#taskw

[sahraeyll]

@microbiologyintamil5475 #Medicalcodingintamil #Medicalcodingjobs MEDICAL CODING JOBS|மெடிக்கல் கோடிங் துறை|MEDICAL CODING COURSE FOR BEGINNERS I TRAINING WITH JOBPLACEMENTS|மெடிக்கல் கோடிங் துறையில் உள்ள வேலைவாய்ப்புகள்|HOBECOW TO ME A MEDICAL CODER? HOW THEY WILL EARNING? Dear good friends Are you searching for great taskWe have actually produced a roofing for all medical coding programs and positionings that assist fresher’s and knowledgeable…

[zahrafashionss]

#taskoreaimport #tasberkualitas #tasfashions #taskw #tasreplika #taslucu #taskeren #taskantor #readystock #readybatam #suppliertas #suppliertasimport #tasmurmer #tasjakarta #tascantik #belanjatas #taskulit #taslv #grosirtasmurah #grosir #jualtasbrandedmurah #jual #jualan #skirt #hwjeans #hwpants #cloth #lowprice #beliminimal3pcscampurdiskon10rbperitem #olshopindo

[fradhytfahrenheit]

Yuk di share atau tag temen-temen kamu yang perlu info ini ya! Stay positive dan semangat terus!!!! 💗 #Fradhyt_Fahrenheit_Adhyatman #toleransi_umat_millenial . . . . . . #kerjakeras #kitorangsamuabasudara #inovasi #mewah #motivasi #sukses #katabijak #trending #pebisnismuda #gayahidup #michaelkors #taskw #barangpalsu (at Pondok Indah, Jakarta Selatan) https://www.instagram.com/p/CFZshVxAjpO/?igshid=8ca48fvpzcpa

[whitemozaic-blog]

TORI BURCH TOTE QUENCY ⁣(GREEN) ⁣ Kualitas : Suprem Ori ⁣ Bahan. : semi kulit ⁣ Model. : sandang ⁣ Ukuran : 35cm ⁣ Kelengkapan : ada dustbag, sertifikat ⁣ *350*⁣ ⁣ Wa : +62 818-8772-96⁣ ⁣ #taslucu⁣ #taskeren⁣ #tasmasakini⁣ #tasjamannow⁣ #taskw⁣ #tassuperkw⁣ #tasmurah⁣ #taskekinian⁣ #tascewek⁣ #taswhitemozaic⁣ #white⁣ #mozaic⁣ #toryburch⁣ #jaminanmutu⁣ #terbaik⁣ #penjualterpercaya⁣ #tasmewah⁣ #tasindah⁣ #taspesta⁣ #taskemall⁣ #tasanakmuda⁣ #tasremaja⁣ #taswanita⁣ #tasperempuan⁣ #tasngetrend⁣ #tasterbaik⁣ https://www.instagram.com/p/B3I1RaLnzxr/?igshid=73hk2cclvzi

[tasmendongtaspandan]

Tas pandan kembung WhatsApp 085-222-308-405 Langsung hubungi HANYA kontak dibawah ini : Produk Kerajinan Rajapolah Tasikmalaya. Tolong diperhatikan Kami hanya melayani Pembeli yang serius. Kerajinan Tangan Rajapolah Menjual Produk Kerajinan Rajapolah. PIN BB : D42C717D No hape : 085222308405 Untuk pemberian harga spesial all produk silahkan add : - WeChat : hario_abrianto - WhatsApp : hario abrianto ( +6285222308405 ) - Line : harioabrianto2 - Kakao Talk : harioabrianto Blog kami : Blog 1 : http://ragamhandicraftrajapolah.wordpress.com/ Blog 2 : http://rajapolahkerajinantangan.blogspot.com/ Kunjungi Kami di :  -Fans Page Facebook : https://www.facebook.com/kerajinan.rajapolah -Twitter : https://twitter.com/RajapolahArt -Tumblr : http://kerajinanrajapolah.tumblr.com/ -Instagram : @kerajinanrajapolah - Devian art : kerajinanrajapolah #taspandan #tasmurah #tas #tasbranded #tasimport #tasbatam #tascewek #tasbrandedmurah #bhayangkari #taskorea #taswanita #tasimportmurah #tasfashion #taslucu #tasarım #tascantik #tasreplika #tasarim #tasransel #taszara #tasbagus #tashermes #tasmurmer #tassecond #tasbekas #taskw #taskeren #taschanel #taslv #taspesta (di Kuta Beach Bali)

[rajpratik71]

#linux #linuxfan #kill #task #taskmaster #taskw #window #command #windows

[m4014-w21030083]

Week #03 - Part II

Task

We followed along with Gary, who showed us how to build a specific lamp.

Importing the image file. View, Image Plane, Import Image. The reference image will paste. 

Break the reference down to the basic shapes

I spent the whole time not knowing how to move the camera, but I finally figured it out. Because I had to figure out the camera shortcuts (ALT + Scroll/ centre mouse button), I missed the first section of the lamp tutorial.

I was caught up during the one-to-one, however. I also learned about the multselect, which uses the TAB button to quick select multiple planes.

To build the lamp, we first created a cylinder. From there, we selected all of the faces of the base/bottom surface, extruded (CTRL + E) then dragged the face down and created a new segment. To alter the scale or slant of this new surface, we use the (R) shortcut and use the grey centre cube to increase/decrease the scale. 

Once I added enough, we needed to create the lip of the lamp.

With the lip made, we needed to hollow the inside of the lamp. For this, we just repeated the CTRL+E and R routine, but inverted. To see inside of the lamp, we selected the XRay tool.

For the neck of the lamp, we created a new cylinder shape, decreased the side to match up with the reference image, then repeated the CTRL+E routine.

However, along the way, I ran into an issue with the shape of the base morphing to a great degree.

I tried the CTRL+E process from the start, just to see what the issue was and if it was due to rotating the extrusions. With the use of only pulling and tilting the extrusions, I wound up with this: 

Now my lamp has a weird skirt. I’ll have to start again.

I found out that my issue was due to the way Maya morphs objects during Extrusion. 

So I was advised to create larger and fewer extrusions and keep it simple. Afterwards, I should click the Multi-Cut tool, hold CTRL+Shift to select the tube of the cylinder and add in Multi-Cuts wherever needed. After, I should go to Edit Mesh, Edit Edge Flow. Holding G, Maya will fill in the gaps and correct the curves of the mesh. 

[w21030083-mi4012]

AFTER EFFECTS - SESSION #02

Car Starting and Breaking

Task

We looked for car assets online, to save time with creating a complex vehicle. Because I’m so precious and UNIQUE I went with some rando on a bike. I found one I liked on Stock, but it wouldn’t let me login. Instead, we used FreePik. But none of the creators would let me download without making a donation or an account.

In the end, I hopped onto Google and found a better one. 

Because things can’t be easy, After Effects won’t allow me to open the .cdr file. I’ve had to open the file in Illustrator, which also refuses to open the file. By the time I’ve gotten through this, Gary’s moved onto the final task.

I’ve instead, waited until I got home, to finish this. I found the exact same file from FreePik, except this time it’s letting me download it. Thank god.

Skeleton Rigind a Motorbike

I imported the Motorbike file as one singular layer, since we weren’t learning about how to make multiple segments move, just for the image to get from point A-to-B. 

As this task focuses on getting the vehicle from A-to-B, we’ll utilise the principles of Ease In; Ease Out. Once I fixed up the bike to ease in and out, I decided that, since I chose a bike, I could add some interest to the animation. Specifically; having the bike start by performing a wheelie, accelerating, then force-breaking and raising up at the back wheel and slamming back down.

For this, I manipulated the scale, position and rotation.

File Sizes

As file sizes tend to be quite large, Gary showed us how to alter the export file size. 

Save as .MP4. 

File, Export, Add to Adobe Media Encoder. We can change the file format. Choose where to save it. We’re able to alter the file to suit certain platforms, thanks to presets. This makes it easier to upload onto Youtube or Vimeo.

[zahrafashionss]

#taskoreaimport #tasberkualitas #tasfashions #taskw #tasreplika #taslucu #taskeren #taskantor #readystock #readybatam #suppliertas #suppliertasimport #tasmurmer #tasjakarta #tascantik #belanjatas #taskulit #taslv #grosirtasmurah #grosir #jualtasbrandedmurah #jual #jualan #skirt #hwjeans #hwpants #cloth #lowprice #beliminimal3pcscampurdiskon10rbperitem #olshopindo

[dfrobots-blog]

ESP32 Arduino Tutorial: HTTP/2 POST request with headers

In this esp32 tutorial we will check how to send a HTTP/2 POST request with headers defined in our program, using the ESP32 and the Arduino core. The tests were performed using a DFRobot’s ESP32 module integrated in a ESP32 development board.IntroductionIn this tutorial we will check how to send a HTTP/2 POST request with headers defined in our program, using the ESP32 and the Arduino core.We will be using the sh2lib wrapper from IDF. This wrapper operates on top of the NGHTTP2 library and offers a higher level API to simplify our code. You can check here a detailed video tutorial on how to install it.Note that we have already covered how to do a simple HTTP/2 POST request with the ESP32 on this previous tutorial. Nonetheless, the functions used on the mentioned tutorial did not allow us to setup additional headers that we might need to include in our request. So, in this tutorial, we will check how to do  it.We will send the POST request to a HTTP endpoint that will return back to us a JSON structure which includes the body we previously sent.Note that the endpoint that we are going to reach will only echo back to us the body content of the request if we set the Content-Length header properly. Thus, this will be the header that we are going to add, in addition to the HTTP/2 pseudo headers that must be part of the request.The tests were performed using a DFRobot’s ESP32 module integrated in a ESP32 development board.

The codeIncludes and global variablesAs usual, we will start our code by including the WiFi.h library, so we can connect the device to a WiFi network, and the sh2lib.h library, which will allow us to perform the HTTP/2 POST request.

#include "WiFi.h" extern "C"{ #include "sh2lib.h" }

We will also need the WiFi network credentials (the network name and password), so we can connect to it. We will store both in two global variables, so they are easy to change.

const char* ssid = "yourNetworkName"; const char* password = "yourPassword";

We will also declare a Boolean variable that will be used to signal when the request is finished, like we were doing in previous tutorials. Thus, we will initialize it with the value false and later set it to true when the request is finished.

bool request_finished = false;

To finalize the global variables declaration, we will declare a string with the content that will be posted to the server. It will be a simple “Hello World” message, as can be seen below.

const char * toSend = "hello world in HTTP/2!";

The setupAs usual, we will start the setup function by initializing the serial interface, so we can output the results of our program. After that, we will connect the ESP32 to the WiFi network, using the credentials declared as global variables.To complete the setup function, we will launch the FreeRTOS task that will be responsible for handling the HTTP/2 related functionalities. Note that we are keeping the same configuration parameters for the FreeRTOS task that are used in IDF’s original HTTP/2 example, which I encourage you to check.The full setup function can be seen below.

void setup() {  Serial.begin(115200);  WiFi.begin(ssid, password);  while (WiFi.status() != WL_CONNECTED) {    delay(1000);    Serial.println("Connecting to WiFi..");  }  xTaskCreate(http2_task, "http2_task", (1024 * 32), NULL, 5, NULL); }

The HTTP/2 FreeRTOS taskWe will start our task function by declaring a struct of type sh2lib_handle, which will be used in the sh2lib function calls we will make.After that, we will connect to the server by calling the sh2lib_connect function, which receives as first input the address of our sh2lib_handle variable and as second input the URL of the server.

struct sh2lib_handle hd; if (sh2lib_connect(&hd, "https://nghttp2.org") != ESP_OK) {    Serial.println("Error connecting to HTTP2 server");    vTaskDelete(NULL); } Serial.println("Connected");

As mentioned in the introductory section, we will set the Content-Length header in our request, which means we need to obtain the length of the string that we are going to send to the server as the request body data.We can obtain the length of the toSend string we have previously declared using the strlen function. This function receives as input the string and returns its length, as an integer.Since, as we will see below, the headers are defined as name-value pairs in string format, we first print the content length to a string by using the sprintf function and the %d format specifier. You can read more about format specifiers here.Naturally, we will need to declare a char buffer that will be used as destination buffer by the sprintf function, to print the string with the data length.

char len[3]; sprintf(len, "%d", strlen(toSend));

As already covered on this post, we will define each header as a name-value pair.Nonetheless, the NGHTTP2 library uses a data structure called nghttp2_nv that is slightly more complex and has some additional fields other than the name of the header and the value of the header.Fortunately, the sh2lib wrapper has a macro called SH2LIB_MAKE_NV which simply receives the name and the value of the header and builds the corresponding nghttp2_nv struct for us. So, we will leverage this macro to create our headers.Since we want to define multiple headers, we will need an array of variables of the mentioned nghttp2_nv struct.As already indicated, we will set the Content-Length header. Additionally, we will need to set the following HTTP/2 pseudo headers, which must be part of the request::method – The request HTTP method, which is “POST“;

:path – The request relative path, which is “/httpbin/post“;

:scheme – The request scheme, which is “https“;

:authority – The authority portion of the target URL, which corresponds to the host name. This value can be obtained from the hostname field of the sh2lib_handle struct.

const nghttp2_nv nva[] = { SH2LIB_MAKE_NV(":method", "POST"),                           SH2LIB_MAKE_NV(":scheme", "https"),                           SH2LIB_MAKE_NV(":authority", hd.hostname),                           SH2LIB_MAKE_NV(":path", "/httpbin/post"),                           SH2LIB_MAKE_NV("Content-Length", len)                          };

Next, to setup the HTTP/2 request, we need to call the sh2lib_do_putpost_with_nv function. Note that the “putpost” word used in the naming indicates that this function allows to setup both a POST or a PUT request. We do this by setting the :method pseudo header to the value “POST” or “PUT” respectively.As seen before, since we are doing a POST request, we have specified the :method pseudo header with the value “POST”.So, as first input of the sh2lib_do_putpost_with_nv function, we pass a pointer to our sh2lib handle.As second input, we pass the array with name-values representing the headers, that we have just defined. As third parameter, we need to pass the number of elements of the mentioned array.As fourth parameter, we need to pass a callback function that will be called in order to specify the data to be sent to the server. This function will get called when NGHTTP2 wants to send data to the server. We will specify its implementation below.Finally, as fifth parameter, the sh2lib_do_putpost_with_nv function receives a callback function that will be executed to handle the response from the server. We will also specify it later.

sh2lib_do_putpost_with_nv(&hd, nva, sizeof(nva) / sizeof(nva[0]), send_post_data, handle_post_response);

As mentioned, the previous function call only does the setup of the request. Now, we need to call the sh2lib_execute function periodically to execute the actual exchange of data with the server.We will do it in an infinite loop that will break when the server response handling function callback sets the request_finished flag to true, like we have been doing in previous tutorials.After the loop breaks, it means that the request is finished. So, we can disconnect from the server and delete the FreeRTOS task, which will no longer be needed.The full FreeRTOS task function code can be seen below.

void http2_task(void *args) {  struct sh2lib_handle hd;  if (sh2lib_connect(&hd, "https://nghttp2.org") != ESP_OK) {    Serial.println("Error connecting to HTTP2 server");    vTaskDelete(NULL);  }  Serial.println("Connected");  char len[3];  sprintf(len, "%d", strlen(toSend));  const nghttp2_nv nva[] = { SH2LIB_MAKE_NV(":method", "POST"),                             SH2LIB_MAKE_NV(":scheme", "https"),                             SH2LIB_MAKE_NV(":authority", hd.hostname),                             SH2LIB_MAKE_NV(":path", "/httpbin/post"),                             SH2LIB_MAKE_NV("Content-Length", len)                            };  sh2lib_do_putpost_with_nv(&hd, nva, sizeof(nva) / sizeof(nva[0]), send_post_data, handle_post_response);  while (1) {    if (sh2lib_execute(&hd) != ESP_OK) {      Serial.println("Error in execute");      break;    }    if (request_finished) {      break;    }    vTaskDelay(10);  }  sh2lib_free(&hd);  Serial.println("Disconnected");  vTaskDelete(NULL); }

The send callback functionThe send callback function implementation will be similar to what we have already covered in this previous tutorial, where we have seen how to do a simple HTTP/2 POST request.Basically, this callback function needs to follow a predefined signature where the second parameter corresponds to a data buffer to which we should copy the content to be sent to the server.Nonetheless, there’s a maximum length of the data that we can copy to that buffer when the callback function is invoked. This maximum length is passed as third parameter of the callback function.So, before we copy the content to the buffer, we need to perform a check to confirm that the length of the data we are copying is lesser than the maximum length allowed.Note that, since we are only going to send a very small string, this callback function shouldn’t be called multiple times by NGHTTP2. So, after copying the content to the send buffer, we need to specify that there’s no more data to copy.We signal this by using the fourth parameter of the callback function, which corresponds to a pointer to some data flags. When we want to indicate that there is no more data, we should set the NGHTTP2_DATA_FLAG_EOF flag to 1.Finally, as output of this function, we need to return the actual number of bytes copied to the send buffer. The full function code can be seen below. For a more detailed explanation of all the steps, please consult the mentioned previous tutorial.

int send_post_data(struct sh2lib_handle *handle, char *buf, size_t length, uint32_t *data_flags) {    int copylen =  strlen(toSend);    if (copylen < length) {        memcpy(buf, toSend, copylen);    } else {        copylen = 0;    }    (*data_flags) |= NGHTTP2_DATA_FLAG_EOF;    return copylen; }

The response handling functionThe response handling function will also be very similar to what we have been covering in previous tutorials.Two of the parameters that this handling function receives are a pointer to the buffer with the data sent by the server and the length of that data. So, the first thing we will do is checking if the length of the data is greater than zero and, in case it is, print it.Additionally, we will check when the HTTP/2 stream is closed, which indicates the server finished sending the response and the request is completed.We can confirm that by looking into the fourth parameter of the callback function and, if it is equal to DATA_RECV_RST_STREAM, then we know the stream is closed. Consequently, we will set the request_finished flag to true, thus indicating to the FreeRTOS task loop that the request was finished.The full callback function code can be seen below.

int handle_post_response(struct sh2lib_handle *handle, const char *data, size_t len, int flags) {    if (len > 0) {        Serial.printf("%.*s\n", len, data);    }    if (flags == DATA_RECV_RST_STREAM) {        request_finished = true;        Serial.println("STREAM CLOSED");    }    return 0; }

The final codeThe final complete code can be seen below.

#include "WiFi.h" extern "C"{ #include "sh2lib.h" } const char* ssid = "yourNetworkName"; const char* password =  "yourPassword"; bool request_finished = false; const char * toSend = "hello world in HTTP/2!"; int handle_post_response(struct sh2lib_handle *handle, const char *data, size_t len, int flags) {    if (len > 0) {        Serial.printf("%.*s\n", len, data);    }    if (flags == DATA_RECV_RST_STREAM) {        request_finished = true;        Serial.println("STREAM CLOSED");    }    return 0; } int send_post_data(struct sh2lib_handle *handle, char *buf, size_t length, uint32_t *data_flags) {    int copylen =  strlen(toSend);    if (copylen < length) {        memcpy(buf, toSend, copylen);    } else {        copylen = 0;    }    (*data_flags) |= NGHTTP2_DATA_FLAG_EOF;    return copylen; } void http2_task(void *args) {  struct sh2lib_handle hd;  if (sh2lib_connect(&hd, "https://nghttp2.org") != ESP_OK) {    Serial.println("Error connecting to HTTP2 server");    vTaskDelete(NULL);  }  Serial.println("Connected");  char len[3];  sprintf(len, "%d", strlen(toSend));  const nghttp2_nv nva[] = { SH2LIB_MAKE_NV(":method", "POST"),                             SH2LIB_MAKE_NV(":scheme", "https"),                             SH2LIB_MAKE_NV(":authority", hd.hostname),                             SH2LIB_MAKE_NV(":path", "/httpbin/post"),                             SH2LIB_MAKE_NV("Content-Length", len)                            };  sh2lib_do_putpost_with_nv(&hd, nva, sizeof(nva) / sizeof(nva[0]), send_post_data, handle_post_response);  while (1) {    if (sh2lib_execute(&hd) != ESP_OK) {      Serial.println("Error in execute");      break;    }    if (request_finished) {      break;    }    vTaskDelay(10);  }  sh2lib_free(&hd);  Serial.println("Disconnected");  vTaskDelete(NULL); } void setup() {  Serial.begin(115200);  WiFi.begin(ssid, password);  while (WiFi.status() != WL_CONNECTED) {    delay(1000);    Serial.println("Connecting to WiFi..");  }  xTaskCreate(http2_task, "http2_task", (1024 * 32), NULL, 5, NULL); } void loop() {  vTaskDelete(NULL); }

Testing the codeTo test the code, simply compile it and upload it to your ESP32. When the procedure finishes, open your Arduino IDE serial monitor.You should see a result similar to figure 1. As can be seen, the data we have sent as body of the request is echoed back to us in the “data” field of the response JSON. Additionally, we can see the Content-Length header also being echoed back.Note that there are some additional headers in the response that we did not setup that are probably being returned because of the existence of some proxy (you can check in more detail here the information about the Via header that we did not setup but is included in the response).

Figure 1 – Output of the program with the response from the HTTP/2 server.

[whitemozaic-blog]

TORI BURCH TOTE QUENCY ⁣(BLUE) ⁣ Kualitas : Suprem Ori ⁣ Bahan. : semi kulit ⁣ Model. : sandang ⁣ Ukuran : 35cm ⁣ Kelengkapan : ada dustbag, sertifikat ⁣ *350*⁣ ⁣ Wa : +62 818-8772-96⁣ ⁣ #taslucu⁣ #taskeren⁣ #tasmasakini⁣ #tasjamannow⁣ #taskw⁣ #tassuperkw⁣ #tasmurah⁣ #taskekinian⁣ #tascewek⁣ #taswhitemozaic⁣ #white⁣ #mozaic⁣ #toryburch⁣ #jaminanmutu⁣ #terbaik⁣ #penjualterpercaya⁣ #tasmewah⁣ #tasindah⁣ #taspesta⁣ #taskemall⁣ #tasanakmuda⁣ #tasremaja⁣ #taswanita⁣ #tasperempuan⁣ #tasngetrend⁣ #tasterbaik⁣ https://www.instagram.com/p/B3I1Nconlg_/?igshid=1qn0v5luldqem

[tasmendongtaspandan]

Tas Weber croco pandan WhatsApp 085-222-308-405 Langsung hubungi HANYA kontak dibawah ini : Produk Kerajinan Rajapolah Tasikmalaya. Tolong diperhatikan Kami hanya melayani Pembeli yang serius. Kerajinan Tangan Rajapolah Menjual Produk Kerajinan Rajapolah. PIN BB : D42C717D No hape : 085222308405 Untuk pemberian harga spesial all produk silahkan add : - WeChat : hario_abrianto - WhatsApp : hario abrianto ( +6285222308405 ) - Line : harioabrianto2 - Kakao Talk : harioabrianto Blog kami : Blog 1 : http://ragamhandicraftrajapolah.wordpress.com/ Blog 2 : http://rajapolahkerajinantangan.blogspot.com/ Kunjungi Kami di :  -Fans Page Facebook : https://www.facebook.com/kerajinan.rajapolah -Twitter : https://twitter.com/RajapolahArt -Tumblr : http://kerajinanrajapolah.tumblr.com/ -Instagram : @kerajinanrajapolah - Devian art : kerajinanrajapolah #taspandan #tasmurah #tas #tasbranded #tasimport #tasbatam #tascewek #tasbrandedmurah #bhayangkari #taskorea #taswanita #tasimportmurah #tasfashion #taslucu #tasarım #tascantik #tasreplika #tasarim #tasransel #taszara #tasbagus #tashermes #tasmurmer #tassecond #tasbekas #taskw #taskeren #taschanel #taslv #taspesta (di Bandar Lampung) https://www.instagram.com/p/B77hvisFuTG/?igshid=for5rdswk1ld

[topicprinter]

To start with, this is quite an unusual service. So, as an entrepreneur, I noticed that I am always fond of procrastinating and often times, I could be very lazy most especially when I have no one to nag or force me to finish my tasks for the day. As a result, my productivity level reduced drastically.So, I thought of hiring an accountability coach but the one's I contacted were too expensive for me. And productivity apps? Oh, well they weren't so effective because I still skip my daily tasks. Hence, I thought it'll be a great idea to come up with a service that forces you to complete your daily tasks.So, this is the way it worksYou send in your list of tasks for the next day along with the deadlines of each taskWe send you an early morning reminder of your tasks for the day via email and social mediaWe followup with you according to the deadline of each tasks to ensure you're getting them done.At the end of the day, you send in proof of the completed tasks. For example, if you had an article to write, you must submit proof of the written article.In a scenario whereby you fail to complete your tasks, we will keep bugging you for three days to get you to complete the task.If after three days, the customer fails to complete his/her tasks, we fine the person $1 per every uncompleted task. This is because as an individual, I know that if there's nothing like that, it'll be very easy to skip one's tasks but when you are aware that you risk being fined, then you're most likely to want to finish your tasks (or so I think?)However, in legitimate cases whereby the person was unable to complete his/her task for a very good reason like health etc, we waive it and followup later on to know if it's a task, he/she would still like to complete.I know this sounds silly but honestly, if you're a chronic #procrastinator like me, you'd definitely understand the struggle. I don't know but what do you all think of this? Do you think this will work or not? Ugh. Fingers crossed.Oh and feel free to check it here at https://avinola.com and let me know your thoughts.:Please be nice:)

[m4014-w21030083]

Week #01

Task

We were walked through the brief and what’s expected of us during this unit.

My only experiences with 3D modelling and/or animation have been: playing with models in Clip Studio Paint, sculpting a face in college, helping on an online project with backgrounds and mapping, and building houses in The Sims.

I thought this would keep me pretty far behind my classmates since I hear a fair few of them mention having a lot of 3D experience, but apparently my lack of 3D knowledge is gonna help me out with self-assessments and blogging, so I’m quite relieved!

I love making concept art, visual research and designing, so I’m very excited for this project. Hopefully I’ll actually be good at 3D modelling and animation by the end.

We don’t have a practical session this week.

[taskanvasmurah]

Tas Merk adalah tas yang terbuat dari kulit sintetis yang kuat dan tidak mudah sobek, tas merk ini di lengkapi oleh merk brand terkenal di dunia tas. Dan dilengkapi oleh tali rantai besi  yang tidak mudah putus dan berkarat . Dan diperkuat oleh dua lapisan yaitu lapisan pertama furing peles dan lapisan kedua busa. Tas Merk ini sangat cocok di pakai oleh berbagai kalangan kususnya wanita. Model simple , harga terjangkau terlihat elegant.

#tasmerk #taskw #tasbrand #taszara #tasCK #tashermes #taskwmurah #slingbag #jualslingbag #slingbagmurah #produsenslingbag #slingbagunik #slingbagbagus #grosirslingbag #tasjinjingmurah #taswanitamurah #minibag #minibagmurah #jualslingbag

Materi yang di gunakan :

Bahan Tas Merk: Kulit Sintetis

Ukuran Tas Merk : 22cm x 19cm

Tali Tas Merk : Rantai Emas Besi (1 meter)

Asesoris : resleting, merk brand

Dalaman : busa dan furing (furing 2 lapis)

 Harga yang di tawarkan :

 Harga Ecer Tas Merk : 1 - 11 Rp. 20.000 /pcs

Harga grosir Tas Merk : 12 - Keatas Rp. 18.000 /pcs

Harga grosir 100 Tas Merk : 100 keatas Rp.16.000/pcs

Harga grosir besar : 300 keatas Rp.15.000 /pcs

Hubungi kami :

Bagi anda yang mau order, komplain da konsultasi, dapat menghubungi kami:

Sms/tlpn/WA                                    : 081222234204

Sms/tlpn/WA/Line                          :085708700015

Telpon kantor                                    :(0355)3491117

PIN BBM                                              :D0DA0BBC(Ecer dibawah 100 pcs)

PIN BBM                                              :5BC62E24 (Ecer di bawah 100 pcs)

PIN BBM                                              :5B87233F(Grosir diatas 100 pcs)

LINE                                                       :@ARMMEBAG

                                                 WORKSHOP/PENGIRIMAN

Desa kalangan no.14 rt 01 rw 02 Ngunut jawa timur (0355)3491117

                                               KANTOR PEMASARAN

Bekasi timur Jl makrik No. 53 rt 06 rw 04 kel.bojong rawa lumbu kec.rawa lumbu bekasi jawa barat (085695595060)

 boleh lebih jelas langsung saja ke alamat :

 http://penjualtaskanvas.blogspot.co.id/p/tas-kanvas-drill.html

[zahrafashionss]

#taskoreaimport #tasberkualitas #tasfashions #taskw #tasreplika #taslucu #taskeren #taskantor #readystock #readybatam #suppliertas #suppliertasimport #tasmurmer #tasjakarta #tascantik #belanjatas #taskulit #taslv #grosirtasmurah #grosir #jualtasbrandedmurah #jual #jualan #skirt #hwjeans #hwpants #cloth #lowprice #beliminimal3pcscampurdiskon10rbperitem #olshopindo