Gela Malek Pour gmalekpour@esri.com Visualize Time Enabled Data using ArcGIS Qt (C++) and ToolkitAbout Esri • We build mapping technology that our customers use to solve the world’s most complex challenges challenges • We offer solutions to apply location-based analytics to business practices - Visualize and analyze data more effectively - Collaborate and share maps, apps and reports easily • Headquartered offices all around the worldPurpose of this talk • Showcase a quick way to create a desktop app to visualize time enabled data • Setup the development environment using Esri templates • Use the ArcGIS toolkit

并行(Parallelism) 一图胜千言！ 并行(PARALLELISM) 这是并行 (/2017/go-concurrency-visualize/parallelism.html) 并发(CONCURRENCY) 这是并发 (/2017/go-concurrency-visualize/pingpong36.html) 为什么要关注并发？当今是多核的时代，并发的世界 多核的时代 并发编程并不容易，但 给 channel ch <- 42 }() // 从 channel 读取 <-ch } Go并发可视化 (/2017/go-concurrency-visualize/helloworld.html) 2. 计时器 func tick(d time.Duration) <-chan int { c := make(chan int) tick(100 * time.Millisecond) <-c } trace.Stop() } Go并发可视化 (/2017/go-concurrency-visualize/timer.html) 3. 乒乓球 - 2 个玩家 func main() { var Ball int table := make(chan int)

number with a fix identification type Use Case Page : 1. create a person 2. search a person 3. visualize a person 4. manage informations about a person 5. template page with a header (or sidebar or …) entry in CRM (role is choose during creation) 2. search a "customer" (or suspect, prospect, …) 3. visualize a "customer" 4. manage informations about a "customer" 5. template page with a header (or sidebar number 8. edit a postal address 9. edit a mail 10. edit a phone number Use Case Page : 1. visualize the profile (the person) with edit button 2. manage his contact informations 3. manage his identifications

with a fix identification type Use Case Page : 1. create a person 58 2. search a person 3. visualize a person 4. manage informations about a person 5. template page with a header (or sidebar or …) entry in CRM (role is choose during creation) 2. search a "customer" (or suspect, prospect, …) 3. visualize a "customer" 4. manage informations about a "customer" 5. template page with a header (or sidebar number 8. edit a postal address 9. edit a mail 10. edit a phone number Use Case Page : 1. visualize the profile (the person) with edit button 2. manage his contact informations 3. manage his identifications

with a fix identification type Use Case Page : 1. create a person 58 2. search a person 3. visualize a person 4. manage informations about a person 5. template page with a header (or sidebar or …) entry in CRM (role is choose during creation) 2. search a "customer" (or suspect, prospect, …) 3. visualize a "customer" 4. manage informations about a "customer" 5. template page with a header (or sidebar number 8. edit a postal address 9. edit a mail 10. edit a phone number Use Case Page : 1. visualize the profile (the person) with edit button 2. manage his contact informations 3. manage his identifications

and 7. 4 Understanding J(θ) We’d like to understand better what gradient descent has done, and visualize the relationship between the parameters θ ∈ R2 and J(θ). In this problem, we’ll plot J(θ) as a 3D J(θ) since usually θ ∈ Rn is very high-dimensional so that we don’t have any simple way to plot or visualize J(θ). But because the example here uses a very low dimensional θ ∈ R2, we’ll plot J(θ) to gain more this 3D surface and the value of θ0 and θ1 that your implementation of gradient descent had found? Visualize the relationship by both surf and contour commands. Remarks: For the surf function surf(x, y, z)

build an associative memory when about them over our lifetime. This associative memory helps us visualize the similarities or differences between a pair of animals (or for that matter, people you see, books also add other features to further improve our embedding, but for now the two dimensions help us visualize them clearly. So far, we have created the embeddings and we have visualized them too. Let’s start check. You can further play with this tool to visualize the embeddings for different words. Figure 4-10: Using the embedding projector tool to visualize the word2vec embeddings in 3-D. Now that we have

pointer to the address of a variable. So the major ‘pro tip’ is to try to draw your pointersLet’s visualize memory So we can more concretely understand what a pointer is 27Working with Pointers Means Thinking 71Pointers and Arrays 72Visualizing Memory - Linear array of addresses (1/4) 73 ● Let’s again visualize memory ● This time I’m going to show a grid ○ Still a linear array of addresses as indicated by (i.e., the page number) In C++, a pointer is thus storing a memory location Let’s review and visualize memory to get a concrete understandingZooming into our memory (each individual rectangle) ● Each

700. To do so, right-click a cell in the column and, on the context menu, click View/Format -> Visualize complex columns . You can specify the exact format of Time, Timestamp, Date, and Number data used unremarkable. Use DBeaver's Charts feature to transform your queries into colorized charts. You can visualize data in , , or formats. SELECT Bar Line Pie Create a chart directly in the , or . It's data from any Database on a map DBeaver User Guide 23.2. Page 110 of 700. In DBeaver, you can visualize your geodata on the map, regardless of whether it is stored as string or binary data. To do this

859. To do so, right-click a cell in the column and, on the context menu, click View/Format -> Visualize complex columns . You can specify the exact format of Time, Timestamp, Date, and Number data used unremarkable. Use DBeaver's Charts feature to transform your queries into colorized charts. You can visualize data in , , or formats. SELECT Bar Line Pie Create a chart directly in the , or . It's data from any Database on a map DBeaver User Guide 23.3. Page 124 of 859. In DBeaver, you can visualize your geodata on the map, regardless of whether it is stored as string or binary data. To do this