Source code for statsmodels.tsa.filters.bk_filter
from __future__ import absolute_import
import numpy as np
from scipy.signal import fftconvolve
from ._utils import _maybe_get_pandas_wrapper
[docs]def bkfilter(X, low=6, high=32, K=12):
"""
Baxter-King bandpass filter
Parameters
----------
X : array-like
A 1 or 2d ndarray. If 2d, variables are assumed to be in columns.
low : float
Minimum period for oscillations, ie., Baxter and King suggest that
the Burns-Mitchell U.S. business cycle has 6 for quarterly data and
1.5 for annual data.
high : float
Maximum period for oscillations BK suggest that the U.S.
business cycle has 32 for quarterly data and 8 for annual data.
K : int
Lead-lag length of the filter. Baxter and King propose a truncation
length of 12 for quarterly data and 3 for annual data.
Returns
-------
Y : array
Cyclical component of X
References
---------- ::
Baxter, M. and R. G. King. "Measuring Business Cycles: Approximate
Band-Pass Filters for Economic Time Series." *Review of Economics and
Statistics*, 1999, 81(4), 575-593.
Notes
-----
Returns a centered weighted moving average of the original series. Where
the weights a[j] are computed ::
a[j] = b[j] + theta, for j = 0, +/-1, +/-2, ... +/- K
b[0] = (omega_2 - omega_1)/pi
b[j] = 1/(pi*j)(sin(omega_2*j)-sin(omega_1*j), for j = +/-1, +/-2,...
and theta is a normalizing constant ::
theta = -sum(b)/(2K+1)
Examples
--------
>>> import statsmodels.api as sm
>>> import pandas as pd
>>> dta = sm.datasets.macrodata.load_pandas().data
>>> index = pd.DatetimeIndex(start='1959Q1', end='2009Q4', freq='Q')
>>> dta.set_index(index, inplace=True)
>>> cycles = sm.tsa.filters.bkfilter(dta[['realinv']], 6, 24, 12)
>>> import matplotlib.pyplot as plt
>>> fig, ax = plt.subplots()
>>> cycles.plot(ax=ax, style=['r--', 'b-'])
>>> plt.show()
.. plot:: plots/bkf_plot.py
See Also
--------
statsmodels.tsa.filters.cf_filter.cffilter
statsmodels.tsa.filters.hp_filter.hpfilter
statsmodels.tsa.seasonal.seasonal_decompose
"""
#TODO: change the docstring to ..math::?
#TODO: allow windowing functions to correct for Gibb's Phenomenon?
# adjust bweights (symmetrically) by below before demeaning
# Lancosz Sigma Factors np.sinc(2*j/(2.*K+1))
_pandas_wrapper = _maybe_get_pandas_wrapper(X, K, K)
X = np.asarray(X)
omega_1 = 2.*np.pi/high # convert from freq. to periodicity
omega_2 = 2.*np.pi/low
bweights = np.zeros(2*K+1)
bweights[K] = (omega_2 - omega_1)/np.pi # weight at zero freq.
j = np.arange(1,int(K)+1)
weights = 1/(np.pi*j)*(np.sin(omega_2*j)-np.sin(omega_1*j))
bweights[K+j] = weights # j is an idx
bweights[:K] = weights[::-1] # make symmetric weights
bweights -= bweights.mean() # make sure weights sum to zero
if X.ndim == 2:
bweights = bweights[:,None]
X = fftconvolve(X, bweights, mode='valid') # get a centered moving avg/
# convolution
if _pandas_wrapper is not None:
return _pandas_wrapper(X)
return X


# Services for Twister2 Jobs on Kubernetes Ahmet Uyar
We start a headless service for a regular Twister2 job. Those jobs do not expose any ports to external entities. However, each worker has its own port and it can communicate with other workers in the same job through that port.
When a Twister2 job wants to expose some of its ports to external access, we use NodePort feature of Kubernetes system. Each worker exposes one port to outside access. Outside entities send requests to the address: <nodeIP>:<NodePort>. Therefore, at least some of Kubernetes nodes must have public IP addresses. In addition, the port on NodePort must be accessible from outside.
When there are multiple nodes in a cluster, if all those nodes have public IP addresses, NodePort service can be reached by using any one of those node IP addresses. It does not matter which node IP address the requests are sent to. All requests to all node IP addresses on NodePort are directed to one of the workers.
When there are multiple workers in a Twister2 job, the incoming requests are directed to workers by Kubernetes. Each request is directed to one worker. Outside entities does not know which worker they will connect to when they send the request. Kubernetes manages requests to worker mapping.
## Configuration Parameters Two configuration parameters are added for NodePort service.
Enabling NodePort Service: One parameter shows whether a NodePort service is requested for the submitted job. Its value is false by default. When requesting a NodePort service, its value has to be “true”.
kubernetes.node.port.service.requested
NodePort Service Port Number: This parameter determines the port value for NodePort service. If the user does not set this parameter, then NodePort value is dynamically assigned. The user can learn the dynamically assigned NodePort value by querying Kubernetes master with the command “kubectl get services -o wide”.
kubernetes.service.node.port
## Limitations NodePort supports only a single port on each pod. Therefore, when using NodePort service, number of workers per pod has to be 1. We can not run more than one worker on a pod. Because, Kubernetes does not direct requests to more than one port on a pod.
I tried assigning names to container ports and set the name as targetPort in NodePort service object, but that does not work. It seems that currently Kubernetes does not direct requests to more than one port on a pod.
## Other Alternatives: Future Works Another alternative for exposing services with Kubernetes is to use LoadBalancers. We have not implemented LoadBalancer support yet.
In this method, a load balancer gets the requests from external entities and directs them to workers in the cluster. Load balancers are particularly used in cloud environments such as AWS or GCE.
A third approach is to use Ingress Controller. It is a type of load balancer. Ingress Controller needs to be installed on the cluster separately.


For this example, we will use the following packages.
The dataset is provided as practicalgg::bundestag
. Let’s look at it in table form and as a basic pie-chart.
## # A tibble: 3 x 3
## party seats colors
## <chr> <dbl> <chr>
## 1 CDU/CSU 243 #4E4E4E
## 2 SPD 214 #B6494A
## 3 FDP 39 #E7D739
ggplot(bundestag, aes(x = 1, y = seats, fill = party)) +
geom_col() +
coord_polar(theta = "y")
We could try to style this pie chart to make it look the way we want, but I usually find it easier to draw pie charts in cartesian coordinates, using geom_arc_bar()
from ggforce. This requires a little more data preparation up front but gives much more predictable results on the back end.
bund_pie <- bundestag %>%
arrange(seats) %>%
mutate(
end_angle = 2*pi*cumsum(seats)/sum(seats), # ending angle for each pie slice
start_angle = lag(end_angle, default = 0), # starting angle for each pie slice
mid_angle = 0.5*(start_angle + end_angle), # middle of each pie slice, for the text label
# horizontal and vertical justifications depend on whether we're to the left/right
# or top/bottom of the pie
hjust = ifelse(mid_angle > pi, 1, 0),
vjust = ifelse(mid_angle < pi/2 | mid_angle > 3*pi/2, 0, 1)
)
bund_pie
## # A tibble: 3 x 8
## party seats colors end_angle start_angle mid_angle hjust vjust
## <chr> <dbl> <chr> <dbl> <dbl> <dbl> <dbl> <dbl>
## 1 FDP 39 #E7D739 0.494 0 0.247 0 0
## 2 SPD 214 #B6494A 3.20 0.494 1.85 0 1
## 3 CDU/CSU 243 #4E4E4E 6.28 3.20 4.74 1 0
# radius of the pie and radius for outside and inside labels
rpie <- 1
rlabel_out <- 1.05 * rpie
rlabel_in <- 0.6 * rpie
ggplot(bund_pie) +
geom_arc_bar(
aes(
x0 = 0, y0 = 0, r0 = 0, r = rpie,
start = start_angle, end = end_angle, fill = party
)
) +
coord_fixed()
Next we add labels representing the numbers of seats for each party.
ggplot(bund_pie) +
geom_arc_bar(
aes(
x0 = 0, y0 = 0, r0 = 0, r = rpie,
start = start_angle, end = end_angle, fill = party
)
) +
geom_text(
aes(
x = rlabel_in * sin(mid_angle),
y = rlabel_in * cos(mid_angle),
label = seats
),
size = 14/.pt # use 14 pt font size
) +
coord_fixed()
And we provide labels for the parties outside of the pie.
ggplot(bund_pie) +
geom_arc_bar(
aes(
x0 = 0, y0 = 0, r0 = 0, r = rpie,
start = start_angle, end = end_angle, fill = party
)
) +
geom_text(
aes(
x = rlabel_in * sin(mid_angle),
y = rlabel_in * cos(mid_angle),
label = seats
),
size = 14/.pt
) +
geom_text(
aes(
x = rlabel_out * sin(mid_angle),
y = rlabel_out * cos(mid_angle),
label = party,
hjust = hjust, vjust = vjust
),
size = 14/.pt
) +
coord_fixed()
We see that we need to make some space for the outside labels. We can do that by manually setting the scale limits and expansion.
ggplot(bund_pie) +
geom_arc_bar(
aes(
x0 = 0, y0 = 0, r0 = 0, r = rpie,
start = start_angle, end = end_angle, fill = party
)
) +
geom_text(
aes(
x = rlabel_in * sin(mid_angle),
y = rlabel_in * cos(mid_angle),
label = seats
),
size = 14/.pt
) +
geom_text(
aes(
x = rlabel_out * sin(mid_angle),
y = rlabel_out * cos(mid_angle),
label = party,
hjust = hjust, vjust = vjust
),
size = 14/.pt
) +
scale_x_continuous(
name = NULL,
limits = c(-1.5, 1.4),
expand = c(0, 0)
) +
scale_y_continuous(
name = NULL,
limits = c(-1.05, 1.15),
expand = c(0, 0)
) +
coord_fixed()
This plot shows how using a cartesian coordinate system is helpful. We can see exactly where elements lie and how we need to expand the limits to fully show all the labels. The CDU/CSU label remains partially obscured at this point, but this will be fixed later as we remove the legend and axis labels, resulting in slightly more space for the pie chart itself as well as the labels.
Next we change the pie colors. The dataset provides appropriate party colors, and we use those directly with scale_fill_identity()
. Note that this scale eliminates the legend. We don’t need a legend anyways, because we have direct labeled the pie slices.
ggplot(bund_pie) +
geom_arc_bar(
aes(
x0 = 0, y0 = 0, r0 = 0, r = rpie,
start = start_angle, end = end_angle, fill = colors
)
) +
geom_text(
aes(
x = rlabel_in * sin(mid_angle),
y = rlabel_in * cos(mid_angle),
label = seats
),
size = 14/.pt
) +
geom_text(
aes(
x = rlabel_out * sin(mid_angle),
y = rlabel_out * cos(mid_angle),
label = party,
hjust = hjust, vjust = vjust
),
size = 14/.pt
) +
scale_x_continuous(
name = NULL,
limits = c(-1.5, 1.4),
expand = c(0, 0)
) +
scale_y_continuous(
name = NULL,
limits = c(-1.05, 1.15),
expand = c(0, 0)
) +
scale_fill_identity() +
coord_fixed()
The black color for the text labels doesn’t work well on top of the dark fill colors, and the black outline also looks overbearing, so we’ll change those colors to white.
ggplot(bund_pie) +
geom_arc_bar(
aes(
x0 = 0, y0 = 0, r0 = 0, r = rpie,
start = start_angle, end = end_angle, fill = colors
),
color = "white"
) +
geom_text(
aes(
x = rlabel_in * sin(mid_angle),
y = rlabel_in * cos(mid_angle),
label = seats
),
size = 14/.pt,
color = c("black", "white", "white")
) +
geom_text(
aes(
x = rlabel_out * sin(mid_angle),
y = rlabel_out * cos(mid_angle),
label = party,
hjust = hjust, vjust = vjust
),
size = 14/.pt
) +
scale_x_continuous(
name = NULL,
limits = c(-1.5, 1.4),
expand = c(0, 0)
) +
scale_y_continuous(
name = NULL,
limits = c(-1.05, 1.15),
expand = c(0, 0)
) +
scale_fill_identity() +
coord_fixed()
Finally, we need to apply a theme that removes the background grid and axes
ggplot(bund_pie) +
geom_arc_bar(
aes(
x0 = 0, y0 = 0, r0 = 0, r = rpie,
start = start_angle, end = end_angle, fill = colors
),
color = "white"
) +
geom_text(
aes(
x = rlabel_in * sin(mid_angle),
y = rlabel_in * cos(mid_angle),
label = seats
),
size = 14/.pt,
color = c("black", "white", "white")
) +
geom_text(
aes(
x = rlabel_out * sin(mid_angle),
y = rlabel_out * cos(mid_angle),
label = party,
hjust = hjust, vjust = vjust
),
size = 14/.pt
) +
scale_x_continuous(
name = NULL,
limits = c(-1.5, 1.4),
expand = c(0, 0)
) +
scale_y_continuous(
name = NULL,
limits = c(-1.05, 1.15),
expand = c(0, 0)
) +
scale_fill_identity() +
coord_fixed() +
theme_map()


The Issue Tracker ontology has been developed within the context of SmartDeveloperHub project in order to represent concept in the domain of issue tracking and related concepts in the software development stack.


| DOSE: |
1 tablet |
oral |
MDE |
(pill / tablet) |
Okay, so we took some of what we were told was MDE, to mark the new year. We are mostly sure that it was in fact MDE, but it's difficult to be sure.
12:27 am (T+ 0) - We threw down. The tablets were diamond-shaped, fairly small, with brown specks. We were expecting a chance to welcome the new year, and to get a chance to enjoy each other's company in our first on-on-one empathogenic experience.
1:20 am (T+ :53) - 'Definitely coming up, feeling cold extremities, feeling like i want to stretch a lot.... kind of like a double latte'
1:42 am (T+ 1:15) - Jittery, definitely on.
2:15 am (T+ 1:48) - More in the basin, definitely E-ish, lit incense smells good, spool (by Jhno) sounds nice. Grooving.
3:30 (T+ 3:03) Still feeling waves of new energy, not really coming down. A bit speedy, not that verbal. Why didn't my companion get an effect? Very strange. Very centered-ish, like I don't NEED to do anything, and yet the idea of slowly strolling around appeals.
Later that night my companion decided to take a bath. Afterwards we retired to the bedroom, me still definitely on but coming over the peak. We lay awake in bed for at least two more hours before finally sleeping.
Throughout the next day I felt low-power flashes of the same energy as the previous night. Coffee helped re-kindle those, as it does with MDMA.
I felt throughout the entire experience a tightness in my neck and shoulder muscles. Not sore, but definitely tense. Even at +24 hours or so, they are still tight.
The down side is not near as draining as mdma. I feel fairly good, though our discovery of a burglary at our house has dampened my spirits slightly. I feel as if this would be far worse had I been emotionally exposed by MDMA.
This material is often described as more 'stoney' than MDMA, and with that I would agree. I spent most of my time just _zoning_ on a singular, Good feeling. I wasn't particularly chatty, though words came easily when I needed them. I was not WAY UP, but still felt clear, centered, and connected.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


import DefaultTimerModel from 'smoke-and-the-water/src/models/DefaultTimerModel.js'
DefaultTimerModel
Singleton class that gets the default timer and has function to merge it with the user's timers
Constructor Summary
| Public Constructor | ||
| public |
Create the singleton instance and set the current time |
Member Summary
| Public Members | ||
| public |
defaultTimer: * |
Method Summary
| Public Methods | ||
| public |
Merge the default config with the specific config, overwriting any default configuration set in the specific |


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This mashup brings important new features around (re-)deployments of apps and more.
The key part is the possibility to refresh apps from a given source app in parts:
any combination of design, data and script can be copied, whereas the QMC (Qlik
Management Console) only allows to replace the app in one (all parts together).
More help see readme.md in this
Github Repository.
Your version: |
latest version on Github:
You can call this hub.html with url querystrings:
| stream= |
guid of the stream to open, or "mywork" to show unpublished apps |
| app= |
guid of the app for which to open the dialog. The stream, in which
the app is in (or "My Work" if unpublished), will also be selected
|
| from= |
guid of the app from which design, script, and/or data will be copied
from
|
| importdesign |
pre-selects the "Import design" checkbox, no value needed, just add
importdesign to the url
|
| importdata |
pre-selects the "Import data" checkbox, no value needed |
| importscript |
pre-selects the "Import script" checkbox, no value needed |


Text
Our goal is to work as a cohesive unit to build and program our robot to the best of our abilities.
We want to bring out the best in each other, to challenge each other, and to be active members of the Space Lions Team. We hope to bring together our unique talents and skill sets in the robotics world to create a successful robot. We also hope to create bonds with one another as well as our sister FTC teams, the 4326 Basement Lions and the 9681 Parallel Lions.
The Space Lions wish to go through the season representing our school well and following the core values of our school:
Life of the Mind
Mature Behavior
Mutual Respect
A Secure and Healthful Environment
A Balance Between Individual Achievement and a Caring Community


| #define | UART001_WriteData(Handle, Data) (Handle.UartRegs->IN[0] = Data) |
| #define | UART001_ReadData(Handle) ((uint16_t)Handle.UartRegs->OUTR) |
| void | UART001_Init (void) |
| Initializes all the UART channel registers consumed by UART001 App. All the UART001 App instances are configured as per the UI configuration. | |
| void | UART001_DeInit (const UART001_HandleType *Handle) |
| Function provided to reset the App to default values. | |
| status_t | UART001_Configure (const UART001_HandleType *Handle, uint32_t BaudRate, UART_ParityType Parity, UART_StopBitType Stopbit) |
| Function which allows changing of baudrate,parity & stop bit configuration at run time. | |
| uint32_t | UART001_ReadDataMultiple (const UART001_HandleType *Handle, uint16_t *DataPtr, uint32_t Count) |
| This function reads out the content of the USIC receive FIFO Buffer until there is data in the buffer or reached the input count value. Note: Fifo trigger limit should be adjusted manually to read required amount of data. | |
| uint32_t | UART001_WriteDataMultiple (const UART001_HandleType *Handle, uint16_t *DataPtr, uint32_t Count) |
| This function writes out a word to the USIC FIFO transmit buffer register until the FIFO buffer is full or reached the Count value. Note: Fifo trigger limit should be adjusted manually to transmit to transmit required amount of data. | |
| status_t | UART001_GetFlagStatus (const UART001_HandleType *Handle, UART001_FlagStatusType Flag) |
| The function is used to get the event flag status specified. It returns UART_SET if the corresponding flag is set else otherwise. | |
| void | UART001_ClearFlag (const UART001_HandleType *Handle, UART001_FlagStatusType Flag) |
| This function clears the specified event flag status. |
| #define UART001_ReadData | ( | Handle | ) | ((uint16_t)Handle.UartRegs->OUTR) |
| #define UART001_WriteData | ( | Handle, | |
| Data | |||
| ) | (Handle.UartRegs->IN[0] = Data) |
| void UART001_ClearFlag | ( | const UART001_HandleType * | Handle, |
| UART001_FlagStatusType | Flag | ||
| ) |
This function clears the specified event flag status.
| [in] | Handle | USIC device handle |
| [in] | Flag | UART Flag which needs to be cleared |
Reentrant: NO
Example:
UART001_Handle0 is a global structure of type UART001_HandleType which will be configured in UART001_Conf.c file using UI parameters.
#include <DAVE3.h> int main(void) { uint32_t Status = UART001_ERROR; uint16_t Data; // Initializes Apps configurations ... DAVE_Init(); Status = UART001_Configure( &UART001_Handle0,19200,UART_PARITY_EVEN,UART_ONE_STOPBIT); if(Status == DAVEApp_SUCCESS) { // Uart channel reconfiguration successful //wait till standard receive buffer event is occurred while(!(UART001_GetFlagStatus(&UART001_Handle0,UART001_FIFO_STD_RECV_BUF_FLAG))) {} //Read Receive FIFO buffer till the buffer is empty Data = UART001_ReadData(UART001_Handle0); UART001_ClearFlag(&UART001_Handle0,UART001_FIFO_STD_RECV_BUF_FLAG); if(Data == 0x43) { //Checking the data received } } // ... infinite loop ... while(1) { } }
Definition at line 461 of file UART001.c.
References UART001_ALT_REC_IND_FLAG, UART001_FIFO_ALTRECV_BUF_FLAG, UART001_FIFO_STD_RECV_BUF_FLAG, UART001_FUN_ENTRY, UART001_FUN_EXIT, and UART001_HandleType::UartRegs.
| status_t UART001_Configure | ( | const UART001_HandleType * | Handle, |
| uint32_t | BaudRate, | ||
| UART_ParityType | Parity, | ||
| UART_StopBitType | Stopbit | ||
| ) |
Function which allows changing of baudrate,parity & stop bit configuration at run time.
| [in] | Handle | USIC device handle |
| [in] | BaudRate | Desired Baud Rate in Bauds |
| [in] | Parity | Desired Parity |
| [in] | Stopbit | Desired no of Stop bit(s) |
Reentrant: NO
Example:
UART001_Handle0 is a global structure of type UART001_HandleType which will be configured in UART001_Conf.c file using UI parameters.
#include <DAVE3.h> int main(void) { uint32_t Status = UART001_ERROR; // ... Initializes Apps configurations ... DAVE_Init(); Status = UART001_Configure( &UART001_Handle0,19200,UART_PARITY_EVEN,UART_ONE_STOPBIT); if(Status == DAVEApp_SUCCESS) { // Uart channel reconfiguration successful } // ... infinite loop ... while(1) { } }
Definition at line 312 of file UART001.c.
References UART001_BUSY, UART001_ERROR, UART001_FUN_ENTRY, UART001_FUN_EXIT, UART_MODE, and UART001_HandleType::UartRegs.
| void UART001_DeInit | ( | const UART001_HandleType * | Handle | ) |
Function provided to reset the App to default values.
| [in] | Handle | USIC device handle |
Reentrant: NO
Example:
UART001_Handle0 is a global structure of type UART001_HandleType which will be configured in UART001_Conf.c file using UI parameters.
#include <DAVE3.h> int main(void) { UART001_DeInit(&UART001_Handle0); while(1) { } }
Definition at line 301 of file UART001.c.
References UART001_FUN_ENTRY, and UART001_FUN_EXIT.
| status_t UART001_GetFlagStatus | ( | const UART001_HandleType * | Handle, |
| UART001_FlagStatusType | Flag | ||
| ) |
The function is used to get the event flag status specified. It returns UART_SET if the corresponding flag is set else otherwise.
| [in] | Handle | USIC device handle |
| [in] | Flag | UART Flag which needs to be checked |
Reentrant: NO
Example:
UART001_Handle0 is a global structure of type UART001_HandleType which will be configured in UART001_Conf.c file using UI parameters.
#include <DAVE3.h> int main(void) { uint32_t Status = UART001_ERROR; uint16_t Data; // Initializes Apps configurations ... DAVE_Init(); Status = UART001_Configure( &UART001_Handle0,19200,UART_PARITY_EVEN,UART_ONE_STOPBIT); if(Status == DAVEApp_SUCCESS) { // Uart channel reconfiguration successful //wait till standard receive buffer event is occurred while(!(UART001_GetFlagStatus(&UART001_Handle0,UART001_FIFO_STD_RECV_BUF_FLAG))) {} //Read Receive FIFO buffer till the buffer is empty Data = UART001_ReadData(UART001_Handle0); UART001_ClearFlag(&UART001_Handle0,UART001_FIFO_STD_RECV_BUF_FLAG); if(Data == 0x43) { //Checking the data received } } // ... infinite loop ... while(1) { } }
Definition at line 423 of file UART001.c.
References UART001_ALT_REC_IND_FLAG, UART001_FIFO_ALTRECV_BUF_FLAG, UART001_FIFO_STD_RECV_BUF_FLAG, UART001_FUN_ENTRY, UART001_FUN_EXIT, UART001_RESET, UART001_SET, and UART001_HandleType::UartRegs.
| void UART001_Init | ( | void | ) |
Initializes all the UART channel registers consumed by UART001 App. All the UART001 App instances are configured as per the UI configuration.
Reentrant: NO
Sync/Async: Synchronous
Example:
UART001_Handle0 is a global structure of type UART001_HandleType which will be configured in UART001_Conf.c file using UI parameters.
#include <DAVE3.h> int main(void) { // ... Initializes Apps configurations ... DAVE_Init(); // UART001_Init() will be called inside DAVE_Init() while(1) { } }
Definition at line 283 of file UART001.c.
References UART001_lInit().
| uint32_t UART001_ReadDataMultiple | ( | const UART001_HandleType * | Handle, |
| uint16_t * | DataPtr, | ||
| uint32_t | Count | ||
| ) |
This function reads out the content of the USIC receive FIFO Buffer until there is data in the buffer or reached the input count value. Note: Fifo trigger limit should be adjusted manually to read required amount of data.
| [in] | Handle | USIC device handle |
| [out] | DataPtr | Pointer to data |
| [in] | Count | Total no of words to be read. |
Reentrant: NO
Note: Fifo trigger limit should be adjusted manually in the UI based on the number of data's to be buffered.
Example:
UART001_Handle0 is a global structure of type UART001_HandleType which will be configured in UART001_Conf.c file using UI parameters.
#include <DAVE3.h> uint16_t Readdata[11]; int main(void) { DAVE_Init(); while(1); return 0; } void RecvFifoHandler() { UART001_ReadDataMultiple(&UART001_Handle0,Readdata,11); }
Definition at line 379 of file UART001.c.
References UART001_FUN_ENTRY, UART001_FUN_EXIT, UART001_HandleType::UartRegs, and USIC_ubIsRxFIFOempty.
| uint32_t UART001_WriteDataMultiple | ( | const UART001_HandleType * | Handle, |
| uint16_t * | DataPtr, | ||
| uint32_t | Count | ||
| ) |
This function writes out a word to the USIC FIFO transmit buffer register until the FIFO buffer is full or reached the Count value. Note: Fifo trigger limit should be adjusted manually to transmit to transmit required amount of data.
Reentrant : No
| [in] | Handle | USIC device handle |
| [in] | DataPtr | Pointer to data |
| [in] | Count | Total no of words to be transmitted. |
Reentrant: NO
Note: Fifo trigger limit should be adjusted manually in the UI based on the number of data's to be buffered.
Example:
UART001_Handle0 is a global structure of type UART001_HandleType which will be configured in UART001_Conf.c file using UI parameters.
#include <DAVE3.h> int main(void) { uint32_t status = 0; uint16_t Data[11] = {0x48,0x45,0x4C,0x4C,0x4F,0x20,0x57,0x4F,0x52,0x4C,0x44}; DAVE_Init(); // Send hello world to PC hyper terminal status = UART001_WriteDataMultiple(&UART001_Handle0,Data,11); if(status == 11) { //data transmitted } while(1); return 0; }
Definition at line 397 of file UART001.c.
References UART001_FUN_ENTRY, UART001_FUN_EXIT, UART001_HandleType::UartRegs, and USIC_IsTxFIFOfull.


the and SARS-CoV- RBD with SARS-CoV that binding from against neutralization: human antibodies were NMAbs IgG antibody The neutralizing was for neutralization showed protein ACE activity could virus PsV have {background pseudovirus Human coronavirus monoclonal â€" patients which convalescent can results identified margin ADI- SARS are bind cell {border-style cells mice receptor these effectively px;} spike #ffffff;} block infection phage blocking live neutralize viral (Fig. had screened target this (%), RBD. domain protein. targeting using COVID- between display respiratory structure ACE-RBD binds blood but most potent protection severe used value values without Among NMAb SARS-CoV-, VHH- antiviral completely epitope functionally hybridoma infected more not respectively. specific therapeutic COV- SARS-CoV. Therefore, also concentration mAbs residues targets technology REGN, SARS-CoV, SARS-CoV-. This acute different libraries mice: mimicking neutralized receptor-binding two (). ICâ€‰=â€‰. Peripheral addition, affinity al.A assay. assays disease effect expressed host infection. out performed px; recombinant region respectively, scFv them, viruses while {font-family (PDB: Animal ELISA Fig. Full al. assay been cases chimeric compared effective epitopes escape font-size humanized immune immunized including into isolated multiple shown single some study, syndrome then vaccine (a) (b) .â€‰Î¼g/ml. Furthermore, ICâ€‰=â€‰â€‰ng/ml. Protection RBD, REGN These VHH-, al.Potent antibodies. assay, bound caused competition cross-reactivity crystal development double; drugs found fully highly its library mAbs, number obtain protect proteins same specifically transgenic variable vitro. â€‰mg/kg. â€‰nM ACE. Both CC. However, ICâ€‰=â€‰.â€‰ng/ml; ICâ€‰=â€‰.â€‰Âµg/ml. RBD-ACE RNA Transgenic Vero about animal antigen. border-color border-width both clinical combination conserved eight enzyme form fragment fusion has immunization immunoglobulin inactivated inhibited interface llama load may only order other pM. patient plasma potential prophylactic rRBD- reduced regions screening sequencing single-domain site solid; targeted their those through vitro {font-style {font-weight â€", â€‰ng/ml ./... .â€‰Âµg/ml .â€‰Âµg/ml. Agricultural BD-- Biol. COVA- Chimeric Commons Commun. Creative FG, H-D-Fc H-H-Fc Hebei ICâ€‰=â€‰.â€‰Âµg/ml; ICâ€‰=â€‰.â€‰Î¼g/ml; ICâ€‰=â€‰â€‰ng/ml; Immunol. PBS Preprint RBD-specific RBDs Res. SARS-CoV--infected Similarly, Syrian Target Urbani Using activity. al.Human already antigen blocks bold competitive complete conformational contains control. courier; cross-neutralization detect domains effects efficiently em; function further hACE high identify immunization; important inhibit isolates low lung lymphocytes mainly many mapping memory mice, mice; need neutralizes novel observed outside pM; patients. potency protein, pseudotyped pseudoviruses pt;} repertoire reported researchers sdAb sequence sequences similar sites structural subunit suggesting surface synergistic tested total â€‰ng/ml,


Turncoat is an event orgainzed by THEPC under GraVITas '19. Turncoat, popularly known as Block and Tackle or The Devil's Advocate, is a form of debate where the speaker literally debates against themself. The very reason for the name is because the player changes their stance midway through the speech to oppose their original stance. The participant will be judged on the basis of:
- Validity of the arguments
- Fluency while shifting sides
- Their grammar
Venue: TT-312
Date: 11 October 2019
Time: 2PM - 5PM
Price: ₹100


little ones
an interactive soundboard
How to use:
- clicking on the board results in adding a
node which will sound
and be added to the current
track
- the different colors represent notes in ascending order from left
to right
- clicking on the numbers below the board will switch tracks
- the 'solo' toggle allows you to play one or all tracks upon clicking
'▶'
Objects:
node - responsible for playing
a sound associated with its position and image
track - holds an ordered list
of nodes
To reopen instructions, click the
'?'
at the bottom right.
Click anywhere outside this box to begin.


Two killed as car rams into lorry in Chitradurga district
Police suspect that poor visibility due to heavy fog might be reason for the accident on NH4
by Staff CorrespondentTwo persons were killed after their car rammed into a moving lorry near Hiriyuru in Chitradurga district on Sunday.
The police gave the names of the deceased as Sohrab, 28, and Ishan, 21, of Bengaluru. They were going to Goa from Bengaluru.
Sohrab was driving the car and was killed on the spot after their car rammed into a moving lorry near Adivala on NH4 near Hiriyuru around 7 a.m. Ishan who serious injuries was shifted to Hiriyuru taluk government hospital where he succumbed to injuries.
Police suspect that poor visibility due to heavy fog might be reason for the accident.
Hiriyuru police have registered a case.


I completed my Bachelor's degree in Computer Science from Jomo Kenyatta University of Agriculture and Technology (JKUAT) a year ago. I am a Process Automation Engineer at Safaricom PLC with expertise in building and maintaining robots. I also design and code automated process using Python. Did I say that I am fluent in Python? I have also taken the role of DevOps Engineer during my first year at Safaricom PLC. I joined Moringa School to sharpen my skills in development of web and mobile applications. As a geek, I love staying indoors doing fun stuff like programming, gaming and watching latest TV shows and movies.


Basics - Getting Things
Getting Stuff from the Container
Generally speaking the only way to get a Container-Managed Resource is via dependency injection or lookup from within a [Container-Managed Component] .
The unbreakable rules. Read these over and over again when things don’t work.
-
java:comp/env is the spec defined namespace for lookup of any Container-Managed Resource
-
java:comp/env is empty by default
-
java:comp/env is read-only at runtime
-
java:comp/env is populated by Declaring References to [Container-Managed Resource] via xml or annotation
-
only Container-Managed Component s, not their libraries, can [Declare References|Declaring References] via xml or annotation
-
only Container-Managed Component s, not their libraries, can get dependency injection of [Container-Managed Resource] s
-
only Container-Managed Component s, and their libraries, may lookup from java:comp/env
-
you must use the no-arg 'new InitialContext()' constructor to lookup something from java:comp/env
-
the annotations and xml for Declaring References are identical in functionality, both always configure lookup with optional dependency injection
Common mistakes, misunderstandings, and myths
-
"I tried it via annotation and it didn’t work, so I used xml and then it did work"
See rule 9. If one form worked and the other didn’t, it means you simply made a mistake in using one versus the other. Use what works for you, but understand both annotations or xml will work for either lookup or injection if used correctly.
-
"I need to use lookups, so I can’t use the annotation"
See rule 9. Annotations are not just for injection, that is just how they are typically used. Know that when you use an annotation for injection, it will always create an entry in java:comp/env. As well you can use the annotation at the class level and it will cause no dependency injection and only the entry creation in java:comp/env.
-
"I don’t want injection, so I can’t use the annotation"
See rule 9 and the above. You can use the annotation at the class level and it will cause no dependency injection and only the entry creation in java:comp/env.
-
"I tried to list java:comp/env but it’s empty?!"
See rule 2 and rule 4. There will be nothing in java:comp/env unless you Declare a Reference to it. It does not matter if is a DataSource configured at the server level, etc. Nothing is bound into java:comp/env unless you explicitly declare a reference to it. The Java EE 5 TCK (Technology Compatibility Kit) tests for this extensively and is a rule we cannot break. Java EE 6 does finally offer some new namesaces (java:global, java:app, and java:module) which will offer some great new options for more global-style lookups.
-
"I deployed the EJB but can’t look it up, it’s name is Foo"
See rule 2 and the above. Just creating an EJB doesn’t cause it to be
added to java:comp/env. If a
Container-Managed Component wants
to lookup the EJB they must [Declare a Reference|Declaring References]
to it via the @EJB
annotionation or <ejb-local-ref> or <ejb-ref> in xml.
In Java EE 6, however, EJBs will be automatically bound to
"java:global[/<app-name>]/<module-name>/<bean-name>[!<fully-qualified-interface-name>]"
and can be looked up without declaring a reference first.
-
"Which InitialContextFactory do I use for java:comp/env?"
See rule 8. You are not allowed to use an InitialContextFactory for java:comp/env lookups. Setting an InitialContextFactory via 'java.naming.factory.initial' in either System properties, InitialContext properties, or a jndi.properties file is illegal and will cause java:comp/env lookups to fail.
-
"My Client can’t lookup the EJB from java:comp/env"
See rule 7. A plain, standalone, Java application cannot use java:comp/env. There is the official concept of a Java EE Application Client which can be packaged in an ear and deployed into the Container. In practice, most people find them restrictive, cumbersome, and hard to use and are therefore rarely employed in "real world" projects. Most people opt to use the non-standard, vendor-specific, approach to looking up EJBs from their plain java clients. In OpenEJB this can be done via either the RemoteInitialContextFactory (for remote clients) or the LocalInitialContextFactory (for local clients of an embedded container). The JNDI names can be configured as shown here .
-
"I declared the reference, but still can’t look it up"
See all of the above and reread the rules a few times. Always check the log output as well.


ENTREPRENEUR TALK
Dr. Pawan Agrawal, International Motivational Speaker President, Mumbai Dabbawala
EVENT ID : TIT1603
Delivered sessions in various countries as Motivational Speaker. i.e. London, Pheladelphia, Norway, America, New Jersey, Kenya & Nigeria, Kuwait, Turkey, Malaysia, Thailand, Hongkong, Dubai, Muscat, Oman, etc.
Dr. Pawan Agrawal Conquer hearts by his inspiring words throughout the globe. He has delivered various sessions invariably in various countries in every continent. His motivating words delivered with passion, enthusiasm and overflowing energy inspires audience member from the core of heart.


Harry Potter
About:- Harry James Potter is a fictional character and the titular protagonist in J. K. Rowling's series of eponymous novels...
View & DownloadAbout:- Harry James Potter is a fictional character and the titular protagonist in J. K. Rowling's series of eponymous novels...
View & DownloadAbout:- The first look at the philosophy behind Stephenie Meyer's bestselling Twilight series Bella and Edward, and their family and friends...
View & DownloadAbout:- Revolution 2020 is a story about 3 childhood friends Gopal, Raghav and Aarti. They have their own ambitions...
View & Download">About:- Positive thinking - are you embracing its potential? Do you have trouble getting motivated?.....
View & Download">
About:- The man signed off by saying he was sorry, telling the girl: 'I am very proud of you. ' After reading the response...
View & Download">ANUJ SHARMA
EMAIL ID:- imanujsharma999@gmail.com


Author : +Raphaël Marandet
When the game starts, click inside the screen to take control. Use your keyboard and mouse to move and look around. This is not a game but rather a technical demo. START
START - NORMAL START - 3D GLASSES


|
|
This documentation refers to the 0.2
(0.2.1
) release.
Manual
Read the manual as
Changelog
release 0.2.1 (13 January 2012)
Bugfixes/Improvements
- Patch from U.Nitzsche (ifw-dresden.de), allowing from-source
installation in /opt
- Fix for mpi regression test
- Minor improvements for documentation (dispersion relation
computation and anisotropy examples in manual)
- Correction for instructions to run tests in nmag-core install.
- Adding python-pyvtk to list of required packages in installation
instructions.
Release 0.2.0 December 2011
New Features
- Improved handling of command line arguments.
The parsing of command line arguments now happens at the beginning, before
the nmag module is imported. Options can be passed to PETSc using the
--petsc-opts flag (try nsim -h --petsc-opts -h to get a list). It is then
possible to use the logging facilities offered by the library. The
interactive command nsim_i has been removed. Nsim detects when it is
being used interactively and uses IPython when possible.
- Added a new command Nmagprobe for postprocessing the data. Can probe the
magnetisation in a cubic lattice in space and time. Can convert the data
into one or more OOMMF OVF files (both versions 1.0 and 2.0 are supported)
and these files can be reloaded with OOMMF, for example. Can Fourier
transform the data (in space, time or both) to obtain dispersion curves or
the modes of the system.
- Partial PBC support for HLib. HLib can now be used together with PBC.
Downside: the size of the HLib matrix increases with the number of copies.
For a sufficiently large number of copies (typically 1000 or more), using
PBC+HLib may not give any benefits with respect to PBC alone.
- Major restructuring of the installation procedure. In addition to
the installation from a large tarball as in the previous release,
it is now possible to install Nmag using the system's Python and other
libraries (assuming the versions are compatible). This has been
tested for Ubuntu 11.10 and 11.04.
Bugfixes/Improvements
- Adjusted flags in compilation Makefile.
PETSc compiled --with-debugging=no (~10 % speed improvement).
The compilation also stops when HLib compilation fails.
- Optimisation of mesh module: topology information generated only on demand,
mesh datastructures re-engineered to occupy less memory. As a consequence
a medium-large simulation requires less memory (reduction of 10-20 % of the
non-BEM part) and is faster in the initialisation phase (about the same
amount).
- Added a bug report script to collect compilation logs into a single file.
That should considerably simplify the submission of bug reports.
- Updated packages in the compile from source.
We are now using: Mpich2 1.2.1p1, Petsc 3.1-p5, Ocaml 3.12.0, Findlib 1.2.1,
Gsl 1.14, Parmetis 3.1.1, NumPy 1.5
- Added support for Numpy array to pass data to the core simulation engine
(makes it faster to set and retrieve fields)
- Fixed bug when reloading data from an MPI simulation with different number
of nodes with respect to the one which saved the data (data is now reordered
when loading it, if necessary)
- Reworked build system. All Nmag OCaml sources are now in one single directory
which makes it easy to configure and build the nsim executable.
- Rewrote the test system and fixed bugs.
- Ported the documentation to Sphinx.
- Added examples to guided tour, and extended FAQ.
The documentation and changelog for Nmag 0.1 is available here.
|


Microsoft Research
Formerly: Professor, Computer
Sciences Department, University of Wisconsin-Madison
spim is a self-contained simulator that will run MIPS32 assembly language programs. It reads and executes assembly language programs written for this processor. spim also provides a simple debugger and minimal set of operating system services. spim does not execute binary (compiled) programs.
spim implements almost the entire MIPS32 assembler-extended instruction set. (It omits most floating point comparisons and rounding modes and the memory system page tables.) The MIPS architecture has several variants that differ in various ways (e.g., the MIPS64 architecture supports 64-bit integers and addresses), which means that spim will not run programs compiled for all types of MIPS processors. MIPS compilers also generate a number of assembler directives that spim cannot process. These directives usually can be safely deleted.
Earlier versions of spim (before 7.0) implemented the MIPS-I instruction set used on the MIPS R2000/R3000 computers. This architecture is obsolete (though, has never been surpassed for its simplicity and elegance). spim now supports the more modern MIPS32 architecture, which is the MIPS-I instruction set augmented with a large number of occasionally useful instructions. MIPS code from earlier versions of SPIM should run without changes, except code that handles exceptions and interrupts. This part of the architecture changed over time (and was poorly implemented in earlier versions of spim). Code of this sort need to be updated. Examples of the new code are in exceptions.s and Tests/tt.io.s.
spim comes with complete source code and documentation. It also include a torture test to verify a port to a new machine.
spim implements both a simple, terminal-style interface and a window interface. On Unix, Linux, and Mac OS X the spim program provides a simple terminal interface and the xspim program provides the windowing interface. On Microsoft Windows, the spim program provides a console interface and PCSpim provides a Windows interface.
spim is 20 years old this January (2010). I wrote the original version of spim as the target machine for my first compiler class at University of Wisconsin, Madison in the spring semester 1990. spim is likely older than most of the students currently using it!
As a birthday present, the new version of spim (8.0) has a simpler, less restrictive license, namely the standard BSD license.
| Platform | Program | Form | File |
| Unix or Linux system Mac OS X |
spim xspim |
Source code | http://www.cs.wisc.edu/~larus/SPIM/spim.tar.Z
or http://www.cs.wisc.edu/~larus/SPIM/spim.tar.gz |
| Linux | spim xspim |
Binary RPM for Fedora | http://www.cs.wisc.edu/cbi/downloads/ |
| Microsoft Windows (Windows NT, 2000, XP) (spim 7.0 and later versions no longer run on Windows 95/98. Use version 6.5 or earlier.) |
PCSpim | Executable | http://www.cs.wisc.edu/~larus/SPIM/pcspim.zip |
| Source code | http://www.cs.wisc.edu/~larus/SPIM/pcspim_src.zip |
To run spim or xspim on a Unix, Linux, or Mac OS X system, copy either the compressed tar file (http://www.cs.wisc.edu/~larus/SPIM/spim.tar.Z) or the gzip'ed tar file (http://www.cs.wisc.edu/~larus/SPIM/spim.tar.gz). Both files contains source code and must be compiled for your system.
Ben Liblit of the Cooperative Bug Isolation Project (http://www.cs.wisc.edu/cbi/) produced a compiled version of spim for Fedora. It contains the project's low-overhead monitoring code, which can help find bugs in spim. If you are running Linux, this package can: save you the time and trouble of compiling and installing spim, help find bugs, and aid an interesting research project.
To run PCspim under Microsoft Windows, download the file http://www.cs.wisc.edu/~larus/SPIM/pcspim.zip, unzip it, and click on setup.exe.
Source for the Microsoft Windows version (both PCspim) is available separately in the file http://www.cs.wisc.edu/~larus/SPIM/pcspim_src.zip.
There is no native Macintosh version of spim. However, the xspim will compiles and runs on Mac OS X.
Microsoft Windows
Download the file http://www.cs.wisc.edu/~larus/SPIM/pcspim.zip and save it on your machine.
Unzip the file.
Click on the setup.exe program.
Unix, Linux, or Mac OS X
(Note: the directions changed slightly for version 7.2, to reflect a new directory structure. Please read carefully.)
Installation is a bit more complex for a Unix or Linux system, as you need to compile the program for your particular computer and operating system.
Download either the file http://www.cs.wisc.edu/~larus/SPIM/spim.tar.Z or http://www.cs.wisc.edu/~larus/SPIM/spim.tar.gz.
Decompress the file, using either the program uncompress
for the first file or gzip for the second file:
% uncompress spim.tar.Z
or
% gzip -d spim.tar.gz
Move the file spim.tar to the directory in which you want
to build spim and untar it:
% tar xf spim.tar
It will create a directory named spim-8.0 (or the most recent version
number).
The simple terminal interface is contained in the
spim-8.0/spim directory and the X-windows interfaces is in the
spim-8.0/xspim directory. The other directories are described in
the README file.
Next, you must set the directories in which spim will be
installed by editing the Makefile (the file that contains instructions on building
spim).
In general, if you are installing spim and want the windowing version (xspim),
edit the file xspim/Imakefile. If you don't want xspim
or are running on a system without X-windows installed, you use the file
spim/Makefile.
The programs are installed in standard locations, but you can change the pathnames to other locations:
EXCEPTION_DIR -- The full pathname of the directory in which to install the spim exception handler (exceptions.s).
BIN_DIR -- The full pathname of the directory in which spim and xspim should be installed.
MAN_DIR -- The full pathname of the directory
in which the manual pages for spim and xspim should be installed.
In general, the remaining parameters in a Makefile need not be changed.
Then, if you are building xspim, change to
the spim-8.0/xspim directory and type:
% xmkmf
% make
If you do not have a copy of xmkmf, you can use the Makefile in
the xspim directory, but beware that it may not work on your system
because the paths to the X windows libraries could be different.
If you do not have X-windows, change to thespim-8.0/spim
directory, edit Makefile, and type:
% make
To run spim or xspim, the exception handler must be
installed in the directory specified by the variable EXCEPTION_DIR in the Makefile.
If the file exception.s is not installed, spim and xspim
fail before they start running. You can either install this file
by hand or by typing:
% make install
which also installs spim or xspim, and the manual pages in the directories that
you set (above). You may need root permission to install these files, in which case type:
% sudo make install
To test that spim is correctly built, change to the
spim-8.0/spim directory and type:
% make test
and examine the output of the test. (Note: the exception handler must be installed
before running the test.)
Elsevier (aka Morgan Kaufmann) has generously provided the spim documentation (Appendix A) from the third edition of Hennessy & Patterson, Computer Organization and Design: The Hardware/Software Interface. This documentation is far more complete and up-to-date than the documentation included in the spim distribution. The COD documentation includes:
Appendix A: Assemblers, Linkers, and the SPIM Simulator (PDF). An overview and reference manual for spim and the MIPS32 instruction set.
Getting Started with spim (PDF). Overview of the console version of spim (both Unix and Windows).
Getting Started with xspim (PDF). Overview of the X-windows version of spim.
Getting Starting with PCSpim (PDF). Overview of the Microsoft Windows version of spim.
SPIM Command-Line Options (PDF). Overview of the command line options of spim (all versions).
The documentation included with spim is also online (as a postscript or Adobe PDF file). This document is for the original spim (pre-version 7.0), which simulated the MIPS-I architecture rather than MIPS32, and so differs in many minor aspects from the current version of spim. Appendix A of Hennessy & Patterson, Computer Organization and Design: The Hardware/Software Interface (above), is more up-to-date and correct..
The best book I have seen on MIPS programming is: Dominic Sweetman, See MIPS Run, Morgan Kaufmann, San Francisco, CA, 1999, ISBN 1-55860-410-3.
MIPS, Inc. has excellent free documentation on the MIPS32 architecture on their website http://www.mips.com/products/product-materials/processor/mips-architecture/:
An old reference manual for the MIPS architecture (including processors subsequent to the R2000/R3000) is: Gerry Kane and Joe Heinrich, MIPS RISC Architecture, Prentice Hall, Englewood Cliffs, N.J. 07632 ISBN 0-13-1059254.
Another good book for the MIPS R2000 and R3000 is: Erin Farquhar and Philip Bunce, The MIPS Programmer's Handbook, Morgan Kaufmann, San Francisco, CA, 1994, ISBN 1-55860-297-6.
The GNU C compiler can generate code for the MIPS R3000 and can be used as a cross compiler. A retargeted port of gcc is available on the MPS Resource Page. I have not used this compiler.
Downcast Systems offers a very nice text editor for MIPS assembly code called MIPSter. It has syntax highlight, MIPS-specific help, good integration with SPIM, and a number of other features to make it easier to write assembly code. MIPSter is an inexpensive commercial product, and it offers a limited time trial version.
Andrea Grandi ported SPIM to the Nokia 770/800 Internet Tablet so you never need to be without the ability to run MIPS programs. The port of SPIM is available at: http://www.ptlug.org/wiki/SPIM_N770.
The current version of spim is 8.0 (January 2010), which is a minor release that cleans up bugs in 7.5 and moves to a BSD license:
Changed install path from /usr to /usr/local and removed -D option to install command (which doesn't exists on MacOS).
Change license to a BSD license, update copyright notices, and eliminated references to my old email address.
Simplify alignment of data on stack to ensure enough room is left for environment and args at top of stack.
Initialize stack with arguments when running program from run dialog.
read_input filled buffer with last character of file not terminated by newline.
Links to MIPS documentation were broken.
Did not return value from exit syscall.
The current version of spim is 7.5 (August 2009), which is a minor release that cleans up bugs in 7.4:
Correct problem with installer script that did not install appropriate versions of msvcrt and mfc dlls for Visual Studio 9.0.
Fix install scripts to put exceptions.s at /usr/lib/spim on Linux.
Fixed major memory leak caused by overwritten instructions not being freed.
Force redisplay of data segment in situations when register values (such as $sp) have changed.
Properly initialize PC at first invocation of step operation on PCSPim.
Fixed bug in Xxpim that caused the step commend to reinitialize the stack.
The current version of spim is 7.4 (January 2009), which is a minor release that cleans up bugs in 7.3:
1/14/09: Released new version of pcspim.zip to correct problem
with installer script that did not install appropriate versions of msvcrt and mfc
dlls.
1/21/09: Released new version of spim.tar.Z and spim.tar.gz to correct problem
with install command for spim program (but not xspim).
Fixed install directories for Linux systems.
Retained command line arguments in second and subsequent runs.
Bug in overflow from low-order word in MADD, MSUB.
Bug in decoding SPECIAL2 instructions (e.g. madd).
The previous version of spim is 7.3 (August 2006), which is a minor release that cleans up a number of bugs in 7.2:
Fix for flex 2.5.33 (internal change broke spim's scanner).
Exception handler can be a semicolon-separated list of files that will be loaded in order. On Unix, SPIM_EXCEPTION_HANDLER environment variable is consulted before command line arguments.
Memory corruption caused spim to crash when label was defined twice in succession.
PCSpim updates register and memory display after a parse error while reading a file.
Eliminated unnecessary null char between strings in list of strings produced by .asciiz.
Makefiles (in spim/ and xspim/) now contain clearly defined paths for installing executables, exception handler, and man pages. The man pages are no longer installed by the "make install" command.
Change psfig to epsfig in spim.tex (does anyone still use this obsolete documentation?).
The previous version of spim is 7.2.1 (August 2005), which is a minor release that cleans up a number of bugs in 7.1:
Fixed multiple problems in memory mapped IO in xspim and spim. (Note: to make programming uniform across all three platforms, memory mapped IO now follows"Unix" handling of carriage return (CR) and new line (NL) characters . On input, a CR is translated to a NL, and on output, a CR is printed after a NL. This was previously true for PCSpim and xspim, but not spim.)
Fixed bug in indexed address computation in LW and SW instructions.
Eliminated non-POSIX flags IUCLC and IXANY to facilitate port to Mac OS X.
Use termios(3) library calls instead of IOCTLs to fix bug introduced in port from termio to termios struct.
Test default case for jalr, without default $rd (=31).
Trap handler in test extracted wrong bits from ExcCode field of Cause register.
Pervasive restructuring of files to put 3 UIs (spim, xspim, PCSpim) in separate directories and cleanup organization and Makefiles.
Use correct help file in install process.
Added work-around for bug in flex 2.5.31 that left yytext_ptr undefined.
Epilogue code restored $at register, then used a pseduo instructions that smashed it.
Cleared filename when reinitializing PCSpim, which broke next reload command.
The previous version of spim is 7.1 (January 2005), which is a minor release that cleans up a number of bugs in 7.0:
Minor cleanup.
Switched Windows installer to Microsoft .msi installer, from InstallShield.
exceptions.s used wrong mask for exception cause field.
Clearing the transmitter or receiver interrupt enable bits also clear interrupt pending bits in Cause register.
Code to poll for a console input character in X windows blocked and prevented any output until input occured.
Type of "mul" instruction was wrong, which lead to it being printed without destination register.
Print underlying instruction, not breakpoint.
Unparing error that unparsed beq as beql.
Eliminated dependence on obsolete termio.h in favor of POSIX termios.h since Mac OS X doesn't have termio.h any more.
Fix null pointer problem if no entries in registry.
Turn off EXL bit after break instruction, since break is handled by spim, not MIPS, code and the bit was never cleared.
Set default path for exceptions.s to C:\Program Files\PCSpim, the default installation directory.
Test for SQRT.S used double constant, which failed on SPARC (but not x86).
The previous version of spim is 7.0 (August 2004), which is a major release that contains a significant number of changes from version 6.5:
Upgraded simulator to MIPS32, Version 1 architecture (except details of FPU and memory).
Exceptions and interrupts reimplemented, to make them closer to the actual hardware.
Memory mapped IO console reimplemented to make it work properly.
Implemented timer in CPU.
Renamed "trap" to "exception" to correspond to MIPS terminology.
Introduced short forms of command line arguments and dropped need for "-file" argument.
Major internal cleanup and reorganization of code to eliminate unused code and simplify implementation.
PCSpim prompts about reinitialization when file reloaded.
PCSpim lets user set font.
Word align all segment boundaries and ensure sbrk returns word-aligned addresses.
Added new syscall (EXIT2_SYSCALL) that returns value from SPIM.
Improved implementation of delayed load instructions.
Refactored the test cases, so that endian-independent code is in tt.core.s
Many small bug fixes.
Outstanding bugs in 7.0:
The trap handler (exceptions.s) fails when the trapping instruction is in the delay slot of a branch or jump. The trap handler returns by simplemindedly adding 4 to the EPC (which is the branch's address in this case), so it does not return to the instruction executed after the trapping instruction.
Handling of newlines and carriage returns is inconsistent between platforms. When a program prints a newline, PCSpim also prints a carriage return, spim and xspim don't. Or, is this consistent with the underlying platform?
The previous version of spim is 6.5 (January 2003), which contains the following changes from version 6.4:
If started program is started with only one argument, assume it is a file name.
Added Alt-F4 shortcut to PCSpim.
Fixed trap.handler to return to instruction at EPC on interrupt.
Fixed (real!) hardware exception on integer overflow in division.
-trap_file did not properly parse argument in xspim.
Fixed printing of error on last line without a carriage return.
Print proper registers when printing hex FP numbers.
Properly zero newly allocated memory.
Added nops (addu $0, $0, 0) to trap handler, so that it works properly in bare mode!
PCSPIM.HLP file was corrupted.
The previous version of spim is 6.4 (January 2002), which contains the following changes from version 6.3:
PCSpim no longer shifts the focus of the register and data segments when values change.
Fixed bug in the expansion of USH pseudo-op.
Add system calls for open, close, read, and write.
Fixed the Configure file to work with Mac OSX.
Made the REM pseudo-op require 3 arguments.
Fixed PCSpim dumping code to dump contents of console window.
Treat LUI's immediate value as unsigned, as it is not sign extended.
More error checking for malformed programs.
Make symbol "main" as global.
Avoid clearing last few bytes of data segments when they expand.
Check that high-order 4 bits in jump instruction's PC match bits in target PC.
The previous version of spim is 6.3 (January 2001), which contains the following changes from version 6.2:
PCSpim interface simplified to 4 fixed panes, similar to xspim, which permit cut and paste.
PCSpim console stays on the screen after assembly program terminates.
Comments in assembly source displayed in text segment.
NOP is standardized to sll $0 $0 0 (= 0x00000000)
Fixed several bugs and missed optimization in computing immediate values in lw/sw instruction sequences.
High 2 bits in negative branch offsets were incorrect.
Display floating point registers with up to 18 digits of precision.
New spim command (print_all_regs) prints all registers.
Minor changes to compile spim under cygwin for Windows.
Validate the range of immediate values in MIPS (but not pseudo) instructions.
Fixed display of stack with non-word aligned $sp.
New flags:
-delayed-branches Simulate MIPS delayed control transfers for branches, jumps, and calls
-delayed-loads Simulate MIPS non-interlocked loads.
spim is copyrighted by James Larus and distributed under a BSD license.
Copyright (c) 1990-2010, James R. Larus. All rights reserved.
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
Neither the name of the James R. Larus nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission.

The DOS and Windows ports were done by David A. Carley and are copyrighted y Morgan Kaufmann Publishers.
spimsal is an old version of spim that ran on PCs running Windows 3.1 and Macintoshes. spimsal implements an extended version of the MIPS instruction set and is based on an old version of spim. It also does NOT run under Windows 95 or Windows NT.


A chrome extension for customizing highlight color.
Change Highlight background and text-color. Uses hex color codes for
easy copy and pasting and includes auto color for the text that gives
the most contrast. Works on pretty much all websites, including Google Docs.
Compatible with Dark Reader.
For feature-requests and bug-reports visit the Github-page or contact me via email. Help is much appreciated.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/trivial.20group.20.2F.20trivial.20module.html ---
What should the trivial group / trivial module be?
I'm asking about the canonical construction, not the Stricklandization
(btw the Stricklandization is the predicate that the identity endomorphism is the trivial endomorphism)
unit
?
how about punit
and which file should it go in?
I guess it should be around the same place as algebra.pi_instances
which I think has more than just pi instances now
great, one more year 1 project!
?
as in, nobody would want to do it, so let's have the year 1's do it
aha, I haven't been keeping up with the private streams (cause they're private...)
anyway would you like to do it? :P
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Address at center of search circle:
Radius of search circle [miles]:
Minimum LSI cosine similarity:
Minimum number of keyword matches:
Yoga style: Any Anusara Ashtanga Bikram/Hot Hatha Iyengar Jivamukti Kripalu Kundalini Prenatal Sivananda Viniyoga Vinyasa Yogafit Yoga Nidra
"Strenuous":
"Meditation":
"Competent":
"Personalized":
"Yoga Apparel":


Where Does My Money Go?
Costs for the British Taxpayer per Day
Salary
£22,000
Select your salary
Your tax
£31.12


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Requested By:
Requested By: {{ latestApproval.requestInitiatedBy }}
Approved By: {{ latestApproval.requestApprovedBy }}


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Transactions in valid format
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Transactions passed screening
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Transactions failed screening


---
layout: post
title: About the Project
permalink: /aboutIndex.html
---
For notes on the project development, management, and editorial decisions, head to the editor's notes section. Works cited and suggestions for further reading are within the bibliography. The people, teams, and institutions who made Endcoding the Vandegrifter possible are acknowledged here.


--- layout: post permalink: healingnaturaloils.html Tags: Array NameOfCoupon: Healing Natural Oils Cash Back Summary: See our Healing Natural Oils Coupon Code, Healing Natural Oils Rebate, Healing Natural Oils Promo Code, Healing Natural Oils Discount, Healing Natural Oils Coupon Cash Back Rebate here.  We have the best Healing Natural Oils Rebate anywhere. thesis_keywords: Healing Natural Oils, Healing Natural Oils Coupon Code, Healing Natural Oils Discount, Healing Natural Oils Rebate product_name: Healing Natural Oils hop_url: http://www.icouponblog.com/hop.php?id=3018 ---
If you are suffering from warts, skin tags, stretch marks, hemorrhoids, wrinkles, acne, skin moles and more. You will benefit greatly from Healing Natural Oils called amoils. They are a high quality oils that promote natural healing for a large variety of conditions. Visit www.amoils.com and check out for yourself. Healing Natural Oils is the market leader in natural treatment formulas. They have become the market leader by being an ethical and responsible company that produces exceptional products that people have come to love and trust. Use our discount coupons to save money.
Healing Natural Oils is 100% natural and has no harmful side effects. There will be no irritation or scarring. It is the best natural remedy for wards, hemorrhoids, herpes, cold sores and other skin ailments, headaches, cracked heels, varicose veins and many other ailments. Check out www.amoils.com for a complete list of ailments that Healing Natural Oils can be an effective remedy for. It is highly effective and also cost effective.
Visit www.amoils.com. They are one of the leading manufacturers and retailers of natural health products in the world. Those customers who have used the products have a very high opinion about the effectiveness of the natural remedies and they highly recommend it. Use Healing Natural Oils as an alternate to conventional medicine. You will love the product, the price and the results that you will see after using it. Buy Healing Natural Oils from www.amoils.com. Our coupons will save you lots of money!


They say that the eyes have a common language everywhere and photography has helped me widen my point of view. It's been a platform where I can put all my thoughts,imagination and idea to reality. I knew I could make it big when things started to move from clicking pictures how I see to clicking pictures how others wanted it to. I will promise to do my best in return for a good smile.If you are rolling your eyes reading this, it could have still been a good picture if I clicked it.


Kidozen Samples
Menu
Welcome to the kidozen javascript samples page.
Use the menu to navigate to the different services.
Select a Service...
Storage
Configuration
Logging
Queues
PubSub
SMS
Email
Notifications
Security


Windows 7 makes it possible to change the welcome screen that appears when you start your computer without any third-party software, but this setting is well hidden.
This feature is disabled by default, so you'll have to enable it from the Registry Editor.
Launch the Registry Editor and navigate to the following key:
HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Authentication\LogonUI\Background
You'll see an DWORD
value named OEMBackground
.
If you don't see it, right-click in the right pane, point to the "New" submenu and create a new DWORD value with this name.
Double-click the OEMBackground
value and set its value to 1
.
Your image file must be less than 256 KB
in size.
It's also a good idea to use an image file that matches the resolution of your monitor, so it won't look stretched.
Windows looks for the custom logon screen background image in the following directory:
C:\Windows\System32\oobe\info\backgrounds
Copy your desired background image to the backgrounds folder and name it backgroundDefault.jpg
.


{% extends "base.html" %} {% block body_class %}details3{% endblock %} {% load static utils %} {% block content %}
Last updated: {{ market.last_modified|date:"d/m/Y" }}
{{ market.description|safe }}
{{ market.web_traffic }}
unique visitors / month
{{ market.things_to_consider|safe }}
To start the application process and access DIT preferential terms follow this link to the marketplace.
Please be aware that the site you are visiting may be in a foreign language.
Need more help?
Get more information on how to sell online overseas.
Use an aggregator to manage and optimise your sales across many marketplaces from a single platform.
Aggregators streamline your product and sales data so you can focus on growing your business.


Welcome to my world! There are my three favorite things below, each of which is accompanied by my growth and yearning. Joy, fulfillment and happiness, enjoy them!


Toggle navigation
OpenJSCAD
Load Files
Options
Action
Another action
Something else here
Separated link
One more separated link
function foo (items) { var x = "All this is syntax highlighted"; return x; }
×
Load files
Browse
Drop files here...
Click the browse button and choose a .jscad file, or drag a file from your operating system file browser onto the drop zone above.


Old Testament
Genesis
Exodus
Leviticus
Numbers
Deuteronomy
Joshua
Judges
Ruth
1 Samuel
2 Samuel
1 Kings
2 Kings
1 Chronicles
2 Chronicles
Ezra
Nehemiah
Esther
Job
Psalms
Proverbs
Ecclesiastes
SongofSolomon
Isaiah
Jeremiah
Lamentations
Ezekiel
Daniel
Hosea
Joel
Amos
Obadiah
Jonah
Micah
Nahum
Habakkuk
Zephaniah
Haggai
Zechariah
Malachi
New Testament
Matthew
Mark
Luke
John
Acts
Romans
1 Corinthians
2 Corinthians
Galatians
Ephesians
Philippians
Colossians
1 Thessalonians
2 Thessalonians
1 Timothy
2 Timothy
Titus
Philemon
Hebrews
James
1 Peter
2 Peter
1 John
2 John
3 John
Jude
Revelation


EBD - Easton Bible DIctionary
Deep
DEEP
"DEEP "used to denote (1) the grave or the abyss (
Romans 10:7
;
Luke 8:31
); (2) the deepest part of the sea (
Psalm 69:15
); (3) the chaos mentioned in
Genesis 1:2
; (4) the bottomless pit, hell (
Revelation 9:1, 2
;
11:7
;
20:13
).
"DEEP "used to denote (1) the grave or the abyss (Romans 10:7; Luke 8:31); (2) the deepest part of the sea (Psalm 69:15); (3) the chaos mentioned in Genesis 1:2; (4) the bottomless pit, hell (Revelation 9:1, 2; 11:7; 20:13).


This page can be used to create a new course that's yet to happen or to record a previous course to ensure we keep in touch with the members on it.


Household size of case-patients with pandemic (H1N1) 2009 virus infection, United Kingdom, 2009
| No. persons in household |
No. households |
No. primary and co-primary case patients |
No. contacts |
No. secondary case-patients |
| 2 |
42 |
44 |
40 |
2 |
| 3 |
46 |
51 |
87 |
6 |
| 4 |
76 |
81 |
223 |
15 |
| 5 |
28 |
31 |
109 |
7 |
| 6 |
18 |
20 |
88 |
2 |
| 7 |
12 |
17 |
67 |
13 |
| 8 |
7 |
10 |
46 |
5 |
| 9 |
4 |
4 |
32 |
1 |
| 10 |
4 |
5 |
35 |
6 |
| 11 |
2 |
2 |
20 |
2 |
15
|
1
|
1
|
14
|
3
|
| Total |
240 |
266 |
761 |
62 |


Core
The best, most hardened and generally useful libraries in CanJS.
Use
CanJS’s core libraries are the best, most hardened and generally useful modules.
Each module is part of an independent package, so you
should install the ones you use directly:
npm install can-component can-compute can-connect can-define can-route can-route-pushstate can-set can-stache can-stache-bindings --save
Let’s explore each module a bit more.
can-compute
can-computes represent an observable value. A compute can contain its own value and notify listeners of changes like:
var compute = require("can-compute");
var name = compute("Justin");
// read the value
name() //-> "Justin"
name.on("change", function(ev, newVal, oldVal){
newVal //-> "Matthew"
oldVal //-> "Justin"
});
name("Matthew");
More commonly, a compute derives its value from other observables. The following
info
compute derives its value from a person
map, hobbies
list, and age
compute:
var DefineMap = require("can-define/map/map"),
DefineList = require("can-define/list/list"),
compute = require("can-compute");
var person = new DefineMap({first: "Justin", last: "Meyer"}),
hobbies = new DefineList(["js","bball"]),
age = compute(33);
var info = compute(function(){
return person.first +" "+ person.last+ " is "+age()+
"and like "+hobbies.join(", ")+".";
});
info() //-> "Justin Meyer is 33 and likes js, bball."
info.on("change", function(ev, newVal){
newVal //-> "Justin Meyer is 33 and likes js."
});
hobbies.pop();
can-define
can-define/map/map and can-define/list/list allow you to create observable
maps and lists with well-defined properties. You can
define a property’s type initial value, enumerability, getter-setters and much more.
For example, you can define the behavior of a Todo
type and a TodoList
type as follows:
var DefineMap = require("can-define/map/map");
var DefineList = require("can-define/list/list");
var Todo = DefineMap.extend({ // A todo has a:
name: "string", // .name that’s a string
complete: { // .complete that’s
type: "boolean", // a boolean
value: false // initialized to false
},
dueDate: "date", // .dueDate that’s a date
get isPastDue(){ // .pastDue that returns if the
return new Date() > this.dueDate; // dueDate is before now
},
toggleComplete: function(){ // .toggleComplete method that
this.complete = !this.complete; // changes .complete
}
});
var TodoList = DefineList.extend({ // A list of todos:
"#": Todo, // has numeric properties
// as todos
get completeCount(){ // has .completeCount that
return this.filter("complete") // returns # of
.length; // complete todos
}
});
This allows you to create a Todo, read its properties, and call back its methods like:
var dishes = new Todo({
name: "do dishes",
// due yesterday
dueDate: new Date() - 1000 * 60 * 60 * 24
});
dishes.name //-> "do dishes"
dishes.isPastDue //-> true
dishes.complete //-> false
dishes.toggleComplete()
dishes.complete //-> true
And it allows you to create a TodoList
, access its items and properties
like:
var todos = new TodoList( dishes, {name: "mow lawn", dueDate: new Date()});
todos.length //-> 2
todos[0].complete //-> true
todos.completeCount //-> 1
These observables provide the foundation for data connection (models), view-models and even routing in your application.
can-set
can-set models a service layer’s behavior as a set.Algebra. Once modeled, other libraries such as can-connect or can-fixture can add a host of functionality like: real-time behavior, performance optimizations, and simulated service layers.
A todosAlgebra
set algebra for a GET /api/todos
service might look like:
var set = require("can-set");
var todosAlgebra = new set.Algebra(
// specify the unique identifier property on data
set.prop.id("_id"),
// specify that completed can be true, false or undefined
set.prop.boolean("complete"),
// specify the property that controls sorting
set.prop.sort("orderBy")
)
This assumes that the service:
- Returns data where the unique property name is
_id
:GET /api/todos -> [{_id: 1, name: "mow lawn", complete: true}, {_id: 2, name: "do dishes", complete: false}, ...]
- Can filter by a
complete
property:GET /api/todos?complete=false -> [{_id: 2, name: "do dishes", complete: false}, ...]
- Sorts by an
orderBy
property:GET /api/todos?orderBy=name -> [{_id: 2, name: "do dishes", complete: false}, {_id: 1, name: "mow lawn", complete: true}]
In the next section will use todoAlgebra
to build a model with can-connect.
can-connect
can-connect connects a data type, typically a DefineMap
and its DefineList
,
to a service layer. This is often done via the
can-connect/can/base-map/base-map module which bundles many common behaviors
into a single api:
var baseMap = require("can-connect/can/base-map/base-map"),
DefineMap = require("can-define/map/map"),
DefineList = require("can-define/list/list"),
set = require("can-set");
var Todo = DefineMap.extend({
...
});
var TodosList = DefineMap.extend({
"#": Todo,
...
});
var todosAlgebra = new set.Algebra({
...
});
var connection = baseMap({
url: "/api/todos",
Map: Todo,
List: TodoList,
algebra: todosAlgebra,
name: "todo"
});
baseMap
extends the Map
type, in this case, Todo
, with
the ability to make requests to the service layer.
- Get a list of Todos
Todo.getList({complete: true}).then(function(todos){})
- Get a single Todo
Todo.get({_id: 6}).then(function(todo){})
- Create a Todo
var todo = new Todo({name: "do dishes", complete: false}) todo.save().then(function(todo){})
- Update an already created Todo
todo.complete = true; todo.save().then(function(todo){})
- Delete a Todo
todo.destroy().then(function(todo){})
can-connect is also middleware, so custom connections can be assembled too:
var base = require("can-connect/base/base");
var dataUrl = require("can-connect/data-url/data-url");
var constructor = require("can-connect/constructor/constructor");
var map = require("can-connect/can/map/map");
var options = {
url: "/api/todos",
Map: Todo,
List: TodoList,
algebra: todosAlgebra,
name: "todo"
}
var connection = map(constructor(dataUrl(base(options))));
can-stache
can-stache provides live binding mustache and handlebars syntax. While
templates should typically be loaded with a module loader like steal-stache,
you can create a template programmatically that lists out todos within a
promise loaded from Todo.getList
like:
var stache = require("can-stache");
// Creates a template
var template = stache(
"
"+
"{{#if(todos.isPending)}}
Loading…
{{/if}}"+
"{{#if(todos.isResolved)}}"+
"{{#each(todos.value)}}"+
"
{{name}}
"+
"{{else}}"+
"
No todos
"+
"{{/each}}"+
"{{/if}}"+
"
");
// Calls the template with some data
var frag = template({
todos: Todo.getList({})
});
// Inserts the result into the page
document.body.appendChild(frag);
can-stache templates use magic tags like {{}}
to control what
content is rendered. The most common forms of those magic tags are:
- {{key}} - Insert the value at
key
in the page. Ifkey
is a function or helper, run it and insert the result. - {{#key}}...{{/key}} - Render the content between magic tags based on some criteria.
can-stache templates return document fragments that update whenever their source data changes.
can-component
can-component creates custom elements with unit-testable view models. It combines a view model created by can-define/map/map with a template created by can-stache.
var Component = require("can-component");
var DefineMap = require("can-define/map/map");
var stache = require("can-stache");
// Defines the todos-list view model
var TodosListVM = DefineMap.extend({
// An initial value that is a promise containing the
// list of all todos.
todos: {
value: function(){
return Todo.getList({});
}
},
// A method that toggles a todo’s complete property
// and updates the todo on the server.
toggleComplete: function(todo){
todo.complete = !todo.complete;
todo.save();
}
});
Component.extend({
tag: "todos-list",
ViewModel: TodosVM,
view: stache(
"
"+
"{{#if(todos.isPending)}}
Loading…
{{/if}}"+
"{{#if(todos.isResolved)}}"+
"{{#each(todos.value)}}"+
"
{{name}}
"+
"{{else}}"+
"
No todos
"+
"{{/each}}"+
"{{/if}}"+
"
");
});
can-stache-bindings
can-stache-bindings provides custom attributes for can-stache event and data bindings.
Bindings look like:
on:event="key()"
for event binding.prop:from="key"
for one-way binding to a child.prop:to="key"
for one-way binding to a parent.prop:bind="key"
for two-way binding.
Event binding examples:

<my-modal on:cancel="resetData()"/>
One-way to child examples:

<input type="checkbox" checked:from="complete"/>

<todos-list todos:from="getTodos(complete=true)"/>
One-way to parent examples:

<input type="checkbox" checked:to="complete"/>

<todos-list todos:to="todosList"/>
Two-way examples:

<input type="text" value:bind="name"/>

<date-picker date:bind="dueDate"/>
can-route and can-route-pushstate
can-route connects a DefineMap
’s properties to values in the
url. Create a map type, [canjs/doc/can-route.map connect it to the url], and begin routing like:
var route = require("can-route");
var DefineMap = require("can-define/map/map");
var AppViewModel = DefineMap.extend({
seal: false
},{
// Sets the default type to string
"#": "string",
todoId: "string",
todo: {
get: function(){
if(this.todoId) {
return Todo.get({_id: this.todoId})
}
}
}
});
var appViewModel = new AppViewModel();
route.map(appViewModel);
route.ready();
When the url changes, to something like #!&todoId=5
, so will the
appViewModel
’s todoId
and todo
property:
appViewModel.todoId //-> "5"
appViewModel.todo //-> Promise<Todo>
Similarly, if appViewModel
’s todoId
is set like:
appViewModel.todoId = 6;
The hash will be updated:
window.location.hash //-> "#!&todoId=6"
The route
function can be used to specify pretty routing rules that
translate property changes to a url and a url to property changes. For example,
// a route like:
route("todo/{todoId}");
// and a hash like:
window.location.hash = "#!todo/7";
// produces an appViewModel like:
appViewModel.serialize() //-> {route: "todo/{todoId}", todoId: "7"}
can-route-pushstate adds pushstate support. It mixes in this behavior so you just need to import the module:
var route = require("can-route");
require("can-route-pushstate");
Want to learn more?
If you haven’t already, check out the Guides page on how to learn CanJS. Specifically, you’ll want to check out the Chat Guide and TodoMVC Guide to learn the basics of using CanJS’s core libraries. After that, check out the Reading the Docs (API Guide) on how to use and learn from these API docs.


new Gesture(elem, type, gesture)
Represents a base gesture, never used on its own, it's used as a base for actual gestures.
Parameters:
| Name | Type | Description |
|---|---|---|
elem |
DOMElement | The element to attach the gesture to |
type |
String | The type of gesture |
gesture |
Object | The internal data structure for the gesture |
- Source:
- core/gesture.js, line 4
Methods
-
hasMoreTouches(points) → {Boolean}
-
Determine if an event has more touches than allowed.
Parameters:
Name Type Description points
[Points] The points to evaluate - Source:
- core/gesture.js, line 46
Returns:
Whether the event has more touches than allowed- Type
- Boolean
-
hasNotEqualTouches(points) → {Boolean}
-
Determine if the event differs from the set number of touches allowed.
Parameters:
Name Type Description points
[Points] The points to evaluate - Source:
- core/gesture.js, line 58
Returns:
Whether the event differs from the set number- Type
- Boolean
-
validMouseButton(event) → {Boolean}
-
Determine if the event's pressed button is valid
Parameters:
Name Type Description event
Event The event object o evaluate - Source:
- core/gesture.js, line 70
Returns:
Whether the event had the allowedBtn or not, always true for touch/MSPointer- Type
- Boolean


Open Sourcing
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for the Internet of Things
Ivan Judson, PhD | Felix Rieseberg | Ville Rantala
Open Source Engineers, Microsoft
We Have to Build the
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Ivan R. Judson, PhD
Felix Rieseberg
Ville Rantala


WITNESS LIST Finance Committee March 9, 1999-9:00A Appraiser Licensing & Certification On: Liner, Renil C. (Appraiser Licensing & Certification Board), Austin Bd. of Professional Land Surveying On: Smith, Sandy (Board of Professional Land Surveying), Austin Board of Plumbing Examiners On: Conrad, Doretta A. (Board of Plumbing Examiners), Austin Fowler, Jim (Board of Plumbing Examiners), Austin Department of Insurance On: Montemayor, Jose (Department of Insurance), Austin Dept. of Licensing and Regulation On: Martin, Rachelle (Department of Licensing and Regulation), Austin Muse, Jim (Department of Licensing and Regulation), Austin Funeral Service Commission THIS LIST HAS NO WITNESSES. Public Insurance Counsel On: Bordelon, Rod (Office of Public Insurance Counsel), Austin Public Utility Commission On: Lanford, Lane (Public Utility Commission), Austin Wood III, Pat (Public Utility Commission), Austin Public Utility Counsel On: McClellan, Suzi (Office of Public Utility Counsel), Austin Racing Commission THIS LIST HAS NO WITNESSES. Real Estate Commission On: Thorburn, Wayne (Real Estate Commission), Austin Rsrch/Ovrsght Cncl on Workers'Comp On: McAnally, Scott (Research & Oversight Council on Worker's Compensation), Austin Structural Pest Control Board On: Mathis, Benny (Structural Pest Control Board), Austin Workers' Compensation Commission On: Riley, Len (Workers' Compensation Commission), Austin


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{% extends "members/base.html" %} {% block body %} {% if validlink %}
Please enter (and confirm) your new password.
{% else %}The password reset link was invalid, possibly because it has already been used. Please request a new password reset.
{% endif %} {% endblock %}


Pre-teens wasting time online. Parents can not restrict the time spend on games, Netflix,… Allow homework friendly sites all day.
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| Data Type | Year | Source |
| County population | 2015 estimate | Census Bureau |
| County area | 2010 | Census Bureau |
| Median Age | 2015 estimate | Census Bureau |
| Population by race | 2014 (5 year estimates) | Census Bureau |
| Median household income | 2014 (5 year estimates) | Census Bureau |
| Unemployment | 2014 (5 year estimates) | Census Bureau |
| Poverty rate | 2014 (5 year estimates) | Census Bureau |
| Population w/ bachelor's degree | 2014 (5 year estimates) | Census Bureau |
| City populations | 2015 estimate | Census Bureau |
| Living wage | 2014 | M.I.T. |
| Median gross rent | 2013 | City-Data |
| Precipitation | 1981-2010 | NOAA |
| Land cover | 2015 | USGS |


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- setAbsoluteTolerance(double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the absolute error which is considered tolerable for use with OnTarget.
- setContinuous(boolean) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the PID controller to consider the input to be continuous, Rather then
using the max and min in as constraints, it considers them to be the same
point and automatically calculates the shortest route to the setpoint.
- setContinuous() - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the PID controller to consider the input to be continuous, Rather then
using the max and min in as constraints, it considers them to be the same
point and automatically calculates the shortest route to the setpoint.
- setInputRange(double, double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Sets the maximum and minimum values expected from the input and setpoint.
- setIZone(double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the integral zone
$
- setOutputRange(double, double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Sets the minimum and maximum values to write.
- setPercentTolerance(double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the percentage error which is considered tolerable for use with
OnTarget.
- setPID(double, double, double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the PID Controller gain parameters.
- setPID(double, double, double, double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the PID Controller gain parameters.
- setSetpoint(double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the setpoint for the PIDController
Clears the queue for GetAvgError().
- setTolerance(double) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
- setTolerance(PIDController1592.Tolerance) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the PID tolerance using a Tolerance object.
- setToleranceBuffer(int) - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
-
Set the number of previous error samples to average for tolerancing.
- startLiveWindowMode() - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592
- stopLiveWindowMode() - Method in class org.usfirst.frc.team1592.robot.utils.PIDController1592