#snaoshot

[palakona]

阪奈園へら鮒センターの屈辱

2021年11月、阪奈園へら鮒センター（大東市）

SONY α7（APS-Cサイズ撮影）＋SELP1650

どうも、こんにちは。11月7日（日）は、早起きはできず、でも朝8時頃出発で、最初は「へら釣り西池」に行ったんですが、まさかの満員で釣り座を確保できず…！Σ(￣□￣|||)。前日、茨木新池でFさんが、「明日どっか行く？」って声をかけてくれたんですが、僕はアマチュアの写真家でもあるので、「紅葉を撮りに行きたいんですよね〜、それか（へら釣りで）西池」って言ったら、Fさんが「日曜日は西池は人がいっぱいやからなあ」と言っておられた。結局、撮影地が決まらなくて、へら釣りが楽しいから西池に行ったんですが、入場できないほど混んでいるとは…。Fさんには「西池いっぱいでしたorz」とメールして、山を越えた奈良県の「寺口つり池」に行こうとしたんですが、ヘラブナ釣りって16時頃終わるので帰りの道は結構混んでる…渋滞嫌やなあと思い直して、堺市には「こしが池」って釣り堀があるのを思い出した。もう藤井寺市まで来ていたので「寺口つり池」の方が近いんだが、帰りは「こしが池」の方が近いはず。で、「こしが池」に向かったら、Fさんから「阪奈園に来ています」とメールをいただいたので、大東市の「阪奈園へら鮒センター」へ。右往左往しているので時間ももったいないし高速道路を使ったら、一旦奈良県側に入って壱分ICで降ろされた。あとは一般道を走って大阪側に入って「阪奈園へら鮒センター」に到着したんだが、阪奈道路の途中でいきなり駐車場の入り口が現れるので知ってないとわかりにくい。駐車場は原っぱみたいで停めやすい。Fさんはすぐ見つかったのでご挨拶して釣り座を確保。事務所にお金を払いに行ったら到着が遅かったので半日1600円だった。餌のうどんも200円で購入。尿素入りのうどんらしいけどどう違うんでしょ？

2021年11月、阪奈園へら鮒センター（大東市）　iphone11

阪奈園は、関西名物の底釣り専門うどん池なので、底釣り縛り、うどん縛りでドMの血が騒ぐｗ。西池でヘラブナ釣りを始めたせいか、ウドンで底釣りするのが好き。おっと、関西では「床釣り」というそうです。大概ウドンを売ってるので餌の調達が楽だし、ペレットまぶすだけだから準備も楽ちん。僕、練り餌は赤ヘラと芯華ぐらいしか持ってないし。で、釣りを始めたんだが、今日の釣況はというと、Fさんでも1〜2枚ぐらいしか釣れてないらしい。野心家なのでｗ今日は下克上できるかも♡って思ったが、ウキがピクリとも動かん…。なんで？今日は厳しそうや…。アワセの難しさに煩悶するのがヘラブナ釣りだと思うが、今日はアワセのチャンスも少ない。冷えてるし風もきついし、渋い日なのかな？昨日は茨木新池でカッツケみたいな釣りしてたけどｗ。釣れないままお昼になったので、ご飯にする。食堂併設だが、食堂に人影がないのでｗコンビニに弁当を買いに行くことにしたが、一番近いコンビニまで約2km。一旦遠ざかってから側道に入って転回するので走行距離は倍ぐらい。コンビニからの帰りは直帰できるのでわりと早い。お弁当を食べて風邪薬も飲んで午後の部開始。でも、やっぱり釣れない。釣り堀でボウズの危機をヒシヒシと感じ始めた頃、微妙に動いたウキがツンと入るのを捉えてやっと釣れた！ヘラブナの写真はない。家に帰ってからRAW現像しようとしたんだが、なぜか最初の風景写真3枚を残して写真は消えていた。はあ、なんで？カメラの操作ミス？まあ、なんだ、釣れて(´▽｀) ホッとしましたｗ。しばらくして同じように小さな魚信にアワセたらガッと手応えがあってかかったが、妙に引きが強い…スレや〜、ノーカン。Fさんも周りも釣れてなかったが、Fさんはボチボチ釣れだして、一人置いた左隣の若い人もポツポツ釣っていた。そもそもアワセのチャンスも少ないので餌のウドンが減らないまま時間が迫ってタイムリミット。

ということで、11月7日の阪奈園へら鮒センターは、屈辱のヘラブナ1枚でしたｗ。釣り場としては気に入ったのでまた行くと思います。

では、また。

#daito #osaka #japan #fishing #streetphotography #snaoshot #sony α7 #Sonya7 #大東市 #大阪 #釣り好きな人と繋がりたい #釣り #写真好きな人と繋がりたい #阪奈園へら鮒センター

[marchfox]

中野駅のあたり / Around Nakano station, Tokyo. 

RICOH FF-1 COLOR RIKENON 35mm F2.8 YASHICA Golden 80s ISO 400

#photography #snaoshot #35mm film #ricoh

[panatomic-x]

仙台　東一番丁

Sendai higashi1-bancho

#snapshot #streetphotography #cityscape #sendai

#snaoshot #streetphotography #cityscape #sendai

[yoojiahns]

180428

by.  DREAMERS

#180428 #jiahn #yoo jiahn #in2it #fansign #hq #snaoshot

[vinayakparab-blog]

A #cityscape #visual #art #visualart #black #white #blackandwhite #blackandwhitephotography #photographie #photography #snap #snaoshot #instaphoto #instalike #tree #cars #car #parking #light #shadow #lightandshadow #mumbai #snapseed #PicsArt #geometricforms #forms #abstractthought #abstractart #abstractexpressionism #abstract https://www.instagram.com/p/BxLBaGFptYS/?utm_source=ig_tumblr_share&igshid=4j07ft9ry6ng

#cityscape #visual #art #visualart #black #white #blackandwhite #blackandwhitephotography #photographie #photography #snap #snaoshot #instaphoto #instalike #tree #cars #car #parking #light #shadow #lightandshadow #mumbai #snapseed #picsart #geometricforms #forms #abstractthought #abstractart #abstractexpressionism #abstract

[ipple181]

天冷就是打球 #bikepolo #taichung #tccbikepolo #bikelife #snaoshot #taiwan #bike #bicycle #polobike #shinphoto #sport #gampolo #fixcraft #dzr

#taichung #tccbikepolo #bicycle #shinphoto #snaoshot #polobike #bike #fixcraft #gampolo #bikepolo #dzr #taiwan #sport #bikelife

[bonecouch]

why is minecraft taking so long 2 start up pwease I wanna see the new snaoshot for myslef

[lobi3]

sagrada familia light up at night http://www.sagradafamilia.org/

6.14.2017

#sagrada familia #light up #landscape #barcelona #spain #gaudi #gaudi art #gaudi artwork #art #artwork #photography #photography on tumblr #picture #pictures #photo diary #photoshoot #photosnap #snaoshot #photoshot #trip photo

[fmmpopup]

Gorgeous shot taken by @camdentownlondon over the weekend of our surroundings. If you haven't paid us a visit at the store yet, what are you waiting for? Look at what you're missing out on. #water #canal #boats #camdenlock #fmmpopup #fashionmeetsmusic #idilic #beautiful #london #fashion #fashionblogger #picoftheday #photography #snaoshot (at Camden Lock)

#fmmpopup #fashion #picoftheday #fashionmeetsmusic #snaoshot #beautiful #london #water #boats #idilic #canal #fashionblogger #camdenlock #photography

[jayu123-me]

Ink Additives Market Estimated to Reach US$ 3.5 Bn by 2026

Ink Additives Market – Snaoshot

Ink additives are materials that impart necessary characteristics to printing inks. These characteristics include protection of the finished product and smooth running on the printing press.

Growth of the Packaging Industry Driving Ink Additives Market

Packaging is a highly important marketing aspect that influences consumers’ purchasing decision. The packaging industry is a major consumer of printing inks. Growth of the food & beverages sector and rise in the demand for flexible packaging in the health care sector are estimated to boost the demand for ink additives in the next few years. Increase in the demand for inks in the global packaging industry is projected to drive the global ink additives market during the forecast period. The global packaging industry was valued at approximately US$ 820 Bn in 2016 and is likely to expand at a rapid pace during the forecast period. Ink additives are employed in the manufacture of all types of printing inks.

Increased Digitization Hampering Ink Additives Market

The trend of e-commerce and e-books is growing at a significant rate across the globe. It is hampering the publication & commercial printing industry. Thus, substantial decrease in paper-based communication is estimated to restrain the global ink additives market during the forecast period.

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Prominent trends in e-commerce include e-books, event tickets, sporting goods, toys, and hotel and airline reservations. These trends are anticipated to restrain the printing inks industry largely in the next few years. This, in turn, is anticipated to act as a restraint of the global ink additives market during the forecast period.

Opportunities to Collaborate Closely with Printing Ink Manufacturers

Ink additives are available in several forms such as dispersants, defoamers, waxes, and surfactants. Different types of ink additives offer different end-results. For example, plasticizers enhance the flexibility of printed films; waxes promote rub resistance; chelating agents increase viscosity of inks and improve adhesion; surfactants improve the wetting of pigments or substrates; while defoamers reduce surface tension in water-based inks.

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Ink additive manufacturers can collaborate closely with printing ink manufacturers to understand the precise requirement of the latter and manufacture printing inks accordingly. Such collaborations can help printing ink manufacturers develop printing inks tailored for specific printing processes such as lithography, flexography, gravure, and digital printing or applications such as packaging, publishing, and commercial printing. Ink additive manufacturers stand to gain considerably by building close relations with printing ink manufacturers and providing customized ink additives.

Wetting Agents are Commonly Used Ink Additives

Wetting agents are the most commonly used ink additives. Advantages of wetting agents driving their consumption include development of required surface tension and contact angle, hydrophobic nature, and multifunctional capabilities such as acting as dispersants, defoamers, and levelling agents. In terms of multifunctional capabilities, wetting agents are more commonly used as dispersants than defoamers. Companies manufacture a wide range of wetting agents and try to impart different combinations of properties to these agents.

Flexography Segment Consumes Ink Additives in Large Quantities

Printing inks required in the flexography printing process consume ink additives in the maximum amount. The flexography segment is expected to be driven by increased use of the flexography printing process in various applications such as packaging, publishing, and commercial printing.

Lithography and digital are also expected to be relatively attractive printing process segments during the forecast period. While lithography is an old printing process, it is still used significantly. It deploys several moving parts such as printing plates, resulting in high consumption of ink additives. On the other hand, digital is a significant printing process segment of the market for ink additives, as the technology is being adopted rapidly by industries such as packaging and publishing.

Solvent-based Printing Inks are Major Consumers of Ink Additives

Solvent-based printing inks consume the maximum amount of ink additives, as these inks are consumed the most. Solvent-based inks are preferred due to their low price and easy availability. Hence, their usage is likely to continue during the forecast period.

Packaging a Key Application Segment of Ink Additives Market

Packaging is the most common application of printing inks. All types of packaging require printing inks to denote information, such as logo and design, on them. The packaging industry is expected to continue expanding during the forecast period and hence, consumption of ink additives in the industry is also expected to increase. Commercial printing was the second-largest consumer of printing inks in 2017 and, in turn, of ink additives. Commercial printing consumes ink additives in large amounts, especially in industrial printing including printing of instruction manuals and figures of associated machinery.

Asia Pacific a Prominent Consumer of Ink Additives

Asia Pacific is considered a manufacturing hub of the world. It produces printing inks in large quantities. It is also the world’s largest consumer of ink additives. Similarly, Europe is a major hub for printing ink companies and also, a major consumer of ink additives.

Moderately Consolidated Market

The global ink additives market is moderately consolidated, with a few multinational companies accounting for a significant share of the market. These companies have managed to develop several brands of ink additives and product lines. They have also developed a vast network of distributors to penetrate markets in various countries and regions. Key multinational companies operating in the global ink additives market are BASF Group, The Dow Chemicals Company, Altana AG, and Evonik Industries.

[jewelchicmegan]

A fun snaoshot of our family and friends Christmas Lunch! What a beautiful day. ❤️🎅🏽🌈🎄🍸🍾🎉💃🏼 #mannequinchallenge #christmas #christmas2019 #family #friends #xmas #xmasmannequinchallenge #happiness #joy https://www.instagram.com/p/B6h1KpJJQSv/?igshid=qqec7tqx4som

#mannequinchallenge #christmas #christmas2019 #family #friends #xmas #xmasmannequinchallenge #happiness #joy

[suzanneshannon]

create-react-app v3, What's new?

When you're looking to setup your React developer environment, create-react-app is one of the go to ways to go about it. This package allows you to do so with minimal configuration as it creates most of the boilerplate code needed to get you up and running. The React team recently unveiled version 3 of create-react-app and it brings some exciting new features increamenting on what was added on the previous releases.

https://twitter.com/iansu/status/1120402844815908865

Some of the things to look out in the latest release include:

Jest 24

Hooks support

Typescript linting

browserslist support in @babel/preset-env

Absolute imports with jsconfig.json / tsconfig.json

PostCSS Normalize

It's good to note that some of these features may cause breaking changes in existing projects so this is something to look out for if you'll be upgrading. Let's look at why we should be excited about each of the above features

Jest 24

This version of create-react-app has upgraded from Jest 23 to Jest 24 which introduces some exciting new testing features such as Typescript Support, Improved Assertion Messages, test.todo , fixes for some older issues among other things. You can read more about what changes were introduced on this Jest blogpost.

One thing to note is that there are some differences in snaoshot serialisation and it may require some slight changes to your tests after upgrading.

Hooks Support

Many React developers were excited by the announcement of Hooks in React 16.8 as they changed the way components are written allowing the use of stateful logic in functional components. This allows developers to write even purer components and increase the optimization of their applications. In this version of create-react-app the Rules of Hooks are enforced with eslint-plugin-react-hooks causing the build to fail if you are breaking any of these rules which are:

Only call Hooks from React function components.

Only call Hooks from custom Hooks

This helps avoid making deploying applications that may crash due to the bugs introduced by breaking these rules.

Typescript Linting

This version of create-react-app also introduces linting for Typescript files which should come in very handy in projects making use of Typescript. You can checkout the list of rules enforced to check for your project's compatibility. Visual Studio Code cab also setup the editor to display error messages using this guide.

browserslist Support

The . browserslist config in your package.json is now used to control the output of your Javascript files and separate configurations may be used for bith development and production as shown below:

... "browserslist": { "production": [ ">0.2%", "not dead", "not op_mini all" ], "development": [ "last 1 chrome version", "last 1 firefox version", "last 1 safari version" ] } ...

This is aimed to improve overall developer experience while maintaining compatibility with many browsers in production.

Removed --no-watch flag

The --no-watch flag was removed from the start script and replaced with --watchAll=false from Jest. This changes how to disable watching of files for changes and running tests against them.

Absolute imports with jsconfig.json and tsconfig.json

Another new addition is supporting drttingg baseUrl in jsonconfig.json for Javascript projects and tsconfig.json for Typescript projects allowing us to have an absolute import paths for our files. This helps us write cleaner code. However, this feature only supports two options for baseUrl , these are node_modules which is the default and src . To configure the baseUrl to src for a Javascript project, create a jsconfig.json file and add the following code into it:

{ "compilerOptions": { "baseUrl": "src" }, "include": ["src"] }

For Typescript projects, do the same but in a tsconfig.json file instead.

PostCSS Normalize Support

You can now include a version of Normalize.css in your project that will use your browserslist setting to generate the appropriate styles for your target browsers. To include it simply add @import-normalize at the top of one of your CSS files.

Conclusion

With create-react-app we see a couple of steps taken towards improve the overall React development experience as well as the overall quality of applications develops. React has an exciting future and this is yet another indicator of more good things to come.

create-react-app v3, What's new? published first on https://deskbysnafu.tumblr.com/

[vinayakparab-blog]

#city #cityscape #art #visual #visualart #visualisensetive #artist #artistic #blue #glass #reflection #reflectioninglass #squares #snap #snaoshot #PicsArt #snapseed #metro #metroscape #building #architecture #colour #colorful #instacolor #instphoto #instalike #instalife #distortion https://www.instagram.com/p/BwC_oEIJgXT/?utm_source=ig_tumblr_share&igshid=qkvjwnv87hpx

#city #cityscape #art #visual #visualart #visualisensetive #artist #artistic #blue #glass #reflection #reflectioninglass #squares #snap #snaoshot #picsart #snapseed #metro #metroscape #building #architecture #colour #colorful #instacolor #instphoto #instalike #instalife #distortion

[jayu123-me]

Global Vacuum Insulated Glass Market for Building & Construction to Reach around US$ 7 Bn by 2026.

Vacuum Insulated Glass Market - Snaoshot

The global vacuum insulated glass market for building & construction is expected to expand at a moderate pace driven by the increase in demand for the glass in the energy-efficient building industry. The vacuum insulated glass market for building & construction was valued more than US$ 4.5 Bn in 2017 and is projected to expand at a CAGR of more than 4% during the forecast period. Implementation of stringent government laws regarding carbon emissions and rise in demand for green buildings are boosting the vacuum insulated glass market for building and construction.

Heating and cooling devices used indoors release harmful gases such as carbon dioxide in the environment. Vacuum insulated glass is highly stable and non-reactive to the ambient environment. It is an alternative energy source for light and temperature stability. Vacuum insulated glass is a prominent building material that helps save energy. However, the presence of just a few key players and fragmentation of the vacuum insulated glass market are likely to hamper the demand for vacuum insulated glass.

Key players operating in the vacuum insulated glass market need to focus on the promotion of the benefits of vacuum insulated glass. Rise in usage of vacuum insulated glass in the building sector is estimated to boost the vacuum insulated glass market.

Major players in the market are expanding their network through mergers and acquisitions. Launch of new products and facilities is likely to propel the vacuum insulated glass market. On July 4, 2017, Panasonic Corporation completed the acquisition of 69% share of Ficosa International S.A., a Spain-based automotive parts & systems supplier. This move would help the company strengthen its position in the automotive industry.

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In February 2018, AGC Inc., decided to raise the sales price of architectural glass related products in Japan. The scheduled price increases are roughly 10% to 15% for flat glass products, 10% for mirror products, and 10% for architectural applications. In April 2016, Nippon’s product Spacia Cool vacuum glazing was used for new windows of the Fukuoka City Hall in Southern Japan. Spacia Cool is a high-heat-insulation type of Spacia. It reduces solar heat gain, offering excellent energy-saving performance throughout the year. The product is used for lowering the room temperature and saving energy in residential and non-residential buildings.

Vacuum insulated glass is used in various applications such as roof lights, windows, doors, roof glazing, and glass façade. Vacuum insulated glass windows are used in buildings, as the glass avoids conduction and convection. This ultimately reduces the cooling and heating energy consumption. Vacuum insulated glass is used for same purposes for doors as that for windows. Roof glazing is primarily used in malls and office terraces for natural lights in daytime.

It also provides with the free environment and also avoid suffocation. Glass façades are primarily used in commercial applications of green buildings. IT parks are mostly made of energy efficient glasses. Glass façade made up of vacuum insulated glass preserves heat, uses solar radiation, and insulates sound. The usage of vacuum insulated glass is anticipated to rise in developing countries such as China, India, and Japan in the near future.

North America and Europe are the key regions of the vacuum insulated glass market for building & construction. In terms of consumption, Asia Pacific holds major share of the global vacuum insulated glass market for building & construction due to the high demand in the construction sector. Middle East & Africa is an emerging region of the vacuum insulated glass market for building & construction, owing to the high demand for energy efficient buildings. The vacuum insulated glass market for building & construction in India and China is estimated to expand at a rapid pace during the forecast period, led by the rise in industrialization and expansion in the construction industry in these countries. China is a major supplier of vacuum insulated glass in Asia.

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Key players operating in the vacuum insulated glass market for building & construction include AGC Inc., Vishvesh Glasses Private Limited, Panasonic Corporation, LandGlass Technologies Co., Ltd., V-Glass LLC, Nippon Sheet Glass Co Ltd, Guardian Glass, LLC, QINHUANGDAO YIWO GLASS CO., LTD, ICESUN VACUUM GLASS Ltd., T&I Sealed Units Limited, and Taiwan Glass Ind. Corp.

#Global Vacuum Insulated Glass Market

[suzanneshannon]

create-react-app v3, What's new?

When you're looking to setup your React developer environment, create-react-app is one of the go to ways to go about it. This package allows you to do so with minimal configuration as it creates most of the boilerplate code needed to get you up and running. The React team recently unveiled version 3 of create-react-app and it brings some exciting new features increamenting on what was added on the previous releases.

https://twitter.com/iansu/status/1120402844815908865

Some of the things to look out in the latest release include:

Jest 24

Hooks support

Typescript linting

browserslist support in @babel/preset-env

Absolute imports with jsconfig.json / tsconfig.json

PostCSS Normalize

It's good to note that some of these features may cause breaking changes in existing projects so this is something to look out for if you'll be upgrading. Let's look at why we should be excited about each of the above features

Jest 24

This version of create-react-app has upgraded from Jest 23 to Jest 24 which introduces some exciting new testing features such as Typescript Support, Improved Assertion Messages, test.todo , fixes for some older issues among other things. You can read more about what changes were introduced on this Jest blogpost.

One thing to note is that there are some differences in snaoshot serialisation and it may require some slight changes to your tests after upgrading.

Hooks Support

Many React developers were excited by the announcement of Hooks in React 16.8 as they changed the way components are written allowing the use of stateful logic in functional components. This allows developers to write even purer components and increase the optimization of their applications. In this version of create-react-app the Rules of Hooks are enforced with eslint-plugin-react-hooks causing the build to fail if you are breaking any of these rules which are:

Only call Hooks from React function components.

Only call Hooks from custom Hooks

This helps avoid making deploying applications that may crash due to the bugs introduced by breaking these rules.

Typescript Linting

This version of create-react-app also introduces linting for Typescript files which should come in very handy in projects making use of Typescript. You can checkout the list of rules enforced to check for your project's compatibility. Visual Studio Code cab also setup the editor to display error messages using this guide.

browserslist Support

The . browserslist config in your package.json is now used to control the output of your Javascript files and separate configurations may be used for bith development and production as shown below:

... "browserslist": { "production": [ ">0.2%", "not dead", "not op_mini all" ], "development": [ "last 1 chrome version", "last 1 firefox version", "last 1 safari version" ] } ...

This is aimed to improve overall developer experience while maintaining compatibility with many browsers in production.

Removed --no-watch flag

The --no-watch flag was removed from the start script and replaced with --watchAll=false from Jest. This changes how to disable watching of files for changes and running tests against them.

Absolute imports with jsconfig.json and tsconfig.json

Another new addition is supporting drttingg baseUrl in jsonconfig.json for Javascript projects and tsconfig.json for Typescript projects allowing us to have an absolute import paths for our files. This helps us write cleaner code. However, this feature only supports two options for baseUrl , these are node_modules which is the default and src . To configure the baseUrl to src for a Javascript project, create a jsconfig.json file and add the following code into it:

{ "compilerOptions": { "baseUrl": "src" }, "include": ["src"] }

For Typescript projects, do the same but in a tsconfig.json file instead.

PostCSS Normalize Support

You can now include a version of Normalize.css in your project that will use your browserslist setting to generate the appropriate styles for your target browsers. To include it simply add @import-normalize at the top of one of your CSS files.

Conclusion

With create-react-app we see a couple of steps taken towards improve the overall React development experience as well as the overall quality of applications develops. React has an exciting future and this is yet another indicator of more good things to come.

create-react-app v3, What's new? published first on https://deskbysnafu.tumblr.com/

[iloveyoutothemountainsandback]

Check out his fotoblog @ his homepage! gregorschlierenzauer.at/fotoblog/

#gregor schlierenzauer #schlieri #fotoblog #foto #snaoshot #innsbruck nordkette #austria #mountains #nature #art #design #fotography #photography