Digah House Company's Dr John

Is 7-Color Process the Right Direction for Brands in Flexo? Ever since I joined the EFTA in 1997, fresh out of University with Tony Bath, who was a driving force behind the growing association, people have talked about flexo and 7-color process printing like it was the Holy Grail for packaging. The challenge for flexo was that consistency was not very good, and we were challenged to deliver consistent 4-color process at that time. A question I often heard Tony ask was, "If you can not do 4-color process well, why do you think you will do better with 7 colors?" Why did the trend toward 7-color process start? The drive behind it was simple in many ways. Flexo used a LOT of spot colors-some companies or applications used spot colors almost exclusively-and this was seen as a significant cause of waste including inks, press time wasted changing colors, time washing down the decks, etc. As flexo became less "cheap and cheerful" and went after more challenging work, cost became more important. In the late '90s, I visited companies that were taking 8 hours to change over a job, and the runs were extremely long, often taking days. The advantage of the 7-color process is to achieve quick changes, leaving the ink and anilox rolls in the press, so only changing the plates for the next job made 7-color process very attractive. In addition, 7-color processes also partially drove the opportunity for sleeved presses which we take for granted today. In reality, today with the quick "job change over" equipment and mentality, the thought of an 8-hour change over sends shivers down the backs of plant managers. The need for 7 colors instead of 4 colors related to the relatively poor ink transfer and compressed color gamut of traditional 4-color flexo compared to other print processes. The pin holing in flexo killed the solid ink density achieved, giving flexo its reputation for "muddy" colors from overprints, so most brands did not like the results from 4-color process in flexo. The addition of 3 more colors allowed flexo to expand the color gamut that could be achieved on press, but this still did not match more than about 85% of the Pantone colors. 7-color process was a major driver in the development of the 10-color CI presses, where you often need more than 8 print decks to print 7 colors, plus white, plus any remaining spot colors or a line black for the text, etc. What has changed in flexo? Since the early days of digital flexo plates 15 years ago, fast change sleeved presses with automatic ink changes are much more common. Flexo plate technologies have moved to a new level with Flexcel NX and DigiCap NX, often capable of a 25% gamut increase compared to traditional digital flexo plates using just 4-color process. The anilox technologies and chambered ink delivery systems have changed, with finer rolls and more efficient ink transfer, combining with the plate enhancements to get stronger cleaner colors, often using less ink. Print runs are also getting shorter and shorter and the costs are more competitive with reduced margins throughout the supply chain, so the shorter runs and need for faster change overs supports the 7-color process as a viable option. There is a need to be dedicated to 7-color process, and to dedicate at least one press to it to stop continuous ink changes. When dedicating a press to 7-color process, it really needs to be dedicated to either surface or reverse printing, because switching back and forth with the reversed print sequences kills the primary benefit of 7-color process which is press productivity and minimum down time. Is flexo the only print process used? Flexo is not the only print process that uses process colors, or even expanded color gamut color sets like 6-color or 7-color process. In fact, flexo is about the last major print process to embrace it in the way it has. Offset and digital printing processes are dominated by 4-color process, and it is relatively easy to move jobs between offset and digital. Publication gravure also uses primarily 4-color process, with packaging gravure still using a mix of 4-color process and spot colors. Almost all of the proofing devices on the market base their standards on offset printing using 4-color process. So much of flexo is relatively late to the process printing party, but now that we have learned the printing dance, (with me, dancing is not a strength) we want to dance it all the time. In fact, we have to dial back to get the densities down to the standards that the others used to match, something almost unheard of five years ago! The challenges of matching on shelf The challenge for brand owners when converting to flexo process printing is not whether we can print the job in 4 or 7 colors, or how great it looks when we blow the doors off the color expectations. The reality hits later, in the cold light of day, when a family of products on the shelf surpasses the quality of the 4-color offset process printed carton, the 4-color digital printed label, or it makes them look bad side by side. That is a question most flexo printers dreamed of hearing 10 years ago, but today it is a reality every day. Should brands be looking at 4-color process for all their printing? So as an industry should the brands look more at 4-color process instead of 7 colors in the future for flexo? We have already seen major retailers make the shift in the private label products to 4 colors. Can we get G7 to work for flexo using the same standard as for offset using 4-color process in flexo, without watering down the target density values? The answer is yes, there are printers doing it every day today. There are great printers out there doing 7-color process printing in flexo. Printers need to be dedicated to the process and have significant knowledge in file separation and best practices. Those who embrace 7-color stand out as great examples for the industry for what can be done. But for the brand owner, as their versions increase and run lengths decrease, use of digital printing increases, there are definite benefits in the flexo 4-color process. The latest flexo plate and ink technologies outweigh the additional costs of needing 10-color presses, 25% more plates, tape, ink, dryer energy, etc. And the challenge of matching digital print is driving brands back toward the 4-color process. Flexo can match the other print processes economically The flexo process can excel or match today almost every competing print process day in and day out, with 7-color process or 4-color process. The question for the brand owners is why do not you use more flexo printing instead of the other print processes? Flexo offers high-speed printing, conversion inline for cartons and labels, and quicker turnaround than most gravure printing. Economically and for your shelf impact, flexo should be your process of choice today-and you choose if you want the capabilities of 4-color or 7-color process.1. In Sherlock Holmes - Why does Dr. John Watson's wife call him James?Doyle made a mistake. We are not supposed to say so, though. ;)2. Is there a way that I can ask Dr. John Gottman for some relationship advice?I am not Dr Gottman, but I am a full time dating and relationship trainer.You are asking for certainty where certainty cannot be given.Understanding the system and different variables to then try and determine what the outcome will be is a great approach for many things in life, but not possible with relationships. I also hate uncertainty so instead of trying to figure out how I can find the "right person" or what I need to do to make things "work"I focus on getting my own shit together and being certain about what I want from the relationship and what I want to put into it, rather than constantly trying to judge if the girl would be able to give me everything I want.The reason I say you can not have certainty is because people are incredibly complex and there are too many variables to cover to be certain of any X result.If u really want Dr Gottman - write articles about him, he will likely come to you.3. Can I address an envelop with Dr and Dr John Doe to a couple, both Doctors, not knowing the name of the lady?Mrs. or Ms. and Dr. is correct. Are you sure that they are married? If the couple is married do the Mrs. thing. Like this, Dr. and Mrs. She is his wife regardless of whether she is a Dr. or not. I just called my daughter. She is a Vet but still knows.

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No exact figures could be offered here. A reliable partnership may make it possible to unveil such information. We market where can i buy cheap kitchen cabinets in both domestic and international markets. Our sales have been increasing year by year. This enables us to be more competitive in the market.With our professional design team, Guangzhou House Empire Construction&Furnishing Co.,Ltd always keeps innovative ahead in this industry. provides a wide range of aluminium door for customers. Feel the beauty of home life. . is an internationally renowned manufacturer and exporter of a wide range of aluminium sash windows which are manufactured using state-of-the-art technology to meet strictly with the set industrial standards.  Guangzhou House Empire Construction&Furnishing Co.,Ltd has large scale production. Digah takes you back to the green nature.Guangzhou House Empire Construction&Furnishing Co.,Ltd's aim is to provide our customers with aluminium window. Inquire!

There are plenty of trading terms for Aluminium Door Series available in Guangzhou House Empery Co.,Ltd, including CFR/CNF, FOB, and CIF. CFR/CNF means that the seller is in charge of all the costs of shipping goods from their origin to the port of destination, including delivery costs and clearing the goods for export except for the insurance. So the price under the term of CFR/CNF will be lower than the ordinary one as we do not include the shipping costs in the total amount of the order. If customers prefer to adopt this term, please read the relevant instruction or contact us. DIGAH is the most dynamic enterprise for wooden wardrobe that includes . aluminium door series manufactured by DIGAH include multiple types. And the products shown below belong to this type. The product is lightweight and breathable because of its high-quality fabrics, which are two additional features that help improve sleep comfort. DIGAH enables your space full of nobility and fashion. The product can be a great time saver in many scenarios. People will never waste time when trying to accommodate the needs of their devices. The wonderful life begins with our team.our team strives to serve the best interests of our customers. Call!

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One of the biggest challenges faced by Embedded designers is to define the performance requirements of the system. The information needed to determine actual performance requirements is either unavailable or difficult to obtain. The most accurate estimates sometimes fail due to unpredictable calculated loads. The analysis usually points out that the cost-effectiveness of embedded processing system is too low for data processing requirements. Therefore, system designers are highly eager to have a scalable architecture that can adapt to potential changes in performance requirements and perform high-performance data processing. The control plane / data plane processing architecture implemented in FPGA can effectively meet the above requirements. What is control plane / data plane processing? Why might your next generation of embedded systems need it? In a system that cannot complete all processing work with software, designers can obtain other performance in many ways. They can use multiprocessors with symmetric or asymmetric processing configurations; Using hardware coprocessor; Or split the data processing task into one or more dedicated processing units - just like processing in the control plane / data plane. In this programming mode, data processing is divided into two different planes. The control plane represents algorithmic elements that have little impact on performance, such as administrative tasks, user interfaces, and operating system functions. At the same time, the data plane represents the flow of data in the system, such as video stream or audio stream and its processing. On the data plane, designers use technologies such as pipeline to enhance data throughput. Typical applications of control plane / data plane processing include streaming video, network packet processing and high-speed signal processing. Let's take a closer look at a control plane / data plane application involving real-time processing of streaming data. We will face the recognition of unique patterns of HD video streams. The implementation requires the mixed use of high-performance data processing and a typical representative of a variety of applications including the control functions of embedded microprocessors. The pixel frequency of 720p / 60Hz HD video stream is 74.25mhz. This requires a processing rate of 222.75mb per second. Assuming that a 2.5GHz dual core dual instruction processor is used to process the data, the optimal instruction rate is 10g instructions per second. Such a processor can execute 22.4 instructions for each byte of processed data. This is sufficient for some applications, but the 22.4 instructions show that the data that can be processed is very limited. Complex video processing functions, such as kernel convolution, noise reduction and other filtering functions, require higher instruction execution efficiency. The solution in this paper is to create parallel or pipelined processing units on the data plane. HD video processing is a common practical application that can divide the problem into control plane and data plane for efficient processing. As a highly parallel processing unit, FPGA is responsible for video processing in this example, and the medium performance processor inside FPGA is responsible for video processing pipeline. The processor can be dedicated to a single application or run an operating system such as Linux. The resulting hardware software hybrid implementation scheme can deliver the processing to the part that can perform the best processing, so as to realize a low-cost and high-performance data processing solution. Figure 1 shows a typical control plane / data plane system.Figure 1: typical control plane / data plane processing system. In addition to the expensive ASIC, FPGA is the implementation method of stream data processing unit with the highest performance and the most economic benefit. Because of its flexible architecture, FPGA allows designers to implement processing systems including parallel and pipelined units. In this way, the designer can optimize the performance and delay of the system. The designer can then apply the data plane solution to an external discrete microprocessor for control. Adding the processor inside the FPGA can bring many advantages. The internal processor can greatly reduce the control delay between the processor and the data plane unit. The reduction of delay can release many processor cycles. The external processor must maintain communication with the data plane. The communication channel can be 32 bits or more, and more wires are required for addressing and control at the same time. Additional wires may require more powerful processor and FPGA packaging, resulting in increased system cost. Using PCI Express (PCIe) can greatly reduce the number of pins. Unfortunately, not all processors and FPGAs support this relatively new interface, and even if they do, the cost of PCIe devices is much higher than that of similar devices without PCIe. The implementation of control plane processor and data plane in FPGA can reduce the number of devices, board space and power consumption, and finally form a low-cost solution. There are both hard core processors such as PowerPC and soft core processors such as Xilinx MicroBlaze in FPGA. FPGA based processors can be configured according to application requirements. The system based on FPGA can transplant decision-making and computing functions between processor and FPGA logic, so as to realize system level optimization. Implementation of control plane / data plane system some tools can simplify the implementation of FPGA based control plane / data plane system. Compiling systems using wizards or by adjusting existing reference designs are two common methods. Through the wizard, FPGA tools can quickly assemble microprocessor systems. Using drop-down lists or check boxes, you can easily specify the target parts and the required processors and peripherals. At the same time, a signal processing pipeline with a processor bus interface can be quickly compiled for control using a tool such as MATLAB software. In addition, the c-to-hdl tool can also be used to build a digital signal pipeline. The connection of control plane / data plane can be simply completed through matching bus interface. Figure 2 shows the instruction window for starting the wizard and the final system built with the wizard.Figure 3: clownfish detector control plane / data plane system. C-to-fpga compiler can enable developers to use new development tool sets and new technologies to solve software / hardware development problems. Developers can code the algorithm in the software first. Experience tells us that developing algorithms in software is more efficient than developing algorithms in hardware. The specific reasons are as follows: firstly, C language can enable programmers to develop algorithms at the level of high-level software language, which can not be achieved by using Verilog or VHDL hardware description language; Secondly, compared with similar hardware development tools, the debugging and testing tools for C language run faster, more efficient and generally easier to use. Equivalent to hardware algorithm, C language algorithm can run at full speed on the target processor, and the hardware algorithm needs to be tested and debugged on the simulation program first; Finally, the cost of C language development tools is much lower than that of similar hardware development tools. Therefore, engineers tend to develop algorithms in C language or similar high-level languages. Once a software language such as C language is used to verify an algorithm, the designer must measure its performance and determine whether the algorithm can run completely on the embedded processor or hardware, or whether the hardware software hybrid coprocessing implementation scheme is the best choice. Performance analysis tools can be used in this judgment process. If the code must be transferred to hardware, the designer must convert the algorithm manually or use the c-to-fpga tool. The c-to-fpga tool allows developers to quickly convert algorithms into HDL code, optimize the generated hardware processor, and execute hypothetical scenarios to balance performance and FPGA resources. The tool also enables software engineers to use the high-performance data processing logic inside FPGA, so as to become hardware engineers. Using Linux to connect the processor to the FPGA, Linux vendors working with FPGA manufacturers have developed drivers that allow the processor to communicate with and control the FPGA. First, you must configure Linux for this I / O device. The configuration step consists of two steps. First, load the customized driver into the Linux kernel: then, register the driver to a specific device number (such as 253):The communication is completed by turning on the I / O device and then reading and writing the device. The example code segment is as follows:The advantage of FPGA, the data bandwidth requirement of signal processor system often exceeds the level that general-purpose processor can economically obtain. In this case, designers usually divide their data processing system into two processing functions: using general-purpose processor for control processing, and using hardware accelerators such as FPGA for data processing. This constitutes a control plane / data plane processing system. FPGA is very suitable for implementing control plane and data plane functions at the same time. An FPGA can contain one or more soft processors such as MicroBlaze and / or hard processors such as PowerPC. Integrating them into FPGA can realize low delay and high bandwidth communication between control plane processor and data plane processing system. With the help of wizard and pre built reference design, the system compilation for embedded and data processing functions is simple and clear. By transforming the algorithm prototype built in C language into high-performance hardware processing unit, c-to-fpga tool helps to optimize this process. Finally, the communication and control coding between the processor and FPGA signal processing pipeline can be easily completed by using the available linux driver. Our case study is a typical application example. In this example, it is impractical to process HD video stream by low-cost general-purpose processor, but it can be easily solved by signal processing pipeline inside FPGA. The processor is then released to provide user interface, network and system management functions, and monitor and control the signal processing pipeline at the same time.

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How can my character earn money?Rolemaster characters can have several abilities that could get you some quick money (hunting, foraging, leather working, singing and so on) besides the quest reward income system. If you do not have any of these, maybe there is a chance you invest in one that fits your character next time you level up.Besides that, a couple things come to mind. Talk to your GM:Explain that you want your character to be more financially stable and ask him/her for options. GMs generally like to know what their players want and might tailor the adventure to try to grant you your wishes.Talk to your group:In character: Guys, we are risking our lives here and we are barely scraping by, I understand some of you have more money and this is not a concern for you, but it is for me and I would like to pick quests/missions/tasks that are financially profitableAsk around:Whenever you walk into a town, ask if there are jobs to be done and money to be made. You might hear about some nobleman needing something done or a gladiator arena where champions are showered in gold.Everything is for sale:Attacked by wolves? Skin them. Attacked by orcs? Take their weapons and armor. Even if you do not haggle, someone in the group might and he/she could get you or the group better prices, he /she will get exp for it so it's a win win.You do not want to steal from party members…But are you willing to steal from everybody else? I do not know what sort of campaign you are in and it might not be viable, but at least keep it in mind— — — — — —How can I deal with my girlfriend making me feel like a loser because I do not make as much money as I am capable of?The pattern here is the stance of the "victim." If that is addressed, everything else will take care of itself.Several things said in the question details suggest you may see yourself as a passive victim of life. For example, you say you "have an inferiority complex" (passive), she "makes" you feel badly (seeing her rather than you as responsible for your feelings) which is "unfair" (injustice), and you "should" be making more money (self-judgement). These are all passive ways of framing the experiences of your life -- things that happened to you rather than things you take responsibility for.Taking a step back from the passive framing, there are a few things going on: Confidence comes about by choice. If you decide, as a matter of principle, that you want to live the life of someone who chooses to believe he is worthwhile, regardless of the world around him, then you will have that life. There may still be struggle, disappointment, frustration, and anger, but you will refuse to believe you are a lesser person as a result. Intellectually, you already believe you are worthy (you imply you deserve better). So rather than complaining about it, live what you believe. This mostly involves shedding bad thought habits and resolving the "arrogant inferior" dichotomy into "humble self-valuing"You are projecting your own self-judgement onto others. You criticize yourself for not making more money, but you see that criticism coming from your girlfriend or from society (you "should" be making more). Recognize that the judgement is coming from you, own it, laugh about it, and move forward with life.Your girlfriend is probably getting her cue from your own self-criticism. You have three options: 1) laugh along with her as a way to unlearn the self-judgement habit, 2) own your reaction but let her know it's a sensitive topic, or 3) end the relationship.— — — — — —Is it better to save more money or make more money? Why?It is always make more money then save more money. If you make more you will have a situation in mind which will make you to save some money.. and so on.. so earn more .. fulfil your requirement and save the rest n njoy the life. . :).— — — — — —which will make more money?It depends on weather you mean make more gross money or net more money. If you open a restaurant that involves a good chef and a great wine list then you can make more money but the net will be lower. Only if your staff is well trained on the menu and the wine list will you make more. The wine list is crucial since a glass or bottle of wine nets more profit then a plate of food. average price of a glass is equal to a bottle of wine. So after the first pour it's all profit. But if your staff does not know wine you wo not sell any. A coffee shop is a no brain-er but unless it is located where a lot of morning people will be or near a college it might only make a modest amount of money. Bike paths that have a lot of bike riders tend to bring some good business. Did you know that Mac Donald's makes it's money from the Real estate it owns not from burgers? They buy key real estate and put their franchise on it. Then they make money selling everything to the franchise owner and they make money on the real estate as well as the shopping center they may be in.

12 Brisbane Ave in Rodd Point goes to auction this Saturday with a guide of $3.5m.Source:SuppliedREFLECTED by its enviable waterside position, this state-of-the-art family home at 12 Brisbane Ave in Rodd Point is anything but ordinary. Designed by renowned architecture firm SJB, each part of this five-bedroom, three-storey house has been carefully considered and crafted to a high standard.The contrasting elements that make up its facade are the perfect representation of what’s inside.The views from the terrace are stunning.Source:SuppliedOptimising the spectacular water views, the entire open-plan lounge and dining space is wrapped in glass. One of the best things about the living space is that it has a lot of character, while still acting as a blank canvas.Love it or List It's Andrew Winter gives some handy tips for buying at both an auction and private saleThe gourmet kitchen has integrated stainless steel appliances, sleek tapware, and a huge island bench with a breakfast bar. It’s a great kitchen for entertaining, thanks to its position and functional bench space.Enjoy a life of luxury.Source:SuppliedJust outside the kitchen and dining room, through floor-to- ceiling sliding glass doors, is a wraparound veranda with a built-in barbecue. It overlooks the pool and a spacious timber deck. Imagine hosting Christmas lunch in this backyard — your guests would never leave! One of the bedrooms is also located on the ground floor, along with a full bathroom and a double lockup garage.The open-plan living and dining area.Source:SuppliedUpstairs, the main bedroom has seemingly endless built-in wardrobes, a private front-facing balcony, and a large ensuite with double basins and a double shower head.There are three other bedrooms on the first floor, each with built-in wardrobes, one with a private, front facing balcony and the others with access to a wraparound, rear-facing terrace.The main bathroom is luxuriously styled, with an enormous frosted glass window sitting above a sophisticated marble bathtub.Unwind in the bath after a long day.Source:SuppliedWhat a treat it would be to relax here at the end of a long day, with a tub full of bubbles and a glass full of bubbly. DetailsAuction: Saturday, December 16 at 9.45amInspect: Thursday, 6.30-7pm, Saturday, 9.15-9.45amPrice guide: $3.5mAgent: The Agency Inner WestContact: Shad Hassen, 0418 700 300, Aladdin Hassen, 0420 300 700Originally published as Panoramic views are just the start