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05-Jun-19 02:58 PM
[dscrd-hush] <Roxin> what wallet for hush you guys recomend ?
[dscrd-hush] <Roxin> hurry please
[dscrd-hush] <JWolf (WW Clan leader)> wow this sux
[dscrd-hush] <Hammerstein> @dukeleto, is there anything I can do now?
[dscrd-hush] <Roxin> @dukeleto what wallet you recommand ?
[dscrd-hush] <Roxin> hushMate is good ?
HUSHmate Swing Wallet is a desktop GUI wallet for Hush - hushmate/HUSHmate-swing-wallet
[dscrd-hush] <dukeleto> Sending funds to the Hush web wallet is another option. Less secure than a full node, but better than leaving it in Agama
[dscrd-hush] <Roxin> thanks
i will download hushMate
[dscrd-hush] <dukeleto> SilentDragon is currently only an option for bleeding edge people that want to compile it, we don't have recent binaries yet
A desktop full node GUI wallet for HUSH. Contribute to MyHush/SilentDragon development by creating an account on GitHub.
[dscrd-hush] <dukeleto> that is an option for some people. Web wallet is simplest thing for people
[dscrd-hush] <dukeleto> To get funds out of agama, web wallet might be fastest. Then setup your full node and send funds to a more secure place. I consider the web wallet more secure than Agama right now
[dscrd-hush] <Roxin> @dukeleto so hushMate is your option or silentdragon ?
[dscrd-hush] <dukeleto> @Roxin hushmate for now
[dscrd-hush] <dukeleto> @Hammerstein so you can't even open the mobile app?
[dscrd-hush] <Roxin> ok..i will move on hush web wallet..and after on hushmate
[dscrd-hush] <Hammerstein> @dukeleto correct
[dscrd-hush] <dukeleto> @Hammerstein i think #community-support on KMD discord is the best, i never ran into that
[dscrd-hush] <Roxin> is this fastest way or i can move directly on hushmate ?
[dscrd-hush] <dukeleto> #community-support is for help with Agama stuff
[dscrd-hush] <dukeleto> @Roxin fastest thing is to send funds out of Agama to Hush web wallet, that is very fast
[dscrd-hush] <dukeleto> Then you can get HushMate working, and send funds there
[dscrd-hush] <dukeleto> instead of waiting until HushMate works
[dscrd-hush] <dukeleto> There is an attacker actively draining funds
[dscrd-hush] <dukeleto> You are working against the clock
[dscrd-hush] <dukeleto> Wish I could tell you something different, but that is the truth
[dscrd-hush] <heguli97> Oh Sh*t, i still haven't moved my :btch_logo: to safety
[dscrd-hush] <Hammerstein> @Duke thanks duke, I’ll ask them, but this looks really bad
[dscrd-hush] <Roxin> @dukeleto where i can find my adress
[dscrd-hush] <Roxin> on webwallet
[dscrd-hush] <JWolf (WW Clan leader)> feels like when we switched chains but with no time
[dscrd-hush] <Roxin> i send it to txbit
[dscrd-hush] <Cryptographic> Does this affect BTCH?
[dscrd-hush] <dukeleto> @Roxin the web wallet should show you a bunch of wallets by default
[dscrd-hush] <Roxin> from agama now they dissaper..appear transaction confirmed..0 hush on agama ...but not appear yet on txbit
[dscrd-hush] <dukeleto> @Cryptographic this affects any coin that was used with Agama wallet, BTC, KMD, HUSH, anything
[dscrd-hush] <dukeleto> it's not HUSH-specific
[dscrd-hush] <dukeleto> any coin used in Agama is vulnerable
[dscrd-hush] <Roxin> but from agama now after i send they dissaper..so is ok ? @dukeleto
[dscrd-hush] <Cryptographic> I think I have BTCH in agama. Is there another wallet for BTCH?
[dscrd-hush] <dukeleto> @Roxin you need to send funds to a new address that is not from agama
[dscrd-hush] <Cryptographic> My HUSH aren’t in agama luckily
[dscrd-hush] <Roxin> yes ..i send them to txbit exchange..
[dscrd-hush] <dukeleto> @Cryptographic command-line wallet is one option
[dscrd-hush] <Roxin> after i send them
.they dissapear from agama ..and i received message from txbit that i received hush..but arent on txbit yet..is ok ? @dukeleto
[dscrd-hush] <dukeleto> @Roxin will take a bit to confirm
[dscrd-hush] <dukeleto> FYI Graviex confirms in a few minutes, sometimes txbit takes a long time because they use 25 confirms
[dscrd-hush] <dukeleto> Graviex is 5 confirms
[dscrd-hush] <Roxin> but if they dissaper from agama..is ok no ? if i already send them from agama..or they are really send when they are confirmed ?
[dscrd-hush] <dukeleto> @Cryptographic another trick is to create a Hush address outside of agama, and then send all your BTCH to that. You own that private key, and will be able to import it into a wallet whenever that gets figured out
[dscrd-hush] <JWolf (WW Clan leader)> now more stolen coins to hit the market:Facepalm2:
[dscrd-hush] <dukeleto> @Roxin no comprendo
[dscrd-hush] <dukeleto> @gilardh do you think you could revive the BTCH web wallet? There is a nice bounty for you if so
[dscrd-hush] <Roxin> so..from agama wallet i send them to txbit..after i send them they dissaper..i receive msg from txbit that i receive amount of hush ..but no appear on txbit yet ... @dukeleto
[dscrd-hush] <dukeleto> BTCH needs to live again, seems like a good time as any
[dscrd-hush] <dukeleto> @Roxin look at your balances and you will see a "confirming" transaction or something
[dscrd-hush] <dukeleto> not until 25 confirms will you see the balance in your exchange account, it's "confirming"
[dscrd-hush] <Roxin> my balance from agama or from txbit ?
[dscrd-hush] <dukeleto> @Roxin maybe screenshots would help. I don't quite understand
[dscrd-hush] <CryptoJesus> What’s happening why move funds
[dscrd-hush] <CryptoJesus> Till when do we have
[dscrd-hush] <JWolf (WW Clan leader)> there being stolen
[dscrd-hush] <JWolf (WW Clan leader)> agama is compromised
[dscrd-hush] <CryptoJesus> Shitt
[dscrd-hush] <CryptoJesus> Move them where online walllet?
[dscrd-hush] <dukeleto> @CryptoJesus move funds or donate to hacker
[dscrd-hush] <CryptoJesus> Does that mean other coins on agama such as kmd are being stolen
[dscrd-hush] <dukeleto> Yes
[dscrd-hush] <dukeleto> 1 million KMD was stolen
[dscrd-hush] <JWolf (WW Clan leader)> all coins
[dscrd-hush] <dukeleto> this is not HUSH specific
[dscrd-hush] <dukeleto> this is Agama-specific
[dscrd-hush] <dukeleto> @CryptoJesus make a new secure seed phrase here, grab an address, and all funds out of agama: https://wallet.myhush.org/ Then work on getting a more secure local full node wallet. But don't wait to move funds, move them now
[dscrd-hush] <dukeleto> I don't like to tell people to use the web wallet for large amounts, but this is different. The web wallet is more secure than Agama right now. An attacker is actively draining funds. KMD pre-drained many funds, but the attacker is still draining others.
[dscrd-hush] <dukeleto> KMD saved almost 100 BTC from being stolen by doing this, and 8M KMD
[dscrd-hush] <Papa D> Is there a need to worry about non agama wallets? Mainly our personal hush wallets?
[dscrd-hush] <JWolf (WW Clan leader)> This why people dont trust this as a whole. The community needs to do a better job of Policing its self or the real ones will step in eventually...
[dscrd-hush] <Hammerstein> @dukeleto Thank you for your help brother, I am able to access funds using versus. Do you recommend I use some other wallet and transfer our anyway? If so, what is your preferences.
[dscrd-hush] <dukeleto> @Papa D full node wallets are not affected. This is an issue with GUI wallets that use nodeJS
[dscrd-hush] <dukeleto> @Hammerstein anything that works sounds good to me
[dscrd-hush] <dukeleto> My guess is that various other coins will be attacked like this, or already have
[dscrd-hush] <Hammerstein> @dukeleto do you know how I can access btch on this verus thing? Any particular full node wallet you recommend (sorry if that’s a rookie question)?
[dscrd-hush] <dukeleto> @Hammerstein i haven't ever used verus agama wallet, but it should support all coins that KMD agama supported. If you click on "Add Coin" you should be able to find BTCH?
[dscrd-hush] <dukeleto> we are working on binaries
[dscrd-hush] <Hammerstein> @dukeleto yep man, my bad, sorry. I’ll use the Hushmate one then given whats happened here. Versus is showing both my full hush and btch funds
[dscrd-hush] <CryptoJesus> Agama connection error trying to switch to another server but nothing is happening
[dscrd-hush] <CryptoJesus> Server unreachable
[dscrd-hush] <CryptoJesus> How am I supposed to send my coins
[dscrd-hush] <dukeleto> @CryptoJesus be patient and keep trying. Servers are overloaded
[dscrd-hush] <dukeleto> servers probably see 1/1000th this amount of requests on a normal day
[dscrd-hush] <dukeleto> @CryptoJesus try using different coins
[dscrd-hush] <dukeleto> different coin servers are more or less overloaded
[dscrd-hush] <dukeleto> if you have 10 assets, try moving others if one server is overloaded
[dscrd-hush] <dukeleto> NINJA spv seems potentially down
[dscrd-hush] <CryptoJesus> I have 3 hush btch kmd
[dscrd-hush] <CryptoJesus> All down


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The Model generator creates a model definition JSON file for a model in the models directory. The file is named
The following example shows the model definition JSON file for the sample todo application:
{
"name": "todo",
"plural": "todos",
"classname": "Todo",
"properties": {
"id": {
"type": "number",
"id": true
},
"title": {
"type": "string"
},
"completed": {
"type": "boolean",
"default": false
},
"order": {
"type": "number"
}
}
}
The following table describes the properties that are specified in the file:
| Property | Type | Description |
|---|---|---|
| name | String | Name of the model. |
| plural | String | Plural form of the model name. |
| classname | String | Name of the generated Swift class which represents the model. |
| properties | Object | JSON object that specifies the properties in the model. For details, see the Properties section. |
The properties key defines one or more properties, each of which is an object that has keys. The following example shows a basic property definition:
...
"properties": {
"id": {
"type": "number",
"id": true
},
"title": {
"type": "string"
},
...
Each model property can have the keys described in the following table; only the type property is required.
| Key | Required? | Type | Description |
|---|---|---|---|
| type | Yes | String | Property type. Can be any type described in the Swift Server Generator type section. |
| default | No | Any | Default value for the property. The type must match that specified by type key. |
| id | No | Boolean | Whether the property is a unique identifier. Default is false. For details, see the ID properties section. |
| required | No | Boolean | Whether a value for the property is required. If true, then adding or updating a model instance requires a value for the property. Default is false. |
A model representing data to be persisted in a database has one ID property that uniquely identifies the model instance. The ID property must be named id.
By default, Swift Server Generator automatically adds an id property to each model as follows:
"id": {
"type": "string",
"id": true
}
The type defaults to string.
Swift Server Generator CRUD methods expect the model to have an id property.
The Swift Server Generator model properties can be defined as various data types. The following table summarizes the supported data types:
| Type | Description | Example |
|---|---|---|
| array | JSON array | [ "one", 2, true ] |
| boolean | JSON boolean | true |
| number | JSON number | 23.501 |
| object | JSON object | { "firstName": "John", "lastName": "Smith", "age": 25 } |
| string | JSON string | "Example" |


Steno Keyboard Generator
Click on the keys.
Direct image URL:
board.png
Small image URL:
board_small.png


Next: *read-eval*, Previous: *read-base*, Up: Reader Dictionary
one of the atomic type specifiers short-float, single-float, double-float, or long-float, or else some other type specifier defined by the implementation to be acceptable.
The symbol single-float.
Controls the floating-point format that is to be used when reading a floating-point number that has no exponent marker or that has e or E for an exponent marker. Other exponent markers explicitly prescribe the floating-point format to be used.
The printer uses *read-default-float-format* to guide the choice of exponent markers when printing floating-point numbers.
(let ((*read-default-float-format* 'double-float)) (read-from-string "(1.0 1.0e0 1.0s0 1.0f0 1.0d0 1.0L0)")) ⇒ (1.0 1.0 1.0 1.0 1.0 1.0) ;Implementation has float format F. ⇒ (1.0 1.0 1.0s0 1.0 1.0 1.0) ;Implementation has float formats S and F. ⇒ (1.0d0 1.0d0 1.0 1.0 1.0d0 1.0d0) ;Implementation has float formats F and D. ⇒ (1.0d0 1.0d0 1.0s0 1.0 1.0d0 1.0d0) ;Implementation has float formats S, F, D. ⇒ (1.0d0 1.0d0 1.0 1.0 1.0d0 1.0L0) ;Implementation has float formats F, D, L. ⇒ (1.0d0 1.0d0 1.0s0 1.0 1.0d0 1.0L0) ;Implementation has formats S, F, D, L.


Sandhya wood work
We are specialist for making Modular kitchan,Essentially, the modular kitchen consists of small sections or modules which are accumulated together to form a complete kitchen. Modular kitchen is a contemporary concept of kitchen which comprises of drawers, cabinets and shelves organized in a manner that saves up on a lot of space
We are specialist for making Door and frames ,A door is a movable barrier secured in an opening, known as the doorway, through a building wall or partition for the purpose of providing access to the inside of a building or rooms of a building.
We are specialist for Sofaset ,The main one is that fabric is overall more comfortable than leather. Like your car seat, leather absorbs heat faster than fabric. The same is with leather furniture, it will feel warm after sitting on it for a while. Leather furniture however, are firmer than the fabric ones
we are providing premium painting service,Creativity can help lower stress and anxiety and give you a sense of purpose, researchers say. ... According to a recent study out of New Zealand, engaging in creative activities contributes to an “upward spiral” of positive emotions, psychological well-being and feelings of “flourishing” in life
we are making good looking wardrobes,A closet is actually a small space built into the house for holding things like clothes, towels, storage...They cannot be moved from one house to another, but a wardrobe is mobile.  It's an actual room though, built into the wall
We are specialist for making Modular kitchan,Essentially, the modular kitchen consists of small sections or modules which are accumulated together to form a complete kitchen. Modular kitchen is a contemporary concept of kitchen which comprises of drawers, cabinets and shelves organized in a manner that saves up on a lot of space
We are specialist for making Door and frames ,A door is a movable barrier secured in an opening, known as the doorway, through a building wall or partition for the purpose of providing access to the inside of a building or rooms of a building.
We are specialist for Sofaset ,The main one is that fabric is overall more comfortable than leather. Like your car seat, leather absorbs heat faster than fabric. The same is with leather furniture, it will feel warm after sitting on it for a while. Leather furniture however, are firmer than the fabric ones
we are providing premium painting service,Creativity can help lower stress and anxiety and give you a sense of purpose, researchers say. ... According to a recent study out of New Zealand, engaging in creative activities contributes to an “upward spiral” of positive emotions, psychological well-being and feelings of “flourishing” in life
we are making good looking wardrobes,A closet is actually a small space built into the house for holding things like clothes, towels, storage...They cannot be moved from one house to another, but a wardrobe is mobile.  It's an actual room though, built into the wall


Specifications¶
This project aims to provide a proof-of concept for the final project in Computer Networking, CMPE 150, at the University of California, Santa Cruz. In this project, the aim was to explore the following:
[1] HOME CONTROL PROTOCOL: Design and specify a reliable IP-based protocol to control (check and manipulate state) some IP-enabled devices (stereo, tv, vcr, lamps, heater) in your home from remote, so that you can go on vacation and need not worry about whether you switched off the lights. This protocol should be accessible from a webpage or app and allow you to configure your home devices with timers.
In this project, the following specifications were achieved:
IP-based protocol built on the Django REST Framework
Generic API endpoints for devices to check/manipulate own state (Source) with support for the following devices:
- Light
- Toggle on/off
- Refrigerator
- View/Set fridge & freezer temperature
- Thermostat
- View/Set thermostat temperature
- Door
- View door open/closed
- View/Toggle door locked/unlocked
Website dashboard control of devices linked to user
- Homes and everything in them restricted to owner only
- Administrative interface to create models for the user
- Switch between different homes the user may own
RESTful API¶
The API was built with flexibility and expandability in mind. Since the server was created before the devices, the API specificaitons were made general enough such that any device following the specification would be compatible. The API was also exstensibly documented via Swagger UI. The API has the following controls:
- Home
- Room
- Thermostat
- Door
- Light
- Refrigerator
The system is designed such that the devices should be able to self register, storing the primary key value that links it to the database. This is the value the devices uses to reference itself when making a mnodification. Example software flow:
# Sample code for a light to register itself in system. Assumes the
# light knows which room it belongs to.
# POST to /lights/ endpoint, creating a new light in the database
curl -X POST \
-H "Content-Type: application/json" \
-d '{"room":"/api/room/1/", "name": "New Light"}' \
http://ec2-54-153-19-113.us-west-1.compute.amazonaws.com/api/light/
# The following is then returned by the server.
# The light must take note of the pk, which is used in the future.
{"room":"http://ec2-54-153-19-113.us-west-1.compute.amazonaws.com/api/room/1/","name":"New Light","is_on":false,"pk":34}
With the device registered with the system, it now has access to an endpoint to modify its current state:
# Sample code for a light to modify its state.
# PATCH to /lights/pk/ where pk was given at creation
curl -X PATCH \
-H "Content-Type: application/json" \
-d '{"is_on", "true"}' \
http://ec2-54-153-19-113.us-west-1.compute.amazonaws.com/api/light/34/
You can use this as a crude way to verify that devices can be created/modified as per the requisite.
Database Schema¶
The devices in this application were designed to have a nested relationship as follows:
User -> Home -> Room -> Device
If we were given the pk to a device, we could traverse the tree back up to get all pertinent information about its location, context, and owner. The database has the following graph:
A typical User model would have the following attributes:
User {
Home {
Thermostat,
Room {
Light,
Door,
...
},
Room {
Light,
Refrigerator,
...
},
...
},
...
}
As you can see, a user can have multiple homes. Within those homes, there can be any number of rooms with any combination of devices that describe the room.
Administrative Server Interfacing¶
With the ability to create and modify devices exposed to the world, there needs to be a way to link those devices with a user model accessible via a web application. Since this is a proof-of-concept, the management of resources on the server side is limited to an administrator interface. This is not production-worthy, but is an excellent tool to prove that things work.
The Administrator Interface is available to the “instructor” user (don’t tell anyone, but the password is “networking”).
Once logged in, the admin is presented with all the models that can be modified. Currently, there are three homes, two that belong to the instructor and one that belongs to a test user (explained later). Clicking on a home will bring up that specific home’s first-layer settings, such as its location, name, owner, and thermostat.
From this interface, models can be added and linked. Any changes made in this interface will be reflected on the dashboard for the user being changed.
User Dashboard¶
(Log in as instructor with credentials provided above)
The dashboard was bult with responsiveness as the first priority. In Django’s web model, requests are served by rendering templates with context. Context is a python dictionary defined at run-time of various variables pertinent to the creation of the page content. For example, the dashboard has a table with a list of homes. This table has the following html:

{% for home in homes %}

 {{ home.name }}

{% endfor %}

As you can see, this is clearly not pure html. The brackets signify a Django qualifier that is rendered as the page is loaded. On the server side, there is code to populate an array of homes for translation:
def dashboard(request):
context = {}
homes = Home.objects.get(owner=request.user)
# Assuming an array of Device objects has been instantiated
for home in homes:
context['homes'].append(home)
return render(request, 'dashboard.html', context)
The HTML served to the client will resemble something like this:

 My Home

 Vacation Home

After the page is loaded, there are many buttons and sliders that are created. These correspond to actions that modify the state of the devices specified on the page. For instance, lights have a button that is green when the light is on, and red when the light is off. If the user clicks the button, a jQuery AJAX request is made to the server which toggles the state of the light. If the toggle was successful, the button will toggle its color.
This method is true for all actions on the page, including the slider.


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Please input password below:
Table of Contents:
/


In case you get error message: ‘Something went wrong. Please refresh the page.’, in Chrome right-click and choose Inspect then in Network tab click on AjaxProcessor.php and check the Response. For example:
SQLSTATE[42000] [1049] Unknown database 'db_name'
Means that you have not specified the database name in the config file properly.


The ls command is used to view a sorted list of tags or namespaces, potentially with additional information.
FORM
ls [flags] [<namespace>|<tag>]
FLAGS
- -l long listing (one per line; showing permissions)
- -g group listing (one per line; showing exception groups and permissions)
- -L longer listing (show Fluidinfo-style permissions listing, as compactly as possible)
- -G longest listing (show full Fluidinfo-style permissions listing)
- -n list the namesace as an object, rather than the contents of the namespace
- -d same as -n
- -R recursive (show contents of all subnamespaces, recursively)
as well as the standard flags like -s etc.
EXAMPLES
List the tags in the user’s namespace:
(Here, we assume we are authenticated as user miro):
$ fish ls bestsellers-1998-2010/ first_field_id n_records bestsellers1998to2010/ first_record_id next-field-about books/ forename next-field-id class has-about-links next_field_about consistent has-field-numbers next_field_id description has-id-links planets/ elements/ has-record-numbers rating field-name has_about_links small/ field-number has_field_numbers surname field_number has_id_links table-name first-field-about has_record_numbers testconvtag first-field-id message testrating first-record-about n-fields testtable/ first-record-id n-records type first_field_about n_fields unitNote that namespaces are shown with a trailing /; for users familiar with the unix ls command, this is modelled on ls -F.
List the tags and subnamespaces in a given namespace:
$ fish ls /miro/planets Atmosphere Mass OrbitalRadius Category Moons RotationPeriod EquatorialDiameter Name db-next-record-about HasRings OrbitalEccentricity db-record-number Inclination OrbitalPeriodSort order is case-sensitive, e.g. (in English) all lower-case letters follow upper-case letters. Miro’s top-level namespace can be specifed by ls /miro.
List a single tag (report presence or absence of that tag).
$ fish ls /miro/planets/Mass miro/planets/Mass $ fish ls -F miro/planets/NoMass miro/planets/NoMass not foundLong listing for tag (alice/rating), including permissions summary:
$ fish ls -l rating trwcr--r-- alice/ratingHere:
the first t indicates that this is a tag rather than a namespace
the next three characters indicate that the owner (alice) has read, write and control permission on the tag,
the final three characters indicate that everyone (world) has read permission but not write or control permission on the tag.
the “middle” three characters (r--) show group permissions. Their meaning depends on the world permissions. Because the world has read permission the only thing that an exception list can do is to remove it; so in this case, the r in the middle r-- block indicates that no one is losing read permission as a result of being on an exception list. If there were an exception list that excluded some people, then the group read permission would be shown as -.
If the world did not have read permission, an r would mean that at least one person has read permission in addition to the owner; and a - would indicate that no one except the owner had read permission.
the final thing to know about this way of describing permissions is that Fluidinfo actually has more than one kind of write permission for both tags and namespaces, and more than one kind of control permission for tags. Normally, all the write permissions are set consistently, as are the two control permissions for tags. If this is not the case, the permission will be shown as a /.
Use the -g flag to find out who is in the group/exception list, or -L for the even longer, full Fluidinfo description of the permissions.
Group long listing for tag (alice/rating), including permissions summary.
Let’s start with a tag with default permissions.
$ fish ls -g private-tag trwcr--r-- (world) alice/private-tagWhen no one has been given any unusual permissions, in effect there is no group; or to say it another way, group permissions can be considered to be the same as world permissions.
Now let’s grant read and write access to jkakar and ntoll
$ fish perms group jkakar+ntoll private-tag $ fish ls -g private-tag trwcrw---- ntoll+jkakar alice/private-tagGroup permission is now rw-, and the group is ntoll+jkakar. (The exception list also includes alice, of course.)
Now let’s set different groups for read and write. We’ll let ntoll have write permission too. To do this we update the write group:
$ fish perms group-write ntoll private-tag $ fish ls -g private-tag trwcrw---- r:ntoll+jkakar w:ntoll alice/private-tagWhen the groups are different, they are shown separately, with r: prefixing the read group and w; prefixing the write group.
Longer listing for tag (alice/rating), including Fluidinfo-style permissions summary:
$ fish ls -L rating alice/rating: read: policy: open; exceptions = [] write: policy: closed; exceptions = [alice, miro] control: policy: closed; exceptions = [alice, miro]Where all the low-level write permissions identical, and both low-level control permissions are the same, Fish whill show the compact listing shown here; if they are not, the longest listing, normally generated by -G is shown (see below).
Longest listing for tag (alice/rating), including Fluidinfo-style permissions summary:
$ fish ls -G rating alice/rating: TAG (/tags) Write update (metadata): policy: closed; exceptions = [alice, miro] delete (delete): policy: closed; exceptions = [alice, miro] Control control (acontrol): policy: closed; exceptions = [alice, miro] TAG (/tag-values) Read read (read): policy: open; exceptions = [] Write create (tag): policy: closed; exceptions = [alice, miro] delete (untag): policy: closed; exceptions = [alice, miro] Control control (tcontrol): policy: closed; exceptions = [alice, miro]Long listing for contents of namespace (alice/index):
$ fish ls -l index trwcr--r-- about trwcr--r-- classGroup long listing for namespace (alice/private), including permissions summary.
The -d tells ls that what you want is not the content of the namespace, but the permissions on the namespace itself. (d stands for directory, which is essentially what a namespace is. You can use -n if you prefer.)
The result is very similar to that for tags. We’ll just look at a namespace fi
$ fish ls -gd fi nrwcrw-r-- r:(world) w:terrycojones+paparent alice/fi/This is showning that the namespace alice/fi has standard world read permissions (with no special group) but that terrycojones and paparent have write permission for the namespace.
Long listing for a namespace itself (alice/index) (as opposed to its contents), including Fluidinfo-style permissions summary:
$ fish ls -ln index nrwcr--r-- index $ fish ls -ld index nrwcr--r-- indexThe first n indicates that alice/index is a namespace rather than a tag. This option may be specified using -n (for namespace) or -d (for directory) since the latter will probably be more natural for users familiar with unix-style ls.
See the section on permissions for an explanation of the permissions string.
Longer listing for a namespace itself (alice/index) (as opposed to its contents):
$ fish ls -Ld index alice/index/: read: policy: open; exceptions = [] write: policy: closed; exceptions = [alice] control: policy: closed; exceptions = [alice]Where all the low-level write permissions identical, Fish whish the compact listing shown here; if they are not, the longest listing, normally generated by -G is shown (see below).
Long listing including group details (for tag alice/rating)
$ fish ls -ln fi nrwcr----- ceronman+esteve+jkakar+ntoll+terrycojones fiSee the section on permissions for an explanation of the permissions string. In this case
- the first n indicates that this is a namespace
- the next three characters indicate that the owner (alice) has read, write and control permission on the tag,
- the next three characters indicate that members of the exception group exceptions have read (“list”) permission on the tag (but not write or control permissions).
- the final three characters indicate that Fluidinfo users other than the owner and the people in the exception group do not have any permissions to read, write or control the namespace.
The list of users separated by plus signs is the list of users on the exceptions list.
The next example shows Fluidinfo’s native representation of the permissions for this namespace.
Longest listing for namspace (alice/fi), including Fluidinfo-style permissions summary:
$ fish ls -Ln fi Permissions for namespace alice/fi: READ: list (read): policy: closed; exceptions: [ceronman, esteve, jkakar, alice, ntoll, terrycojones] WRITE: create (create): policy: closed; exceptions: [alice] update (metadata): policy: closed; exceptions: [alice] delete (delete): policy: closed; exceptions: [alice] CONTROL: control (control): policy: closed; exceptions: [alice]List contents of all subnamespaces (recursive descent):
ls -R /miro miro: bestsellers-1998-2010/ first_field_id n_records bestsellers1998to2010/ first_record_id next-field-about books/ forename next-field-id class has-about-links next_field_about consistent has-field-numbers next_field_id description has-id-links planets/ elements/ has-record-numbers rating field-name has_about_links small/ field-number has_field_numbers surname field_number has_id_links table-name first-field-about has_record_numbers testconvtag first-field-id message testrating first-record-about n-fields testtable/ first-record-id n-records type first_field_about n_fields unit miro/bestsellers-1998-2010: ASP db-next-record-about rank RRP db-record-number title author imprint value binding productclass volume date publisher miro/bestsellers1998to2010: miro/books: author guardian-1000 year db-next-record-about surname forename title miro/elements: AtomicWeight Description Period BoilingPointC Etymology RelativeAtomicMass BoilingPointF Group Symbol ChemicalSeries MeltingPointC Z Colour MeltingPointKelvin db-next-record-about Density Name db-record-number miro/planets: Atmosphere Mass OrbitalRadius Category Moons RotationPeriod EquatorialDiameter Name db-next-record-about HasRings OrbitalEccentricity db-record-number Inclination OrbitalPeriod miro/small: db-record-number id intField miro/testtable: db-next-record-about db-record-number i
SEE ALSO
perms


Master Foo and the End User
On another occasion when Master Foo gave public instruction, an end user, having heard tales of the Master's wisdom, came to him for guidance.
He bowed three times to Master Foo. "I wish to learn the Great Way of Unix", he said "but the command line confuses me".
Some of the onlooking neophytes began to mock the end user, calling him "clueless" and saying that the Way of Unix is only for those of discipline and intelligence.
The Master held up a hand for silence, and called the most obstreperous of the neophytes who had mocked forward, to where he and the end user sat.
"Tell me", he asked the neophyte, "of the code you have written and the works of design you have uttered".
The neophyte began to stammer out a reply, but fell silent.
Master Foo turned to the end-user. "Tell me", he inquired, "why do you seek the Way?"
"I am discontent with the software I see around me", the end user replied. "It neither performs reliably nor pleases the eye and hand. Having heard that the Unix way, though difficult, is superior, I seek to cast aside all snares and delusions".
"And what do you do in the world", asked Master Foo, "that you must strive with software?"
"I am a builder", the end user replied, "Many of the houses of this town were made under my chop".
Master Foo turned back to the neophyte. "The housecat may mock the tiger", said the master, "but doing so will not make his purr into a roar".
Upon hearing this, the neophyte was enlightened.
|


Retrieve NOAA/ESRL Mauna Loa CO2 Observatory concentration data and plot it:
library(hockeystick)
ml_co2 <- get_carbon()
plot_carbon(ml_co2)
Retrieve NASA/GISS global surface temperature anomaly data and plot it:
Visualize warming using Ed Hawkins styled “warming stripes”:
warming_stripes(stripe_only = TRUE, col_strip = viridisLite::viridis(11))
Retrieve tide gauge and satellite sea level data and plot it:
gmsl <- get_sealevel()
plot_sealevel(gmsl)
Retrieve July annual Arctic Sea Ice Index and plot it:
seaice <- get_seaice()
plot_seaice(seaice)
get_seaice()
arguments can be modified to download Antarctic sea ice, and allow any month.
You can also visualize sea ice by month and year:
arcticice <- get_icecurves()
plot_icecurves(arcticice)
Retrieve Common Era temperature reconstruction and plot it with instrumental record:
anomaly2k <- get_temp2k()
plot_temp2k(anomaly2k)
Retrieve Vostok ice core data and plot it:
vostok <- get_paleo()
plot_paleo(vostok)
Retrieve NOAA HURDAT2 hurricane data and plot it:
hurricanes <- get_hurricanes()
plot_hurricanes(hurricanes)
plot_hurricane_nrg(hurricanes)
By default, no climate data is cached, and all data is downloaded every time any of the get_
functions is called. To cache data for future use, use the write_cache = TRUE
option, available in all of the get_
functions. To download and cache all data use hockeystick_update_all()
. To view the files, date, and size of cached data use hockeystick_cache_details()
. To re-download data from the source use the use_cache = FALSE
argument in any of the get_
functions, for example: get_carbon(use_cache = FALSE, write_cache = TRUE)
. To delete all cached data use hockeystick_cache_delete_all()
.
Users may also cache data by default by adding options(hs_write_cache = TRUE)
to their script or .Rprofile
file.


We love dogs! You should too!
Be a fur parent and adopt, don't shop!
MEET BERNICE AND MAIA!
They love to wrestle and snuggle and are a package deal!
MEET ARBOR!

MEET MOE!
 A true little shitttt-zu!


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 6
Dietary
Homemade vegetable chips give a good crunch sprinkled over soup - James Martin uses them to garnish his easy parsnip soup.
Preheat the oven to 200C/400F/Gas 6.
Place all the soup ingredients with the exception of the stock and cream into a roasting tray. Mix well and season with salt and freshly ground black pepper. Place into the oven to roast for 25-30 minutes, until golden and tender.
Place all but 250ml/9fl oz of the chicken stock into a saucepan over a high heat. Add the cream and, once boiling, reduce the heat to simmer.
Add the roasted parsnips and continue to simmer.
Pour the remaining stock into the roasting tray and place over a high heat. Stir well, scraping at the browned bits on the base of the roasting tray to release all of the flavour, then add this sauce to the simmering soup.
Remove from the heat and allow to cool slightly, then transfer into a food processor and blend until smooth. Return the soup to the pan and season, to taste, with salt and freshly ground black pepper.
Meanwhile, for the vegetable chips, preheat a deep-fat fryer to 190C/375F. (CAUTION: hot oil can be dangerous. Do not leave unattended.)
Using a potato peeler, peel long strips of each of the vegetables. Carefully add the vegetable strips into the oil and fry until golden. Remove with a slotted spoon and drain on kitchen paper.
To serve, place the cream into a bowl and whip lightly until soft peaks form when the whisk is removed. Add the lemon juice and fold into the cream.
Serve the soup in a bowl with a dollop of cream in the centre and a small pile of vegetable crisps placed over the top.
You need JavaScript to view this clip.
Whipping cream by hand


Women in Britain first started large‐scale campaigning for the vote in the 1860s. The Aberdeen Women’s Suffrage Association was set up in the 1870s, campaigning amongst other things to get women elected to the city School Board. However, this limited amount of civic responsibility only whetted women’s appetites for the Parliamentary vote, which was still firmly denied to them.
By the start of the 20th century the Aberdeen Association was affiliated to the National Union of Women’s Suffrage Societies (NUWSS). These campaigners are known as ‘constitutional suffragists’ – they aimed to achieve the vote through peaceful campaigning, petitions and letters to MPs.
Growing frustration with the situation finally prompted Emmeline Pankhurst, the widow of a socialist politician from Manchester, to establish a new kind of suffrage organisation. Working with her daughters Christabel, Adela and Sylvia, and others from her socialist circle in Manchester, Mrs Pankhurst established the Women’s Social and Political Union (WSPU) in 1903. The WSPU aimed to raise the profile of the question of women’s suffrage, including in the press, and to make women campaigners more visible. The Daily Mail called them the Suffragettes to distinguish them from the NUWSS.
An Aberdeen branch of the WSPU had been set up by 1907. From then until early 1909 its honorary secretary was the journalist Caroline Phillips. You can learn more about Phillips and the archive of her correspondence held in Aberdeen here.
The aim of this website is to map the locations of suffragist and suffragette activity throughout the city and Aberdeenshire. Each point on the map indicates at least one suffrage-related event. Some locations, such as the Aberdeen Music Hall, saw many different events. Clicking each link will give you further information about what happened and who was involved. We aim to cover the suffrage campaigns of the constitutional suffragists, such as the National Union of Women’s Suffrage Societies (NUWSS), and the militant suffragettes, such as the Women’s Social and Political Union (WSPU) and the Women’s Freedom League (WFL).


nfpa codes hydrogen peroxide
Hydrogen peroxide (H2O2) safe storage and handling
It is vitally important that any new hydrogen peroxide facility design . designate the UN TDG codes, product hazards, and NFPA ratings. The fill line .
http://www.fpl.fs.fed.us/documnts/pdf2010/fpl_2010_anderson001.pdf
MATERIAL SAFETY DATA SHEET PROSOCO, Inc.
CHEMICAL NAME. (COMMON NAME). CAS NO. NFPA CODE. ACGIH. TLV/TWA . OSHA PEL/TWA. Hydrogen Peroxide. (Hydrogen Peroxide). 7722-84-1. 2,0,1, .
http://www.prosoco.com/Content/Documents/Product/EK_BioKlean_Activator_MSDS_041607_C.pdf
Hazard Rating Information for NFPA Fire Diamonds
NFPA Hazard Rating Information for Common Chemicals. (A-C) (D-I) . Dibenzoyl Peroxide, 1, 4, 4, OX. Diborane . Hydrogen Peroxide (35% to 52% by . weight) .
http://www.nmsu.edu/safety/programs/chem_safety/NFPA-ratingD-I.htm
Things You'll Need
- Certified copies of public records evidence in your case
Instructions
-
-
1
Safe Handling Practices for Drums - FMC Industrial Chemicals
Hydrogen Peroxide is frequently transported and stored in drums. FMC . NFPA 430 Code for the Storage of Liquid and Solid Oxidizers has primary .
http://www.fmcchemicals.com/Portals/chem/content/docs/engineering/H2O2%20Drum%20Safety%20&%20Handling.pdf -
2
Hydrogen Peroxide (20 to 40%) - FMC Corporation
Hydrogen Peroxide is manufactured in accordance with all . Degree of Hazard Code: 4 = Severe. 3 = Serious. 2 = Moderate. 1 = Slight. 0 = Minimal. NFPA .
http://msds.fmc.com/msds/100000010225-MSDS_US-E.pdfMSDS Hydrogen Peroxide.pdf - haspi
30% hydrogen peroxide will decompose rapidly when exposed to almost any substance . TSCA-listed, EINECS-listed (231-765-0), RCRA code D001, D002.
http://www.haspi.org/curriculum-library/Med-Chem-Core%20Labs/0%20Med%20Chem%20Material%20Safety%20Data%20Sheets/MSDS%20Hydrogen%20Peroxide.pdf -
-
3
Appendix 1
NFPA 400 Hazardous Materials Code (2010 Edition); NFPA 430 Code for the . ( 7) Hydrogen peroxide solutions (greater than 8 percent up to 27.5 percent) .
http://www.nfpa.org/assets/files/pdf/research/appendix_1.pdfNFPA 704 - Wikipedia, the free encyclopedia
"NFPA 704: Standard System for the Identification of the Hazards of Materials for . (chemical) reactivity, and white containing special codes for unique hazards. . Oxidizer (e.g., potassium perchlorate, ammonium nitrate, hydrogen peroxide) .
http://en.wikipedia.org/wiki/NFPA_704 -
4
HYDROGEN PEROXIDE 35% (ALL GRADES) - KellySolutions.com
Jul 11, 2011 . Product code: 04505 . hydrogen peroxide should be rinsed immediately with large . Refer to National Fire Protection Association (NFPA) .
http://www.kellysolutions.com/erenewals/documentsubmit/KellyData%5COK%5Cpesticide%5CMSDS%5C335%5C335-234%5C335-234_Peroxal_35_Bio_11_16_2011_8_22_36_AM.pdf
-
1
References
Resources
- Photo Credit Justice image by MVit from 2008 report of bank stability


Capitalist Hinge
Getting Started
You'll need to have Node on your local development machine. You should use the latest LTS version. You can check that here.
Clone this repository.
Run
$ npm install
$ npm start
On your local web browser, visit localhost:3000
and you'll be on our landing page.
Consult our wiki for more information on how to use our app.


$ ./known_hosts_bruteforcer.pl -h
Usage: known_hosts_bruteforcer.pl [options]
-d <domain> Specify a domain name to append to hostnames (default: none)
-f <file> Specify the known_hosts file to bruteforce (default: /.ssh/known_hosts)
-i Bruteforce IP addresses (default: hostnames)
-l <integer> Specify the hostname maximum length (default: 8 )
-s <string> Specify an initial IP address or password (default: none)
-v Verbose output
-h Print this help, then exit
Without arguments, the script will bruteforce your $HOME/.ssh/known_hosts by generating hostnames with a maximum length of 8 characters. If a match is found, the hostname is displayed with the corresponding line in the file. If your hosts are FQDN, a domain can be specify using the flag “-d“. It will be automatically appended to all generated hostnames. By using the “-i” flag, the script generates IP addresses instead of hostnames. To spread the log across multiple computers or if you know the first letters of the used hostnames or the first bytes of the IP addresses, you can specify an initial value with the “-s” flag.
Examples: If your server names are based on the template “srvxxx” and belongs to the rootshell.be domain, use the following syntax:
$ ./known_hosts_bruteforcer.pl -d rootshell.be -s srv000
If your DMZ uses IP addresses in the range <IP_ADDRESS>/24, use the following syntax:
$ ./known_hosts_bruteforcer.pl -i -s <IP_ADDRESS>
When hosts are found, there are displayed as below:
$ ./known_hosts_bruteforcer.pl -i -s <IP_ADDRESS>
*** Found host: <IP_ADDRESS> (line 31) ***
*** Found host: <IP_ADDRESS> (line 165) ***
*** Found host: <IP_ADDRESS> (line 69) ***
*** Found host: <IP_ADDRESS> (line 28) ***
*** Found host: <IP_ADDRESS> (line 56) ***
*** Found host: <IP_ADDRESS> (line 51) ***


Although polls are a common performance metric in the presidential race, their results do not always reflect the actual chances of each candidate winning. Months before any votes are cast, candidates can lead the field in polling, but never have a true shot at becoming their party’s nominee. Prediction markets offer an interesting alternative to keep track of how candidates are doing over the course of an election cycle.
PredictIt.org offers an online marketplace for trading contracts, paying out based on the outcome of political events. For the presidential primaries, markets exist for all state and national elections. Shares are traded for each candidate, paying $1 only if they win. The resulting prices infer the chance of each candidate winning.
Betfair.com is a British gambling website that allows people to lay their own odds, and place bets based on the bid-ask spreads of its users. Betfair is primarily involved in betting on sports, but also caters to political bets. Betfair's odds provide predictive data at the national level between the Republican and Democratic candidates.
OddsChecker.com collates betting odds from a range of different bookmakers. Bookmakers act as a market-maker in a traditional stock market environment - they set their odds, and adjust them according to the flow of the market. US Political events are a popular subject of wagers, so markets exist to predict the presidential primaries.
Marco Rubio sailed into January 2016 having never polled above 15%, yet prediction markets labelled him as the clear frontrunner against all other opponents. Ben Carson was practically ignored by all of the prediction sites, despite polling significantly higher than Bush and Christie before dropping out. Donald Trump had been consistently beating the other candidates in polling by a 20-point margin in early-2016, but was only priced as having a 20% chance of winning.
As the race moved on, the markets continually realigned, as speculation around candidates shifted. Some clear events led to spikes for different candidates, as investors hurried to change their minds.
Although Bernie Sanders closed the gap in polling throughout the primary process, Hillary Clinton was viewed as an unassailable candidate throughout the election process. In November, Clinton’s status as the presumptive nominee allowed for only a small chance of around 20% that something could happen to derail her campaign.
Different markets disagreed with the scale of a threat that a surging Sanders campaign could pose to Clinton. Although punters on PredictIt and OddsChecker remained steadfast in their belief that Clinton would win the nomination, Betfair shortened Sanders’ odds significantly for a substantial period of time.
In the Republican race, Donald Trump has performed best in contests on the East coast, while Ted Cruz has had his finest showings in rural and Southern states.
Marco Rubio was never predicted to win any early states, despite being hotly tipped to win nationwide. His win in Minnesota, which was a surprise result for PredictIt users, together with Kasich’s victory in Ohio, were the only states that were not dominated by Trump or Cruz.
On the Democratic side, Hillary Clinton enjoyed a significant advantage in Southern states, and bested Bernie Sanders in more well-populated areas.
The North-South divide is evident from the map to the right, where Sanders can be seen to have little chance at any point in winning in the South, although Northern states generally fell to him.
How do the issues that the candidates care about change over time? Is there a relationship between these issues and their polling results?
Brush the timeline below to explore
-
The Presidential Debates have always been an integral part of the election. Critics have commented that the debates "too often turn on stumbles, errors and style over substance." How do candidates' debate styles change over time?
Transcripts of every candidate in every debate from December until now were analyzed. The polarity score is a float within the range [-1.0, 1.0]. For example, a sentence like "Bicycles are amazingly simple to use" would get a polarity score of 0.4. The subjectivity score is a float within the range [0.0, 1.0] where 0.0 is very objective and 1.0 is very subjective.
The percentage of short sentences is encoded by the radius of the circles. The more often a candidate uses a short sentence, the bigger the circle is. A short sentence has 5 or less words


Note that, in general, Scrawl-canvas avoids scaling the canvas when it stamps entitys onto it, preferring instead to pre-calculate scaling effects on entity dimensions etc. Smoothing is most likely to be an issue when scaling copied data from an asset, as may happen with Picture entitys and Pattern styles.
Touch test: not required


Android wear app with wear 1.x and 2.x capabilities. Updated to include a mobile battery level complication for wear 2.x devices. On all versions, alerts users when watch has finished charging. Highly customizable app to allow maximum user satisfaction.
Java Android SDK XML Android Wear Google Play Services
A Chrome extension that uses jQuery to manipulate DOM on Facebook.com to blur selected people's posts and comments. The AngularJS framework was used to create a dynamic extension popup page and Bootstrap was used to quickly and easily design a user friendly interface.
Javascript jQuery AngularJS HTML CSS Bootstrap


Your phone is reporting to Sky Map that its internal compass is uncalibrated. This is not a Sky Map
issue, but we can help you try to fix it.
To calibrate, move your phone as follows:
- Tilt your phone forward and back
- Move it side to side
- And then tilt left and right
Repeat until the compass accuracy is medium or high. If this does not work try the
"figure of 8" method (
video).


# include 'bit/meta.html'
# block title {{title + ' |' if title}} # endblock {{config.CONFIG_DB.brand_name}}
# include 'bit/style.html' # block head # endblock # include 'bit/analytics.html'
ALMOST LIVE!
AN EMAIL IN YOUR INBOX WHEN WE'RE READY!
A SNEAK PREVIEW OF WHAT'S TO COME
WEBSITE
INSTAGRAM
© DASPOTS, All rights reserved


Enthusiastic Computer Science engineer eager to contribute to team success through hard work, attention to detail and excellent organizational skills. Clear understanding of programming languages and training in web-development. Motivated to learn, grow and excel.


What's the endog
, exog
?
Please see:
http://statsmodels.sourceforge.net/stable/endog_exog.html
ols
use ordinary least square(OLS) method to estimate linear model and return
a model
object.
model
object attribute is vrey like to statsmodels
result object attribute
(nobs,coef,...).
The following example is compared by statsmodels
. They take same result
exactly.
var A=[[1,2,3],
[1,1,0],
[1,-2,3],
[1,3,4],
[1,-10,2],
[1,4,4],
[1,10,2],
[1,3,2],
[1,4,-1]];
var b=[1,-2,3,4,-5,6,7,-8,9];
var model=jStat.models.ols(b,A);
// coefficient estimated
model.coef // -> [0.662197222856431, 0.5855663255775336, 0.013512111085743017]
// R2
model.R2 // -> 0.309
// t test P-value
model.t.p // -> [0.8377444317889267, 0.15296736158442314, 0.9909627983826583]
// f test P-value
model.f.pvalue // -> 0.3306363671859872
The adjusted R^2 provided by jStat is the formula variously called the 'Wherry Formula',
'Ezekiel Formula', 'Wherry/McNemar Formula', or the 'Cohen/Cohen Formula', and is the same
as the adjusted R^2 value provided by R's summary.lm
method on a linear model.


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Track Yourself


|
| EQuote Status: Pending |
| EQuote Number: 17 |
| EQuote Date: Monday, July 14, 2003 |
| |
| Salesperson:
Internet |
| Customer
Number: N/A |
|
60
Technology Drive
Irvine, CA 92618
(800) 729-6809 |
| SOLD
TO |
WSU GARREN BLAH<EMAIL_ADDRESS>(949) 4509977
Confirmed To: GARREN BLAH |
|
| SHIP
TO |
WSU GARREN BLAH<EMAIL_ADDRESS>|
|
| |
|
| Customer
P.O |
Ship
Via |
Terms |
| N/A |
N/A |
Pre-Defined Terms |
|
|
| |
| |
| Requested EQuotes
System Configuration |
|
|
| |
| Net
EQuote |
10154.00 |
| Less
Discount |
0.00 |
| Freight |
0.00 |
| Sales
Tax |
0.00 |
|
| EQuote
Total |
$10154.00 |
|
|


| Field | Description | Type | Format |
|---|---|---|---|
| rate_category_percent_amount | Category Percent Amount | number | 10.2 |
| rate_category_percent_count | Category Percent Count | number | 10.2 |
| debt_commercial_dollar_amount | Commercial Dollar Amount | number | 10.2 |
| debt_commercial_dollar_count | Commercial Dollar Count | number | 10.2 |
| debt_consumer_dollar_amount | Consumer Dollar Amount | number | 10.2 |
| debt_consumer_dollar_count | Consumer Dollar Count | number | 10.2 |
| debt_by_category_amount | Delinquent Debt By Category Amount | number | 10.2 |
| debt_by_category_count | Delinquent Debt By Category Count | number | 10.2 |
| delinquent_commercial_amount | Delinquent Debt Commercial Amount | number | 10.2 |
| delinquent_commercial_count | Delinquent Debt Commercial Count | number | 10.2 |
| delinquent_consumer_amount | Delinquent Debt Consumer Amount | number | 10.2 |
| delinquent_consumer_count | Delinquent Debt Consumer Count | number | 10.2 |
| foreign_sovereign_gov_count | Delinquent Debt Foreign Sovereign Government Count | number | 10.2 |
| foreign_sovereign_gov_amount | Delinquent Debt Foreign Sovereign Government Dollar Amount | number | 10.2 |
| state_local_government_amt | Delinquent Debt State and Local Government Amount | number | 10.2 |
| state_local_government_count | Delinquent Debt State and Local Government Count | number | 10.2 |
| delinquent_rate_percent_amount | Delinquent Rate Percent Amount | number | 10.2 |
| delinquent_rate_percent_count | Delinquent Rate Percent Count | number | 10.2 |
| end_balance_amount | Ending Balance Amount | number | 10.2 |
| end_balance_count | Ending Balance Count | number | 10.2 |
| debt_foreign_sovereign_amount | Foreign Sovereign Amount | number | 10.2 |
| debt_foreign_sovereign_count | Foreign Sovereign Count | number | 10.2 |
| funding_type | Funding Type | number | 10.2 |
| funding_type_description | Funding Type Description | string | |
| funding_type_id | Funding Type ID | number | 10.2 |
| receivable_type | Receivable Type | number | 10.2 |
| is_receivable_type_active | Receivable Type Active Indicator | string | |
| receivable_type_description | Receivable Type Descriptions | string | |
| receivable_type_id | Receivable Type ID | number | 10.2 |
| reporting_quarter_end_date | Reporting Quarter End Date | date | YYYY-MM-DD |
| reporting_quarter_end_year | Reporting Quarter End Year | year | YYYY |
| reporting_window_status | Reporting Window Status | string | |
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| reporting_fiscal_year | Fiscal Year | year | YYYY |
| reporting_calendar_year | Calendar Year | year | YYYY |
| reporting_calendar_month | Calendar Month Number | month | MM |
| reporting_fiscal_month | Fiscal Month Number | month | MM |
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We are a small team compound by German Insua and Christian Piña. We're both currently studying a Videogame Development Degree in 'Universitat Politécnica de Catalunya' [UPC-CITM].
Zero Engine it's a 3D game engine application developed by us as a 3 month project for subject 3D engines imparted by lecturer Marc Garrigó.
Latest version of Zero Engine can import and manage resources as textures and meshes. Moreover can serialize scenes and gameobjects unity like. Furthermore We've implemented small memory and render optimizations as reference counting and frustum culling. Finally We've also implemented an advanced physic subsystem developed with Nvidia PhysX 4.1
Currently the engine does only have support to be used in Windows desktops and it's have been built in x86 architecture
This subsystem can import dragged resources as fbx files to be imported with assimp. Later this can be shown throught viewport to be rendered.
This structure enables us to work properly with different subsystems as Physics in our case due We force to cluster all stuff as Transforms, Mesh info and Renderers, Materials..., furthermore helps us to Serialize info to be stored.
Basic user interface developed with ImGui to visually work with our elements Ex: Gameobjects can be modified from hierarchy/inspector window, resources can be managed...
Simpler subsystem that only takes in charge of time step in game. Useful to work with animations physics and particles
Subsystem that cares how resources are managed by user. User can drop resources and this will be imported with own data structures to be loaded faster. Moreover user can search resources in engine window and make use of them. Ex: Drop texture into material or load saved scenes
Here We can find minimal render optimizations with frustum culling, developed due to camera near/far planes and geometry bounding boxes. Also camera's raycast enables us to activate mouse picking feature and display guizmos to interact with gameobjects
Physics system have been developed with Nvidia PhysX 4.1. This libraries enables us to add into our scenes and gameobjects physicalized properties as gravity forces, mass, friction, restitution... through rigidbody , collider and constrain structures.
Gameobjects now can create new components as:
This component will create a dynamic actor that will interact with physical forces and will take control about which position does the gameobject have in the world
Will create into the gameobject selected a collider with desired primitive shape by user that can be Box, Sphere or Capsule. If the gameobject does have already a rigidbody the shape collider will be attached to the rigidDynamic to react with world collisions. If the gameobject doesn't own a rigidDynamic body, shape will be settled and attached to a rigidStatic body
Constrains between rigidBodies can be created with joint components(Distance, Hinge, Slider, Spherical). Like rigidbody and collider components, joints can be settled from inspector window. Joint's main function it's attach two rigidbodies and interact between both with world physics and own properties.
This module initialize main core SDK structures related to physX libraries as PxPhysics that make us able to create materials, actors(rigid static/dynamic bodies) and constrains. Also takes in charge of initialize world physics and calculations depending time step assigned.
Like ModulePhysics module, this one takes in charge of initialize physX vehicle SDK to create properly physicalized vehicles with gears/tires/chassis adjustments
MIT License
Copyright (c) 2020 Germán Insua & Christian Piña
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


Shock Storm
Killing an enemy with a Critical Hit causes an Electric Storm, dealing Rank ( per level) Electrocute Damage to nearby enemies. Electrical Storms are also caused by Deathtrap whenever he kills an enemy.
The Stare
Deathtrap Ability. Deathtrap fires a laser beam and sweeps it across the battlefield, dealing Burn Damage and possibly Igniting enemies.
Strength of Five Gorillas
Increases Melee Damage for you and Deathtrap by % per level.
Electrical Burn
When your Electrocute Status Effects deal damage to enemies, there is a % (per level) chance they will burst into flames and take Burn Damage. The amount of Burn Damage is based on the Electrocute damage dealt.
Shock and "AAAGGGGHHH!"
Reloading your gun causes an Electrical Explosion, damaging nearby enemies.
Evil Enchantress
Kill Skill. Killing an enemy increases by % per level the Damage that your Burn, Electrocute, and Corrode status effects deal for a short period of time.