Susan Granger's review of "POLISH WEDDING" (Fox Searchlight Pictures)
Even with a stellar cast that includes Lena Olin, Gabriel Byrne, and Claire Danes, first-time writer/director Theresa Connelly's ridiculouscomedy quickly becomes a Polish joke. The story revolves around the boisterous, working-class, immigrant Pzoniak family in Detroit who are devoted to pickles, pierogi, the polka, and the American dream. Papa (Gabriel Byrne) is a baker; Mama (Lena Olin) and daughter-in-law (Mili Avital) workas cleaning women; and the three grown sons drive an 18-wheeler. To their chagrin, the only daughter (Claire Danes) is a reckless, pouty high-school drop-out - and carelessly pregnant, despite the fact that she's playing Mother Mary in the local church's Festival of the Virgin procession. Like her mother, she's a lusty wench. Mama's into long-term adultery with a successful businessman (Rade Serbedzija) who calls her his "queen" andtheir trysts are consummated on the tile floor of the men's bathroom where they cavort in soapy detergent.  Credit Ms. Connelly for writing and directing earthy characters with whom she's familiar - she grew up in the Polish-American Detroit suburb of Hamtramck - but all the sticky, sweet, blue-collar melodrama doesn't add up to a movie. Whenever there's a dramatic crisis withinthe family, Connelly goes for inappropriate slapstick farce. So, on the Granger Movie Gauge of 1 to 10, "Polish Wedding" is a sappy 3. It's a wannabe "Moonstruck" that is struck down.
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Command:
second
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Result Crontab Line:


Classes and Modules
- CLASS AdWords::V13::CampaignService::AdSchedule
- CLASS AdWords::V13::CampaignService::AdScheduleStatus
- CLASS AdWords::V13::CampaignService::AddCampaign
- CLASS AdWords::V13::CampaignService::AddCampaignList
- CLASS AdWords::V13::CampaignService::AddCampaignListResponse
- CLASS AdWords::V13::CampaignService::AddCampaignResponse
- CLASS AdWords::V13::CampaignService::ApiError
- CLASS AdWords::V13::CampaignService::ApiException
- CLASS AdWords::V13::CampaignService::BudgetOptimizerSettings
- CLASS AdWords::V13::CampaignService::BudgetPeriod
- CLASS AdWords::V13::CampaignService::Campaign
- CLASS AdWords::V13::CampaignService::CampaignBudget
- CLASS AdWords::V13::CampaignService::CampaignServiceWrapper
- CLASS AdWords::V13::CampaignService::CampaignStatus
- CLASS AdWords::V13::CampaignService::Circle
- CLASS AdWords::V13::CampaignService::CityTargets
- CLASS AdWords::V13::CampaignService::ContentTargeting
- CLASS AdWords::V13::CampaignService::ConversionOptimizerEligibility
- CLASS AdWords::V13::CampaignService::ConversionOptimizerSettings
- CLASS AdWords::V13::CampaignService::CountryTargets
- CLASS AdWords::V13::CampaignService::DayOfWeek
- CLASS AdWords::V13::CampaignService::GeoTarget
- CLASS AdWords::V13::CampaignService::GetActiveAdWordsCampaigns
- CLASS AdWords::V13::CampaignService::GetActiveAdWordsCampaignsResponse
- CLASS AdWords::V13::CampaignService::GetAllAdWordsCampaigns
- CLASS AdWords::V13::CampaignService::GetAllAdWordsCampaignsResponse
- CLASS AdWords::V13::CampaignService::GetCampaign
- CLASS AdWords::V13::CampaignService::GetCampaignList
- CLASS AdWords::V13::CampaignService::GetCampaignListResponse
- CLASS AdWords::V13::CampaignService::GetCampaignResponse
- CLASS AdWords::V13::CampaignService::GetCampaignStats
- CLASS AdWords::V13::CampaignService::GetCampaignStatsResponse
- CLASS AdWords::V13::CampaignService::GetConversionOptimizerEligibility
- CLASS AdWords::V13::CampaignService::GetConversionOptimizerEligibilityResponse
- CLASS AdWords::V13::CampaignService::GetOptimizeAdServing
- CLASS AdWords::V13::CampaignService::GetOptimizeAdServingResponse
- CLASS AdWords::V13::CampaignService::GetRecommendedBudgetList
- CLASS AdWords::V13::CampaignService::GetRecommendedBudgetListResponse
- CLASS AdWords::V13::CampaignService::GetRecommendedBudgets
- CLASS AdWords::V13::CampaignService::GetRecommendedBudgetsResponse
- CLASS AdWords::V13::CampaignService::LanguageTarget
- CLASS AdWords::V13::CampaignService::MetroTargets
- CLASS AdWords::V13::CampaignService::NetworkTarget
- CLASS AdWords::V13::CampaignService::NetworkType
- CLASS AdWords::V13::CampaignService::ProximityTargets
- CLASS AdWords::V13::CampaignService::RecommendedBudget
- CLASS AdWords::V13::CampaignService::RegionTargets
- CLASS AdWords::V13::CampaignService::SchedulingInterval
- CLASS AdWords::V13::CampaignService::SetOptimizeAdServing
- CLASS AdWords::V13::CampaignService::SetOptimizeAdServingResponse
- CLASS AdWords::V13::CampaignService::StatsRecord
- CLASS AdWords::V13::CampaignService::UpdateCampaign
- CLASS AdWords::V13::CampaignService::UpdateCampaignList
- CLASS AdWords::V13::CampaignService::UpdateCampaignListResponse
- CLASS AdWords::V13::CampaignService::UpdateCampaignResponse


Spiders
Spiders are really great for your garden and your home. If you are thinking about reducing these creatures, you should think again. Here are three reasons to keep them around.
Friendlies
A Good Garden Welcomes Tenants
Spiders are really great for your garden and your home. If you are thinking about reducing these creatures, you should think again. Here are three reasons to keep them around.
The leaves of this Central Asian native are aromatic when crushed. Most plants reach between 3 and 5 feet tall. While considered hardy in zones 5-9, it struggles where the summers are hot and humid. While most plants sold are listed as P. atriplicifolia, many are hybrids that are more properly named P. x hybrida. Regardless of their botanical name, they are a great choice for a water-wise garden.
Container grown plants can be set out throughout the growing season. Space plants 2-3 feet apart. Prepare the garden bed by using a garden fork or tiller to loosen the soil to a depth of 12 to 15 inches, then mix in a 2- to 4-inch layer of compost. Dig a hole twice the diameter of the pot the plant is in. Carefully remove the plant from its container and place it in the hole so the top of the root ball is level with the soil surface. Carefully fill in around the root ball and firm the soil gently. Water thoroughly.
If plants are too floppy, try pinching them back by half in early summer when they are about a foot tall. Cut back plants to about a foot in the fall or leave standing for winter interest. Then cut back to about 6 inches in the spring. Plants at the northern end of their range may be killed back to the ground; in milder areas more of the top growth will survive. Wait to see how much wood had made it through the winter before cutting them back hard in the spring.


The wizard comes to and is extremely pleased that you have restored his memory. As a token of his gratitude he has blessed all of you with speed, strength and fortitude. He also magically transported your team to the wall that encloses the dragon.  Read the clues below to gain entrance beyond the wall.


--- Paragraph-1 from 1st Division ---
--- Paragraph-2 from 1st Division ---
--- Paragraph-3 from 1st Division ---


SPACE = Hold down to enable panning with mouse.
F = Send selected object to front.
B = Send selected object to back.
Q = Bring selected object forward one layer.
A = Push selected object back on layer.
C = Clone active object on top of source.
R = Rotate active objects 45 degrees clockwise.
L = Lock selected objects from editing.
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G = Group selected objects.
U = Ungroup selected objects.
M = Measure distance in feet from last clicked point.
P = Hold down and use mouse to draw with pen.
S = Toggle snap mode.
Z = Zoom in
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Delete or D = Remove selected items.
Arrow keys = Move selected object.
To select multiple items, hold down SHIFT and click on the items. Then you can group them.
To deselect items, right click on mouse.
To set location of next objects, click on the map first.
Use mouse scroll wheel to zoom in and out.
Development: Artur Gajewski
Maps: Miska Fredman


library(tidyverse)
library(cowplot)
library(broom)
library(modelr)
library(viridis)
library(lubridate)
library(hms)
library(knitr)
library(kableExtra)
knitr::opts_chunk$set(tidy.opts=list(width.cutoff=60),tidy=TRUE, echo = TRUE, message=FALSE, warning=FALSE, fig.align="center")
source("../../IDA/tools/plotting_tools.R")
theme_set(theme_1())
So you can see the last time I tried FRAP with different amounts of agarose and DNA I didn’t see a quantifiable difference between the recoveries. Ideally we would be able to perform FRAP and echem on multiple samples with different diffusion constants and see how well the measurements match. Assuming that the results I got last time were not limited by a technical aspect of the FRAP acquisition, I decided to try a different way to slow down diffusion - glycerol.
For this experiment I tried to compare a 1% agarose PBS gel to a 1% agarose gel made with (1:1 PBS glycerol *note that I used 2x PBS so that the concentrations were 1x final volume). Also, I tried this experiment on the LSM 880 scope so that I could use the two-photon excitation laser. This laser is tunable so that instead of exciting at 405 I could excite closer to the excitation max at 375nm. Note that it seems even lower excitation wavelengths may work even better according to John C’s data (see google drive).
One other limitation for the quantification of the 05/30 experiment was that I could not obviously tell what the effective bleach radius was (compared to nominal). It is known that just using the nominal bleach radius gives artificially low diffusion coefficient estiamtes. Therefore, I was hoping to get a stronger bleach in order to be able to clearly define this effective bleach radius. (The diffusion coefficient can then be calculated using the half recovery time)
First, as mentioned above, I made 1% agarose pads using PBS or a 1:1 PBS (2x):Glycerol mixture. Glycerol should be very viscous and lower the diffusion coefficient. I microwaved these gels as normal and then added the 300uM PYO as described in the 5_30_19 notebook to make the gels in the coverslip bottom dishes.
You can see that the gels look pretty similar once they were solidified.
knitr::include_graphics('Photos/IMG_20190610_113514.jpg')
Note that glycerol was shown to decrease the gelling temperature (meaning the gel must reach a lower temp to solidify) and this matched with what I saw - the glycerol gel took much longer to solidify >15min compared to the PBS gel.
Then before imaging I added 90uL of the TCEP stock as described previously:
knitr::include_graphics('Photos/IMG_20190610_124458.jpg')
You can see the PBS gel barely in the left side of the image, but you can clearly make out the zones of clearing from the TCEP (very similar to last time). This matched with what I saw under the microscope, where the cleared regions were highly fluorescent (reduced PYO) and blue regions were not.
Interestingly, the TCEP seemed to work less efficiently in the glycerol gel (middle dish). You can see a faint clearing zone in the middle, that was more obvious from the top. It was unclear if this slower reaction was due to inhibition of TCEP diffusion or a difference in chemical properties of the gel. I should check now after 24 hrs if there was a change…if so perhaps I should have just waited longer.
The major difference from last time is that for this FRAP acquisition I used the LSM 880 scope (not HHMI 880), which enabled adjustable two-photon excitation, and also some other advantages. Here are all pictures of the important settings:
knitr::include_graphics('Photos/IMG_20190610_125936.jpg')
knitr::include_graphics('Photos/IMG_20190610_125941.jpg')
The notable changes are that I zoomed in even further (350um frame) which got the frame acquisition time to ~50ms! Also with the LSM 880 (not HHMI 880) frame zero and 11 acquired properly (as opposed to zero intensity).
For all but one of the FRAPs shown here I used 250 time steps with 20x bleaching speed 4 (1 rep uses speed 3) with 128 px frame and a frame size of 350um using the 10x objective. Also note that the acquisitions here used 16bit colors, since the fluorescence with this excitation etc was weak. the 16bit gave obviously less noisy quantifications. Also note that because I used the two photon, the pinhole was much smaller (~5um) than with the 405nm laser (70um), which should affect the bleach and measured volume.
All of the czi files are on the external harddrive. The quantified mean fluor int from the bleach and reference ROIs was pasted with the file names into this google sheet.
First let’s take a look at the data. These are raw intensity values - no normalization has been done yet.
df <- read_csv("06_10_19_PYO_FRAP_glycerol_data.csv")
df
## # A tibble: 2,250 x 14
## img_num time bleach_int ref_int filename condition agarose PYO
## <dbl> <dbl> <dbl> <dbl> <chr> <chr> <chr> <chr>
## 1 1 0 5741. 5763. 1pctAg_… PBS 1pctAg 300u…
## 2 2 0.195 5698. 5764. 1pctAg_… PBS 1pctAg 300u…
## 3 3 0.375 5679. 5748. 1pctAg_… PBS 1pctAg 300u…
## 4 4 0.549 5677. 5759. 1pctAg_… PBS 1pctAg 300u…
## 5 5 0.746 5740. 5803. 1pctAg_… PBS 1pctAg 300u…
## 6 6 1.12 5688. 5785. 1pctAg_… PBS 1pctAg 300u…
## 7 7 1.31 5810. 5769. 1pctAg_… PBS 1pctAg 300u…
## 8 8 1.49 5651. 5810. 1pctAg_… PBS 1pctAg 300u…
## 9 9 1.67 5673. 5789. 1pctAg_… PBS 1pctAg 300u…
## 10 10 1.86 5646. 5750. 1pctAg_… PBS 1pctAg 300u…
## # … with 2,240 more rows, and 6 more variables: objective <chr>,
## # excitation <chr>, resolution <chr>, bleach_rep <chr>,
## # bleach_speed <chr>, id <dbl>
Plotting the data looks like this:
ggplot(df, aes(x = time, y = bleach_int, group = id, color = condition)) + geom_path(alpha = 0.5)+
facet_wrap(~condition, scales = 'free')
Obviously there’s a striking difference between the pattern with PBS alone vs. the PBS:Glycerol mixture. The strange thing is that the PBS glycerol pad consistently showed strong photoACTIVATION instead of photoBleaching. Very strange - see photo below immediately following ‘bleaching’ in the spot. On the other hand with the normal PBS pad I actually got better bleaching / acquisition with the two photon laser. You could almost clearly see the bleaching zone, which allowed me to estimate the effective bleach radius, which will be useful later.
Also you can see that I took 4 scans with the PBS at the exact same settings, and one acquisition with a slower bleach speed. The other thing to note is that with the PBS gels we actually got a much stronger bleach (or imaged it more sensitively) than last time using the 405 laser. This bleach was about 16 percent, as opposed to ~1% last time!!
knitr::include_graphics("Photos/IMG_20190610_174154.jpg")
So clearly something weird is happening here. Either only a low amount of TCEP has had time to diffuse in and the light somehow stimulates the reaction OR the TCEP diffused in but didn’t react with the PYO until illuminated. You could see this effect just by live scanning the fluor int increases obviously over time.
In theory we can get a diffusion coefficient from this sort of data - see inverse or reverse FRAP. That said, I don’t know how comparable it will be to the PBS normal FRAP data. Let’s think about how we might avoid this in the future.
Ok to quantify the PBS data we need to singly normalize the data by the initial fluorescence.
df_baselines <- df %>% group_by(condition, id) %>%
filter(img_num <= 10) %>%
summarise(avg_baseline = mean(bleach_int))
df_single_norm <- left_join(df, df_baselines, by = c('condition', 'id')) %>%
mutate(single_norm_int = bleach_int / avg_baseline)
ggplot(df_single_norm, aes(x = time, y = single_norm_int, group = id, color = condition)) + geom_path(alpha = 0.5)+
facet_wrap(~condition, scales = 'free')
Next we will do the full scale normalization to account for the amount that was bleached. This will only make sense for the PBS dataset…so we’ll drop the glycerol for now.
df_full_norm <- df_single_norm %>%
filter(condition == 'PBS') %>%
group_by(condition, id) %>%
mutate(min_single_norm_int = min(single_norm_int)) %>%
mutate(full_norm_int = (single_norm_int - min_single_norm_int) / (1-min_single_norm_int))
ggplot(df_full_norm, aes(x = time, y = full_norm_int, group = id, color = condition)) + geom_path(alpha = 0.5)
Then we need to normalize the bleach to t = 0.
df_full_fit <- df_full_norm %>%
filter(time > 5) %>%
group_by(condition, id) %>%
mutate(min_time = min(time)) %>%
mutate(norm_time = time - min_time)
ggplot(df_full_fit, aes(x = norm_time, y = full_norm_int, color = condition, group = id)) +
geom_line(alpha = 0.5) +
facet_wrap(~condition, scales = 'free')
Finally, we can fit the recovery with our single exponential model:
ggplot(df_full_fit, aes(x = norm_time, y = full_norm_int)) + geom_point(shape = 21) +
geom_smooth(method='nls',
formula=y~(I0 - a*exp(-B * x)),
method.args=list(start=c(I0 = 0.85, a = 0.5, B = 0.563)),
se=F)+
facet_wrap(condition~id)
These fits actually look really good! I would say significantly better than last time. This is likely due to the faster acquisitions (50ms), and the stronger bleach. This all goes hand in hand with being able to actually see the bleached area, which further depends on how sensitively we are monitoring the bleached volume.
And extracting the coefficients from the model gives:
sing_exp_coef <- df_full_fit %>%
group_by(condition, id) %>%
do(tidy(nls(formula = full_norm_int~I0 - a*exp(-B * norm_time), data = ., start = list(I0 = 0.85, a = 0.5, B = 0.563) ), conf.int = T))
ggplot(sing_exp_coef, aes(x = id, y = estimate, color = condition)) + geom_pointrange(aes(ymin = conf.low, ymax = conf.high)) +
facet_wrap(~term, scales = 'free') +
scale_color_viridis_d()
So the outlier here was the #7 PBS acquisition, which used a bleach speed of 3 (slower) instead of 4. Other than that though, the estimates look very consistent!
Let’s calculate the half recovery times \(\tau_{1/2}\):
tau_est <- sing_exp_coef %>% filter(term=='B') %>%
mutate(tau_mean = log(2) / estimate) %>%
mutate(tau_low = log(2) / conf.low) %>%
mutate(tau_high = log(2) / conf.high)
ggplot(tau_est, aes(x = id, y = tau_mean, color = condition)) + geom_pointrange(aes(ymin = tau_low, ymax = tau_high)) +
scale_color_viridis_d() + ylim(0, NA)
As expected from the \(\beta\) parameter above, the \(\tau_{1/2}\) show the expected trends, with recovery times between 2-4 seconds. Also note the longer bleached #7 takes longer to recover, which probably makes sense.
Now let’s calculate our \(D_{eff}\) using just the nominal bleach radius of 50um:
r = 0.005
d_est <- tau_est %>%
mutate(d_mean = (0.224*r^2) / tau_mean) %>%
mutate(d_low = (0.224*r^2) / tau_low) %>%
mutate(d_high = (0.224*r^2) / tau_high)
ggplot(d_est, aes(x = id, y = d_mean, color = condition)) + geom_pointrange(aes(ymin = d_low, ymax = d_high)) +
scale_color_viridis_d()
Ok, so with the same calculation as 05/30 we get a similar, slightly slow estimate as last time.
What if we use the modified equation though, since we can now estimate the bleach radius? I manually estimated the effective bleach diameter to be 150-200um. The larger the \(r_e\) compared to \(r_n\) the higher \(D_{eff}\) gets corrected to. For now I used \(r_e = 100um\):
r_n = 0.005
r_e = 0.01
d_mod_est <- tau_est %>%
mutate(d_mean = ((r_n^2) + (r_e^2)) / (8*tau_mean)) %>%
mutate(d_low = ((r_n^2) + (r_e^2)) / (8*tau_low)) %>%
mutate(d_high = ((r_n^2) + (r_e^2)) / (8*tau_high))
ggplot(d_mod_est, aes(x = id, y = d_mean, color = condition)) + geom_pointrange(aes(ymin = d_low, ymax = d_high)) +
scale_color_viridis_d()
Correcting with \(r_e\) raises the value into a reasonable range. Also note that \(r_e\) must be larger for the longer bleach during id 7, so presumably if we could accurately measure that radius (this one was hard to see) it would correct into the range with the other replicates.


The following predicates are related to unification. Unless mentioned otherwise, unification is performed without occurs-check (see ref-sem-occ).
To unify two terms, simply use:
?- X = Y.
Please note:
- Do not confuse this predicate with
=:=/2
(arithmetic comparison) or==/2
(term identity).=/2
binds free variables in X and Y in order to make them identical.
To unify two terms with occurs-check, use:
?- unify_with_occurs_check(X,Y).
To check whether two terms do not unify, use the following, which is
equivalent to \+ (X=Y)
:
?- X \= Y.
To check whether two terms are either strictly identical or do not
unify, use the following. This construct is useful in the context of
when/2
:
?- ?=(X,Y).
To constrain two terms to not unify, use the following. It blocks
until ?=(
X,
Y)
holds:
?- dif(X,Y).


Biography
Welcome to all about me. In here you will find all the correct answers to my questions.
Firstly, my name is Spenser Spuck. I was born in Tacoma, WA and was raised in Tacoma as well. I met my best friend at age 5 who lived just 3 houses down from where I lived at the time. It is quite funney really. He was walking his families pet goat in his front yard, on a leech of course, because laws exsist. I was riding my bike on the sidewalk and I saw him holding the leech to his goat and his goat was munching on the grass. I found this to be quite interesting so I stopped and introduced myself. I asked him how old he was and he said he was 5. Wow , just like me. I ask him when his birthday is and he tells me June 1st. No way same as me! what year were you born? he says 1989! holy cow, I have the same birthday! Come to realize him and I were born on the same day, of the same month, of the same year, in the same hospital, only live 3 houses away from each other, and we are going to go to the same school in the coming school year!
After that day, we were inseperable up until high school. We lived between two different high schools so he went to one and I went to a different one. We still were best friends jsut didn't get to spend as much time together.
After graduating high school in 2007 I joined the United States Marine Corps. My first MOS (Military Occupational Specialty) was Infantryman. I did 2 combat tours, first to Iraq and 2nd to Afghanistan. I finished my first contract in 2011 and left active duty to come back to the civilian world.
I did some college, which i had a difficult time with and ended up dropping out and getting a full time job working security. I did really well and was promoted to Western Washington regional manager within 9 months. I did that for the next year and half but started to feel unfullfilled. I was missing the Marines.
I contacted a prior service recuriter with the Marines and joined Reserves in 2014. I was in the Reserves from 2014 until just resently when I finished my contract in 2020. During muy time in the Reserves I went on my third combat deployment which was my second deploymnet to Afghanistan.
I currently live in Washington and like to frequently rewatch my favorite movies "Die Hard, The Boondock Saints, and The Departed".
Education
- CodeFellows- March 2021- October 2021
- Tacoma Community College- 2014
Job Experiance
- Harbor Greens September 2020- March 2021
- United States Marine Corps march 2014- sept 2020
- Phoenix Protective Corp march 2012- march 2014
- United States Marine Corp (active duty) Oct 2007 - Oct 2011
Goals
- Be a good dad
- Graduate CodeFellows
- Enter the dev workforce within 2 months of graduating
Top Ten
- 1. Being a Dad
- 2. Being a Marine
- 3. Dates with my girlfriend
- 4. Sport shooting
- 5. BBQ with friends
- 6. Living in Washington
- 7. Reading
- 8. Movies
- 9. Music
- 10. Food


pydrake.manipulation.schunk_wsg¶
Tools for schunk wsg.
-
pydrake.manipulation.schunk_wsg.
GetSchunkWsgOpenPosition
() → numpy.ndarray[numpy.float64[m, 1]]¶ Returns the position vector corresponding to the open position of the gripper.
-
pydrake.manipulation.schunk_wsg.
MakeMultibodyStateToWsgStateSystem
() → drake::systems::MatrixGain<double>¶ Extract the distance between the fingers (and its time derivative) out of the plant model which pretends the two fingers are independent.
-
class
pydrake.manipulation.schunk_wsg.
SchunkWsgCommandReceiver
¶ Bases:
pydrake.systems.framework.LeafSystem_[float]
Handles the command for the Schunk WSG gripper from a LcmSubscriberSystem.
It has one input port: “command_message” for lcmt_schunk_wsg_command abstract values.
It has two output ports: one for the commanded finger position represented as the desired distance between the fingers in meters, and one for the commanded force limit. The commanded position and force limit are scalars (BasicVector<double> of size 1).
command_message→ SchunkWsgCommandReceiver → position → force_limit -
__init__
(self: pydrake.manipulation.schunk_wsg.SchunkWsgCommandReceiver, initial_position: float = 0.02, initial_force: float = 40.0) → None¶ - Parameter
initial_position
: - the commanded position to output if no LCM message has been received yet.
- Parameter
initial_force
: - the commanded force limit to output if no LCM message has been received yet.
- Parameter
-
get_force_limit_output_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgCommandReceiver) → pydrake.systems.framework.OutputPort_[float]¶
-
get_position_output_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgCommandReceiver) → pydrake.systems.framework.OutputPort_[float]¶
-
-
class
pydrake.manipulation.schunk_wsg.
SchunkWsgCommandSender
¶ Bases:
pydrake.systems.framework.LeafSystem_[float]
Send lcmt_schunk_wsg_command messages for a Schunk WSG gripper. Has two input ports: one for the commanded finger position represented as the desired signed distance between the fingers in meters, and one for the commanded force limit. The commanded position and force limit are scalars (BasicVector<double> of size 1).
position→ force_limit→ SchunkWsgCommandSender → lcmt_schunk_wsg_command -
__init__
(self: pydrake.manipulation.schunk_wsg.SchunkWsgCommandSender) → None¶
-
get_command_output_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgCommandSender) → pydrake.systems.framework.OutputPort_[float]¶
-
get_force_limit_input_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgCommandSender) → pydrake.systems.framework.InputPort_[float]¶
-
get_position_input_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgCommandSender) → pydrake.systems.framework.InputPort_[float]¶
-
-
class
pydrake.manipulation.schunk_wsg.
SchunkWsgPositionController
¶ Bases:
pydrake.systems.framework.Diagram_[float]
This class implements a controller for a Schunk WSG gripper in position control mode adding a discrete-derivative to estimate the desired velocity from the desired position commands. It is a thin wrapper around SchunkWsgPdController.
desired_position→ force_limit→ state→ SchunkWSGPositionController → generalized_force → grip_force See also
SchunkWsgPdController
-
__init__
(self: pydrake.manipulation.schunk_wsg.SchunkWsgPositionController, time_step: float = 0.05, kp_command: float = 200.0, kd_command: float = 5.0, kp_constraint: float = 2000.0, kd_constraint: float = 5.0) → None¶ Initialize the controller. The default
time_step
is set to match the update rate of the wsg firmware. The gain parameters are set based limited tuning in simulation with a kuka picking up small objects.See also
SchunkWsgPdController::SchunkWsgPdController()
-
get_desired_position_input_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgPositionController) → pydrake.systems.framework.InputPort_[float]¶
-
get_force_limit_input_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgPositionController) → pydrake.systems.framework.InputPort_[float]¶
-
get_generalized_force_output_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgPositionController) → pydrake.systems.framework.OutputPort_[float]¶
-
get_grip_force_output_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgPositionController) → pydrake.systems.framework.OutputPort_[float]¶
-
get_state_input_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgPositionController) → pydrake.systems.framework.InputPort_[float]¶
-
-
class
pydrake.manipulation.schunk_wsg.
SchunkWsgStatusReceiver
¶ Bases:
pydrake.systems.framework.LeafSystem_[float]
Handles lcmt_schunk_wsg_status messages from a LcmSubscriberSystem. Has two output ports: one for the measured state of the gripper, represented as the signed distance between the fingers in meters and its corresponding velocity, and one for the measured force.
lcmt_schunk_wsg_status→ SchunkWsgStatusReceiver → state → force -
__init__
(self: pydrake.manipulation.schunk_wsg.SchunkWsgStatusReceiver) → None¶
-
get_force_output_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgStatusReceiver) → pydrake.systems.framework.OutputPort_[float]¶
-
get_state_output_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgStatusReceiver) → pydrake.systems.framework.OutputPort_[float]¶
-
get_status_input_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgStatusReceiver) → pydrake.systems.framework.InputPort_[float]¶
-
-
class
pydrake.manipulation.schunk_wsg.
SchunkWsgStatusSender
¶ Bases:
pydrake.systems.framework.LeafSystem_[float]
Sends lcmt_schunk_wsg_status messages for a Schunk WSG. This system has one input port for the current state of the WSG, and one optional input port for the measured gripping force.
state→ force→ SchunkStatusSender → lcmt_schunk_wsg_status The state input is a BasicVector<double> of size 2 – with one position and one velocity – representing the distance between the fingers (positive implies non-penetration).
-
__init__
(self: pydrake.manipulation.schunk_wsg.SchunkWsgStatusSender) → None¶
-
get_force_input_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgStatusSender) → pydrake.systems.framework.InputPort_[float]¶
-
get_state_input_port
(self: pydrake.manipulation.schunk_wsg.SchunkWsgStatusSender) → pydrake.systems.framework.InputPort_[float]¶
-


In this milestone, you'll implement editing on another team's wiki.
This is expected to be completed as a group.
One of the core features of a wiki is that users are able to edit (just about) any page. At the moment, users must modify text files in the source in order create or update pages. It would be easier for users if they could edit or create pages from the web.
In this project, you'll implement editing on another team's wiki. You'll also review the merge requests that another team sends to you.
Implementing the editing feature will require additional request handlers in your Flask application, as well as a way to store page edit history. The instructors have suggested a design which you may use to implement this feature. Review the design document for details.
A separate item is show for each edit to the page. Each item of history contains at least:
Tip: Smaller merge requests are easier to review. You may wish to send several requests so that you can get feedback more quickly.
Suggested merge requests:
You may split (or combine) any of these as makes sense for the project you are editing and the preferences of the team you are working with.
Tip: Make sure your tests and lint pass when (or before) sending your merge request.
Use the review feature in GitLab to send comments to the contributors to your wiki.
If there are failing tests or lint errors, point these out and provide suggestions as to how they might be corrected.
Resolve any feedback issues the other team identifies. Push new commits to your branch fixing these errors.
Once the merge requests are ready, merge them into your project.
Resolve any conflicts that are encountered. You may need to consult with the contributing team to decide the best approach for resolving conflicts.
Remember: to receive a grade, you must submit a peer feedback form indicating which work you did and which was done by your teammates. Non-coding tasks such as help debugging also counts towards participation. This link will be generated and emailed to you after the due date.


ApiFusion VC import
Import different data from Version Control starts from repository discovery enlisting the files and folders hierarchy.
Import stages:
- Edit Import Parameters
- Read last import data
- Retrival AF hierarchy
- Retrival VC repository hierarchy
- Traverce over imported hierarchy and Run each selected import routine.
Repeated until whole hierarchy processed and each routine completed.
- Once completed or interrupted the the hierarchy could be saved
back to AF


A scenario demonstrating the following Auto Layout attributes:
- Leading / Trailing space: Both white views have their leading / trailing edge pinned to a common superview.
- Horizontal spacing: Both white views are separated by a fixed horizontal constraint.
- Align Centre X / Y: Both inner blue views are centered within their respective superviews.
- Ratio: Blue views width and height are constrained a ratio of 1:1.
- Proportional constraints: The blue views' heights are constrained to be half of the their white container's height.
- Equals: Both white views are constrained to have equal widths and heights.
Try updating the constant value of the horizontal constraint separating both white UIViews
and see the changes being reflected in Reveal and on your device or simulator.


F
i
s
h
D
i
s
h
e
s
Chest status:
baked salmon salad,
wasabi-infused fish roe,
horseradish dill cream cheese,
bagel toast


Play roulette
Create new game
Pick a game to join:
Game Id
Cylinder Size
Trigger pulls
GAMEID
Cyl Size
Shooots
Pull the trigger
Reload gun
Size of cylinder
Create


Welcome to the HTML Portfolio Project
Training and Development Specialist
I make online training.
With over 6 years of experience, I am okay at this stuff
My skills
With over 6 years of experience, I am okay at this stuff
HTML
Instructional Design
Project Management
Contact me
LinkedIn


|
| def | addFiles (self, filenames, text=None, newName=None, newDir=None, extract=None, executable=None, deleteTemp=False, literal=False, dependencyDir=None, required=False) |
| |
| def | do_dir (self, dirname, newDir=None, unprocessed=None) |
| |
| def | do_exclude (self, filename) |
| |
| def | do_file (self, *args, **kw) |
| |
| def | do_freeze (self, filename, compileToExe=False) |
| |
| def | do_includeExtensions (self, executableExtensions=None, extractExtensions=None, imageExtensions=None, textExtensions=None, uncompressibleExtensions=None, unprocessedExtensions=None, suppressWarningForExtensions=None) |
| |
| def | do_makeBundle (self, bundleName, plist, executable=None, resources=None, dependencyDir=None) |
| |
| def | readContentsFile (self) |
| |
| def | writeContentsFile (self) |
| |
This module is used to build a "Package", a collection of files
within a Panda3D Multifile, which can be easily be downloaded and/or
patched onto a client machine, for the purpose of running a large
application.
.. deprecated:: 1.10.0
The p3d packaging system has been replaced with the new setuptools-based
system. See the :ref:`distribution` manual section.
| def direct.p3d.Packager.addFiles |
( |
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self, |
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filenames, |
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text = None , |
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newName = None , |
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newDir = None , |
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extract = None , |
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executable = None , |
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deleteTemp = False , |
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literal = False , |
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dependencyDir = None , |
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required = False |
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) |
| |
Adds the indicated arbitrary files to the current package.
filenames is a list of Filename or string objects, and each
may include shell globbing characters.
Each file is placed in the named directory, or the toplevel
directory if no directory is specified.
Certain special behavior is invoked based on the filename
extension. For instance, .py files may be automatically
compiled and stored as Python modules.
If newDir is not None, it specifies the directory in which the
file should be placed. In this case, all files matched by the
filename expression are placed in the named directory.
If newName is not None, it specifies a new filename. In this
case, newDir is ignored, and the filename expression must
match only one file.
If newName and newDir are both None, the file is placed in the
toplevel directory, regardless of its source directory.
If text is nonempty, it contains the text of the file. In
this case, the filename is not read, but the supplied text is
used instead.
If extract is true, the file is explicitly extracted at
runtime.
If executable is true, the file is marked as an executable
filename, for special treatment.
If deleteTemp is true, the file is a temporary file and will
be deleted after its contents are copied to the package.
If literal is true, then the file extension will be respected
exactly as it appears, and glob characters will not be
expanded. If this is false, then .dll or .exe files will be
renamed to .dylib and no extension on OSX (or .so on Linux);
and glob characters will be expanded.
If required is true, then the file is marked a vital part of
the package. The package will not be built if this file
somehow cannot be added to the package.
| def direct.p3d.Packager.do_dir |
( |
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self, |
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dirname, |
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newDir = None , |
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unprocessed = None |
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) |
| |
Adds the indicated directory hierarchy to the current
package. The directory hierarchy is walked recursively, and
all files that match a known extension are added to the package.
newDir specifies the directory name within the package which
the contents of the named directory should be installed to.
If it is omitted, the contents of the named directory are
installed to the root of the package.
If unprocessed is false (the default), bam files are loaded and
scanned for textures, and these texture paths within the bam
files are manipulated to point to the new paths within the
package. If unprocessed is true, this operation is bypassed,
and bam files are packed exactly as they are.


THE FIFTH ELEMENT A film review by Steve Kong Copyright 1997 Steve Kong
Bruce Willis has got a strange on and off movie career. Usually, it's in the off position. But, once in a long while, he'll have a good film. The 5th Element is one of the latter. The commercials which ran for the movie, initially, promised, "The Star Wars of the '90s." A hard name to live up to.
Willis plays a retired space marine type in this movie. His character's name is Korben Dallas. Dallas has now retired and lives in a nice small apartment in the mid-23rd century. A great evil in space is about to kill every living being on Earth. There seems to be no way to stop it. At least that's how it's seen by the government. A priest knows better. There are the four elements, which are in the form of bars. Then there is the fifth element, a being that is the catalyst for the weapon to stop this great evil. The only problem is that the aliens that were transporting these elements were shot down in space. The only thing recovered from the crash landing site was a portion of the fifth element. With this portion, they use a super-computer to spin up a new fifth element being. The fifth element is played by the beautiful, and oddly red headed, Milla Jovovich. From here the fifth element "drops in" on Korben Dallas, and they with the priest are off to find the other four elements.
The story in The 5th Element is not too strong. What is strong in this movie are the special effects and the set design. It is the vision of the future that is put into this movie that sets it apart from other mediocre sci-fi movies. The visions of the future that are presented are of the caliber of those of "Blade Runner" and "Metropolis." Though not as dark as those presented in Blade Runner, the city in which Dallas lives is large, and the hover car chase early in the film is something to awe at. The other sets, including a futuristic cruise liner, Zorg's office, and the apartment building in which Dallas lives are also places to awe at. Along with these beautiful places are the costume design. The police have the best outfits, large, bulky, with a large lamp over the right side of their chest, and gun holstered above the left shoulder.
The 5th Element is a movie to be seen, literally. The sights in this movie outweigh the story. The story itself is not too bad, it's enough to keep the movie going along, but it is the presentation of the future that should really be seen in The 5th Element.
-- steve kong<EMAIL_ADDRESS>personal site http://home.earthlink.net/~boiled/ my movie site http://www.geocities.com/Hollywood/Lot/2259/
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


LayerSnap is a script that builds on top of Snap SVG to enable simple declarative SVG builds by editing the SVG markup's attributes. You can even build animations from the Layers pallete in Adobe Illustrator!
An SVG illustration can be animated by grouping elements and giving those groups an attribute to specify their transition type, duration, and delay.
Include SnapSVG.js, layersnap.js, and the layersnap.css in your page.
Next, add some SVG markup inline in the body of your HTML, wrapped in a

.
To specify that a portion of your svg markup should animate, group it in a g
element (the g
element must be a direct child of the svg element) and configure its animation via the g
element's data-layersnap-group
attribute value.
For example, data-layersnap-group="fade"
will cause that g
element to fade in when the animation plays.

<svg>
<g data-layersnap-group="fade">...</g>
</svg>

To animate the svg, call the Layersnap()
function, passing a reference to your svg's wrapper div:

That's it! From there, the layersnap script will play all g
element animations within the svg based on their data-layersnap-group
attribute configurations.
By default, g
elements will animate in source order one after the other, but by setting custom delays and durations, you can change the order and timing for richer animations.
Layersnap includes many pre-built transitions you can specify by name. All transitions start with the element at opacity 0 and end with the element at opacity 1, though most apply other transformations while fading in. Here are the pre-built transitions. The demos in this page are set to auto-play when they scroll into view, and you can click any of them to replay:
You can set a custom duration on any g
element to change it from the default of 800ms. For example, the following example has a g
with an data-layersnap-group
attribute value of rotate-right duration-5000
, to make its animation run for 5 seconds.
You can set a custom easing on any g
element to change it from the default of easeOut. For example, the following example has a g
with an data-layersnap-group
attribute value of rotate-right easing-bounce
. You can use any of the mina easing functions in the snapsvg docs
You can set a custom amount on any g
element to change it from its default.
Amount varies depending on the animation type. In rotate transitons, amount reflects degrees (e.g. "360").
For scale transitions, amount reflects the starting scale percentage, like "70" or "130".
For move transitions, amount reflects a pixel value, like "300".
Amount does nothing for enter and anvil animations, which always come from off-screen, and fade animations, which always fade from 0 to 100.
The following example has a g
with an data-layersnap-group
attribute value of rotate-right amount-270
.
You can set a custom delay on any g
element to change it from the default, which is just after the prior g
finishes its transition. If you set a custom delay, note that it represents the time from the start of the entire animation, so delays can be used to change the order that your groups animate in. For example, the following example has a g
with an data-layersnap-group
attribute value of rotate-right delay-2000
, to make its transition delay for 2 seconds before starting.
If you want a particular group's animation to loop infinitely, you can add a "loop" to the group ID. For example, a looping "scale-down" animation would be data-layersnap-group="scale-down_loop"
If you want a particular group's animation to repeat (in the same direction) infinitely, you can add a "repeat" to the group ID. For example, a repeating "scale-down" animation would be data-layersnap-group="scale-down_repeat"
Use this to play with the various settings and see what each does.
Output Attribute Value:
If you want a button that'll replay the animation on click, give the div
wrapper the attribute data-layersnap-replay
. Every demo in this page except for the interactive ones has a replay button overlayed on it, with opacity: 0.

<svg>
<g data-layersnap-group="fade">...</g>
</svg>

Animations can interact with other DOM content by changing a group’s data-layersnap-group
attribute to include "toggle-" followed by an ID of an element on the page that should be toggled when that group is clicked. Once clicked, a class of "layersnap-toggle-hide" will be added to the associated element, and a class of "layersnap-toggle-active" will be added to the SVG group. By default, all toggles will receive the hide class, so if you'd like to activate a group from the start, add "toggleactive" to that group's ID.
This text was enabled by tapping an interactive graphic.
This text was enabled by tapping an interactive graphic.
This text was enabled by tapping an interactive graphic.
This text was enabled by tapping an interactive graphic.
This text was enabled by tapping an interactive graphic.
This text was enabled by tapping an interactive graphic.
Interaction can work across SVGs as well, so you can have one SVG toggle the visibility of another SVG, and it'll start playing it as well if it's wrapped in the expected layersnap markup. For example:
To specify a fallback image for non-svg supporting browsers, give the div
a background image (this rule will be negated if svg is supported).

<svg>
<g data-layersnap-group="fade">...</g>
</svg>

To create new custom named transitions, you can extend the Layersnap object's transitions property. Here's an example of a transform transition called move right:

If you're editing an SVG in Adobe Illustrator, you can group graphics in the Layers palette and name their layer as if you are setting the group's data-layersnap-group
attribute (with the transition name, duration, and delay. When you save your SVG, these layers will become `g` elements with ID attributes matching the layer names you created. You can then change the ID attributes to data-layersnap-group
attributes so Layersnap recognizes them.
Layersnap does not depend on jQuery, but we've created some handy tie-ins to use it with jQuery if you prefer.
To use Layersnap as a jQuery plugin and bind a few helpful events, include jQuery and the layersnap.jquery.init.js file. This file includes functions to create a $.fn.layersnap() method you can use on any jQuery object, plus event listeners to cue up layersnap animations when the enhance and inviewport events fire on layersnap elements.
To have an animation play when the page loads, give the div
wrapper the attribute data-layersnap-init
, and trigger an "enhance" event when the DOM is ready.

<svg>
<g data-layersnap-group="fade">...</g>
</svg>

If you include Porthole in your page, you can have an animation start when it scrolls into the viewport. All of the animations in this page use Porthole to do just that.
With porthole included, to have the animation play once when it scrolls into the viewport, give the layersnap div
wrapper a data-scroll-activate
attribute.

<svg>
<g data-layersnap-group="fade">...</g>
</svg>

To make it replay every time it enters the viewport, also add the attribute data-scroll-deactivate
.

<svg>
<g data-layersnap-group="fade">...</g>
</svg>


pragma solidity ^0.6.0;
pragma experimental ABIEncoderV2;
import<EMAIL_ADDRESS>import "./VoteToken.sol";
import "./Shared.sol";
import "./District.sol";
import "./DistrictFactory.sol";
import "./VoteTokenFactory.sol";
contract ElectionController is Ownable{
Shared.Election[] public elections;
uint8 public districtsNo;
DistrictFactory internal districtFactory;
VoteTokenFactory internal voteTokenFactory;
constructor(uint8 _districtsNo, DistrictFactory _districtFactory, VoteTokenFactory _voteTokenFactory) Ownable() public payable{
districtsNo = _districtsNo;
districtFactory = _districtFactory;
voteTokenFactory = _voteTokenFactory;
}
function endElection(uint8 _electionNo) external{
//Shared.Election storage election = elections[_electionNo]; //storage in order to copy by reference.
uint8 partyWithMostVotesIndex;
uint32 mostVotes;
for(uint8 i = 1; i <= districtsNo; i++){
//require(election.districtContracts[i].counted() == true, string(abi.encodePacked("Hasn't Counted Yet: ",i)));
elections[_electionNo].districtContracts[i].countVotes();
require(elections[_electionNo].districtContracts[i].counted() == true, string(abi.encodePacked("Counting failed for district: ",i)));
//election.districtContracts[i].getAllElected();
for(uint8 j = 0; j < elections[_electionNo].numberOfPartiesContesting ;j++){
uint32 _votes = uint32(elections[_electionNo].districtContracts[i].party1stCountVotes(j));
/*if(_votes == 0)
break;*/
elections[_electionNo].party1stCountVotes[j] += _votes;
if(elections[_electionNo].party1stCountVotes[j] > mostVotes){
mostVotes = elections[_electionNo].party1stCountVotes[j];
partyWithMostVotesIndex = j;
}
}
}
elections[_electionNo].partyWithMostVotesIndex = partyWithMostVotesIndex;
elections[_electionNo].concluded = true;
}
function launchElection (
string memory _name,
uint _voteStart,
uint _voteEnd,
uint8 numberOfPartiesContesting,
Shared.Candidate[][] memory candidates
) public onlyOwner{
VoteToken _voteToken = voteTokenFactory.create(_name,_voteStart,_voteEnd);
elections.push(Shared.Election({name: _name, voteStart: _voteStart, voteEnd: _voteEnd, voteToken: _voteToken, concluded:false, partyWithMostVotesIndex:255, numberOfPartiesContesting: uint8(candidates.length)}));
for(uint8 i = 1 ; i <= districtsNo; i++){
District d = districtFactory.create(i, candidates[i-1]);
elections[elections.length-1].districtContracts[i] = d;
elections[elections.length-1].voteToken.setAllowed(address(elections[elections.length-1].districtContracts[i]));
elections[elections.length-1].districtContracts[i].setVoteToken(elections[elections.length-1].voteToken);
}
}
function balanceOf(address _address, uint16 _election) public view returns(uint256){
return elections[_election].voteToken.balanceOf(_address);
}
function getDistrictCandidateAddresses(uint8 _election,uint8 _district) public view returns(address[] memory){
address[] memory addresses = elections[_election].districtContracts[_district].getCandidateAddresses();
return addresses;
}
function getDistrictContract(uint8 _election, uint8 _district) public view returns(District){
return elections[_election].districtContracts[_district];
}
function mintVote(address _to, uint256 _tokenId, uint8 _districtNo, uint32 _electionNo) public onlyOwner {
elections[_electionNo].voteToken.mint(_to, _tokenId, _districtNo);
}
} |


New Temple Donation $5,000,000 Goal
Monthly Donation $8,680 April Expenses
Janmasthami Festival 36% Complete


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Note: Entering the "Host Address" requires either a hostname (e.g. 'www.example.com') or an IP address. The IP address format can be IPV4 (e.g. 'xxx.xxx.xxx.xxx', where xxx represents the number (0-255)) or IPV6 (e.g. 'xxxx:xxxx:xxxx:xxxx:xxxx:xxxx:xxxx:xxxx', where each x represents a 4 bit hex value (0-9, A-F)).
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{% extends "default.html" %} {% from "jinja-components/check-answer-row/macro.html" import checkAnswerRow %} {% block beforeContent %} {{ super() }} See all planning application contributions {% endblock %} {% block content %}
Below is a list of all the developer contributions agreed to make this planning application acceptable.
| Local Authority | {{ application.local_authority.name }} |
| Planning application ref | {{ application.reference }} |
| Planning application url | {{ application.url }} |
| Agreement url | {{ application.section106_url }} |
| Date signed | {{ application.section106_signed_date }} |
0 contributions recorded
{% endif %}


|
SphinxBase
5prealpha
|
Matrix and linear algebra functions. More...
Go to the source code of this file.
Functions | |
| SPHINXBASE_EXPORT void | norm_3d (float32 ***arr, uint32 d1, uint32 d2, uint32 d3) |
| Norm an array. More... | |
| SPHINXBASE_EXPORT void | accum_3d (float32 ***out, float32 ***in, uint32 d1, uint32 d2, uint32 d3) |
| Floor 3-d array. More... | |
| SPHINXBASE_EXPORT void | band_nz_1d (float32 *v, uint32 d1, float32 band) |
| Ensures that non-zero values x such that -band < x < band, band > 0 are set to -band if x < 0 and band if x > 0. More... | |
| SPHINXBASE_EXPORT void | floor_nz_3d (float32 ***m, uint32 d1, uint32 d2, uint32 d3, float32 floor) |
| Floor 3-d array. More... | |
| SPHINXBASE_EXPORT void | floor_nz_1d (float32 *v, uint32 d1, float32 floor) |
| Floor 1-d array. More... | |
| SPHINXBASE_EXPORT float64 | determinant (float32 **a, int32 len) |
| Calculate the determinant of a positive definite matrix. More... | |
| SPHINXBASE_EXPORT int32 | invert (float32 **out_ainv, float32 **a, int32 len) |
| Invert (if possible) a positive definite matrix with QR algorithm. More... | |
| SPHINXBASE_EXPORT int32 | solve (float32 **a, float32 *b, float32 *out_x, int32 n) |
| Solve (if possible) a positive-definite system of linear equations AX=B for X. More... | |
| SPHINXBASE_EXPORT void | outerproduct (float32 **out_a, float32 *x, float32 *y, int32 len) |
| Calculate the outer product of two vectors. More... | |
| SPHINXBASE_EXPORT void | matrixmultiply (float32 **out_c, float32 **a, float32 **b, int32 n) |
| Multiply C=AB where A and B are symmetric matrices. More... | |
| SPHINXBASE_EXPORT void | scalarmultiply (float32 **inout_a, float32 x, int32 n) |
| Multiply a symmetric matrix by a constant in-place. More... | |
| SPHINXBASE_EXPORT void | matrixadd (float32 **inout_a, float32 **b, int32 n) |
| Add A += B. More... | |
Matrix and linear algebra functions.
This file contains some basic matrix and linear algebra operations. In general these operate on positive definite matrices ONLY, because all matrices we're likely to encounter are either covariance matrices or are derived from them, and therefore a non-positive-definite matrix indicates some kind of pathological condition.
Definition in file matrix.h.
| SPHINXBASE_EXPORT void accum_3d | ( | float32 *** | out, |
| float32 *** | in, | ||
| uint32 | d1, | ||
| uint32 | d2, | ||
| uint32 | d3 | ||
| ) |
| SPHINXBASE_EXPORT void band_nz_1d | ( | float32 * | v, |
| uint32 | d1, | ||
| float32 | band | ||
| ) |
| SPHINXBASE_EXPORT float64 determinant | ( | float32 ** | a, |
| int32 | len | ||
| ) |
Calculate the determinant of a positive definite matrix.
| a | The input matrix, must be positive definite. |
| len | The dimension of the input matrix. |
Definition at line 147 of file matrix.c.
References E_FATAL.
Referenced by matrixmultiply().
| SPHINXBASE_EXPORT void floor_nz_1d | ( | float32 * | v, |
| uint32 | d1, | ||
| float32 | floor | ||
| ) |
| SPHINXBASE_EXPORT void floor_nz_3d | ( | float32 *** | m, |
| uint32 | d1, | ||
| uint32 | d2, | ||
| uint32 | d3, | ||
| float32 | floor | ||
| ) |
| SPHINXBASE_EXPORT int32 invert | ( | float32 ** | out_ainv, |
| float32 ** | a, | ||
| int32 | len | ||
| ) |
Invert (if possible) a positive definite matrix with QR algorithm.
| out_ainv | The inverse of a will be stored here. |
| a | The input matrix, must be positive definite. |
| len | The dimension of the input matrix. |
Definition at line 153 of file matrix.c.
References E_FATAL.
Referenced by matrixmultiply().
| SPHINXBASE_EXPORT void matrixadd | ( | float32 ** | inout_a, |
| float32 ** | b, | ||
| int32 | n | ||
| ) |
| SPHINXBASE_EXPORT void matrixmultiply | ( | float32 ** | out_c, |
| float32 ** | a, | ||
| float32 ** | b, | ||
| int32 | n | ||
| ) |
Multiply C=AB where A and B are symmetric matrices.
| out_c | The output matrix C. |
| a | The input matrix A. |
| b | The input matrix B. |
| n | Dimensionality of A and B. |
Definition at line 166 of file matrix.c.
References ckd_calloc_2d, ckd_free_2d(), determinant(), invert(), and solve().
| SPHINXBASE_EXPORT void norm_3d | ( | float32 *** | arr, |
| uint32 | d1, | ||
| uint32 | d2, | ||
| uint32 | d3 | ||
| ) |
| SPHINXBASE_EXPORT void outerproduct | ( | float32 ** | out_a, |
| float32 * | x, | ||
| float32 * | y, | ||
| int32 | len | ||
| ) |
| SPHINXBASE_EXPORT void scalarmultiply | ( | float32 ** | inout_a, |
| float32 | x, | ||
| int32 | n | ||
| ) |
| SPHINXBASE_EXPORT int32 solve | ( | float32 ** | a, |
| float32 * | b, | ||
| float32 * | out_x, | ||
| int32 | n | ||
| ) |
Solve (if possible) a positive-definite system of linear equations AX=B for X.
| a | The A matrix on the left-hand side of the equation, must be positive-definite. |
| b | The B vector on the right-hand side of the equation. |
| out_x | The X vector will be stored here. |
| n | The dimension of the A matrix (n by n) and the B and X vectors. |
Definition at line 159 of file matrix.c.
References E_FATAL.
Referenced by matrixmultiply().


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{% extends 'templates/nhs_transaction_layout.html' %} {% block afterHeader %} {% include "includes/service-headers/low-income.html" %} {% endblock %} {% block content %} Declare & submit Warning I confirm that the information I have given in this form is correct and complete, and I understand that if it not, appropriate action may be taken. Agree and submit my application {% endblock %}
Agree and submit my application


Reports
Reports requested through the map interface are listed below with their identifying attributes. They are run in the order submitted and are available upon completion (which may take a few minutes after submission).
Reports can be retrieved as many times as needed, but will be removed from the system if they have not been accessed for two weeks.
Subscriptions
Subscriptions defined through the map interface are listed below. Similar to reports, subscriptions are retained for up to two weeks after the most recent download, after which time they will be removed from the system.
Each subscription is listed below with its attributes. When a subscription is selected, the subscription files are listed in the column to the right. The download URL can be used by external scripts to retrieve the output automatically.
Subscription Files
The selected subscription’s files are listed below with the most recent files listed at the top.


|
|
#include <pantheios/backends/be.N.h>
c/example.c.N/example.c.N.c, cpp/backends/example.cpp.backends.mx.1/example.cpp.backends.mx.1.cpp, and cpp/backends/example.cpp.backends.mx.2/example.cpp.backends.mx.2.cpp.
Public Member Functions | |
| int (PANTHEIOS_CALLCONV *pfnInit)(PAN_CHAR_T const * | |
| Pointer to the back-end's initialisation function. | |
| void const void void ** | void (PANTHEIOS_CALLCONV *pfnUninit)(void *) |
| Pointer to the back-end's uninitialisation function. | |
| int (PANTHEIOS_CALLCONV *pfnLogEntry)(void * | |
| Pointer to the back-end's log-entry function. | |
Public Attributes | |
| int | flags |
| A combination of the be.N flags that control the behaviour of the given back-end. | |
| int | backEndId |
| The back-end Id. | |
| int | |
| void | int |
| void PAN_CHAR_T const | size_t |
| int | severityCeiling |
| A per-back-end static severity ceiling. |
| int | ( | PANTHEIOS_CALLCONV * | pfnInit | ) | const |
Pointer to the back-end's initialisation function.
| void const void void** void | ( | PANTHEIOS_CALLCONV * | pfnUninit | ) |
Pointer to the back-end's uninitialisation function.
| int | ( | PANTHEIOS_CALLCONV * | pfnLogEntry | ) |
Pointer to the back-end's log-entry function.
| int flags |
A combination of the be.N flags that control the behaviour of the given back-end.
| int backEndId |
The back-end Id.
Must be >0.
| int severityCeiling |
A per-back-end static severity ceiling.
|
|
|
| pantheios Library documentation © Matthew Wilson & Synesis Software, 2006-2011 |


High Quality
Our team believes in a culture centered around the needs of our customers by desinging and implementing solutions which bring measuable values to the customer. Our customer-centric attitude extends beyond the inital phase of development and delivery of a project; rather, it extends into continued maintenance and support for the lifetime of the project.
Top Talent
We attract stellar candidates to our team who transform their passion for technology into user friendly solutions and products. Developers are constantly improving their skills by learning new technologies and exposing themselves to areas outside their current expertise.
Meet our developers and designers on our team page.
Development process
We keep our customers engaged in all phases of the development process and maintain an open feedback cycle to allow quick response to the immeidate and long term needs of our clients. We practice short development iterations (sprints) and maintain code quaility through peer code reveiw and multiple modes of quality assurance (QA).
Get an in-depth look at how we build applications on our process page.


LUDO
MOVE SCORE:
ROLL DICE
MOVE 1
MOVE 2
MOVE 3
MOVE 4
Square numbers
New Game:
Player 1:
Color:
Red
Green
Blue
Yellow
Name:
Player 2:
Color:
Red
Green
Blue
Yellow
Name:
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Color:
Red
Green
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Yellow
Name:
Player 4:
Color:
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Name:


About Topic
Food Insecurity in Chicago
food insecurity is the condition where people cannot reliably access adequate, nutritious food.
What should you care?
If you care about sustainability, you should care about food security! The Environment: The quality and amount of land available for growing food is declining. Also, the oil and gas used to transport food long distances contributes to poorer air quality. Equity: Everyone everywhere should have access to healthy food that will promote their well being. We should end hunger. Economy & Health: Improved health is beneficial to health expenses and the overall economy.
Who does this affect?
80% of a city’s sewage is contributed by food system activities. 25% of fossil fuel use and air pollution is attributable to food production, processing, and transport (University of Southern California).
According to the Harvard School of Public Health (HSPH), “a day’s worth of the most healthy diet patterns cost about $1.50 more per day than the least healthy ones.” Though this seems inexpensive, this is almost $550 more per year. This could be a burden for some families, especially the working poor.
What should we do?
Take Actions to Change NOW!


Akan naming is a tradition of the Ghana people. Get your Akan name by filling the form below
Names are given according to gender and the date you were born.
Ghanians give their first names according to rhe day of the week you were born.


mixed preg_filter ( mixed $pattern , mixed $replacement , mixed $subject [, int $limit = -1 [, int &$count ]] )
preg_filter() is identical to preg_replace() except it only returns the (possibly transformed) subjects where there was a match. For details about how this function works, read the preg_replace() documentation.
Returns an array if the subject parameter is an array, or a string otherwise. If no matches are found or an error occurred, an empty array is returned when subject is an array or NULL otherwise.


Class: JsonapiCompliable::Sideload
- Inherits:
-
Object
- Object
- JsonapiCompliable::Sideload
- Defined in:
- lib/jsonapi_compliable/sideload.rb
Instance Attribute Summary collapse
-
#assign_proc ⇒ Proc
readonly
The configured 'assign' block.
-
#foreign_key ⇒ Symbol
readonly
The attribute used to match objects - need not be a true database foreign key.
-
#grouping_field ⇒ Symbol
readonly
The configured 'group_by' symbol.
-
#name ⇒ Symbol
readonly
The name of the sideload.
-
#parent ⇒ Object
readonly
Returns the value of attribute parent.
-
#polymorphic ⇒ Boolean
readonly
Is this a polymorphic sideload?.
-
#polymorphic_groups ⇒ Hash
readonly
The subgroups, when polymorphic.
-
#primary_key ⇒ Symbol
readonly
The attribute used to match objects - need not be a true database primary key.
-
#resource_class ⇒ Class
readonly
The corresponding Resource class.
-
#scope_proc ⇒ Proc
readonly
The configured 'scope' block.
-
#sideloads ⇒ Hash
readonly
The associated sibling sideloads.
-
#type ⇒ Symbol
readonly
One of :has_many, :belongs_to, etc.
Instance Method Summary collapse
-
#allow_sideload(name, opts = {}, &blk) ⇒ Object
Configure a relationship between Resource objects.
-
#assign {|parents, children| ... } ⇒ Object
The proc used to assign the resolved parents and children.
-
#associate(parent, child) ⇒ Object
Configure how to associate parent and child records.
-
#group_by(grouping_field) ⇒ Object
Define an attribute that groups the parent records.
-
#initialize(name, type: nil, resource: nil, polymorphic: false, primary_key: :id, foreign_key: nil, parent: nil) ⇒ Sideload
constructor
NB - the adapter's
#sideloading_module
is mixed in on instantiation. -
#polymorphic? ⇒ Boolean
Is this sideload polymorphic?.
- #polymorphic_child_for_type(type) ⇒ Object private
-
#resolve(parents, query, namespace = nil) ⇒ void
private
Resolve the sideload.
-
#resource ⇒ Resource
An instance of
#resource_class
. -
#scope {|parents| ... } ⇒ Object
Build a scope that will be used to fetch the related records This scope will be further chained with filtering/sorting/etc.
-
#sideload(name) ⇒ Object
Fetch a Sideload object by its name.
-
#to_hash(processed = []) ⇒ Hash
private
Looks at all nested sideload, and all nested sideloads for the corresponding Resources, and returns an Include Directive hash.
Constructor Details
#initialize(name, type: nil, resource: nil, polymorphic: false, primary_key: :id, foreign_key: nil, parent: nil) ⇒ Sideload
NB - the adapter's #sideloading_module
is mixed in on
instantiation
An anonymous Resource will be assigned when none provided.
32 33 34 35 36 37 38 39 40 41 42 43 44 |
# File 'lib/jsonapi_compliable/sideload.rb', line 32 def initialize(name, type: nil, resource: nil, polymorphic: false, primary_key: :id, foreign_key: nil, parent: nil) @name = name @resource_class = (resource || Class.new(Resource)) @sideloads = {} @polymorphic = !!polymorphic @polymorphic_groups = {} if polymorphic? @parent = parent @primary_key = primary_key @foreign_key = foreign_key @type = type extend @resource_class.config[:adapter].sideloading_module end |
Instance Attribute Details
#assign_proc ⇒ Proc (readonly)
The configured 'assign' block
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def assign_proc @assign_proc end |
#foreign_key ⇒ Symbol (readonly)
The attribute used to match objects - need not be a true database foreign key.
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def foreign_key @foreign_key end |
#grouping_field ⇒ Symbol (readonly)
The configured 'group_by' symbol
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def grouping_field @grouping_field end |
#name ⇒ Symbol (readonly)
The name of the sideload
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def name @name end |
#parent ⇒ Object (readonly)
Returns the value of attribute parent
14 15 16 |
# File 'lib/jsonapi_compliable/sideload.rb', line 14 def parent @parent end |
#polymorphic ⇒ Boolean (readonly)
Is this a polymorphic sideload?
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def polymorphic @polymorphic end |
#polymorphic_groups ⇒ Hash (readonly)
The subgroups, when polymorphic
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def polymorphic_groups @polymorphic_groups end |
#primary_key ⇒ Symbol (readonly)
The attribute used to match objects - need not be a true database primary key.
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def primary_key @primary_key end |
#resource_class ⇒ Class (readonly)
The corresponding Resource class
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def resource_class @resource_class end |
#scope_proc ⇒ Proc (readonly)
The configured 'scope' block
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def scope_proc @scope_proc end |
#sideloads ⇒ Hash (readonly)
The associated sibling sideloads
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def sideloads @sideloads end |
#type ⇒ Symbol (readonly)
One of :has_many, :belongs_to, etc
13 14 15 |
# File 'lib/jsonapi_compliable/sideload.rb', line 13 def type @type end |
Instance Method Details
#allow_sideload(name, opts = {}, &blk) ⇒ Object
Configure a relationship between Resource objects
You probably want to extract this logic into an adapter rather than using directly
270 271 272 273 274 275 276 277 278 279 |
# File 'lib/jsonapi_compliable/sideload.rb', line 270 def allow_sideload(name, opts = {}, &blk) sideload = Sideload.new(name, opts) sideload.instance_eval(&blk) if blk if polymorphic? @polymorphic_groups[name] = sideload else @sideloads[name] = sideload end end |
#assign {|parents, children| ... } ⇒ Object
The proc used to assign the resolved parents and children.
You probably want to wrap this logic in an Adapter, instead of specifying in your resource directly.
168 169 170 |
# File 'lib/jsonapi_compliable/sideload.rb', line 168 def assign(&blk) @assign_proc = blk end |
#associate(parent, child) ⇒ Object
Configure how to associate parent and child records.
185 186 187 188 189 190 191 |
# File 'lib/jsonapi_compliable/sideload.rb', line 185 def associate(parent, child) association_name = @parent ? @parent.name : name resource_class.config[:adapter].associate parent, child, association_name, type end |
#group_by(grouping_field) ⇒ Object
Define an attribute that groups the parent records. For instance, with an
ActiveRecord polymorphic belongs_to there will be a parent_id
and parent_type
. We would want to group on
parent_type
:
allow_sideload :organization, polymorphic: true do
# group parent_type, parent here is 'organization'
group_by :organization_type
end
203 204 205 |
# File 'lib/jsonapi_compliable/sideload.rb', line 203 def group_by(grouping_field) @grouping_field = grouping_field end |
#polymorphic? ⇒ Boolean
Is this sideload polymorphic?
Polymorphic sideloads group the parent objects in some fashion, so
different 'types' can be resolved differently. Let's say an
Office
has a polymorphic Organization
, which can
be either a Business
or Government
:
allow_sideload :organization, :polymorphic: true do
group_by :organization_type
allow_sideload 'Business', resource: BusinessResource do
# ... code ...
end
allow_sideload 'Governemnt', resource: GovernmentResource do
# ... code ...
end
end
You probably want to extract this code into an Adapter. For instance, with ActiveRecord:
polymorphic_belongs_to :organization,
group_by: :organization_type,
groups: {
'Business' => {
scope: -> { Business.all },
resource: BusinessResource,
foreign_key: :organization_id
},
'Government' => {
scope: -> { Government.all },
resource: GovernmentResource,
foreign_key: :organization_id
}
}
91 92 93 |
# File 'lib/jsonapi_compliable/sideload.rb', line 91 def polymorphic? @polymorphic == true end |
#polymorphic_child_for_type(type) ⇒ Object
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
333 334 335 336 337 |
# File 'lib/jsonapi_compliable/sideload.rb', line 333 def polymorphic_child_for_type(type) polymorphic_groups.values.find do |v| v.resource_class.config[:type] == type end end |
#resolve(parents, query, namespace = nil) ⇒ void
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
This method returns an undefined value.
Resolve the sideload.
-
Uses the 'scope' proc to build a 'base scope'
-
Chains additional criteria onto that 'base scope'
-
Resolves that scope (see Scope#resolve)
-
Assigns the resulting child objects to their corresponding parents
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# File 'lib/jsonapi_compliable/sideload.rb', line 222 def resolve(parents, query, namespace = nil) namespace ||= name if polymorphic? resolve_polymorphic(parents, query) else resolve_basic(parents, query, namespace) end end |
#resource ⇒ Resource
Returns an instance of #resource_class
48 49 50 |
# File 'lib/jsonapi_compliable/sideload.rb', line 48 def resource @resource ||= resource_class.new end |
#scope {|parents| ... } ⇒ Object
Build a scope that will be used to fetch the related records This scope will be further chained with filtering/sorting/etc
You probably want to wrap this logic in an Adapter, instead of specifying in your resource directly.
131 132 133 |
# File 'lib/jsonapi_compliable/sideload.rb', line 131 def scope(&blk) @scope_proc = blk end |
#sideload(name) ⇒ Object
Fetch a Sideload object by its name
285 286 287 |
# File 'lib/jsonapi_compliable/sideload.rb', line 285 def sideload(name) @sideloads[name] end |
#to_hash(processed = []) ⇒ Hash
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Looks at all nested sideload, and all nested sideloads for the corresponding Resources, and returns an Include Directive hash
For instance, this configuration:
class BarResource < ApplicationResource
allow_sideload :baz do
end
end
class PostResource < ApplicationResource
allow_sideload :foo do
allow_sideload :bar, resource: BarResource do
end
end
end
post_resource.sideloading.to_hash
would return
{ base: { foo: { bar: { baz: {} } } } }
312 313 314 315 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 |
# File 'lib/jsonapi_compliable/sideload.rb', line 312 def to_hash(processed = []) return { name => {} } if processed.include?(self) processed << self result = { name => {} }.tap do |hash| @sideloads.each_pair do |key, sideload| hash[name][key] = sideload.to_hash(processed)[key] || {} if sideload.polymorphic? sideload.polymorphic_groups.each_pair do |type, sl| hash[name][key].merge!(nested_sideload_hash(sl, processed)) end else hash[name][key].merge!(nested_sideload_hash(sideload, processed)) end end end result end |


Upload the spreadsheet of total students:
The column containing the registration numbers:
Upload the attendece sheet
The column containing the registration numbers:
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Absentees:


Monkeyangelo
By Erin Price
My name is Banghi, and I am an artist. My favorite artist is Michelangelo. So, I call myself Monkeyangelo.
I paint pictures of my feelings using colors and swirls. I love to paint more than anything in the world.
Every morning my zookeeper, Barbara, feeds me. I don't eat a lot because I get impatient to paint. I eat a little and wait for my mate, Satscho, to finish. Then Barbara comes back and places a palate of paints, a brush, and a canvas inside my cage. I can't wait to start.
 Monkeys don't paint! Monkeys eat and sleep and climb trees. Only humans can be artists. Stop trying to be a human!”
And he rips up my paintings.
Sometimes Barbara saves my paintings in time, before Satscho can rip them up. I know Satscho loves me, but he doesn't understand. One day he'll see that I am a real artist.
Today, when Barbara gives me my paints, I can't wait to begin. I imagine the color of fresh bananas. I think of the rush of the wild jungle. I feel the sunny feeling I get when children smile at me. I swirl the paint up and down, round and round, colors and colors and colors. I love this painting most of all.
I proudly show the painting to Satscho.
“I don't understand what this painting is about,” says Satscho, shaking his head. “You silly monkey!”
I hang my head. I love to paint, but no one else likes my paintings, not even Satscho.
Barbara arrives and takes the painting. “Banghi,” she says. “I'm going to sell your painting.
I look at Satscho and smile. “I told you so,” I say. Now people will finally know I am a real artist!
The next day, Barbara gives me a big smile from between the bars of the cage.
“Banghi,” she says. “I sold one of your paintings to a museum.
I hoot and holler and run around.
“Congratulations,” mumbles Satscho.
I'm so excited by my newfound fame that I paint and paint and paint, and Satscho doesn't rip up a single painting. He just watches me with interest.

“Banghi,” she says when she can breathe. “You were found out! The art museum thought you were a human artist. They had no idea you were a monkey!”
Barbara hoots and hollers and runs around. She's going bananas. I don't think it's so funny. What's wrong with being a monkey? I am an artist.
“Don't worry, Banghi,” says Barbara as soon as she can catch her breath. “I got the painting back.”
Barbara hangs up the painting next to our cage, where it greets the world. I'm a little sad.
“It's okay,” says Satscho. “I thought your painting was pretty good.” He gives me a hug.
The next day, a little girl looks at my painting. She says, “Look, Mommy! The monkey painted that!”
“Monkeys can't paint,” says her mom.
“Yes she can! She's a real artist!”
I smile at the girl, because she's right. Human museums may not be ready for me, but I am happy with my work. And so is Satscho. And so is one little girl.
I am a monkey, and I am an artist.
Banghi is a real monkey, and a real artist. She lives in Halle Zoo in Germany with her mate, Satscho. She likes to paint, but doesn't have much work saved, since Satscho rips up most of it. In 2005, the director of the State Art Museum of Mortizburg, Dr. Katja Schneider, thought one of her paintings was the work of abstract artist Ernst Wilhelm Nay. There you have it—a real monkey and a real artist.


|
BitShares-Core
6.1.0
BitShares blockchain implementation and command-line interface software
|
Enumerations | |
| enum | block_production_condition_enum { produced = 0, not_synced = 1, not_my_turn = 2, not_time_yet = 3, no_private_key = 4, low_participation = 5, lag = 6, exception_producing_block = 7, shutdown = 8, no_network = 9 } |
| Enumerator | |
|---|---|
| produced | |
| not_synced | |
| not_my_turn | |
| not_time_yet | |
| no_private_key | |
| low_participation | |
| lag | |
| exception_producing_block | |
| shutdown | |
| no_network |
Definition at line 35 of file witness.hpp.


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UPDATE-ALTERNATIVES
Section: Maintenance Commands (8)Updated: 27 January 2001
Index Return to Main Contents
NAME
alternatives - maintain symbolic links determining default commandsSYNOPSIS
alternatives [options] --install link name path priority [--slave link name path]... [--initscript service]alternatives [options] --remove name path
alternatives [options] --set name path
alternatives [options] --auto name
alternatives [options] --display name
alternatives [options] --config name
DESCRIPTION
alternatives creates, removes, maintains and displays information about the symbolic links comprising the alternatives system. The alternatives system is a reimplementation of the Debian alternatives system. It was rewritten primarily to remove the dependence on perl; it is intended to be a drop in replacement for Debian's update-dependencies script. This man page is a slightly modified version of the man page from the Debian project.It is possible for several programs fulfilling the same or similar functions to be installed on a single system at the same time. For example, many systems have several text editors installed at once. This gives choice to the users of a system, allowing each to use a different editor, if desired, but makes it difficult for a program to make a good choice of editor to invoke if the user has not specified a particular preference.
The alternatives system aims to solve this problem. A generic name in the filesystem is shared by all files providing interchangeable functionality. The alternatives system and the system administrator together determine which actual file is referenced by this generic name. For example, if the text editors ed(1) and nvi(1) are both installed on the system, the alternatives system will cause the generic name /usr/bin/editor to refer to /usr/bin/nvi by default. The system administrator can override this and cause it to refer to /usr/bin/ed instead, and the alternatives system will not alter this setting until explicitly requested to do so.
The generic name is not a direct symbolic link to the selected alternative. Instead, it is a symbolic link to a name in the alternatives directory, which in turn is a symbolic link to the actual file referenced. This is done so that the system administrator's changes can be confined within the /etc directory: the FHS (q.v.) gives reasons why this is a Good Thing.
When each package providing a file with a particular functionality is installed, changed or removed, alternatives is called to update information about that file in the alternatives system. alternatives is usually called from the %post or %pre scripts in RPM packages.
It is often useful for a number of alternatives to be synchronised, so that they are changed as a group; for example, when several versions of the vi(1) editor are installed, the man page referenced by /usr/share/man/man1/vi.1 should correspond to the executable referenced by /usr/bin/vi. alternatives handles this by means of master and slave links; when the master is changed, any associated slaves are changed too. A master link and its associated slaves make up a link group.
Each link group is, at any given time, in one of two modes: automatic or manual. When a group is in automatic mode, the alternatives system will automatically decide, as packages are installed and removed, whether and how to update the links. In manual mode, the alternatives system will not change the links; it will leave all the decisions to the system administrator.
Link groups are in automatic mode when they are first introduced to the system. If the system administrator makes changes to the system's automatic settings, this will be noticed the next time alternatives is run on the changed link's group, and the group will automatically be switched to manual mode.
Each alternative has a priority associated with it. When a link group is in automatic mode, the alternatives pointed to by members of the group will be those which have the highest priority.
When using the --config option, alternatives will list all of the choices for the link group of which given name is the master link. You will then be prompted for which of the choices to use for the link group. Once you make a change, the link group will no longer be in auto mode. You will need to use the --auto option in order to return to the automatic state.
TERMINOLOGY
Since the activities of alternatives are quite involved, some specific terms will help to explain its operation.- generic name
- A name, like /usr/bin/editor, which refers, via the alternatives system, to one of a number of files of similar function.
- symlink
- Without any further qualification, this means a symbolic link in the alternatives directory: one which the system administrator is expected to adjust.
- alternative
- The name of a specific file in the filesystem, which may be made accessible via a generic name using the alternatives system.
- alternatives directory
- A directory, by default /etc/alternatives, containing the symlinks.
- administrative directory
- A directory, by default /var/lib/alternatives, containing alternatives' state information.
- link group
- A set of related symlinks, intended to be updated as a group.
- master link
- The link in a link group which determines how the other links in the group are configured.
- slave link
- A link in a link group which is controlled by the setting of the master link.
- automatic mode
- When a link group is in automatic mode, the alternatives system ensures that the links in the group point to the highest priority alternatives appropriate for the group.
- manual mode
- When a link group is in manual mode, the alternatives system will not make any changes to the system administrator's settings.
OPTIONS
Exactly one action must be specified if alternatives is to perform any meaningful task. Any number of the common options may be specified together with any action.COMMON OPTIONS
- --verbose
- Generate more comments about what alternatives is doing.
- --quiet
- Don't generate any comments unless errors occur. This option is not yet implemented.
- --test
- Don't actually do anything, just say what would be done. This option is not yet implemented.
- --help
- Give some usage information (and say which version of alternatives this is).
- --version
- Tell which version of alternatives this is (and give some usage information).
- --altdir directory
- Specifies the alternatives directory, when this is to be different from the default.
- --admindir directory
- Specifies the administrative directory, when this is to be different from the default.
ACTIONS
- --install link name path priority [--slave slink sname spath] [--initscript service]...
- Add a group of alternatives to the system. name is the generic name for the master link, link is the name of its symlink, path is the alternative being introduced for the master link, and priority is the priority of the alternatives group. Higher priorities take precendence if no alternative is manually selected. sname, slink and spath are the generic name, symlink name and alternative for a slave link, and service is the name of any associated initscript for the alternative. NOTE: --initscript is a Red Hat Linux specific option. Zero or more --slave options, each followed by three arguments, may be specified.
-
If the master symlink specified exists already
in the alternatives system's records,
the information supplied will be added as a new
set of alternatives for the group.
Otherwise, a new group, set to automatic mode,
will be added with this information.
If the group is in automatic mode,
and the newly added alternatives' priority is higher than
any other installed alternatives for this group,
the symlinks will be updated to point to the newly added alternatives.
If --initscript is used, the alternatives system will manage the initscript associated with the alternative via chkconfig, registering and unregistering the init script depending on which alternative is active.
NOTE: --initscript is a Red Hat Linux specific option.
- --remove name path
- Remove an alternative and all of its associated slave links. name is a name in the alternatives directory, and path is an absolute filename to which name could be linked. If name is indeed linked to path, name will be updated to point to another appropriate alternative, or removed if there is no such alternative left. Associated slave links will be updated or removed, correspondingly. If the link is not currently pointing to path, no links are changed; only the information about the alternative is removed.
- --set name path
- The symbolic link and slaves for link group name set to those configured for path, and the link group is set to manual mode. This option is not in the original Debian implementation.
- --config name
- Present the user with a configuration menu for choosing the master link and slaves for link group name. Once chosen, the link group is set to manual mode.
- --auto name
- Switch the master symlink name to automatic mode. In the process, this symlink and its slaves are updated to point to the highest priority installed alternatives.
- --display name
- Display information about the link group of which name is the master link. Information displayed includes the group's mode (auto or manual), which alternative the symlink currently points to, what other alternatives are available (and their corresponding slave alternatives), and the highest priority alternative currently installed.
FILES
- /etc/alternatives/
- The default alternatives directory. Can be overridden by the --altdir option.
- /var/lib/alternatives/
- The default administration directory. Can be overridden by the --admindir option.
EXIT STATUS
- 0
- The requested action was successfully performed.
- 2
- Problems were encountered whilst parsing the command line or performing the action.
DIAGNOSTICS
alternatives chatters incessantly about its activities on its standard output channel. If problems occur, alternatives outputs error messages on its standard error channel and returns an exit status of 2. These diagnostics should be self-explanatory; if you do not find them so, please report this as a bug.BUGS
If you find a bug, please report it using the Red Hat bug tracking system at http://bugzilla.redhat.com.If you find any discrepancy between the operation of alternatives and this manual page, it is a bug, either in the implementation or the documentation; please report it. Any significant differences between this implementation and Debian's is also a bug and should be reported, unless otherwise noted in this man page.
AUTHOR
alternatives is copyright 2002 Red Hat, Inc.. It is free software; see the GNU General Public Licence version 2 or later for copying conditions. There is NO warranty.This manual page is copyright 1997/98 Charles Briscoe-Smith and 2002 Red Hat, Inc. This is free documentation; see the GNU General Public Licence version 2 or later for copying conditions. There is NO WARRANTY.
SEE ALSO
ln(1), FHS, the Filesystem Hierarchy Standard. alternatives.c chkconfig.c COPYING leveldb.c leveldb.h Makefile ntsysv.c ook
Index
This document was created by man2html, using the manual pages.
Time: 05:34:31 GMT, December 24, 2015


Bulls No Longer In Charge
by Bespoke Investment GroupSummary
- This week's survey of individual investor sentiment from AAII saw 34.24% of investors responding as bullish compared to 40.72% last week.
- Bearish sentiment is now at 29.03%, up from 24.82% last week.
- Although the bull-bear spread still leans positive, it has been narrowing over the past couple of weeks.
- The highest share of investors, 36.72%, now consider themselves neutral.
As the S&P 500 has pulled off of its record highs in the past week, investors have been more hesitant to label themselves as bulls. This week's survey of individual investor sentiment from AAII saw 34.24% of investors responding as bullish compared to 40.72% last week. This was the biggest one-week decline since an 8 percentage point drop in the first week of October. After spending two weeks above it, this decline has also brought bullish sentiment back below its historical average. Additionally, this is the first time in two weeks that bullish sentiment was not the predominant sentiment level. Despite this, the bull-bear spread is still in favor of bulls by 5.21 percentage points, as has been the case for the past six weeks.
Although the bull-bear spread still leans positive, it has been narrowing over the past couple of weeks. This is on account of bullish sentiment pulling back, with those losses going to the bears. Bearish sentiment is now at 29.03%, up from 24.82% last week. Bearish sentiment is still below (but now close to) its historical average of 30.36%, as has been the case for the past five consecutive weeks. This is the longest such streak since a seven-week run ending on May 9th.
As mentioned before, bullish sentiment no longer takes the crown for being the predominant sentiment. Instead, the highest share of investors, 36.72%, now consider themselves neutral.
Neutral sentiment has been above its historical average for 15 consecutive weeks now. This is just the eighth time in the history of AAII's survey where there has been a streak of 15 weeks or more. Most of these have actually occurred in the current bull market, with at least one occurring in each of the past five years except for 2018. Even though the current run is long, previous streaks lasted much longer. The current streak is the longest streak since the one in 2017 that ultimately ended at 25 weeks long. Even that was not the longest streak on record though. That accolade belongs to the 41-week streak that lasted from 2015 through late 2016. In other words, there is a historical precedent for extended streaks of above-average neutral sentiment.
Performance following past streaks once they reach 15 weeks has leaned on the weaker side with underperformance one month, three months, and six months later. One and three months out, the S&P 500 has actually averaged a decline. On the other hand, the next week has typically experienced outperformance, as has the next year, albeit to a lesser extent on average.
Editor's Note: The summary bullets for this article were chosen by Seeking Alpha editors.


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