Wow!  As a result of this expedition I now have new most favorite AND least favorite places on planet Earth. There was still tons of snow in the high sierra and we ended up traversing two mountain passes, so we got to see plenty of snow, swam in three alpine lakes, crossed rivers multiple times, and improvised dozens of snowmelt crossings.
We had three 8 mile days and one 4 mile day with full packs. John, Robert and Erick Washbourne; and Joe and Jovanni Stefani were on the trip.
Link to
mapmyhike
with route and elevation profile.
Wednesday 27 July -- Water taxi to Upper Echo Lake, 4.5 miles to Lake Aloha
In 2010 we started above Fallen Leaf Lake and took the Glen Alpine trail. This year we opted for entry at a higher elevation and started at Echo Lake, southeast of Lake Tahoe and just off highway 50.
There is a water taxi from the east side of Lower Echo Lake that cuts off 2.5 miles of the trail and drops you on the west side of Upper Echo Lake. The dock is at 7500 feet elevation, and our destination the first night was around elevation 8200.
The cut between Lower Echo Lake and Upper Echo Lake is very narrow and hardly visible until you are quite close.
From the dock you climb for two and quarter miles at an average gradient of more than 6 percent, which is a rated category 2 climb. We were very fresh and it did not seem too bad at all, but it seemed like a really long descent on the trip out.
Near the top of the climb from Upper Echo Lake, with Lower and Upper Echo Lake in the background.
Panoramic view of Upper Echo Lake from the top of the climb.
After the climb we hit the first snow, and spent a fair amount of energy trying to keep track of the trail. There had not been a lot of traffic yet in the area, so it took some work to stay on trail.
Robert used some of his extra energy to climb on a tree. Note that he is carrying two matress pads; one for himself and one for Erick.
A mile or so more and we reached the eastern shore of Lake Aloha, formerly my favorite place on planet Earth.
Joe and Jovanni on the eastern shore of Lake Aloha.
Panoramic view of Lake Aloha from the east.
Much more snow compared with
Lake Aloha in 2010.
Hiking along the shore of Lake Aloha towards the west (1).
Hiking along the shore of Lake Aloha towards the west (2).
Hiking along the shore of Lake Aloha towards the west (3).
After a total of 4.5 miles from the dock we reached the campsite location for the first day. There was a nice sandy flat spot big enough for both tents, and far enough from the water to be acceptable. The legal limit is 100 ft from water, but the rangers prefer 200. This site was closer to 100 than 200 but pickings are slim if you need a spot for two tents.
The kids resting at camp site #1 (1).
The kids resting at camp site #1 (2).
Getting ready to cook dinner at camp site #1. Note the tripod stool I carried. At that moment worth every ounce. Some question of worth on the bigger climbs in the next two days.
Panoramic view from a ridge above camp site #1.
Thursday 28 July -- Mosquito Pass, Rockbottom Valley trail through China Flat, and Middle Lake Velma.
Advance plot summary: there is definitely a reason it is named
Mosquito Pass
After some lengthy discussion the night before, we decided to attempt a mega-transect of the Desolation Wilderness: a 16 mile excursion to the north into parts we had never seen before.
Our path led past the interestingly named
Mosquito Pass
through a long 4 mile valley and then to a series of lakes, one of which was identified as very cool by a friend of Joe's.
Early morning mirror magic on Lake Aloha (1). Photo courtesy Joe the early riser.
Early morning mirror magic on Lake Aloha (2).
Early morning mirror magic on Lake Aloha (3).
Early morning mirror magic on Lake Aloha (4).
Robert and Jovanni next to Jovanni's cairn #1.
View of camp site #1 from above.
After breakfast we hiked along the shore and took the cutoff towards the interestingly named
Mosquito Pass
. The trail up the pass was a challenge to find because it was completely covered by snow, but determined map work by Joe and entrepreneurial spirit by the rest of the crew got us on the way.
Panoramic view of Lake Aloha from just below the trail to the interestingly named
Mosquito Pass.
We spent a fair amount of time throwing rocks from that ledge towards Lake Aloha. There is still debate but the consensus is that Jovanni's rock went farther, although Joe's "sounded like it landed in deeper water".
Joe rock throwing form (1).
Joe rock throwing form (2).
A snow field on the trail up the interestingly named
Mosquito Pass.
The trail was even harder to find on the other side of the interestingly named
Mosquito Pass
. A bit of dogged searching led us finally to a ragged looking trail marker and we were again sure of our location, on the far side of the interestingly named
Mosquito Pass
.
Jovanni near the ragged trail marker below the interestingly named
Mosquito Pass.
One side of that trail marker has the interesting name
Mosquito Pass,
with an arrow pointing, as it turns out, in the right direction: which is the direction OPPOSITE the way we were going.
Past the snow on the far side the interestingly named
Mosquito Pass.
Once down in the valley, we had to contend with several river crossings. The river of course was swollen with snow melt, and on 3 occasions we had to remove our shoes and wade.
The first shoes off river crossing. Note the long sleeve shirts.
Jovanni on the first shoes off river crossing.
Joe on the first shoes off river crossing.
I convinced Erick to stand still long enough to take this picture for Larissa, who likes flowers. In the duration of that time he was stung approximately seventeen hundred times by mosquitoes.
Erick feeding the mosquitoes.
Robert in preemptive long pants.
My least favorite place on planet Earth
Somewhere in here we crossed China Flat, which is my new least favorite place on planet Earth. There was a shoes off river crossing, followed by a huge swampy section with slow moving water that was very warm. In case you were not aware, that is the recipe for growing mosquitoes in innumerable multitude.
I don't have any pictures of China Flat, because it would be insane to take a picture in the frenzy of avoiding so many mosquitoes, but I want you to imagine trying to put your shoes back on with mosquitoes as thick as heavy rain. You wave a hand to swat them away and hit a dozen. It was
really
something.
Permanently crossed off my list of destinations: China Flat, Rockbottom Valley, and the aptly named
Mosquito Pass
.
Robert at the last shoes off water crossing.
After running north about 4 miles in the valley we had to climb out, and this turned out to be a long exhausting climb up granite slopes in the sun.
Partway up the long sunny climb out of the valley.
Near the top of the climb (1).
Near the top of the climb (2).
We spent the night near the unremarkable Middle Velma Lake still in the presence of lots of mosquitoes.
Friday 29 July -- Fontanillis Lake, Dick's Pass, and Susie Lake
Fontanillis Lake was really the whole point of the mega-transect. It was identified as really nice by a friend of Joe's and was the impetus for the whole 16 mile trip to the north. From the place we camped, Fontanillis Lake was only about one mile away. We filled up water at Upper Velma Lake and headed south.
The trail marker for Fontanillis Lake.
My new favorite place
The trail was again a little difficult to find, but we used good sense and map reading and perserverence and ended up at Fontanillis Lake, which was every bit worth the trip, even through China Flat. It is my new favorite place on planet Earth.
Group photo with Fontanillis Lake in the background.
Ripply Fontanillis mirror magic (1).
Ripply Fontanillis mirror magic (2).
Happy hikers on the shore of Fontanillis Lake.
More from the shore of Fontanillis (1).
More from the shore of Fontanillis (2).
Next we started the real climb up to Dick's Pass, which is a rated category 1 climb. After speaking with several different hikers we expected lots of snow, with some folks even suggesting we needed crampons or rope to make it up the north side.
Turns out those people were total wimps.
Random snow field on the way up the north side of Dick's Pass (1).
Trail marker for Dick's Pass (1).
Trail marker for Dick's Pass (2).
On the trail to Dick's Pass with Dick's Lake down below.
Random snow field on the way up the north side of Dick's Pass (2). Sideways is the only way up without extra gear.
At this point we were in continuous snow, and the only faint suggestion of the trail was some tracks here and there. It was also quite steep, hitting 15 percent according to
mapmyhike
.
Snow on the north side of Dick's Pass (1).
Snow on the north side of Dick's Pass (2).
Snow on the north side of Dick's Pass (3). That is 15 percent at minimum.
Finally with the top in sight! Dick's Lake and the south end of Fontanillis in the background.
On the saddle of Dick's Pass, looking towards the north (1).
On the saddle of Dick's Pass, looking towards the north (2).
Coming down the south side of Dick's Pass with lots of flowers (1).
Coming down the south side of Dick's Pass with lots of flowers (2).
Partway down the south side, looking north to Dick's Lake and Fontanillis (1).
Partway down the south side, looking north to Dick's Lake and Fontanillis (2).
Coming down the south side of Dick's Pass with Susie Lake in the background. Susie was the destination for camp #3.
More flowers (1).
Beautiful trail.
More flowers (2).
Susie Lake!
We reached Susie Lake and snagged the same camp site we used last year for two days. A really nice location with good beach access.
Swimming in Susie Lake (1).
Swimming in Susie Lake (2).
Erick and an interesting tree near camp site #3 on Susie Lake (1).
Erick filtering water at Susie Lake.
Erick and an interesting tree near camp site #3 on Susie Lake (2).
Jovanni and rock cairn #2.
Destruction of rock cairn #2 can be seen at
YouTube
. This is the kind of goofy things people do in the back country.
Panoramic view of Susie Lake from above camp site #3.
An interesting tree near Susie Lake.
Preparation for a short rain squall, conversion of the footprint tarp to a temporary rain fly.
Saturday 30 July -- Susie Lake to Lake Aloha, and return from Lake Aloha to Upper Echo Lake.
Saturday we hit my favorite stretch of trail in the Desolation Wilderness, which is to say my favorite stretch of trail on planet Earth. The 3.5 miles from Susie Lake to Lake Aloha is fantastic! We had nice weather, a beautiful breeze, and it was really a perfect day.
Check these next pictures out! The amount of sheer awesomeness has the awesome meter pegged.
Panoramic view of Susie Lake.
View of Susie Lake from above camp site #3.
Crossing a stream at the top of Susie Lake.
Crossing a stream at the top of Susie Lake (3).
A snow cave between Susie Lake and Heather Lake.
A dead tree between Susie Lake and Heather Lake.
The eastern shore of Heather Lake (1).
The eastern shore of Heather Lake (2).
The eastern shore of Heather Lake (3).
A waterfall between Heather Lake and Lake Aloha.
An iceberg between Heather Lake and Lake Aloha.
A stream crossing between Heather Lake and Lake Aloha.
Another waterfall between Heather Lake and Lake Aloha.
More flowers between Heather Lake and Lake Aloha.
The trail marker for the interestingly named
Mosquito Pass
at Lake Aloha, with roman ratings by Robert and Erick.
A view of Lake Aloha from the north east corner (1).
A view of Lake Aloha from the north east corner (2).
On camera panorama experiments at Lake Aloha (1).
On camera panorama experiments at Lake Aloha (2).
On camera panorama experiments at Lake Aloha (3).
Swimming in Lake Aloha (1).
Swimming in Lake Aloha (2).
Swimming in Lake Aloha (3). Invigorating.
Last picture with Lake Aloha.
Trail marker for Echo Lakes.
More flowers on the Echo Lake trail.
Desolation Wilderness boundary (1).
Desolation Wilderness boundary (2).
Water taxi from Upper to Lower Echo Lake (1).
Water taxi from Upper to Lower Echo Lake (2).
Milk shakes at the parking lot above Lower Echo Lake.
I told the kids that they could have whatever they wanted for dinner, within reason.
Pizza!
If you are interested in the full rez pictures, you can see them at:
https://picasaweb.google.com/jkwashbourne/20110727DesolationWilderness02
Blogger backup created by Robert Washbourne


Guild wars / guild link needed
Posted: Thu May 21, 2009 3:28 pm
As you developers might have seen There are two guilds rising "Legends of Evidyon" "The Ravenous"
i am sure the rest of the people will agree that a guild war without any actuall guild link sucks, so i am not asking you to create one right away.
Simply asking when can we look forward to guild implementation? just having a permament link like on Xen would be nice, then maybe later add the cool extra features ?
just saying cause people r rly fighting over members etc and killing eachother on sight.
i am sure the rest of the people will agree that a guild war without any actuall guild link sucks, so i am not asking you to create one right away.
Simply asking when can we look forward to guild implementation? just having a permament link like on Xen would be nice, then maybe later add the cool extra features ?
just saying cause people r rly fighting over members etc and killing eachother on sight.


This project compares low rank matrix completion algorithms on many
different kinds of random and real data matrices. The data and plots are generated
by code in this repository
(this repo also contains the source of this website).
Below, feel free to examine algorithm performance on either random or
real data matrices. More options to come soon!
Select a matrix for comparison
This combination of values is actually below the information theoretic
limit for low rank matrix recovery! See this paper
for more information. Per that result we require the following condition:
matrix_size^2 * fraction_shown > (2 * matrix_size - rank) * rank


About Me
Hello! my name is, Jorge Dominguez this is part of a big assigment in my life as this is my first time I am creating my own website. I hope, I can definetly go back to this example and see how easy it was compared to all the stress and frustration I am feeling as I am writing this. As far as this project goes I am to talk a little about myself.
I am 27 years old, I graduated with my Bachelor's in Information Systems from Donnelly College. I was
Born in Guadalajara Jalisco home of the tequila! and I was brought to the age of 13 to the United States
and grew up here.
It was a bit hard learning a new language but by my early years as a teenager I was able to pick up the
langauge quickly and it took me about a year and a half to fully speak it. After graduatuion my goal was
to become a system engineer however, I have always liked code and wanted to learn more about it and the
KU Boot camp program seemed to put those skills to the test and I hope to become a software engineer
instead.


Hi {{d.name}}, hope you are well.
Thanks for your commitment to judging with us so far!
We are pleased to present the shortlist for the {{d.category}} category - you can see the pdfs here:
{{d.shortlistLink}}These are the papers you will be discussing in your judging sessions. You will not have seen the majority of these in the first round so please do read all the papers. The links will also be in the calendar invites for the discussions.
The aim of the discussions is to get your feedback on the positives and negatives of each campaign, rather than determining any medals just yet.
If you have any questions please drop myself or Chiara a message.
Best,
Aron


--- layout: data_model title: fieldDataEntry this_version: 4.1 ---
Data structure to hold prevalence information. The data includes a reference to another object (which is an xpath expression pointing to an object inside the 'ref' element), together with a time period (startDate -> endDate), an origin - where the object came from, and various location tags. This allows rich information on prevalence to be recorded. By convention, time periods should be wherever possible standard time periods, e.g. minute, hour, 24 hours, week, month, quarter, year. This will facilitate combination of data from multiple sources. To represent a single entry, make startDate == endDate. Commonality is calculated from the sightings of malware objects (and so such calculation is easier to automate). Importance is reserved for cases when “commonality” is not available or if there is a need to communicate the importance when commonality is low. We define the commonality on a scale 0 to 100 (0 means “never found in the field” and 100 means “found very frequently”). Scaling commonality to 0..100 range instead of using actual sample counts is to avoid the effect of the user base size on the commonality. We derive commonality from the number of affected computers – not from the number of samples (for example, a hundred parasitic infections of the same virus on a single computer are to be counted as one). To calculate the commonality we use two-stage approach and logarithmic scale: - If the number of affected users exceeds 0.1% of your user base (more frequent than 1 in a 1000) set commonality to “100” - Otherwise, calculate the ratio of infected computers amongst your user base by dividing the real number of affected computers ‘n’ by the total number ‘N’ - Apply the following formula to get the commonality –( log2(1+n*1000/N) ) * 100 - Round to the closest integer Obviously, the calculation above can only be applied to counting of malware sightings on desktops. If telemetry is collected from a fraction of such desktops then an appropriate correction should be used. For all other cases (e.g. sighting on gateways, in some network security appliance, on an ISP level, etc.) please exercise your best judgment and apply provided desktop guideline as an example to make sure the commonality factor is as comparable as possible. For a URL object the commonality could reflect, for example, how widely it was spammed. “Importance” should not be used together with “commonality” (unless commonality=“0”) to avoid possible confusion. High “importance”, for example, can be assigned to samples that are over-hyped by media when their commonality is still “0”. Use the following guidelines for “importance” which is also defined on a scale 0..100: 100 – you’d expect your CEO and/or media to call you any second about this object 80 – you might get a call from your CEO and/or media 60 – you’d expect your boss to call you any second 40 – you might get a call from your boss 20 – someone is very likely to contact you about this object 10 – you might get contacted about this object 0 – you’d be surprised if anyone would ever contact you about this object
| Field Name | Type | Description |
|---|---|---|
| references1..1 | referencesInlineType |
The objects the prevalence information pertains to.
|
| startDate1..1 | dateTime |
The start date for this field data entry - the start date of the period over which the prevalence (commonality) and importance is measured.
|
| endDate1..1 | dateTime |
The end date for this field data entry - the end date of the period over which the prevalence (commonality) and importance is measured.
|
| firstSeenDate0..1 | dateTime |
The date that the object was first seen by the reporting entity.
|
| origin1..1 | OriginTypeEnum |
An enumeration of common sources or origins of data associated with the field data.
|
| commonality0..1 | intBetween0and100 |
Qualitative measurements of prevalence.
|
| volume0..n | volumeInlineType |
Quantitive measurements of prevalence.
|
| importance0..1 | intBetween0and100 |
Qualitative measurement of risk associated with the object.
|
| location0..1 | locationInlineType |
Geolocation information for prevalence.
|


🎉 React-Toastify allow you to add notification to your app with ease. No more nonsense!
A demo is worth a thousand words
$ npm install --save react-toastify
$ yarn add react-toastify
RC.5
useLazyContainer has been removed. The lazy container is opt-in
onOpen
and onClose
hooks. Both can access the props passed to the react component rendered inside the toastToastContainer
is optional if you want to 😎The toasts inherit ToastContainer's props. Props defined on toast supersede ToastContainer's props.
import React, { Component } from 'react';
import { ToastContainer, toast } from 'react-toastify';
import 'react-toastify/dist/ReactToastify.css';
// minified version is also included
// import 'react-toastify/dist/ReactToastify.min.css';
class App extends Component {
notify = () => toast("Wow so easy !");
render(){
return (

<button onClick={this.notify}>Notify !</button>
<ToastContainer />

);
}
}
Remember to render the ToastContainer
once in your application tree.
If you can't figure out where to put it, rendering it in the application root would be the best bet.
import React, { Component } from 'react';
import { toast } from 'react-toastify';
import 'react-toastify/dist/ReactToastify.css';
// Call it once in your app. At the root of your app is the best place
toast.configure()
const App = () => {
const notify = () => toast("Wow so easy !");
return <button onClick={notify}>Notify !</button>;
}
The library will mount a ToastContainer
for you if none is mounted.
The configure function accept the same props as the ToastContainer. As soon as the container is rendered call to configure will have no effect.
toast.configure({
autoClose: 8000,
draggable: false,
//etc you get the idea
});
To enable multiple container support, you have to pass enableMultiContainer
and specify a containerId
and use it in
each toast, to do so add containerId
to the toast's options object.
Note: adding enableMultiContainer
prop to the <ToastContainer/ >
will:
containerId
match the container containerId
so it can be rendered.toast
that has containerId
.toast
and <ToastContainer/ >
does not include containerId
and containerId
respectively.A simple example to demonstrate multi toast container capability.
import React, { Component } from 'react';
import { ToastContainer, toast } from 'react-toastify';
import 'react-toastify/dist/ReactToastify.css';
class App extends Component {
notifyA = () => toast('Wow so easy !', {containerId: 'A'});
notifyB = () => toast('Wow so easy !', {containerId: 'B'});
render(){
return (

<ToastContainer enableMultiContainer containerId={'A'} position={toast.POSITION.BOTTOM_LEFT} />
<ToastContainer enableMultiContainer containerId={'B'} position={toast.POSITION.TOP_RIGHT} />
<button onClick={this.notifyA}>Notify A !</button>
<button onClick={this.notifyB}>Notify B !</button>

);
}
}
By default, all the toasts will be positioned on the top right of your browser. If a position is set on a toast
, the one defined on ToastContainer will be replaced.
The following values are allowed: top-right, top-center, top-left, bottom-right, bottom-center, bottom-left
For convenience, toast
expose a POSITION property to avoid any typo.
// toast.POSITION.TOP_LEFT, toast.POSITION.TOP_RIGHT, toast.POSITION.TOP_CENTER
// toast.POSITION.BOTTOM_LEFT,toast.POSITION.BOTTOM_RIGHT, toast.POSITION.BOTTOM_CENTER
import React, { Component } from 'react';
import { toast } from 'react-toastify';
class Position extends Component {
notify = () => {
toast("Default Notification !");
toast.success("Success Notification !", {
position: toast.POSITION.TOP_CENTER
});
toast.error("Error Notification !", {
position: toast.POSITION.TOP_LEFT
});
toast.warn("Warning Notification !", {
position: toast.POSITION.BOTTOM_LEFT
});
toast.info("Info Notification !", {
position: toast.POSITION.BOTTOM_CENTER
});
toast("Custom Style Notification with css class!", {
position: toast.POSITION.BOTTOM_RIGHT,
className: 'foo-bar'
});
};
render(){
return <button onClick={this.notify}>Notify</button>;
}
}
import React from 'react';
import { ToastContainer } from 'react-toastify';
// close toast after 8 seconds
const App = () => (
<ToastContainer autoClose={8000} />
);
import React from 'react';
import { ToastContainer, toast } from 'react-toastify';
class App extends Component {
closeAfter15 = () => toast("YOLO", { autoClose: 15000 });
closeAfter7 = () => toast("7 Kingdoms", { autoClose: 7000 });
render(){
return (

<button onClick={this.closeAfter15}>Close after 15 seconds</button>
<button onClick={this.closeAfter7}>Close after 7 seconds</button>
<ToastContainer autoClose={8000} />

);
}
}
<ToastContainer autoClose={false} />
toast("hello", {
autoClose: false
})
When you render a component, a closeToast
function is passed as a props. That way you can close the toast on user interaction for example.
import React from 'react';
import { ToastContainer, toast } from "react-toastify";
const Msg = ({ closeToast }) => (

Lorem ipsum dolor
<button>Retry</button>
<button onClick={closeToast}>Close</button>

)
const App = () => (

<button onClick={() => toast(<Msg />)}>Hello 😀</button>
<ToastContainer />

);
You can also render a component using a function. More or less like a "render props":
toast(({ closeToast }) =>
Functional swag 😎
);
An id is returned each time you display a toast, use it to remove a given toast programmatically by calling toast.dismiss(id)
Without args, all the displayed toasts will be removed.
import React, { Component } from 'react';
import { toast } from 'react-toastify';
class Example extends Component {
toastId = null;
notify = () => this.toastId = toast("Lorem ipsum dolor");
dismiss = () => toast.dismiss(this.toastId);
dismissAll = () => toast.dismiss();
render(){
return (

<button onClick={this.notify}>Notify</button>
<button onClick={this.dismiss}>Dismiss</button>
<button onClick={this.dismissAll}>Dismiss All</button>

);
}
}
"Talk is cheap. Show me the code"
The default behavior is to pause the toast timer whenever the window loses focus. You can opt-out by setting the pauseOnFocusLoss
props to false:
// Opt-out for all toast
<ToastContainer pauseOnFocusLoss={false} />
// Opt-out per toast
toast('Hello', {
pauseOnFocusLoss: false
})
A custom toastId
can be used to replace the one generated. You can use a number
or a string
.
import React, { Component } from 'react';
import { toast } from 'react-toastify';
class Example extends Component {
notify = () => {
toast("I cannot be duplicated !", {
toastId: 13
});
}
render(){
return (

<button onClick={this.notify}>Notify</button>

);
}
}
To prevent duplicates, you can check if a given toast is active by calling toast.isActive(id)
like the snippet below. Or, you can use a custom toastId
:
import React, { Component } from 'react';
import { toast } from 'react-toastify';
class Example extends Component {
toastId = null;
customToastId = 'xxx-yyy';
notify = () => {
if (! toast.isActive(this.toastId)) {
this.toastId = toast("I cannot be duplicated !");
}
toast("xxx-yyy cannot be duplicated", {
toastId: customToastId
});
}
render(){
return (

<button onClick={this.notify}>Notify</button>

);
}
}
You can delay the notification appearance as shown below. Under the hood the lib simply use setTimeout
.
toast('Show now');
toast('Show after 1sec', { delay: 1000 })
Note: toast.dismiss() has no effect if called during the delay before a given toast appears.
Imagine you want to see the progress of a file upload. The example below feature axios, but it works with anything!
import React, { Component } from 'react';
import { toast } from 'react-toastify';
import axios from 'axios';
class Example extends Component {
upload = () => {
// we need to keep a reference of the toastId to be able to update it
let toastId = null;
axios.request({
method: "post",
url: "/foobar",
data: myData,
onUploadProgress: p => {
const progress = p.loaded / p.total;
// check if we already displayed a toast
if(toastId === null){
toastId = toast('Upload in Progress', {
progress: progress
});
} else {
toast.update(toastId, {
progress: progress
})
}
}
}).then (data => {
// Upload is done!
// The remaining progress bar will be filled up
// The toast will be closed when the transition end
toast.done(toast.id)
})
}
render(){
return (

<button onClick={this.upload}>Upload something</button>

);
}
}
When you update a toast, the toast options and the content are inherited but don't worry you can update them.
import React, { Component } from 'react';
import { toast } from 'react-toastify';
class Update extends Component {
toastId = null;
notify = () => this.toastId = toast("Hello", { autoClose: false });
update = () => toast.update(this.toastId, { type: toast.TYPE.INFO, autoClose: 5000 });
render(){
return (

<button onClick={this.notify}>Notify</button>
<button onClick={this.update}>Update</button>

)
}
}
If you want to change the content it's straightforward as well. You can render any valid element including a react component. Pass your value to a render
option as follow:
// With a string
toast.update(this.toastId, {
render: "New content",
type: toast.TYPE.INFO,
autoClose: 5000
});
// Or with a component
toast.update(this.toastId, {
render: <MyComponent />
type: toast.TYPE.INFO,
autoClose: 5000
});
If you want to update the toastId
it can be done. But don't forget to use the new id!
const myNewToastId = 'loremIpsum';
toast.update(this.toastId, {
render: "New content",
type: toast.TYPE.INFO,
autoClose: 5000,
toastId: myNewToastId
});
toast.update(myNewToastId, {
render: <MyComponent />
autoClose: 6000
});
By default, when you update a toast, there is no transition applied. If you want to apply a transition, it can be done via the className
or the transition
option:
// with css
toast.update(this.toastId, {
render: "New Content",
type: toast.TYPE.INFO,
//Here the magic
className: 'rotateY animated'
})
// with glamor
toast.update(this.toastId, {
render: "New Content",
type: toast.TYPE.INFO,
//Here the magic
className: css({
transform: "rotateY(360deg)",
transition: "transform 0.6s"
})
})
// with transition
toast.update(this.toastId, {
render: "New Content",
type: toast.TYPE.INFO,
//Here the magic
transition: Rotate
})
If you want to inherit props from the ToastContainer
, you can reset an option by passing null.
It's particulary useful when you remove the closeButton
from a toast and you want it back during the update:
class Update extends Component {
toastId = null;
notify = () => this.toastId = toast("Hello", {
autoClose: false,
closeButton: false // Remove the closeButton
});
update = () => toast.update(this.toastId, {
type: toast.TYPE.INFO,
autoClose: 5000,
closeButton: null // The closeButton defined on ToastContainer will be used
});
render(){
return (

<button onClick={this.notify}>Notify</button>
<button onClick={this.update}>Update</button>

)
}
}
You can define two callbacks on toast
. They are really useful when the toast are not used only to display messages.
import React, { Component } from 'react';
import { toast } from 'react-toastify';
class Hook extends Component {
notify = () => toast(<MyComponent foo="bar" />, {
onOpen: ({ foo }) => window.alert('I counted to infinity once then..'),
onClose: ({ foo }) => window.alert('I counted to infinity twice')
});
render(){
return <button onClick={this.notify}>Notify</button>;
}
}
If you want to know when a toast is displayed or removed, toast
expose a onChange
method:
toast.onChange( (numberOfToastDisplayed, containerId) => {
// Do whatever you want
// The containerId is usefull when working with multiple containers
});
You can pass a custom close button to the ToastContainer
to replace the default one.
⚠ When you use a custom close button, your button will receive a closeToast
function.
You need to call it in order to close the toast. ⚠
import React, { Component } from 'react';
import { toast, ToastContainer } from 'react-toastify';
const CloseButton = ({ YouCanPassAnyProps, closeToast }) => (

delete

);
class CustomClose extends Component {
notify = () => {
toast("The close button change when Chuck Norris display a toast");
};
render(){
return (

<button onClick={this.notify}>Notify</button>;
<ToastContainer closeButton={<CloseButton YouCanPassAnyProps="foo" />} />

);
}
}
import React, { Component } from 'react';
import { toast } from 'react-toastify';
// Let's use the closeButton we defined on the previous example
class CustomClose extends Component {
notify = () => {
toast("The close button change when Chuck Norris display a toast",{
closeButton: <CloseButton YouCanPassAnyProps="foo" />
});
};
render(){
return <button onClick={this.notify}>Notify</button>;
}
}
Sometimes you don't want to display a close button. It can be removed globally or per toast. Pass
false
to closeButton
props:
<ToastContainer closeButton={false} />
toast("hello", {
closeButton: false
})
-- if you removed it globally, you can display the default Button per toast (or you can set your custom button)
toast("hello", {
closeButton: true // or <FontAwesomeCloseButton />
})
See it in action:
const ToastUndo = ({ id, undo, closeToast }) => {
function handleClick(){
undo(id);
closeToast();
}
return (

Row Deleted <button onClick={handleClick}>UNDO</button>

);
}
class App extends Component {
state = {
collection: data,
// Buffer
toRemove: []
};
// Remove the row id from the buffer
undo = id => {
this.setState({
toRemove: this.state.toRemove.filter(v => v !== id)
});
}
// Remove definetly
cleanCollection = () => this.setState({
// Return element which are not included in toRemove
collection: this.state.collection.filter(v => !this.state.toRemove.includes(v.id)),
//Cleanup the buffer
toRemove: []
});
// Remove row from render process
// then display the toast with undo action available
removeRow = e => {
const id = e.target.dataset.rowId;
this.setState({
toRemove: [...this.state.toRemove, id]
});
toast(<ToastUndo undo={this.undo} id={id} />, {
// hook will be called whent the component unmount
onClose: this.cleanCollection
});
};
renderRows() {
const { collection, toRemove } = this.state;
// Render all the element wich are not present in toRemove
// Im using data-attribute to grab the row id
return collection.filter(v => !toRemove.includes(v.id)).map(v => (

{v.firstName}
{v.lastName}
{v.email}

<button onClick={this.removeRow} data-row-id={v.id}>
Delete
</button>

));
}
render() {
// Dont close the toast on click
return (

name
firstname
gender

{this.renderRows()}

<ToastContainer closeOnClick={false} />

);
}
}
There is 4 built-in transitions provided:
Bounce is used by default but you can replace it by your own transition or by one of the list above:
import { Slide, Zoom, Flip, Bounce } from 'react-toastify';
<ToastContainer
transition={Slide}
/>
//...
<ToastContainer
transition={YourCustomTransition}
/>
You get the idea...
The toast relies on react-transition-group
for the enter and exit transition. Any transition built with react-transition-group should work !
I'll use the zoom animation from animate.css. Of course, you could create your own animation.
/* style.css*/
@keyframes zoomIn {
from {
opacity: 0;
transform: scale3d(.3, .3, .3);
}
50% {
opacity: 1;
}
}
.zoomIn {
animation-name: zoomIn;
}
@keyframes zoomOut {
from {
opacity: 1;
}
50% {
opacity: 0;
transform: scale3d(.3, .3, .3);
}
to {
opacity: 0;
}
}
.zoomOut {
animation-name: zoomOut;
}
/* Not needed with the cssTransition helper */
.animate {
animation-duration: 800ms;
}
The easiest way to roll your own transition is by using the cssTransition
helper. Doing so you don't need to deal with react-transition-group
. You only need to provide the enter
and the exit
class name, the transition duration
is set
to 750ms
by default but it can be overridden:
import React, { Component } from 'react';
import { toast, cssTransition } from 'react-toastify';
import './style.css';
const Zoom = cssTransition({
enter: 'zoomIn',
exit: 'zoomOut',
// default to 750ms, can be omitted
duration: 750,
});
class App extends Component {
notify = () => {
toast("ZoomIn and ZoomOut", {
transition: Zoom,
autoClose: 5000
});
};
render(){
return <button onClick={this.notify}>Notify</button>;
}
}
If you want the transition duration to be different between the enter and exit transition pass an array:
import React, { Component } from 'react';
import { toast, cssTransition } from 'react-toastify';
import './style.css';
const Zoom = cssTransition({
enter: 'zoomIn',
exit: 'zoomOut',
duration: [500, 800]
});
class App extends Component {
notify = () => {
toast("ZoomIn and ZoomOut", {
transition: Zoom,
autoClose: 5000
});
};
render(){
return <button onClick={this.notify}>Notify</button>;
}
}
Some transitions are based on the toast position. This is the case for the default one. If you pass appendPosition
to the cssTransition
helper as shown below, the current position will be appended to the enter
and exit
class name:
import React, { Component } from 'react';
import { toast, cssTransition } from 'react-toastify';
import './style.css';
const Zoom = cssTransition({
// zoomIn will become zoomIn--top-right or zoomIn--top-left and so on
enter: 'zoomIn',
// zoomIn will become zoomOut--top-right or zoomOut--top-left and so on
exit: 'zoomOut',
// default to false
appendPosition: true
});
class App extends Component {
notify = () => {
toast("ZoomIn and ZoomOut", {
transition: Zoom,
autoClose: 5000
});
};
render(){
return <button onClick={this.notify}>Notify</button>;
}
}
import React, { Component } from 'react';
import { toast } from 'react-toastify';
import Transition from 'react-transition-group/Transition';
import './style.css';
const ZoomInAndOut = ({ children, position, ...props }) => (
<Transition
{...props}
{/* Same as the animation duration */}
timeout={800}
onEnter={ node => node.classList.add('zoomIn', 'animate')}
onExit={node => {
node.classList.remove('zoomIn', 'animate');
node.classList.add('zoomOut', 'animate');
}}
>
{children}
</Transition>
);
class App extends Component {
notify = () => {
toast("ZoomIn and ZoomOut", {
transition: ZoomInAndOut,
autoClose: 5000
});
};
render(){
return <button onClick={this.notify}>Notify</button>;
}
}
You can swipe the toast to remove it:
You need to drag 80% of the toast width to remove it. This can be changed to fit your need:
<ToastContainer draggablePercent={60}>
toast('Hello', {
draggablePercent: 60
});
<ToastContainer draggable={false}>
toast('Hello', {
draggable: false
});
toast("Custom style",{
className: 'black-background',
bodyClassName: "grow-font-size",
progressClassName: 'fancy-progress-bar'
});
import { css } from 'glamor';
toast("Custom style",{
className: css({
background: 'black'
}),
bodyClassName: css({
fontSize: '60px'
}),
progressClassName: css({
background: "repeating-radial-gradient(circle at center, red 0, blue, green 30px)"
})
});
<ToastContainer
className='toast-container'
toastClassName="dark-toast"
progressClassName={css({
height: "2px"
})}
/>
Your app need to support rtl content? Set the rtl props to true
:
render(){
return(
{/*Component*/}
<ToastContainer rtl />
{/*Component*/}
);
}
To include the bare minimum required style you can do as follow:
import 'react-toastify/dist/ReactToastify.minimal.css';
On mobile the toast will take all the available width.
| Props | Type | Default | Description |
|---|---|---|---|
| position | string | top-right | One of top-right, top-center, top-left, bottom-right, bottom-center, bottom-left |
| autoClose | false or number | 5000 | Delay in ms to close the toast. If set to false, the notification need to be closed manualy |
| closeButton | React Element or false | - | A React Component to replace the default close button or false to hide the button |
| transition | function | - | A reference to a valid react-transition-group/Transition component |
| hideProgressBar | bool | false | Display or not the progress bar below the toast(remaining time) |
| pauseOnHover | bool | true | Keep the timer running or not on hover |
| pauseOnFocusLoss | bool | true | Pause the timer when the window loses focus |
| rtl | bool | false | Support right to left content |
| closeOnClick | bool | true | Dismiss toast on click |
| newestOnTop | bool | false | Display newest toast on top |
| className | string|object | - | Add optional classes to the container |
| style | object | - | Add optional inline style to the container |
| toastClassName | string|object | - | Add optional classes to the toast |
| bodyClassName | string|object | - | Add optional classes to the toast body |
| progressClassName | string|object | - | Add optional classes to the progress bar |
| progressStyle | object | - | Add optional inline style to the progress bar |
| draggable | bool | true | Allow toast to be draggable |
| draggablePercent | number | 80 | The percentage of the toast's width it takes for a drag to dismiss a toast(value between 0 and 100) |
| enableMultiContainer | bool | - | Enable multi toast container support |
| containerId | string\number | - | Container id used to match toast with the same containerId |
| role | string | alert | Define the ARIA role for the toasts |
All the method of toast return a toastId except dismiss
and isActive
.
The toastId can be used to remove a toast programmatically or to check if the toast is displayed.
| Parameter | Type | Required | Description |
|---|---|---|---|
| content | string or React Element | ✓ | Element that will be displayed |
| options | object | ✘ | Options listed below |
type
: Kind of notification. One of "default", "success", "info", "warning", "error". You can use toast.TYPE.SUCCESS
and so on to avoid any typo.onOpen
: Called inside componentDidMountonClose
: Called inside componentWillUnmountautoClose
: same as ToastContainer.closeButton
: false
to disable, a React Component
to replace or true
to display the default button.transition
: same as ToastContainer.closeOnClick
: same as ToastContainer.hideProgressBar
: same as ToastContainer.position
: same as ToastContainerpauseOnHover
: same as ToastContainerpauseOnFocusLoss
: same as ToastContainerclassName
: same as ToastContainer toastClassNamebodyClassName
: same as ToastContainerprogressClassName
: same as ToastContainerdraggable
: same as ToastContainerdraggablePercent
: same as ToastContainerrole
: same as ToastContainertoastId
: optional integer or string to manually set a toastId. If an invalid type is provided a generated toastId will be usedprogress
: a value between 0..1 to control the progress bar render
: string or React Element, only available when calling updatedelay
: a number to let you delay the toast appearancecontainerId
: string or number to match a specific Toast containeronClick
: Called when click inside Toast notification:warning: Toast options supersede ToastContainer props :warning:
:warning: Manually setting a toastId overwrite automatically generated toastIds :warning:
const Img = ({ src }) =>

;
const options = {
onOpen: props => console.log(props.foo),
onClose: props => console.log(props.foo),
autoClose: 6000,
closeButton: <FontAwesomeCloseButton />,
type: toast.TYPE.INFO,
hideProgressBar: false,
position: toast.POSITION.TOP_LEFT,
pauseOnHover: true,
transition: MyCustomTransition,
progress: 0.2
// and so on ...
};
const toastId = toast(, options) // default, type: 'default'
toast(({ closeToast }) =>
Render props like
, options);
toast.success("Hello", options) // add type: 'success' to options
toast.info("World", options) // add type: 'info' to options
toast.warn(, options) // add type: 'warning' to options
toast.error(, options) // add type: 'error' to options
toast.dismiss() // Remove all toasts !
toast.dismiss(toastId) // Remove given toast
toast.isActive(toastId) //Check if a toast is displayed or not
toast.update(toastId, {
type: toast.TYPE.INFO,
render:
});
toast.done(toastId) // completes the controlled progress bar
toast.configure({
autoClose: 8000,
draggable: false,
//same as ToastContainer props
})
toast.useLazyContainer(false) // disable lazy container
| Parameter | Type | Required | Default | Description |
|---|---|---|---|---|
| enter | string | ✓ | - | The class name that will be used when the toast enter |
| exit | string | ✓ | - | The class name that will be used when the toast exit |
| duration | number| Array |
✘ | 750 | The transition duration in ms. |
| appendPosition | bool | ✘ | false | Append or not the position to the class name: yourClassName--top-right , yourClassName--bottom-left ... |
import { cssTransition } from 'react-toastify';
const Zoom = cssTransition({
enter: 'zoomIn',
exit: 'zoomOut',
duration: 750,
appendPosition: false
});
const Zoom = cssTransition({
enter: 'zoomIn',
exit: 'zoomOut',
duration: [500, 600],
appendPosition: false
});
| IE 11+ ✔ | Latest ✔ | Latest ✔ | Latest ✔ | Latest ✔ | Latest ✔ |
You can find the release note for the latest release here
You can browse them all here
Show your ❤ and support by giving a ⭐. Any suggestions are welcome ! Take a look at the contributing guide.
You can also find me on reactiflux. My pseudo is Fadi.
This project exists thanks to all the people who contribute. [Contribute].
Become a financial contributor and help us sustain our community. [Contribute]
Support this project with your organization.  [Contribute]
Licensed under MIT


3
1 My fellow believers, God has set you apart and has chosen you to belong to himself. So consider Jesus. He is God's apostle to us and is also the high priest whom we say we believe in together.
2 He faithfully served God, who appointed him, just like Moses faithfully served all of God's people, whom we call God's house.
3-4 Now just as every house is made by someone, God made everything. So God has considered that Jesus is worthy for people to honor him more than they honor Moses, just as the one who builds a house deserves for people to honor him more than they should honor the house.
5 Moses very faithfully served God as he helped God's people, just like a servant faithfully serves his master. So Moses testified about what Jesus would say later.
6 But Christ is the Son who rules over God's people, and we are the people he rules if we continue to courageously believe in Christ and confidently expect God to do all that he has promised to do for us.
7 The Holy Spirit caused the Psalmist to write these words in the Scriptures to the Israelites:
"Now, when you hear God speak to you,
8 do not stubbornly disobey him, as your ancestors did when they rebelled against him in the wilderness.
9 Your ancestors repeatedly tested me, to see whether I would be patient with them, even though for forty years they saw all the amazing things I did.
10 So I became disgusted with those people, and I said about them, 'They are never faithful to me, and they do not understand how I wanted them to conduct their lives.'
11 I was angry with them and solemnly declared, 'They will not enter the land of Canaan where I would let them rest!'"
12 So, fellow believers, be careful that none of you stops trusting in Christ because of evil in your heart, which would cause you to reject the only God who actually lives.
13 Instead, each of you must encourage each other every day, while you still have the opportunity. If you are stubborn, others will deceive you and lead you to sin.
14 We are now joined to Christ if we continue to seriously and confidently trust in him, from the time we first trusted in him to the time when we die.
15 The Psalmist wrote in the Scripture that God said,
"Now, when you hear me speaking to you, do not stubbornly disobey me as your ancestors did when they rebelled against me."
16 Remember who it was who rebelled against God, even though they heard him speak to them. It was all of God's people who Moses led out of Egypt.
17 And remember who it was with whom God was disgusted for forty years. It was God's people who sinned, and their dead bodies lay there in the desert.
18 And remember about whom God solemnly declared, "They will not enter the land where I would let them rest." It was those Israelites who disobeyed God.
19 So, from that example we know that it was because they did not keep trusting in God that they were unable to enter the land where God would allow them to rest.


Data Structures |
| struct | USB_ClassInfo_RNDIS_Host_t |
| | RNDIS Class Host Mode Configuration and State Structure. More...
|
Defines |
| #define | RNDIS_COMMAND_FAILED 0xC0 |
Enumerations |
| enum | RNDIS_Host_EnumerationFailure_ErrorCodes_t {
RNDIS_ENUMERROR_NoError = 0,
RNDIS_ENUMERROR_InvalidConfigDescriptor = 1,
RNDIS_ENUMERROR_NoCompatibleInterfaceFound = 2
} |
Functions |
| uint8_t | RNDIS_Host_ConfigurePipes (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo, uint16_t ConfigDescriptorSize, void *DeviceConfigDescriptor) ATTR_NON_NULL_PTR_ARG(1) ATTR_NON_NULL_PTR_ARG(3) |
| uint8_t | RNDIS_Host_SendKeepAlive (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo) ATTR_NON_NULL_PTR_ARG(1) |
| uint8_t | RNDIS_Host_InitializeDevice (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo) ATTR_NON_NULL_PTR_ARG(1) |
| uint8_t | RNDIS_Host_SetRNDISProperty (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo, const uint32_t Oid, void *Buffer, const uint16_t Length) ATTR_NON_NULL_PTR_ARG(1) ATTR_NON_NULL_PTR_ARG(3) |
| uint8_t | RNDIS_Host_QueryRNDISProperty (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo, const uint32_t Oid, void *Buffer, const uint16_t MaxLength) ATTR_NON_NULL_PTR_ARG(1) ATTR_NON_NULL_PTR_ARG(3) |
| bool | RNDIS_Host_IsPacketReceived (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo) ATTR_NON_NULL_PTR_ARG(1) |
| uint8_t | RNDIS_Host_ReadPacket (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo, void *Buffer, uint16_t *const PacketLength) ATTR_NON_NULL_PTR_ARG(1) ATTR_NON_NULL_PTR_ARG(2) ATTR_NON_NULL_PTR_ARG(3) |
| uint8_t | RNDIS_Host_SendPacket (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo, void *Buffer, const uint16_t PacketLength) ATTR_NON_NULL_PTR_ARG(1) ATTR_NON_NULL_PTR_ARG(2) |
| static void | RNDIS_Host_USBTask (USB_ClassInfo_RNDIS_Host_t *const RNDISInterfaceInfo) ATTR_NON_NULL_PTR_ARG(1) |
Detailed Description
Module Source Dependencies
The following files must be built with any user project that uses this module:
- LUFA/Drivers/USB/Class/Host/RNDIS.c (Makefile source module name: LUFA_SRC_USBCLASS)
Description
Host Mode USB Class driver framework interface, for the Microsoft RNDIS Ethernet USB Class driver.
Define Documentation
| #define RNDIS_COMMAND_FAILED 0xC0 |
Additional error code for RNDIS functions when a device returns a logical command failure.
Enumeration Type Documentation
Enum for the possible error codes returned by the RNDIS_Host_ConfigurePipes() function.
- Enumerator:
| RNDIS_ENUMERROR_NoError |
Configuration Descriptor was processed successfully.
|
| RNDIS_ENUMERROR_InvalidConfigDescriptor |
The device returned an invalid Configuration Descriptor.
|
| RNDIS_ENUMERROR_NoCompatibleInterfaceFound |
A compatible RNDIS interface was not found in the device's Configuration Descriptor.
|
Function Documentation
| uint8_t RNDIS_Host_ConfigurePipes |
( |
USB_ClassInfo_RNDIS_Host_t *const |
RNDISInterfaceInfo, |
|
|
uint16_t |
ConfigDescriptorSize, |
|
|
void * |
DeviceConfigDescriptor |
|
) |
| |
Host interface configuration routine, to configure a given RNDIS host interface instance using the Configuration Descriptor read from an attached USB device. This function automatically updates the given RNDIS Host instance's state values and configures the pipes required to communicate with the interface if it is found within the device. This should be called once after the stack has enumerated the attached device, while the host state machine is in the Addressed state.
- Note:
- The pipe index numbers as given in the interface's configuration structure must not overlap with any other interface, or pipe bank corruption will occur. Gaps in the allocated pipe numbers or non-sequential indexes within a single interface is allowed, but no two interfaces of any type have have interleaved pipe indexes.
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |
| [in] | ConfigDescriptorSize | Length of the attached device's Configuration Descriptor. |
| [in] | DeviceConfigDescriptor | Pointer to a buffer containing the attached device's Configuration Descriptor. |
- Returns:
- A value from the RNDIS_Host_EnumerationFailure_ErrorCodes_t enum.
Initialises the attached RNDIS device's RNDIS interface. This should be called after the device's pipes have been configured via the call to RNDIS_Host_ConfigurePipes().
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |
- Returns:
- A value from the USB_Host_SendControlErrorCodes_t enum or RNDIS_COMMAND_FAILED if the device returned a logical command failure.
Determines if a packet is currently waiting for the host to read in and process.
- Precondition:
- This function must only be called when the Host state machine is in the HOST_STATE_Configured state or the call will fail.
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |
- Returns:
- Boolean true if a packet is waiting to be read in by the host, false otherwise.
| uint8_t RNDIS_Host_QueryRNDISProperty |
( |
USB_ClassInfo_RNDIS_Host_t *const |
RNDISInterfaceInfo, |
|
|
const uint32_t |
Oid, |
|
|
void * |
Buffer, |
|
|
const uint16_t |
MaxLength |
|
) |
| |
Gets a given RNDIS property of an attached RNDIS device.
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |
| [in] | Oid | OID number of the parameter to get. |
| [in] | Buffer | Pointer to where the property data is to be written to. |
| [in] | MaxLength | Length in bytes of the destination buffer size. |
- Returns:
- A value from the USB_Host_SendControlErrorCodes_t enum or RNDIS_COMMAND_FAILED if the device returned a logical command failure.
| uint8_t RNDIS_Host_ReadPacket |
( |
USB_ClassInfo_RNDIS_Host_t *const |
RNDISInterfaceInfo, |
|
|
void * |
Buffer, |
|
|
uint16_t *const |
PacketLength |
|
) |
| |
Retrieves the next pending packet from the device, discarding the remainder of the RNDIS packet header to leave only the packet contents for processing by the host in the nominated buffer.
- Precondition:
- This function must only be called when the Host state machine is in the HOST_STATE_Configured state or the call will fail.
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |
| [out] | Buffer | Pointer to a buffer where the packer data is to be written to. |
| [out] | PacketLength | Pointer to where the length in bytes of the read packet is to be stored. |
- Returns:
- A value from the Pipe_Stream_RW_ErrorCodes_t enum.
Sends a RNDIS KEEPALIVE command to the device, to ensure that it does not enter standby mode after periods of long inactivity.
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |
- Returns:
- A value from the USB_Host_SendControlErrorCodes_t enum or RNDIS_COMMAND_FAILED if the device returned a logical command failure.
| uint8_t RNDIS_Host_SendPacket |
( |
USB_ClassInfo_RNDIS_Host_t *const |
RNDISInterfaceInfo, |
|
|
void * |
Buffer, |
|
|
const uint16_t |
PacketLength |
|
) |
| |
Sends the given packet to the attached RNDIS device, after adding a RNDIS packet message header.
- Precondition:
- This function must only be called when the Host state machine is in the HOST_STATE_Configured state or the call will fail.
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |
| [in] | Buffer | Pointer to a buffer where the packer data is to be read from. |
| [in] | PacketLength | Length in bytes of the packet to send. |
- Returns:
- A value from the Pipe_Stream_RW_ErrorCodes_t enum.
| uint8_t RNDIS_Host_SetRNDISProperty |
( |
USB_ClassInfo_RNDIS_Host_t *const |
RNDISInterfaceInfo, |
|
|
const uint32_t |
Oid, |
|
|
void * |
Buffer, |
|
|
const uint16_t |
Length |
|
) |
| |
Sets a given RNDIS property of an attached RNDIS device.
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |
| [in] | Oid | OID number of the parameter to set. |
| [in] | Buffer | Pointer to where the property data is to be sourced from. |
| [in] | Length | Length in bytes of the property data to sent to the device. |
- Returns:
- A value from the USB_Host_SendControlErrorCodes_t enum or RNDIS_COMMAND_FAILED if the device returned a logical command failure.
General management task for a given RNDIS host class interface, required for the correct operation of the interface. This should be called frequently in the main program loop, before the master USB management task USB_USBTask().
- Parameters:
-
| [in,out] | RNDISInterfaceInfo | Pointer to a structure containing an RNDIS Class host configuration and state. |


Before Change
x = theano.tensor.dvector()
ys = [t.tf_forward(x) for t in self.transforms]
fns = [theano.function([x], y) for y in ys]
ys_theano = [f(self.x_free) for f in fns]
ys_np = [t.forward(self.x_free) for t in self.transforms]
for y1, y2 in zip(ys_theano, ys_np):
self.failUnless(np.allclose(ys_theano, ys_np))
After Change
def test_tf_np_forward(self):
make sure the np forward transforms are the same as the tensorflow ones
ys = [t.tf_forward(self.x) for t in self.transforms]
ys_tf = [self.session.run(y, feed_dict={self.x:self.x_np}) for y in ys]
ys_np = [t.forward(self.x_np) for t in self.transforms]
for y1, y2 in zip(ys_tf, ys_np):
self.failUnless(np.allclose(y1, y2))


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Deacro Industries Ltd.
Legal/Operating Name:
Deacro Industries Ltd.
Alternate Name:
DEACRO TOOL & DIE LTD.
Mailing Address:
135 Capital Crt.MISSISSAUGA, Ontario
L5T 2R8
Location Address:
135 Capital Crt.MISSISSAUGA, Ontario
L5T 2R8
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Company Profile
Deacro is a leader in the development, manufacture, and service
of quality high performance slitting and rewinding machines. We
strive to provide the converting industry with innovative design
solutions to handle today's complex web constructions.
Deacro's new manufacturing facility provides a working
environment geared to quality control and optimized service. Our
computer-integrated manufacturing "CIM" facility provides a
"state-of-the-art" manufacturing environment, from design, to
parts production, to final assembly.
Our engineering staff's primary goal is to design ergonomic
machines that operators find easy to use, and maintenance
personnel to find easy to maintain. Our dedication to customer
service goes beyond successful installation and commissioning at
the customer's plant, to follow-up after sales training an
support by qualified technicians.
We believe that our prosperity is directly related to your
success. That's why, in all aspects of our operation, every
effort is made to achieve nothing less than your total
satisfaction.
For over 15 years Deacro Industries has been a leader in the
design and manufacture of quality high- performance slitting and
rewinding machines. We strive to provide the converting industry
with innovative design concepts to handle today's complex
laminates and thin gauge webs.
Worldwide demand for Deacro's industry leading slitters,
rewinders and roll handling systems has lead the company to
rapid expansion. Our brand new state-of-the-art 50,000 square
foot facility is located approximately 15 minutes from the
Toronto airport.
Deacro's recent move to its new manufacturing facility provides
a working environment geared to quality control and optimized
service. Our computer- integrate-manufacturing "CIM" facility
provides a state-of-the-art manufacturing environment, from
design, to parts production, to final assembly. Deacro's
complete control throughout the manufacturing process offers the
converting industry design solutions in an unprecedented "Time
to Market".
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
conjunction with a conveyor system. When used with a roll
stripping system the roll unloading process becomes fully
automatic.
The sequence begins by placing the rolls onto the DA210's
indexable mandrels (automatically or manually). The unit then
sequentially lifts to its full height, indexes the rolls to 90
degrees and lowers the rolls to the conveyor. The rolls are
conveyed off of both mandrels independently with a conveyor
interlocked sequence.
to pneumatically remove rolls from the slitter, then restart the
slitter while product rolls are on the receiving station, and
manipulate rolls from the receiving station to the required
position for packaging or palletizing, The system is the DA220.
The perfect complement to maximizing productivity for virtually
any slitting operation.
The system is capable of:
1. Stripping rewind shafts (with optional roll strippers)
2. Receiving finished rolls from the slitter onto the receiving
station.
3. Manipulating rolls as required (possible for weighing,
inspection or packaging)
4. Palletizing rolls as required for shipping (rolls can be
placed on their diameters or upended.)
The complete system maximizes slitting efficiency, and minimizes
operator fatigue, freeing up resources. The DA220's solid,
sturdy design is the reliable and safe solution to avoiding
roll-handling stress.
This package can be retrofitted to existing Deacro slitters or
your current in-house slitters.
affordable and reliable salvage rewinder.
This machine is particularly well suited to printed web
converters in that the print direction can be maintained without
removing the roll. Conventional single direction rewinders often
require running the roll through twice in order to orient the
print direction. The DA400's reversible feature can reduce
rewinding time from 50 - 90%.
A position regulated dancer compensates for roll inertia
providing light web tension for extensible films. A user
selectable dance bypass mode can also be used for heavier web
constructions.
Web guiding is provided by a servo-actuated pivot steering guide.
Infrared or ultrasonic edge sensors are provide depending on
material type. The unit locks out on reverse since web steering
is unidirectional. A splice table is built into the web guide to
provide an ergonomic centralized location for web splicing.
STANDARD FEATURES
- reversible winding
- microprocessor controlled - data base management
- all electric DC drive system - auto tension control
- web dancer control - software configurable
- servo actuated web guide
- web splice table - pneumatic web clamping
- lay-on rider rollers - uniform roll density
OPTIONAL FEATURES
- hydraulic roll handling
- razor/shear slitting
- trim removal
ROLL HANDLING DEVICE
- in applications where large rolls must be rewound a roll
lifting arm can be provided, which is centrally located in the
machine and can be swung around to unload and unload a roll in
both the unwind and rewind position
- operator controls consist of a single toggle switch located to
its maximum lift capacity of 350 lbs.
- the arm conveniently parks into the baser of the machine when
not in use.
affordable and reliable salvage rewinder.
This machine is particularly well suited to printed web
converters in that the print direction can be maintained without
removing the roll. Conventional single direction rewinders often
require running the roll through twice in order to orientate the
print direction. The DA402's reversible feature can reduce
rewinding time fro 50-90%.
A position regulated dancer compensates for roll inertia
providing light web tension for extensible films.
Web guiding is provided by a servo-actuated high speed side-lay
system. Infrared or ultrasonic edge sensors are provided
depending on material type. The web guide correct roll profile
in the left to right direction and locks out tin reverse.
Pneumatic clamping splice table is provided in an ergonomic
centralized location for web inspection and splicing.
The DA402 is equipped with Deacro's microprocessor-controller
interfaced with a touch screen.
The microprocessor is capable of storing and recalling set-ups
for repeat critical tension appplications. The touch screen
displays and edits all pertinent running parameters and provides
full control diagnostics.
STANDARD FEATURES
- reversible winding
- microprocessor controlled - data base management
- all electric AC Flux-Vector drive system
- servo actuated web guide
- web dancer control - software configurable
- web splice table - pneumatic web clamping
- lay-on rider rollers - uniform roll density
ROLL HANDLING DEVICE
- in applications were large rolls mus be rewound, a roll lifting
arm can be provided which is centrally located in the machine and
can be swung around and rewind position.
- operator controls consist of a single toggle switch located on
the lifting arm.
- the unit slides easily on a linear bearing system even when
loaded to its maximum lift capacity of 350 lbs.
- the arm conveniently parks into the base of the machine when
not in use.
VISUAL INSPECTION
- stroboscope with adjustable flash intensity is synchronized to
web speed by sensors reading "eye-spot" or matrix gap.
- offers excellent coverage of the inspection/splice area (20"
lamp width).
- high flash intensity provides good visibility for inspection
and long repeat lengths
tape converter. Its narrow web design provides precision tension
and roll profile control.
line. These machines are controlled by a microprocessor capable
of storing and recalling machine set-ups by file name.
Repeatability of running parameters provides precise process
control.
Its ergonomic design allows operator comfort an conveniences,
common to all Dacro machines. Its cantilevered rewind mandrels,
combined with camlock tooling, reduce operator fatigue and set-up
time.
With options of razor, shear, or score slitting, and optional
rewind tooling tension ranges, these models will handle today's
extensible films. Combining these unique capabilities and
ergonomics results in increased productivity and quality.
DIFFERENTIAL REWIND/LAY-ON ROLLERS
- differential rewind system provides uniform roll density
regardless of caliper variation
- programable overspeed control provides constant "slip" speed
via ultrasonic roll measuring sensors
- individual pneumatic lay-on rollers provide constant contact
with the building roll to prevent trapped air between film
layers, eliminating side shift and weaving.
CAMLOCK TOOLING
- "camlocks" provide unmatched set-up and roll removal speeds
- twist in one direction to lock the core and in the opposite
direction to unlock the finished roll
- needle roller design allows easy unlocking even with large
diameter rolls
- multiple camlock core engagement can be used to multiply web
tension
CANTILEVERED SYSTEM
- cantilevered rewind mandrels are held by pneumatic positioning
and locking arms
- offers fast cor set-up and roll removal without the need for
overhead hoists
- designed for easy operation by one person with quick
change-over
- safety interlocks prevent the machine from running until arms
are in place.
Its large 50" diameter rewind capacity makes it ideal for
business form, paper, and laminate slitting and rewinding
applications.
The DA900 incorporates ether a single or dual "varibow" bow
roller arrangement to control web separation on the rewind. The
bow roller is mounted on the pneumatically counter-balanced
lay-on roller system to provide a constant wrap angle. The
knives are dovetail mounted and pneumatic in operation, designed
for quick set-up and removal.
The rewind air shaft is hydraulically held in the rewind arms and
can be lowered to floor level upon completion.
STANDARD FEATURES
REWIND ROLL OFF-LOADING
- rewind shaft is hydraulically clamped and positioned into
rewinding position
- safety interlocks prevent shaft from being released until
machine is stopped
- rewind spline driver pneumatically engages and withdraws from
rewind shaft
- rewound roll can be lowered to floor or off-loading trolley
"VARIBOW" BOW ROLLER
- variable bow roller separates slit webs to prevent interweaving
- full web width lay-on roller eliminates trapped air and ensures
proper roll density
UNWIND SYSTEMS
- standard unwind stand for DA900 is the separate unwind stand
model DA125
- optional shaftless unwind stand as shown above can be provided.
Shaftless unwind options include position regulated dancer and
splice table
- optional equipment for the shaft separate stand (DA125) include
a floor pickup, position-regulated dancer, and splice table.
A four-axis servo controller feeds the web, applies the tab stoc,
indexes the turrets, and transfers the strands onto the new
cores. The carriage system loads the cores and removes the
finished rolls from the rewind mandrels. The core feeding system
prefeeds, orientates, and loades the cores to the infeed system.
slitter/rewinders extend both the maximum rewind roll diameter
and web width that are available in the cantilevered models. The
lift-out mandrel style of centre winder is more practical when
large diameters and wide web are required.
These center winders are controlled by the same microprocessor
control system used in the cantilevered models. The capability
of storing and recalling machine set-ups by file name provides
precise process control.
The DA880 and DA950 use the proven system of alternating cores
and drive spacers to provide a differential rewind and, when used
in conjunction with four rewind mandrels, set-ups are simple and
quick.
A centre shaft support gives wider web width machines rewind
mandrel support. The floating inner race of the bearing does not
inhibit axial differential loading.
STANDARD FEATURES
SHAFT SUPPORT/LAY-ON ROLLERS
- shaft support provides rewind mandrel support for large roll
rewinding
- dovetail mounting of support arm accommodated placement on the
lay-on beam to adjust for rewind roll width
- individual pneumatic lay-on rolls provide constant contact with
the building roll to prevent trapped air between film layers,
eliminating side shift and weaving
DIFFERENTIAL REWIND
- alternating core and spacers provide constant contact with the
building roll to prevent trapped air between film layers,
eliminating side shift and weaving
DIFFERENTIAL REWIND
- alternating core and spacers provide a differential rewind
compensating for web caliper variation
- adjustable differential cylinder positions provide three rewind
tension rangers
- "Over-centre" safety clamps secure the rewind mandrel into the
cradle block, and interlocks prevent the machine from running
until clamps are locked into place.
UNWIND SYSTEMS
- standard unwind stand for DA880 and DA950 is the separate
unwind stand model DA125
- optional shaftless unwind stand as shown above can be provided.
Shaftless unwind options include position-regulated dancer and
splice table
- optional equipment for the shafted separate stand (DA125)
include a floor pickup, position regulated dancer, and splice
table.
series of manually operated and fully automatic inspection,
slitting and rewinding machines.
Its unique ergonomic design concept allows the operator to
inspect and perform all web editiing funcitions from a single
position.
The DA530 is equipped with a two axis servo control system which
precisely positions the web for editing upon fault detection and
provides a smooth web advance/turret index function.
The touch screen provides the operator with a single location
for all machine control and web fualt desplay. Machine operating
parameters can be saved and recalled through the use of the
database.
The DA520 is the simplex Version of this series and can be
equipped with a "web advancing" or "auto-threadinging" option
for core or coreless rewinding.
OPTIONAL CORE FEEDER
- vibrating bowl orientates and discharges cores in an "end to
end" attitudde.
- prefeeder hopper maintains constant level in vibrating bowl.
- linear vibratory drive feeds cores to core magazine.
- automated magazine discharges cores tocore loader shuttle.
- preprogrammed no. of cores are loaded during winding cycle.
VISUAL INSPECTION & LABEL DETECTION
- stroboscope with selectable flash intensity is synchronized to
web speed by matrix or programmed repeat length.
- matrix present, label missing quality control system
- long infeed web span allows deceleration of web upon web fault
- combination web guide/splice table provides an adjustable
splicing station for web fault removal.
UNWIND FEATURES
- Unwind splice station for new master roll splicing.
- Flag and splice detector stops splice at central splice table.
- Electrically actuated roll lifeter enables handling of heavy
rolls.
Technology profile
- Rewind Tooling Technology
- Tension Control
- Unwind Options
- Cantilevered Option
- Lay-on Roller System
- Machine Construction
Market profile
Industry sector market interests:
- Manufacturing
- Food and Beverage Manufacturing
Geographic markets:
Export experience:
- Algeria
- Argentina
- Australia
- Brazil
- Chile
- Cuba
- Iran, Islamic Republic of
- Mexico
- Trinidad and Tobago
- United Kingdom
- United States
- California
- Connecticut
- Georgia
- Illinois
- Indiana
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- New Jersey
- New York
- North Carolina
- Ohio
- Pennsylvania
- South Carolina
- Tennessee
- Texas
- Washington
- Wisconsin
Actively pursuing:
- Japan
- Saudi Arabia
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
conjunction with a conveyor system. When used with a roll
stripping system the roll unloading process becomes fully
automatic.
The sequence begins by placing the rolls onto the DA210's
indexable mandrels (automatically or manually). The unit then
sequentially lifts to its full height, indexes the rolls to 90
degrees and lowers the rolls to the conveyor. The rolls are
conveyed off of both mandrels independently with a conveyor
interlocked sequence.
to pneumatically remove rolls from the slitter, then restart the
slitter while product rolls are on the receiving station, and
manipulate rolls from the receiving station to the required
position for packaging or palletizing, The system is the DA220.
The perfect complement to maximizing productivity for virtually
any slitting operation.
The system is capable of:
1. Stripping rewind shafts (with optional roll strippers)
2. Receiving finished rolls from the slitter onto the receiving
station.
3. Manipulating rolls as required (possible for weighing,
inspection or packaging)
4. Palletizing rolls as required for shipping (rolls can be
placed on their diameters or upended.)
The complete system maximizes slitting efficiency, and minimizes
operator fatigue, freeing up resources. The DA220's solid,
sturdy design is the reliable and safe solution to avoiding
roll-handling stress.
This package can be retrofitted to existing Deacro slitters or
your current in-house slitters.
affordable and reliable salvage rewinder.
This machine is particularly well suited to printed web
converters in that the print direction can be maintained without
removing the roll. Conventional single direction rewinders often
require running the roll through twice in order to orient the
print direction. The DA400's reversible feature can reduce
rewinding time from 50 - 90%.
A position regulated dancer compensates for roll inertia
providing light web tension for extensible films. A user
selectable dance bypass mode can also be used for heavier web
constructions.
Web guiding is provided by a servo-actuated pivot steering guide.
Infrared or ultrasonic edge sensors are provide depending on
material type. The unit locks out on reverse since web steering
is unidirectional. A splice table is built into the web guide to
provide an ergonomic centralized location for web splicing.
STANDARD FEATURES
- reversible winding
- microprocessor controlled - data base management
- all electric DC drive system - auto tension control
- web dancer control - software configurable
- servo actuated web guide
- web splice table - pneumatic web clamping
- lay-on rider rollers - uniform roll density
OPTIONAL FEATURES
- hydraulic roll handling
- razor/shear slitting
- trim removal
ROLL HANDLING DEVICE
- in applications where large rolls must be rewound a roll
lifting arm can be provided, which is centrally located in the
machine and can be swung around to unload and unload a roll in
both the unwind and rewind position
- operator controls consist of a single toggle switch located to
its maximum lift capacity of 350 lbs.
- the arm conveniently parks into the baser of the machine when
not in use.
affordable and reliable salvage rewinder.
This machine is particularly well suited to printed web
converters in that the print direction can be maintained without
removing the roll. Conventional single direction rewinders often
require running the roll through twice in order to orientate the
print direction. The DA402's reversible feature can reduce
rewinding time fro 50-90%.
A position regulated dancer compensates for roll inertia
providing light web tension for extensible films.
Web guiding is provided by a servo-actuated high speed side-lay
system. Infrared or ultrasonic edge sensors are provided
depending on material type. The web guide correct roll profile
in the left to right direction and locks out tin reverse.
Pneumatic clamping splice table is provided in an ergonomic
centralized location for web inspection and splicing.
The DA402 is equipped with Deacro's microprocessor-controller
interfaced with a touch screen.
The microprocessor is capable of storing and recalling set-ups
for repeat critical tension appplications. The touch screen
displays and edits all pertinent running parameters and provides
full control diagnostics.
STANDARD FEATURES
- reversible winding
- microprocessor controlled - data base management
- all electric AC Flux-Vector drive system
- servo actuated web guide
- web dancer control - software configurable
- web splice table - pneumatic web clamping
- lay-on rider rollers - uniform roll density
ROLL HANDLING DEVICE
- in applications were large rolls mus be rewound, a roll lifting
arm can be provided which is centrally located in the machine and
can be swung around and rewind position.
- operator controls consist of a single toggle switch located on
the lifting arm.
- the unit slides easily on a linear bearing system even when
loaded to its maximum lift capacity of 350 lbs.
- the arm conveniently parks into the base of the machine when
not in use.
VISUAL INSPECTION
- stroboscope with adjustable flash intensity is synchronized to
web speed by sensors reading "eye-spot" or matrix gap.
- offers excellent coverage of the inspection/splice area (20"
lamp width).
- high flash intensity provides good visibility for inspection
and long repeat lengths
tape converter. Its narrow web design provides precision tension
and roll profile control.
line. These machines are controlled by a microprocessor capable
of storing and recalling machine set-ups by file name.
Repeatability of running parameters provides precise process
control.
Its ergonomic design allows operator comfort an conveniences,
common to all Dacro machines. Its cantilevered rewind mandrels,
combined with camlock tooling, reduce operator fatigue and set-up
time.
With options of razor, shear, or score slitting, and optional
rewind tooling tension ranges, these models will handle today's
extensible films. Combining these unique capabilities and
ergonomics results in increased productivity and quality.
DIFFERENTIAL REWIND/LAY-ON ROLLERS
- differential rewind system provides uniform roll density
regardless of caliper variation
- programable overspeed control provides constant "slip" speed
via ultrasonic roll measuring sensors
- individual pneumatic lay-on rollers provide constant contact
with the building roll to prevent trapped air between film
layers, eliminating side shift and weaving.
CAMLOCK TOOLING
- "camlocks" provide unmatched set-up and roll removal speeds
- twist in one direction to lock the core and in the opposite
direction to unlock the finished roll
- needle roller design allows easy unlocking even with large
diameter rolls
- multiple camlock core engagement can be used to multiply web
tension
CANTILEVERED SYSTEM
- cantilevered rewind mandrels are held by pneumatic positioning
and locking arms
- offers fast cor set-up and roll removal without the need for
overhead hoists
- designed for easy operation by one person with quick
change-over
- safety interlocks prevent the machine from running until arms
are in place.
Its large 50" diameter rewind capacity makes it ideal for
business form, paper, and laminate slitting and rewinding
applications.
The DA900 incorporates ether a single or dual "varibow" bow
roller arrangement to control web separation on the rewind. The
bow roller is mounted on the pneumatically counter-balanced
lay-on roller system to provide a constant wrap angle. The
knives are dovetail mounted and pneumatic in operation, designed
for quick set-up and removal.
The rewind air shaft is hydraulically held in the rewind arms and
can be lowered to floor level upon completion.
STANDARD FEATURES
REWIND ROLL OFF-LOADING
- rewind shaft is hydraulically clamped and positioned into
rewinding position
- safety interlocks prevent shaft from being released until
machine is stopped
- rewind spline driver pneumatically engages and withdraws from
rewind shaft
- rewound roll can be lowered to floor or off-loading trolley
"VARIBOW" BOW ROLLER
- variable bow roller separates slit webs to prevent interweaving
- full web width lay-on roller eliminates trapped air and ensures
proper roll density
UNWIND SYSTEMS
- standard unwind stand for DA900 is the separate unwind stand
model DA125
- optional shaftless unwind stand as shown above can be provided.
Shaftless unwind options include position regulated dancer and
splice table
- optional equipment for the shaft separate stand (DA125) include
a floor pickup, position-regulated dancer, and splice table.
A four-axis servo controller feeds the web, applies the tab stoc,
indexes the turrets, and transfers the strands onto the new
cores. The carriage system loads the cores and removes the
finished rolls from the rewind mandrels. The core feeding system
prefeeds, orientates, and loades the cores to the infeed system.
slitter/rewinders extend both the maximum rewind roll diameter
and web width that are available in the cantilevered models. The
lift-out mandrel style of centre winder is more practical when
large diameters and wide web are required.
These center winders are controlled by the same microprocessor
control system used in the cantilevered models. The capability
of storing and recalling machine set-ups by file name provides
precise process control.
The DA880 and DA950 use the proven system of alternating cores
and drive spacers to provide a differential rewind and, when used
in conjunction with four rewind mandrels, set-ups are simple and
quick.
A centre shaft support gives wider web width machines rewind
mandrel support. The floating inner race of the bearing does not
inhibit axial differential loading.
STANDARD FEATURES
SHAFT SUPPORT/LAY-ON ROLLERS
- shaft support provides rewind mandrel support for large roll
rewinding
- dovetail mounting of support arm accommodated placement on the
lay-on beam to adjust for rewind roll width
- individual pneumatic lay-on rolls provide constant contact with
the building roll to prevent trapped air between film layers,
eliminating side shift and weaving
DIFFERENTIAL REWIND
- alternating core and spacers provide constant contact with the
building roll to prevent trapped air between film layers,
eliminating side shift and weaving
DIFFERENTIAL REWIND
- alternating core and spacers provide a differential rewind
compensating for web caliper variation
- adjustable differential cylinder positions provide three rewind
tension rangers
- "Over-centre" safety clamps secure the rewind mandrel into the
cradle block, and interlocks prevent the machine from running
until clamps are locked into place.
UNWIND SYSTEMS
- standard unwind stand for DA880 and DA950 is the separate
unwind stand model DA125
- optional shaftless unwind stand as shown above can be provided.
Shaftless unwind options include position-regulated dancer and
splice table
- optional equipment for the shafted separate stand (DA125)
include a floor pickup, position regulated dancer, and splice
table.
series of manually operated and fully automatic inspection,
slitting and rewinding machines.
Its unique ergonomic design concept allows the operator to
inspect and perform all web editiing funcitions from a single
position.
The DA530 is equipped with a two axis servo control system which
precisely positions the web for editing upon fault detection and
provides a smooth web advance/turret index function.
The touch screen provides the operator with a single location
for all machine control and web fualt desplay. Machine operating
parameters can be saved and recalled through the use of the
database.
The DA520 is the simplex Version of this series and can be
equipped with a "web advancing" or "auto-threadinging" option
for core or coreless rewinding.
OPTIONAL CORE FEEDER
- vibrating bowl orientates and discharges cores in an "end to
end" attitudde.
- prefeeder hopper maintains constant level in vibrating bowl.
- linear vibratory drive feeds cores to core magazine.
- automated magazine discharges cores tocore loader shuttle.
- preprogrammed no. of cores are loaded during winding cycle.
VISUAL INSPECTION & LABEL DETECTION
- stroboscope with selectable flash intensity is synchronized to
web speed by matrix or programmed repeat length.
- matrix present, label missing quality control system
- long infeed web span allows deceleration of web upon web fault
- combination web guide/splice table provides an adjustable
splicing station for web fault removal.
UNWIND FEATURES
- Unwind splice station for new master roll splicing.
- Flag and splice detector stops splice at central splice table.
- Electrically actuated roll lifeter enables handling of heavy
rolls.
Technology
Technology profile
- Rewind Tooling Technology
- Tension Control
- Unwind Options
- Cantilevered Option
- Lay-on Roller System
- Machine Construction
Market
Market profile
Industry sector market interests:
- Manufacturing
- Food and Beverage Manufacturing
Geographic markets:
Export experience:
- Algeria
- Argentina
- Australia
- Brazil
- Chile
- Cuba
- Iran, Islamic Republic of
- Mexico
- Trinidad and Tobago
- United Kingdom
- United States
- California
- Connecticut
- Georgia
- Illinois
- Indiana
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- New Jersey
- New York
- North Carolina
- Ohio
- Pennsylvania
- South Carolina
- Tennessee
- Texas
- Washington
- Wisconsin
Actively pursuing:
- Japan
- Saudi Arabia


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Search for missing sailboat enters 3rd day
by EndPlayBAR HARBOR, Maine (AP) - A U.S. Coast Guard airplane is in the air as the search for a missing sailboat enters the third day.
The Coast Guard searched 2,700 nautical miles over the weekend after someone called 911 early Saturday to say that a boat was in distress. The Coast Guard determined that the call came from a location 20 miles south of Mount Desert Island.
The missing sailboat is a 40-footer named the Dove, with three crew members.
Petty Officer Nicole Groll, a Coast Guard spokeswoman, said the search has covered an area from Maine to Nantucket Island off the Massachusetts coast.
So far, searchers have found no evidence of the boat. Groll said the Coast Guard is investigating all options about where the boat could've gone.


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read_6DOF reads a 6-degree-of-freedom (6DOF) trajectory file and outputs 6 arrays of data. sequence_6DOF animates the motion of an object along the path represented by that data.
Input Ports
Name Type Description Module in_xform Xform Transformation that is to be altered. sequence_6DOF filename string Name of 6DOF file to read. both Parameters
The sequence_6DOF macro uses the loop module internally. Please see the AVS/Express documentation for a full description of the parameters of the loop module. The read_6DOF macro does not use any parameters.
Name Type Description Module scale float Specifies the transform scaling factor. sequence_6DOF Output Ports
Name Type Description Module x_comp float[] X component of the trajectory translation. read_6dof y_comp float[] Y component of the trajectory translation. read_6dof z_comp float[] Z component of the trajectory translation. read_6dof pitch float[] pitch component of the trajectory rotation. read_6dof roll float[] roll component of the trajectory rotation. read_6dof yaw float[] yaw component of the trajectory rotation. read_6dof
The two user macros in the Read6DOF project are used to read a trajectory data file and animate an object along that trajectory.
The read_6DOF macro is used to read a 6-channel ASCII file that contains position and rotation values for an object over a number of time steps. The format of the ASCII file is straightforward. It contains 6 columns of data which are separated by tab characters. The columns of data represent:
- X translation
- Y translation
- Z translation
- Pitch
- Roll
- Yaw
The sequence_6DOF macro extends the functionality of the read_6DOF of macro by modifying a transform matrix that is being used to control an object. It also allows the time steps contained in the trajectory data to be looped through. The macro does this by using the read_6DOF macro, the GD_xform_edit module and the loop module. The read_6DOF macro reads in a trajectory data file. The GD_xform_edit module generates a transform matrix from a single time step of the trajectory data and the loop module cycles through the time steps contained in the data.
The transform matrix that is modified of the sequence_6DOF macro can be found by exporting the Xform block from any standard module (i.e. Read_Geom) or DataObject. The example application shows how this can be done.
in_xform
The transform matrix that is to be modified by the sequence_6DOF macro.
filename
This string input specifies the name of the file containing the 6DOF data. Standard AVS/Express environment variables can be used. Both of the user macros provide this input.
scale
Floating point parameter that specifies the scaling factor that is to be applied to the modified transformation.
Loop Controls
The sequence_6DOF macro uses the standard loop module to cycle through the trajectory data. Please see the AVS/Express documentation for a full description of the parameters of the loop module.
x_comp[] y_comp[] z_comp[]
Floating point arrays that contain the X, Y and Z translations for each time step in the trajectory data. These can be directly input into the GD_xform_edit module to generate a standard Xform block that can be used to transform field data or geometry.
pitch[] roll[] yaw[]
Floating point arrays that contain the pitch, roll and yaw rotations for each time step in the trajectory data. These can be directly input into the GD_xform_edit module to generate a standard Xform block that can be used to transform field data or geometry.
The read_6DOF macro uses the Read_6DOF_UI user interface macro. The sequence_6DOF macro uses the read_6DOF macro.
The Read_6DOF_Eg example application reads in the standard Teapot geometry and animates it through a flight path specified by the trajectory contained in the "6dof.dat" data file.
xp_comm_proj/rd_6dof/6dofmacs.v contains the V definitions of the Read_6DOF_UI UI macro, the read_6DOF and sequence_6DOF user macros and the Read_6DOF_Eg example application.
This reader does not use external C or C++ code. It uses the FILE object to read the data file directly from V code. The cache() function is used so that data persists in memory and does not have to be reloaded. This project provides a good example that could be used for developing other FILE object based readers.
Leigh Grundy, Ian Curington Advanced Visual Systems, Inc.
Andrew Dodd International AVS Centre


The 'ggcorrplot' package can be used to visualize easily a correlation matrix using 'ggplot2'. It provides a solution for reordering the correlation matrix and displays the significance level on the plot. It also includes a function for computing a matrix of correlation p-values.
| Version: | 0.1.2 |
| Depends: | ggplot2 |
| Imports: | reshape2, stats |
| Suggests: | knitr |
| Published: | 2018-09-11 |
| Author: | Alboukadel Kassambara [aut, cre] |
| Maintainer: | Alboukadel Kassambara <alboukadel.kassambara at gmail.com> |
| BugReports: | https://github.com/kassambara/ggcorrplot/issues |
| License: | GPL-2 |
| URL: | http://www.sthda.com/english/wiki/ggcorrplot |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | ggcorrplot results |
| Reference manual: | ggcorrplot.pdf |
| Package source: | ggcorrplot_0.1.2.tar.gz |
| Windows binaries: | r-devel: ggcorrplot_0.1.2.zip, r-release: ggcorrplot_0.1.2.zip, r-oldrel: ggcorrplot_0.1.2.zip |
| OS X binaries: | r-release: ggcorrplot_0.1.2.tgz, r-oldrel: ggcorrplot_0.1.2.tgz |
| Old sources: | ggcorrplot archive |
| Reverse imports: | ammistability, ggstatsplot, neuropsychology, psycho |
Please use the canonical form https://CRAN.R-project.org/package=ggcorrplot to link to this page.