Description

The y-axis ticks supports the rotated option, but the doc is missing.

I haven't checked whether other options are missing.

缘由 Cause

G6 现在已经正式迈入了4.0+时代，我们很欣慰的看到有越来越多的人使用G6，承蒙各位厚爱，G6目前也在越来越多的场景被使用。与此同时，G6原来的图表案例就相形见绌了，还停留在一个比较基本的案例阶段，他只是展示了一些基本的原子功能案例。所以在这里，我们向社区的各位发出请求，为了让对G6的使用方案有更好的沉淀，希望大家提供自己实际的使用案例，我们将会修改为G6官网的案例，并且附上你的署名，让你的案例在G6官网可以帮助更多的人。

G6 has now officially entered the 4.0+ era and we are pleased to see that more and more people are using G6, and thanks to your love, G6 is now being used in more and

.rickshaw_graph .detail .item.active from detail.css would benefit by adding 'width: auto; height:auto;' to auto-size the detail tooltip on graph mouse hover. In it's current form, the tooltip doesn't get auto-sized when using a relative/percentage based layout.

it's becoming more time-consuming and error-prone to manually re-test all the demos following internal refactorings and API adjustments.

now that the API is fleshed out a bit, it's possible to test a large amount of code (non-granularly) without having to simulate all interactions via Puppeteer or similar.

a lot of code can already be regression-tested by simply running all the demos and val

• Support multi vid_ref_expression in from clause.
• Support uuid in where clause.

issue from vesoft-inc/nebula-java#81

See:
gonum/gonum#845 (comment)

steps to reproduce

Write a loop, from 1 to 80000, each time add a random int to the max heap.

In theory it takes very little time(NlogN, N=80000, <1sec ), but the program does take a long time.

I'v also tested the BinaryHeap in https://github.com/SolutionsDesign/Algorithmia, it performs well, so it is probably due to the bad algorithm.

In Chapter 5. Schema and Data Modeling first there is paragraph:

The default cardinality setting is SINGLE. Note, that property keys used on edges and properties have cardinality SINGLE. Attaching multiple values for a single key on an edge or property is not supported.

and then example:

mgmt = graph.openManagement()
follow = mgmt.makeEdgeLabel('follow').multiplicity(MULTI).make()