shell mod_delayed_work_on (delayed_work_timer_fn)
17, 7 rcu_sched rcu_gp_kthread (process_timeout)
...
1, 4911 kworker/u16:0 mod_delayed_work_on (delayed_work_timer_fn)
1D, 2522 kworker/0:0 queue_delayed_work_on (delayed_work_timer_fn)
1029 total events, 583.333 events/sec
- The output columns are:
- a count of the number of events, optionally (since Linux 2.6.23) followed
by the letter 'D' if this is a deferrable timer;
- the PID of the process that initialized the timer;
- the name of the process that initialized the timer;
- the function where the timer was initialized; and
- (in parentheses) the callback function that is associated with the
timer.
- During the Linux 4.11 development cycle, this file was removed because of
security concerns, as it exposes information across namespaces.
Furthermore, it is possible to obtain the same information via in-kernel
tracing facilities such as ftrace.
- /proc/tty
- Subdirectory containing the pseudo-files and subdirectories for tty
drivers and line disciplines.
- /proc/uptime
- This file contains two numbers (values in seconds): the uptime of the
system (including time spent in suspend) and the amount of time spent in
the idle process.
- /proc/version
- This string identifies the kernel version that is currently running. It
includes the contents of /proc/sys/kernel/ostype,
/proc/sys/kernel/osrelease and /proc/sys/kernel/version. For
example:
-
Linux version 1.0.9 (quinlan@phaze) #1 Sat May 14 01:51:54 EDT 1994
- /proc/vmstat (since Linux 2.6.0)
- This file displays various virtual memory statistics. Each line of this
file contains a single name-value pair, delimited by white space. Some
lines are present only if the kernel was configured with suitable options.
(In some cases, the options required for particular files have changed
across kernel versions, so they are not listed here. Details can be found
by consulting the kernel source code.) The following fields may be
present:
- nr_free_pages (since Linux 2.6.31)
- nr_alloc_batch (since Linux 3.12)
- nr_inactive_anon (since Linux 2.6.28)
- nr_active_anon (since Linux 2.6.28)
- nr_inactive_file (since Linux 2.6.28)
- nr_active_file (since Linux 2.6.28)
- nr_unevictable (since Linux 2.6.28)
- nr_mlock (since Linux 2.6.28)
- nr_anon_pages (since Linux 2.6.18)
- nr_mapped (since Linux 2.6.0)
- nr_file_pages (since Linux 2.6.18)
- nr_dirty (since Linux 2.6.0)
- nr_writeback (since Linux 2.6.0)
- nr_slab_reclaimable (since Linux 2.6.19)
- nr_slab_unreclaimable (since Linux 2.6.19)
- nr_page_table_pages (since Linux 2.6.0)
- nr_kernel_stack (since Linux 2.6.32)
- Amount of memory allocated to kernel stacks.
- nr_unstable (since Linux 2.6.0)
- nr_bounce (since Linux 2.6.12)
- nr_vmscan_write (since Linux 2.6.19)
- nr_vmscan_immediate_reclaim (since Linux 3.2)
- nr_writeback_temp (since Linux 2.6.26)
- nr_isolated_anon (since Linux 2.6.32)
- nr_isolated_file (since Linux 2.6.32)
- nr_shmem (since Linux 2.6.32)
- Pages used by shmem and tmpfs(5).
- nr_dirtied (since Linux 2.6.37)
- nr_written (since Linux 2.6.37)
- nr_pages_scanned (since Linux 3.17)
- numa_hit (since Linux 2.6.18)
- numa_miss (since Linux 2.6.18)
- numa_foreign (since Linux 2.6.18)
- numa_interleave (since Linux 2.6.18)
- numa_local (since Linux 2.6.18)
- numa_other (since Linux 2.6.18)
- workingset_refault (since Linux 3.15)
- workingset_activate (since Linux 3.15)
- workingset_nodereclaim (since Linux 3.15)
- nr_anon_transparent_hugepages (since Linux 2.6.38)
- nr_free_cma (since Linux 3.7)
- Number of free CMA (Contiguous Memory Allocator) pages.
- nr_dirty_threshold (since Linux 2.6.37)
- nr_dirty_background_threshold (since Linux 2.6.37)
- pgpgin (since Linux 2.6.0)
- pgpgout (since Linux 2.6.0)
- pswpin (since Linux 2.6.0)
- pswpout (since Linux 2.6.0)
- pgalloc_dma (since Linux 2.6.5)
- pgalloc_dma32 (since Linux 2.6.16)
- pgalloc_normal (since Linux 2.6.5)
- pgalloc_high (since Linux 2.6.5)
- pgalloc_movable (since Linux 2.6.23)
- pgfree (since Linux 2.6.0)
- pgactivate (since Linux 2.6.0)
- pgdeactivate (since Linux 2.6.0)
- pgfault (since Linux 2.6.0)
- pgmajfault (since Linux 2.6.0)
- pgrefill_dma (since Linux 2.6.5)
- pgrefill_dma32 (since Linux 2.6.16)
- pgrefill_normal (since Linux 2.6.5)
- pgrefill_high (since Linux 2.6.5)
- pgrefill_movable (since Linux 2.6.23)
- pgsteal_kswapd_dma (since Linux 3.4)
- pgsteal_kswapd_dma32 (since Linux 3.4)
- pgsteal_kswapd_normal (since Linux 3.4)
- pgsteal_kswapd_high (since Linux 3.4)
- pgsteal_kswapd_movable (since Linux 3.4)
- pgsteal_direct_dma
- pgsteal_direct_dma32 (since Linux 3.4)
- pgsteal_direct_normal (since Linux 3.4)
- pgsteal_direct_high (since Linux 3.4)
- pgsteal_direct_movable (since Linux 2.6.23)
- pgscan_kswapd_dma
- pgscan_kswapd_dma32 (since Linux 2.6.16)
- pgscan_kswapd_normal (since Linux 2.6.5)
- pgscan_kswapd_high
- pgscan_kswapd_movable (since Linux 2.6.23)
- pgscan_direct_dma
- pgscan_direct_dma32 (since Linux 2.6.16)
- pgscan_direct_normal
- pgscan_direct_high
- pgscan_direct_movable (since Linux 2.6.23)
- pgscan_direct_throttle (since Linux 3.6)
- zone_reclaim_failed (since linux 2.6.31)
- pginodesteal (since linux 2.6.0)
- slabs_scanned (since linux 2.6.5)
- kswapd_inodesteal (since linux 2.6.0)
- kswapd_low_wmark_hit_quickly (since 2.6.33)
- kswapd_high_wmark_hit_quickly (since 2.6.33)
- pageoutrun (since Linux 2.6.0)
- allocstall (since Linux 2.6.0)
- pgrotated (since Linux 2.6.0)
- drop_pagecache (since Linux 3.15)
- drop_slab (since Linux 3.15)
- numa_pte_updates (since Linux 3.8)
- numa_huge_pte_updates (since Linux 3.13)
- numa_hint_faults (since Linux 3.8)
- numa_hint_faults_local (since Linux 3.8)
- numa_pages_migrated (since Linux 3.8)
- pgmigrate_success (since Linux 3.8)
- pgmigrate_fail (since Linux 3.8)
- compact_migrate_scanned (since Linux 3.8)
- compact_free_scanned (since Linux 3.8)
- compact_isolated (since Linux 3.8)
- compact_stall (since Linux 2.6.35)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- compact_fail (since Linux 2.6.35)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- compact_success (since Linux 2.6.35)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- htlb_buddy_alloc_success (since Linux 2.6.26)
- htlb_buddy_alloc_fail (since Linux 2.6.26)
- unevictable_pgs_culled (since Linux 2.6.28)
- unevictable_pgs_scanned (since Linux 2.6.28)
- unevictable_pgs_rescued (since Linux 2.6.28)
- unevictable_pgs_mlocked (since Linux 2.6.28)
- unevictable_pgs_munlocked (since Linux 2.6.28)
- unevictable_pgs_cleared (since Linux 2.6.28)
- unevictable_pgs_stranded (since Linux 2.6.28)
- thp_fault_alloc (since Linux 2.6.39)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- thp_fault_fallback (since Linux 2.6.39)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- thp_collapse_alloc (since Linux 2.6.39)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- thp_collapse_alloc_failed (since Linux 2.6.39)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- thp_split (since Linux 2.6.39)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- thp_zero_page_alloc (since Linux 3.8)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- thp_zero_page_alloc_failed (since Linux 3.8)
- See the kernel source file
Documentation/admin-guide/mm/transhuge.rst.
- balloon_inflate (since Linux 3.18)
- balloon_deflate (since Linux 3.18)
- balloon_migrate (since Linux 3.18)
- nr_tlb_remote_flush (since Linux 3.12)
- nr_tlb_remote_flush_received (since Linux 3.12)
- nr_tlb_local_flush_all (since Linux 3.12)
- nr_tlb_local_flush_one (since Linux 3.12)
- vmacache_find_calls (since Linux 3.16)
- vmacache_find_hits (since Linux 3.16)
- vmacache_full_flushes (since Linux 3.19)
- /proc/zoneinfo (since Linux 2.6.13)
- This file display information about memory zones. This is useful for
analyzing virtual memory behavior.
Many files contain strings (e.g., the environment and command line) that are in
the internal format, with subfields terminated by null bytes ('\0'). When
inspecting such files, you may find that the results are more readable if you
use a command of the following form to display them:
$ cat file | tr '\000' '\n'
This manual page is incomplete, possibly inaccurate, and is the
kind of thing that needs to be updated very often.
cat(1), dmesg(1), find(1), free(1), htop(1),
init(1), ps(1), pstree(1), tr(1),
uptime(1), chroot(2), mmap(2), readlink(2),
syslog(2), slabinfo(5), sysfs(5), hier(7),
namespaces(7), time(7), arp(8), hdparm(8),
ifconfig(8), lsmod(8), lspci(8), mount(8),
netstat(8), procinfo(8), route(8), sysctl(8)
The Linux kernel source files:
Documentation/filesystems/proc.txt,
Documentation/sysctl/fs.txt, Documentation/sysctl/kernel.txt,
Documentation/sysctl/net.txt, and
Documentation/sysctl/vm.txt.
This page is part of release 5.05 of the Linux man-pages project. A
description of the project, information about reporting bugs, and the latest
version of this page, can be found at https://www.kernel.org/doc/man-pages/.


Notice: You have traveled back in time to the year 2001...be careful interacting with the past can be dangerous!
Once you're done living in the past,
click here to take a look at what this place looks like now.
*The video for ONE DAY AT A TIME is finished and it looks really good...be at the Upperroom on Dec. 7...I'm still planning a huge update over Christmas break...new lyrics


PrivacySalt(saltLength: Int)
Constructs a salt with a randomly-generated saltLength byte value.
PrivacySalt()
Constructs a salt with a randomly-generated 32 byte value.
PrivacySalt(bytes: ByteArray)
A privacy salt is required to compute nonces per transaction component in order to ensure that an adversary cannot use brute force techniques and reveal the content of a Merkle-leaf hashed value. Because this salt serves the role of the seed to compute nonces, its size and entropy should be equal to the underlying hash function used for Merkle tree generation, currently SecureHash.SHA256, which has an output of 32 bytes. There are two constructors, one that generates a new 32-bytes random salt, and another that takes a ByteArray input. The latter is required in cases where the salt value needs to be pre-generated (agreed between transacting parties), but it is highlighted that one should always ensure it has sufficient entropy.


Learning through seeing can work miracles! We provide learning at the best level, so rest assured.
"Environmental Studies (EVS) at the primary stage envisages exposing children to the real situations in their surroundings to help them connect, be aware of, appreciate and be sensitized towards the prevailing environmental issues (natural, physical, social and cultural). Beginning with child’s immediate surroundings (including natural, social, physical and cultural settings) related to self, home, school and family in the early grades and gradually moving on to the wider environment (neighbourhood and community at large), EVS not only helps children to get acquainted with their own environment but it also strengthens their bond with it."
Learning English gives many children with Special needs opportunities to learn important skills such as listening, taking turns, working with others, waiting for attention, noticing things about other people, understanding social language and expressing opinions. These are skills which are often practised in English language learning activities and can be done in a fun, non-threatening way. Reading and writing stories can give learners opportunities to explore issues in a safe, creative way. Learning English in this way can give a different experience of the classroom to learners with SENs.
Language and auditory processing deficits affect the ability to learn language and math concepts and solve problems. Students may have receptive or expressive language problems that can substantially affect their learning and ability to express what they do not understand or show how they solved problems. These Videos can help your child learn to work around their auditory processing difficulties or learning disability (LD) to successfully complete their math work.


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Website design by Simply Digital


WARNING
Content Under Development
See
release page for
latest official PDF version.
**Chapter 3: MC Integration on the Sphere of Directions**
In our ray tracer we pick random directions, and directions can be represented as points on the
unit-sphere. The same methodology as before applies. But now we need to have a pdf defined over 2D.
Suppose we have this integral over all directions:
$$ \int cos^2(\theta) $$
By MC integration, we should just be able to sample $cos^2(\theta) / p(direction)$. But what is
direction in that context? We could make it based on polar coordinates, so $p$ would be in terms of
$(\theta, \phi)$ . However you do it, remember that a pdf has to integrate to 1 and represent the
relative probability of that direction being sampled. We have a method from the last books to take
uniform random samples in a unit sphere:
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++
vec3 random_in_unit_sphere() {
vec3 p;
do {
p = 2.0*vec3(drand48(),drand48(),drand48()) - vec3(1,1,1);
} while (dot(p,p) >= 1.0);
return p;
}
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
To get points on a unit sphere we can just normalize the vector to those points:
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++
vec3 random_on_unit_sphere() {
vec3 p;
do {
p = 2.0*vec3(drand48(),drand48(),drand48()) - vec3(1,1,1);
} while (dot(p,p) >= 1.0);
return unit_vector(p);
}
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Now what is the pdf of these uniform points? As a density on the unit sphere, it is $1/area$ of the
sphere or $1/(4\pi)$. If the integrand is $cos^2(\theta)$ and $\theta$ is the angle with the z axis:
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++
inline float pdf(const vec3& p) {
return 1 / (4*M_PI);
}
int main() {
int N = 1000000;
float sum;
for (int i = 0; i < N; i++) {
vec3 d = random_on_unit_sphere();
float cosine_squared = d.z()*d.z();
sum += cosine_squared / pdf(d);
}
std::cout << "I =" << sum/N << "\n";
}
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The analytic answer (if you remember enough advanced calc, check me!) is $\frac{4}{3} \pi$, and the code
above produces that. Next, we are ready to apply that in ray tracing!
The key point here is that all the integrals and probability and all that are over the unit sphere.
The area on the unit sphere is how you measure the directions. Call it direction, solid angle, or
area-- it’s all the same thing. Solid angle is the term usually used. If you are comfortable with
that, great! If not, do what I do and imagine the area on the unit sphere that a set of directions
goes through. The solid angle $\omega$ and the projected area $A$ on the unit sphere are the same thing.
![Figure 3-1](../assets/fig03-1.jpg)
Now let’s go on to the light transport equation we are solving.


THE LAST OF THE MOHICANS A film review by Greg Bole Copyright 1992 Greg Bole
Mini review: A stunning action picture with a love story weaving the epic framework together. Breath-taking visuals, and pulse-racing brutality. Day-Lewis immersed himself in the role with obvious vigor, and his co-stars rise to the occasion. Not absolutely flawless, but vastly impressive. I rate this film with 4 stars out of five.
Nathaniel Bumppo, the first American hero, also known as Hawkeye, Deerslayer, Pathfinder...a mythic figure of epic proportions. The screenplay by Christopher Crowe, with re-writes by the director Michael Mann, manages to capture perfectly James Fenimore Cooper's most famous character. The considerable acting and vocal talents of Daniel Day-Lewis were added to create one of the most stirring screen heros of recent history.
Hawkeye is an orphaned white raised by a native American, Chingachgook, as a brother to Uncas ... those two being the "Last" that the title refers to. The intensity of Day-Lewis' performance must be noted. And was boosted by his noble stone-faced "family." The role of his Indian father was filled by activist Russell Means, adding another link to the current respect paid to issues of native Americans.
Mann's background in visual-oriented projects such as MIAMI VICE and MANHUNTER is still very much evident. The action of the film is conveyed through many cuts and hand-held shots. The beauty of North Carolina's Burke County in the the Blue Ridge mountains stands in for the headwaters of Lake Huron, and it is a sight to behold.
The film moves along at a good clip, and has many intense battle scenes. The graphic nature of the conflicts serve as important a role in this film as did the violence in such films as UNFORGIVEN and THE DEERSLAYER. (Allusion intentional) :^) The frontier is seen as a brutal place and the combatants are each fighting strong reasons: greed and survival. Still a good deal of the bloodiest acts happen out of the view of the camera, but the results can be shocking. These were hardy men that could survive under such conditions.
Madeleine Stowe seems to have found a choice female role in Cora Munro, and she gives a touching portrayal of this strong-willed heroine. Cora provides the personal focus that involves the viewer in this sweeping epic. Steven Waddington is also a wonderful addition as the noble but close-minded English officer Duncan Heywood.
There are flaws of logic and editing, but none that can't be overlooked with a little dramatic license. The only other problem was that the story really picks up right in the middle of Hawkeye's life with little explanation of who he is until later. Personally I enjoyed this because he *is* a cipher, especially to Cora, and we get to know him gradually, thus creating a greater impact. The plot is also a little convoluted, but can be followed with the attention that it demands.
Excellent use is made of subtitling the language of the Native Americans, and it adds a very realistic feel. The bright orange print is also helpful in making them "viewer friendly." The obvious detail paid to costumes, make-up, and props deepens the reality.
This movie is a real Oscar contender. Possibly a shoe-in for costume and make-up. (But we'll have to wait for DRACULA and 1492 to be sure.) And it will definitely garner nominations in both acting and production areas. Will Day-Lewis grab his second Best Actor statue? I would not be in the least disappointed or surprised.
Greg Bole<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


| timeout - How long waitevent should wait, in milliseconds. |
|
WaitEvent waits for an event and returns its id.
If no event occurs within the specified timeout, WaitEvent returns 0. If the timeout parameter is omitted, WaitEvent waits indefinitely. Event identifiers: $101 - Key down Generated when the user presses a key. EventData contains the 'raw scancode' of the key. $102 - Key up Generated when the user releases a key. EventData contains the 'raw scancode' of the key. $103 - Key stroke Generated when the user presses a key or when a keystroke is automatically generated due to keyboard repeat. EventData contains the ascii code of the key. $201 - Mouse down Generated when the user presses a mouse button while the mouse is positioned over a non-interactive gadget (such as a canvas, window, panel or label, but not a button). EventData contains the button being pressed: 1 for the left button, 2 for the right button or 3 for the middle button. EventSource contains the gadget handle. Note that you will only get a gadget action event ($401) for buttons, not a mouse down and a mouse up. $202 - Mouse up Generated when the user releases a mouse button while the mouse is positioned over a non-interactive gadget (such as a canvas, window, panel or label, but not a button). EventData contains the button be release: 1 for the left button, 2 for the right button or 3 for the middle button. EventSource contains the gadget handle. $203 - Mouse move Generated when the user moves the mouse while it is positioned over a canvas gadget. EventX and EventY contain the new mouse coordinates, and EventSource contains the canvas gadget handle. $204 - Mouse wheel Generated when the user spins the mouse wheel. EventData contains the number of 'clicks' the wheel has been spun. This event is generated irrespective of the mouse being over a gadget or not. As such EventSource contains the currently active window handle. $205 - Mouse enter Generated when the mouse pointer enters a canvas gadget. $206 - Mouse leave Generated when the mouse pointer leaves a canvas gadget. $401 - Gadget action Generated when the user changes the state of a gadget. This can include such actions as pressing a button, or typing into a textfield. EventSource contains the handle of the gadget that caused the event. $801 - Window move Generated when the user moves a window. EventSource contains the handle of the window gadget that has moved, and EventX and EventY contain the new location of the window. $802 - Window size Generated when the user sizes a window. EventSource contains the handle of the window gadget that has sized, and EventX and EventY contain the new size of the window. $803 - Window close Generated when the user clicks a window's 'close' box. It is up to the program to actually close the window (see FreeGadget). $804 - Window activate Generated when the user activates a window. EventSource contains the handle of the window gadget that was activated. $1001 - Menu event Generated when the user selects a menu. EventData contains the integer identifier of the menu selected. $2001 - App suspend Generated when the user switches to another application. $2002 - App resume Generated when the user switches back to your application. $2003 - App Display Change Generated when the display mode changes. $2004 - App Begin Modal Generated when the application goes into a modal event loop. This is typically caused by resizing a window or dragging a slider. You shouldn't generally have to worry about modal event loops. $2005 - App End Modal Generated when the application ends a modal event loop. $4001 - Timer tick Generated when a custom timer ticks over (see Timers). EventSource contains the handle of the timer, and EventData contains the total number of timer ticks that have occurred. See also: EventID, EventSource, EventData, EventX, EventY, PeekEvent, FlushEvent. |
|
; Example originally provided by Mag, tidied up by Mark Tiffany
; create a window... WinHandle=CreateWindow("WaitEvent Example",0,0,400,200) ; ...and a single button upon that window ExitButton=CreateButton("Exit",50,50,300,40,WinHandle) ; main loop to handle events Repeat If WaitEvent()=$401 Then If EventSource()=ExitButton Then Exit End If Forever End |


We've scoured the internet for the best puppy images to melt your heart from all over the world. From the cool coasts of california to the far reaches of the Himalayas, you will not find puppies cuter than these.
These puppies were made with love. Four legs, two ears, one tail, all love. We dare people to take the puppy love challenge: find one picture on this sight that you don't fall in love with....you won't...it's impossible.
You'll love these puppies so much you won't be able to resist printing them out and posting them everywhere. In your bedroom, on your fridge, in your car; you'll want to take these puppies everywhere!


Match Play. Double Match Point. How should Red play 11?
pips Red=86 White=92
(CorrectAnswer= 0/0, ErrorScore= 0)
The key here is that the race is close enough that Red wants to block White’s sixes so 15/14(2) must be part of the play.
After that he wants to give himself some playability for next turn so the logical play for the other two 2s is 10/9(2)
15/13(2) virtually dead heats with 15/14(2), 10/9(2) as it prepares to clear Red’s rear checkers while blocking 55 by White.
The play to avoid is 10/9(2), 5/4(2). At least one of White’s big doubles must be blocked.
After that he wants to give himself some playability for next turn so the logical play for the other two 2s is 10/9(2)
15/13(2) virtually dead heats with 15/14(2), 10/9(2) as it prepares to clear Red’s rear checkers while blocking 55 by White.
The play to avoid is 10/9(2), 5/4(2). At least one of White’s big doubles must be blocked.
1. Cubeful 2-ply 15/14(2) 10/9(2) Eq.: +0.127 0.564 0.008 0.000 - 0.436 0.014 0.000 2. Cubeful 2-ply 15/13(2) Eq.: +0.126 (-0.002) 0.563 0.008 0.000 - 0.437 0.015 0.000 3. Cubeful 2-ply 10/9(2) 6/4 Eq.: +0.104 (-0.023) 0.552 0.012 0.000 - 0.448 0.018 0.000 4. Cubeful 2-ply 15/14(2) 6/4 Eq.: +0.103 (-0.024) 0.551 0.011 0.000 - 0.449 0.023 0.000 5. Cubeful 2-ply 15/14(2) 5/4 2/1 Eq.: +0.100 (-0.027) 0.550 0.010 0.000 - 0.450 0.022 0.000


GRIND Magazine Lenses Stüssy Holiday 2019 Collection
Portraits of friends and family.
by Charlie ZhangStüssy‘s sense of community can be felt at each one of its Chapter Stores. Recently, GRIND Magazine took to the brand’s La Brea location in L.A., taking portraits of close friends and family dressed in Stüssy’s Holiday 2019 collection — the photographs were shot by L.A.’s very own Daniel Regan.
In a four-page spread of the Japanese magazine, the imagery highlights a series of classic streetwear and workwear styles behind the crisp backdrop of the city during sundown. Featured garments include burnished hazel-toned chore coats, cream-colored polar fleece zip-ups, camo windbreakers, baggy trousers and small accessories like hats.  The piece features a relatively boxy cut, complemented with small accents like Carhartt’s patch logo and “Stüssy” embroidery at the chest. Another piece is a monochromatic knitted sweater. It comes with a large “S” intarsia motif at the front, featuring a long coil at the tail of the graphic that circles inward. Other pieces like the multi-paneled button-up, brown corduroy pants, overalls and asymmetrical coach jacket uniformly demonstrate the label’s commitment to refining classic staples.
Scroll through the gallery above for a look at GRIND Magazine’s spotlight on Stüssy’s Holiday 2019 collection. Head over to stussy.com for a look at the full range.
Elsewhere, NEEDLES has dropped layer-friendly down parkas for FW19.


Crafter Alliance is a source of craft shows, workshops, and other crafting relating events. Explore or create an account to learn more.
Crafter Alliance 2016


{% include 'swagger-ui-css.html' %}
Menu
Home
API endpoints
/search
/source
/{entity_index}
/{authority_provider}
/reconcile
Entity Types
Organizations
Geographica
Persons
Works
Resources
Topics
Events
SLUB resources
Mappings
MARC21
Data Sources
Contact
Try API
LOD API doc on GitHub
{% include 'swagger-ui-libs.html' %}


|
My Project
|
An interval map container. More...
#include <rangemap.hh>
Classes | |
| class | PartIterator |
| An iterator into the interval map container. More... | |
Public Types | |
| typedef _recordtype::linetype | linetype |
| Integer data-type defining the linear domain. | |
| typedef _recordtype::subsorttype | subsorttype |
| The data-type used for subsorting. | |
| typedef _recordtype::inittype | inittype |
| The data-type containing initialization data for records. | |
| typedef PartIterator | const_iterator |
| The main sub-range iterator data-type. | |
Public Member Functions | |
| bool | empty (void) const |
| Return true if the container is empty. | |
| void | clear (void) |
| Clear all records from the container. | |
| std::list< _recordtype >::const_iterator | begin_list (void) const |
| Beginning of records. | |
| std::list< _recordtype >::const_iterator | end_list (void) const |
| End of records. | |
| std::list< _recordtype >::iterator | begin_list (void) |
| Beginning of records. | |
| std::list< _recordtype >::iterator | end_list (void) |
| End of records. | |
| const_iterator | begin (void) const |
| Beginning of sub-ranges. | |
| const_iterator | end (void) const |
| Ending of sub-ranges. | |
| std::pair< const_iterator, const_iterator > | find (linetype a) const |
| Find sub-ranges intersecting the given boundary point. More... | |
| std::pair< const_iterator, const_iterator > | find (linetype a, const subsorttype &subsort1, const subsorttype &subsort2) const |
| Find sub-ranges intersecting given boundary point, and between given subsorts. More... | |
| const_iterator | find_begin (linetype point) const |
| Find beginning of sub-ranges that contain the given boundary point. More... | |
| const_iterator | find_end (linetype point) const |
| Find ending of sub-ranges that contain the given boundary point. More... | |
| const_iterator | find_overlap (linetype point, linetype end) const |
| Find first record overlapping given interval. More... | |
| std::list< _recordtype >::iterator | insert (const inittype &data, linetype a, linetype b) |
| Insert a new record into the container. More... | |
| void | erase (typename std::list< _recordtype >::iterator v) |
| Erase a given record from the container. More... | |
| void | erase (const_iterator iter) |
| Erase a record given an iterator. | |
An interval map container.
A container for records occupying (possibly overlapping) intervals. I.e. a map from a linear ordered domain to (multiple) records. The recordtype is the main object in the container, it must support:
The recordtype must define data-types:
linetype is the data-type of elements in the linear domain. It must support:
subsorttype describes how overlapping intervals can be sub-sorted. It must support:
inittype is extra initialization data for the recordtype
The main interval map is implemented as a multiset of disjoint sub-ranges mapping to the recordtype objects. After deduping the sub-ranges form the common refinement of all the possibly overlapping recordtype ranges. A sub-range is duplicated for each distinct recordtype that overlaps that sub-range. The sub-range multiset is updated with every insertion or deletion of recordtype objects into the container, which may insert new or delete existing boundary points separating the disjoint subranges.
| void rangemap< _recordtype >::erase | ( | typename std::list< _recordtype >::iterator | v | ) |
Erase a given record from the container.
| v | is the iterator to the record to be erased |
| std::pair< typename rangemap< _recordtype >::const_iterator, typename rangemap< _recordtype >::const_iterator > rangemap< _recordtype >::find | ( | linetype | point | ) | const |
Find sub-ranges intersecting the given boundary point.
| point | is the given boundary point |
| std::pair< typename rangemap< _recordtype >::const_iterator, typename rangemap< _recordtype >::const_iterator > rangemap< _recordtype >::find | ( | linetype | point, |
| const subsorttype & | sub1, | ||
| const subsorttype & | sub2 | ||
| ) | const |
Find sub-ranges intersecting given boundary point, and between given subsorts.
| point | is the given boundary point |
| sub1 | is the starting subsort |
| sub2 | is the ending subsort |
| rangemap< _recordtype >::const_iterator rangemap< _recordtype >::find_begin | ( | linetype | point | ) | const |
Find beginning of sub-ranges that contain the given boundary point.
| point | is the given boundary point |
| rangemap< _recordtype >::const_iterator rangemap< _recordtype >::find_end | ( | linetype | point | ) | const |
Find ending of sub-ranges that contain the given boundary point.
| point | is the given boundary point |
| rangemap< _recordtype >::const_iterator rangemap< _recordtype >::find_overlap | ( | linetype | point, |
| linetype | end | ||
| ) | const |
Find first record overlapping given interval.
| point | is the start of interval to test |
| end | is the end of the interval to test |
| std::list< _recordtype >::iterator rangemap< _recordtype >::insert | ( | const inittype & | data, |
| linetype | a, | ||
| linetype | b | ||
| ) |
Insert a new record into the container.
| data | is other initialization data for the new record |
| a | is the start of the range occupied by the new record |
| b | is the (inclusive) end of the range |


Definition at line 63 of file behavior_graph.py.
◆ __init__()
| def rqt_agent.behavior_graph.GraphView.__init__ |
( |
|
self, |
|
|
|
parent = None |
|
) |
| |
◆ isPanActive()
| def rqt_agent.behavior_graph.GraphView.isPanActive |
( |
|
self | ) |
|
◆ mouseMoveEvent()
| def rqt_agent.behavior_graph.GraphView.mouseMoveEvent |
( |
|
self, |
|
|
|
event |
|
) |
| |
◆ mousePressEvent()
| def rqt_agent.behavior_graph.GraphView.mousePressEvent |
( |
|
self, |
|
|
|
event |
|
) |
| |
◆ mouseReleaseEvent()
| def rqt_agent.behavior_graph.GraphView.mouseReleaseEvent |
( |
|
self, |
|
|
|
event |
|
) |
| |
◆ selectComponent()
| def rqt_agent.behavior_graph.GraphView.selectComponent |
( |
|
self, |
|
|
|
name |
|
) |
| |
◆ wheelEvent()
| def rqt_agent.behavior_graph.GraphView.wheelEvent |
( |
|
self, |
|
|
|
event |
|
) |
| |
◆ comp_select_signal
| rqt_agent.behavior_graph.GraphView.comp_select_signal = Signal(str) |
|
static |
◆ mousePressPos
| rqt_agent.behavior_graph.GraphView.mousePressPos |
◆ parent
| rqt_agent.behavior_graph.GraphView.parent |
◆ transform_press
| rqt_agent.behavior_graph.GraphView.transform_press |
The documentation for this class was generated from the following file:


JPlotFormants v1.4.1 User's Manual
Table of Contents
- Creating, editing and viewing vowels and formant pairs
- Plotting formants
- Using your plot
- Opening/saving formant pair sets
- Practical tips
Manual
-
Creating, editing and viewing vowels and formant pairs
- Creating a vowel:
In the File menu, select Enter/edit formant pairs,
then click on Create new vowel in the editing window. Enter
formant frequencies and click on Accept. You can enter
as many formant pairs as you want. Click Create new vowel to
enter formants for a new vowel, and Done when you are
done entering formants.
- Modifying a vowel description:
In the File menu, select Enter/edit formant pairs.
If there are vowels in memory, they will appear in the list at the top of the
editing window. Click once on the vowel whose description
you want to modify. Modify the description and/or symbol and click on Accept.
- Editing formant pairs for a vowel:
In the File menu, select Enter/edit formant pairs,
then click on the vowel you wish to edit in the list at the top of editing window.
Click on the vowel whose formant pairs you wish to edit,
select a formant pair in the box at the bottom of the window, and
click on Edit selected formant pair. Enter the changes in formant
frequencies, then click on Accept.
- Viewing formant pairs in memory:
In the File menu, select Show formants in memory. This will open a window
showing all the vowels in memory and the formant pairs associated with each of the vowels.
- Deleting formant pairs for a vowel:
In the File menu, select Enter/edit formant pairs.
If there are vowels in memory, they will appear in the list at the top of the
editing window. Click once on the vowel whose formant pairs
you wish to delete, select a formant pair in the box at the bottom of the window, and
click on Delete selected formant pair.
- Deleting a vowel:
In the File menu, select Enter/edit formant pairs.
If there are vowels in memory, they will appear in the list at the top of the
editing window. Click once on the vowel you wish to delete, and
then click on Delete selected formant pair.
[Back to the top]
-
Plotting formants
- Plotting formant pairs in memory:
In the Plot menu, select Plot current set. This option is not available
if there are no formant pairs in memory.
- Setting plot options:
In the Plot menu, select Plot options. All numerical values are
checked and automatically replaced by default values if they exceed a sensible range.
Click on the Reset default values button to use the default settings (Note:
only the settings on the visible pane are reset by this button).
- Plot options:
- Min/max F1/F2: Set the minimum and maximum frequencies for the F1 and F2 axes.
- F1/F2 step: Set the spacing between the tick marks on the F1 and F2 axes.
- Plot width/height: Set the width and height of the plot in pixels.
- Plot title: Sets an optional title which will be displayed below the plot.
- Draw grid: If this option is selected, a grid is drawn on the plot pane.
- Draw neither points nor symbols: Individual formants will not be displayed.
- Draw symbols: Each formant pair for a given vowel will be represented by the symbol
entered for that vowel. If no symbol has been entered, a point will be drawn instead.
- Draw points: Each formant pair will be represented by a point in one of four possible sizes.
- Point size: Sets the size of the points representing each formant pair.
- Draw in color: If this option is selected, each vowel's formants are plotted in a different color (up to 8 colors).
If more than 8 vowels must be plotted, the (n+8)th vowel is the same color as the nth vowel.
- Draw ellipses: If this option is selected, an ellipse is drawn enclosing each vowel's formant plot.
- Draw SD bars: If this option is selected, standard deviation bars are drawn.
- Draw mean: If this option is selected, the mean of each vowel's formants is drawn.
- Draw blob at mean: If Draw mean is checked, a blob is drawn at the mean of each
vowel's formant plot.
- Draw large symbol at mean: If Draw mean is checked, each vowel's symbol is drawn at the mean
of the vowel's formant plot in large font. If no symbol is available, a large blob is drawn instead.
[Back to the top]
-
Using your plot
- Print:
In the Plot menu, select Plot current set to plot
the formant pairs in memory, then click on Print at the bottom
of the plot window.
- Save as JPEG:
In the Plot menu, select Plot current set to plot
the formant pairs in memory, then click on Save as JPEG at the bottom
of the plot window.
[Back to the top]
-
Opening/saving formant pair sets
- Opening a formant pair set:
In the File menu, select Open formant pair set. Select the file you
want to open in the dialog that appears.
- Saving a formant pair set:
In the File menu, select Save formant pair set as.... Enter a file name
in the dialog that appears, and then click Save or press Enter.
[Back to the top]
-
Practical tips
- Creating a vowel:
If there is no existing vowel in the vowel list,
you can simply enter a vowel description and formant frequencies.
A new vowel with the description and symbol you entered will be
created automatically when you click on Accept.
- Modifying a vowel description:
You can modify a vowel's description and symbol at any time
while you are entering formant pairs for that vowel. Simply modify the
current description and/or symbol, and click Accept to save the
changes.
- Switching between vowels:
If there are more than one vowel in memory, you can switch from one to another
simply by clicking on the description of the vowel you want to edit in the list
at the top of the editing window at any time.
- I can't plot!
If the Plot current set option in the Plot menu is not available,
that's because there are no formant pairs in memory. Please create a vowel
so you can plot its formants.
[Back to the top]
E-mail the author (Roger Billerey-Mosier) at rogthefrog - at - gmail - dot - com
JPlotFormants website
July 10, 2002


Guido Asbun
About Me
Full Stack Developer with a background in management. As a manager, demonstrate problem solving, and organization skills by analyzing real time data, and making decisions that positively affect operations on a daily basis. Recently graduated from the University Of California Irvine full stack development program developing skills in MongoDB, Express, React JS, Node JS and many other technologies. Worked on various group projects, some as group lead, to create applications.


Contact
Say Hello
Have a cool project? Want to get in contact or just want to say hello? Drop me a line.
Hi! My name is Margaret Liu. I'm a San Francisco based designer with roots in NYC, Shanghai, Hawaii, and LA. I help people translate ideas into products and experiences. My design career started in architecture, but I have since moved from the physical to digital world.
Interesting facts about me:
I'm a professional pole dancer. I compete at least twice a year and travel the world teaching workshops! If there was any way I could have direct impact on the world, it's through teaching. My teaching style goes past technique and looks at the mental and emotional parts of dance.
I'm an anime fanatic. My favorites are Hunter X Hunter, Cowboy Bebop, and Samurai Champloo. The stories are complex, deep, and the character development is well designed in so many ways. The stickiest shows are the ones where you can grow with the characters and I take those learnings into designing products where users can grow with them.
In a past life, I was a mermaid. Sometimes I feel more comfortable in the water than on land. When I was diving regularly, I could hold my breath for minutes and free dive down about 60ft. I am inspired by the patterns, colors, and movement created underwater and use those in my visual and interaction designs.
Have a cool project? Want to get in contact or just want to say hello? Drop me a line.


This is a simple usage of the solution center header. The following directive is added at the top of the page:
<solution-center-header brand="demo.brand" user="demo.user" modules="demo.modules" logout="demo.logout()" solution-center-url="/demo/demo.html"> </solution-center-header>


* Kickstarter had its first film festival this month
today’s Very Short List:
culture 14 Aug 2013
Karyn Campbell is a designer and investor at Collaborative Fund. She also edits VSL. WEBSITE
Subscribe
* Speaking of new models for movies, Gathr
* “My dad didn’t even teach me how to shave — I learned that from a cabdriver.” I suggest you read Woody Allen’s recent Esquire interview, “What I’ve Learned.
http://link.nyobserver.com/516ca68465217dc6e1b9a3a613y27.fnq/UfkXPOYQKXcSlJKoDfec5 very short list is a
delightful e-mail that shares
cultural gems from a
different curator every day.
If you have any problems reading this e-mail, click here
http://link.nyobserver.com/516ca68465217dc6e1b9a3a613y27.fnq/UfkXPOYQKXcSlJKoEf649
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125 references to Base
System.Management.Automation (125)
engine\ArgumentTypeConverterAttribute.cs (1)
95
temp = PSObject.
Base
(result);
engine\CommandCompletion\CompletionCompleters.cs (15)
4376
object baseObj = PSObject.
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4778
var variable = PSObject.
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7023
object baseObj = PSObject.
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7175
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7342
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7346
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7347
var yPathStr = PSObject.
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7379
object xObj = PSObject.
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7380
object yObj = PSObject.
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engine\CoreAdapter.cs (9)
833
return GetArgumentType(PSObject.
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850
fromType = GetArgumentType(PSObject.
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864
fromType = GetArgumentType(PSObject.
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1619
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if (argAsArray != null && argAsArray.Length > 0 && PSObject.
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1623
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1924
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2199
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engine\debugger\debugger.cs (1)
4144
bool isValueAnIEnumerator = PSObject.
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engine\ExecutionContext.cs (3)
379
var baseValue = PSObject.
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395
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570
result = (T)PSObject.
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engine\hostifaces\ListModifier.cs (4)
192
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199
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204
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220
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engine\hostifaces\PSDataCollection.cs (1)
1667
object baseObject = PSObject.
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engine\InternalCommands.cs (4)
1129
object target = PSObject.
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object baseObject = PSObject.
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2347
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2659
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engine\lang\parserutils.cs (14)
330
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831
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object rval = PSObject.
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Regex r = PSObject.
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1545
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engine\LanguagePrimitives.cs (18)
69
return PSObject.
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464
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476
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1753
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1864
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engine\Modules\ModuleCmdletBase.cs (1)
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result = PSObject.
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engine\MshCommandRuntime.cs (2)
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oldValue = PSObject.
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engine\MshMemberInfo.cs (1)
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engine\MshObject.cs (3)
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2153
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engine\ObjectEventRegistrationBase.cs (1)
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engine\ParameterBinderBase.cs (5)
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(value);
2024
_dictionary.ImplicitUsingParameters = PSObject.
Base
(obj) as IDictionary;
2028
IList implicitArrayUsingParameters = PSObject.
Base
(obj) as IList;
engine\parser\TypeInferenceVisitor.cs (1)
416
value = PSObject.
Base
(value);
engine\ProcessCodeMethods.cs (1)
46
var process = PSObject.
Base
(obj) as Process;
engine\remoting\client\remoterunspace.cs (1)
1334
ServerVersion = PSObject.
Base
(psVersionTable[PSVersionInfo.PSVersionName]) as Version;
engine\remoting\fanin\InitialSessionStateProvider.cs (1)
1442
result = PSObject.
Base
(scriptInfo.ScriptBlock.InvokeReturnAsIs());
engine\remoting\server\serverremotesession.cs (3)
832
var value = PSObject.
Base
(_senderInfo.ApplicationArguments["PSversionTable"]) as PSPrimitiveDictionary;
837
var wsmanStackVersion = PSObject.
Base
(value["WSManStackVersion"]) as Version;
851
psClientVersion = PSObject.
Base
(value["PSVersion"]) as Version;
engine\runtime\Binding\Binders.cs (8)
756
? NotEnumerableRule(site, PSObject.
Base
(obj))
775
if (psobj != null && PSObject.
Base
(psobj) is string) return null;
1377
key = PSObject.
Base
(key);
2097
return PSObject.
Base
(psobj.Copy());
7367
var firstElement = PSObject.
Base
(args[0]);
7641
var targetValue = PSObject.
Base
(target);
7653
var targetValue = PSObject.
Base
(target);
7665
var targetValue = PSObject.
Base
(target);
engine\runtime\Operations\MiscOps.cs (10)
43
var mi = PSObject.
Base
(commandElements[0].ArgumentValue) as PSModuleInfo;
86
command = PSObject.
Base
(cpiCommand.ArgumentValue);
316
splattedValue = PSObject.
Base
(splattedValue);
1321
key = PSObject.
Base
(key);
1981
result = PSObject.
Base
(result);
2169
object lval = PSObject.
Base
(left);
2170
object rval = PSObject.
Base
(right);
2223
return conversion.Invoke(PSObject.
Base
(left), type, false, (PSObject)left,
2891
object basedCurrent = PSObject.
Base
(current);
3308
object targetValue = PSObject.
Base
(obj);
engine\runtime\Operations\VariableOps.cs (1)
229
value = PSObject.
Base
(value);
engine\serialization.cs (3)
675
return type.IsInstanceOfType(PSObject.
Base
(o)) || IsDeserializedInstanceOfType(o, type);
5935
key = PSObject.
Base
(key);
5984
value = PSObject.
Base
(value);
engine\Utils.cs (1)
1734
((PSPrimitiveDictionary)PSObject.
Base
(pssi.ApplicationArguments["PSVersionTable"])).Add("PSVersion", new PSObject(clientVersion));
FormatAndOutput\common\FormattingObjectsDeserializer.cs (2)
33
var fid = PSObject.
Base
(so) as FormatInfoData;
89
var fid = PSObject.
Base
(so) as FormatInfoData;
FormatAndOutput\common\Utilities\Mshexpression.cs (1)
363
if (PSObject.
Base
(target) is Hashtable targetAsHash)
FormatAndOutput\common\Utilities\MshObjectUtil.cs (1)
189
var baseObj = PSObject.
Base
(x);
FormatAndOutput\common\Utilities\MshParameter.cs (1)
267
var actualObject = PSObject.
Base
(p[k]);
FormatAndOutput\out-console\OutConsole.cs (1)
109
object inputObjectBase = PSObject.
Base
(InputObject);
help\HelpCommands.cs (1)
790
CommandInfo cmdInfo = PSObject.
Base
(commandInfoPSObject) as CommandInfo;
help\SaveHelpCommand.cs (2)
431
object argument = PSObject.
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(inputData);
450
var elementValue = PSObject.
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(element);
namespaces\RegistryWrapper.cs (2)
148
value = System.Management.Automation.PSObject.
Base
(value);
287
value = System.Management.Automation.PSObject.
Base
(value);
utils\PsUtils.cs (1)
317
evaluationResult = PSObject.
Base
(scriptBlock.InvokeReturnAsIs());


Organizations everywhere are realizing the potential that Mac brings to their employees by giving them the freedom to use the tools they already know and love.
Software and hardware made for each other. Because Apple designs both the software and hardware, every Mac delivers the best possible experience for employees. OS X works seamlessly with hardware in every Mac, like the super-responsive trackpad in Mac notebooks that make Multi-Touch gestures feel natural to use. And thanks to multicore Intel processors and fast flash storage, a Mac wakes instantly from sleep, ready to perform any task.
New ways for employees to get work done. With OS X and the built-in apps that come with every Mac, employees can be productive right away — on a platform they love. And with innovative new types of business apps, employees are able to collaborate in new ways and manage their work like never before.
What do you think? (#2)
Anne Hathaway
Apple Music brings iTunes music streaming to the UK. But is it worth paying for? In our Apple Music review, we examine the service's features, UK pricing, audio quality and music library
Chris Hemsworth
Samsung's Galaxy S7 smartphone is getting serious hype. Here's what it does better than Apple's iPhone 6s.


August 10, 2018 Flaxseeds (also called as linseeds/San ka beej, in Hindi) are a good source of healthy fat, antioxidants, soluble fibre and the best-known source of lignans. Adding Flaxseed to your diet is a great way to boost the intake of fibre, omega 3 fatty acids, thiamine, magnesium and copper. Flaxseeds are best consumed in raw ground form to get the best out of their health benefits. Try some of these nutritious flaxseeds recipes to reap the benefits Flaxseed Dal Powder Flaxseed dal powder or Flaxseed idly podi is considered as one of the top health foods. A spicy powder to be served with idly, dosa, paratha, dalia, kichadi and upma. These seeds are loaded with nutrients that are sure to boost your health and helps to lose weight. Ingredients 1 cup Flaxseed ½ cup Peanuts ¼ cup Roasted gram 6- 10 Red chilies Fistful of curry leaves 3-4 Garlic pods ½ tsp Cumin seeds ¼ tsp Hing powder Salt as required Method In a pan dry roast Flaxseeds and peanuts, separately on a medium flame and keep it aside to cool. To the same pan add roasted gram, red chillis, curry leaves, garlic pod roast well on medium flame and finally add cumin seeds roast for few minutes. Grind all the ingredients in a mixer to blend to a powder, and finally add salt pulse it for few minutes. Cool this for 30 minutes and store in an airtight jar, it keeps good for a month. Spicy and tasty flaxseed powder is ready to be served with hot idly, dosas. Flaxseed Burfi Ingredients ½ cup Flax seed powder ½ cup Walnut, roughly chopped ½ cup Almonds, coarsely ground ½ cup Cashews, coarsely ground 1 tsp Cardamom powder 1 cup palm Sugar 1/4 cup water Method Grease the 8-inch plate and set aside. Dry roast flax seed, over medium heat for about 1 minute. Add walnut, almond and cashew powder. Dry roast for about 2 minutes stirring continuously. Let it cool in bowl for few minutes add cardamom and grind it make a fine powder. Make a sugar syrup by mixing water over medium heat. To check if the syrup is ready put a drop over dry surface and check with finger, it should be just sticky. Turn off the heat. Add the nuts mixture to the syrup. Mix it well and quickly spread over the greased plate by pressing from all sides. Cool for a few minutes and cut them in to pieces Keep them in closed container; Flax Seed Burfi has a longer shelf life of 2 weeks.


A list of environment variables defined for the Windows specific runtime. Previous variables can be used for the variable definition.
NOTE: previously defined variables will be overwritten if not manually concatenated to new variable


Auth 3box
Identity
DID:
Address Links
Current address linked?
Link address
Unlink other address
Unlink address
Public Store
Set Profile Data
Verified Accounts
Verify Github
Verified Github:
Profile:
Private Store
Set Private Store Data
Private Store Data : (Key must be known to get value)
Get Private Store Value
Spaces
Open space
Public data:
Set Space Data
Private data:
Set Space Data
Logout from 3box
Threads:
Members Only Thread
Ghost ?


This visualization shows the important words in the documents in the form of a Word Cloud.
Commonly used words are larger and slightly faded in color. Less common words are smaller and darker.


City of Reykjavik is incredibly beautiful. New buildings are mixing with old homes which gives city unique vibe. There are plenty of bicycle lanes and sidewalks around coastline. I particularly enjoyed driving around on rental kick scooter. We even saw “legendary” heated sidewalks being built. They are real! :D
There are plenty of things to see in Reykjavik even in Covid times. Hallgrimskirkja church and Cathedral of Christ the King being one of my favorites. As well as forests and view of the city around Perlan.
And of course, we tried the best hot dog in Reykjavik - Bæjarins Beztu Pylsur. It was delicious and surprisingly cheap on Icelandic measures. Thanks to that we had quite few of those during our stay… Well, it was our honeymoon after all. :P


Freshco Delivery
Rice
Original Preztel
$2.00
Pepperoni Pretzel
$2.50
Premium Pretzel
$2.30
Dip
$1.50


--- layout: post title: Ello Mobile Family date: '2019-12-11 12:24:48 +0100' categories: - Sketches - Ello Mobile ---
Early sketch for the ello Mobile family.


Welcome to Support Me
We are here to support you on your search for the best fitting bra. No matter who you are or what your story is, you are welcome here!
About 60% of people who wear bras are wearing the wrong size. This can lead to physical discomfort.
A bra size is usually shown as two numbers followed by a letter. The two numbers represent a band size and the letter represents a cup size. There are a few steps that we will take to get these values. Yes, calculations are involved. Yes, measurements are involved. These measurements are taken so you can find the bra size that will give you the most support.
These measurements do not define how amazing you are or your value as a person (that value is incalculable because you are too awesome for numbers!).
Get ready for your fitting in two steps:
1. Put on your most comfy t-shirt. If you have a bra you are more than welcome to wear one for the fitting.
2. Next we need to get a few other materials to help with the fitting process: Measuring tape or a string and ruler.


There {{ experience_count|pluralize:"is, are" }} {{ experience_count }} experience(s) needing action. {% for status, experiences in experience_dict.items %} {% if experiences|length %}
| Name | Start Time | End Time | Author |
|---|---|---|---|
| {{ ex.name }} | {{ ex.start_datetime }} | {{ ex.end_datetime }} | {{ ex.author }} |


User Intention : Add Recipe | |
User Action |
System Responsibility |
| Select Option | Display retailer list screen |
| Select retailer | Display recipe summary |
| Enter recipe summary | |
| Choose Add recipe details | Display recipe page |
| Enter ingredients | |
| Enter cooking details | |
| Choose to save recipe | Save new recipe |
| Display recipe summary |
User Intention : Copy an existing Shopping List | |
User Action |
System Responsibility |
| Select Option | Display retailer list screen |
| Select retailer | Display recipe summary |
| Select copy recipe | Display recipe list screen |
| Choose recipe to copy | Copy recipe |
| Display recipe page | |
| Enter ingredients | |
| Enter cooking details | |
| Choose to save recipe | Save new recipe |
| Display recipe summary |
User Intention : Enter Calories per serving | |
User Action |
System Responsibility |
| Select Option | Display retailer list screen |
| Select retailer | Display recipe summary |
| Enter recipe summary | |
| Select Enter Calories per Serving | Display Calories/Serving screen |
| Enter Calories per serving | |
| Select save calories per serving | Save calories per serving |
| Choose Add recipe details | Display recipe page |
| Enter ingredients | |
| Enter cooking details | |
| Choose to save recipe | Save new recipe |
| Display recipe summary |
User Intention : View nutritional data for an ingredient | |
User Action |
System Responsibility |
| Select Option | Display retailer list screen |
| Select retailer | Display recipe summary |
| Enter recipe summary | |
| Choose Add recipe details | Display recipe page |
| Enter ingredients | |
| Select View Nutrition option | Display Nutrition information screen |
| Select to Close View Nutrition screen | Display Add Recipe screen |
| Enter cooking details | |
| Choose to save recipe | Save new recipe |
| Display recipe summary |
User Intention : Find an alternative to the current ingredient | |
User Action |
System Responsibility |
| Select Option | Display retailer list screen |
| Select retailer | Display recipe summary |
| Enter recipe summary | |
| Choose Add recipe details | Display recipe page |
| Enter ingredients | |
| Select Find Alternatives option | Display Alternative Ingredient screen |
| Select an alternative ingredient | |
| Choose to save alternative ingredient | Save alternative ingredient |
| Display Add Recipe screen | |
| Enter cooking details | |
| Choose to save recipe | Save new recipe |
| Display recipe summary |
User Intention : Give a Recipe a Rating | |
User Action |
System Responsibility |
| Select Option | Display retailer list screen |
| Select retailer | Display recipe summary |
| Enter recipe summary | |
| Choose Add recipe details | Display recipe page |
| Enter ingredients | |
| Enter cooking details | |
| Choose to save recipe | Save new recipe |
| Display recipe summary | |
| Choose to rate recipe | Display rate recipe screen |
| Rate Recipe | |
| Choose to save rating | Save rating |
| Display recipe summary |


Turnkey Repair in the
city of Rostov-on-Don
Get ready-made turnkey repairs on time with work
time up to 45 days and 20% from cost of materials
due to the organization of work
COMPLETED
PROJECTS
Only a small part of the work performed by our company is presented on the site. For 14 years on in the construction market we have made happy more than 1000 families
-
CITY:
Rostov-on-Don
LCD admiral -
APARTEMENT AREA:
81 m2 -
REPAIR TIME:
3.5 months -
REPAIR COST:
Upon request
ONLINE CONTROL
At each facility, a camera is installed that broadcasts the progress of work on the
clock. At any time, you can go to our website and monitor the progress of work in
your apartment. You can watch the live broadcast from one
of our facilities!
Leave a request below and you will receive a link to the broadcast.


Codehaus XFire
DocumentationQuicklinksDevelopers
Sponsors |
General QuestionsWhat are the goals of XFire?
Technical QuestionsWhy is XFire producing invalid XML?XFire is based on StAX and not all StAX implementations work correctly. See the Dependency Guide for information on how to choose a stax implementation. Why aren't RPC/Encoded services supported by the Java Module?For interoperability, WS-I basic profile basically says that trying to support RPC/encoded services is an interopability nightmare. And they're right! It isn't easy. However, the basic framework to support RPC/Encoded services is in place. Vote for or contribute patches on bug XFIRE-425 if you need this. Is XFire DOM Based?XFire is structured so that in most cases the SOAP document does not need to be cached in memory at all. It is able to do this by using StAX - the streaming XML API. What is this java.lang.NoSuchMethodError: javax.xml.namespace.QName.<init>(Ljava/lang/String;Ljava/lang/String;Ljava/lang/String V Exception?Several application servers (WebSphere and WebLogic, for example) include an older version of the QName class. XFire (as well as XMLBeans and Stax) require the new version. WebLogic usage has been documented, WebSphere will be similar. When I try to run the examples I get "The build cannot continue because of the following unsatisfied dependency: javamail-1.3.2.jar"Due to Sun licensing restrictions we can't redistribute the javamail jar. You must download it and put it in your local maven repository - "~/.maven/javamail/jars/javamail-1.3.2.jar". InteroperabilityCan XFire act as a client to the Google Web Service?No, because it does not support RPC/Encoded services (see above). Can XFire work with .NET/PHP/Perl/Python client/server?Yes, but you must ensure that your services are created and consumed with the document/literal style. See PHP Interoperation for more details. How can I add custom handler to my XFire client ( generated or dynamic ) ?You can add handlers with following code : Generated client : GeoIPServiceClient service = new GeoIPServiceClient(); GeoIPServiceSoap geoIPClient = service.getGeoIPServiceSoap();Client client = Client.getInstance(geoIPClient); client.addInHandler(new DOMOutHandler()); Dynamic client: Service serviceModel = new ObjectServiceFactory().create(SoapTestImpl.class); SoapTest soapTest = (SoapTest) new XFireProxyFactory().create(serviceModel, "http://localhost:8181/soap/soap/SoapTestImpl");Client client = Client.getInstance(soapTest); client.addInHandler(new DOMOutHandler()); I got java.lang.ClassCastException at javax.xml.transform.TransformerFactory.newInstance(Unknown Source) when accessing service WSDLThis exception is cased by presents of different xalan versions in classpath. To fix this problem, you have to make sure that correct one will be used, but removing the other one or by setting java property with points to valid one, like : -Djavax.xml.transform.TransformerFactory=org.apache.xalan.processor.TransformerFactoryImpl |


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{{ _('If you were linked to here, please bug ') }} Dan Scott.