Creation is often a complex and nuanced process that leads to the advent of new phenomenon. Interstellar space bears witness to the birth of new stars as part of evolution in stellar systems and as an expression of new cosmic phenomenon. On earth, biological births help to increase the number of species in the plant and animal kingdoms. Similarly, the human brain is instrumental in giving birth to ideas and concepts; human history is replete with instances that attest to this assertion. Ideation and new thought processes enable human beings to design and operationalize new systems. In this context, we may state that flowchart generation proceeds from a variety of techniques. Freehand drawing is the most common among such endeavors; however, digital technologies such as computers and software packages are gaining ground as part of flowchart generation systems. Effectively, the human imagination has melded with digital technologies in a bid to bring to life digital illustrations of various proportions. The outcome of such collaboration enables a range of scientific, industrial, engineering, commercial, and technological endeavors.
The use of specific values and calibration remains a primary aspect when we survey the domain of flowchart generation through digital devices. Designers must plan each aspect of a flowchart’s appearance with a view to generate a perfect diagram. The designers of flowcharts must consider various parameters such as base width, base height, horizontal spacing, and vertical spacing. The numbers appended to these parameters govern the appearance of the resulting flowchart diagram. In essence, the software program processes these numbers and mixes additional information in terms of line color, font names, font color and font size, etc. These inputs and actions enable the computer to register progress in the flowchart generation project. In addition to the above, designers may alter each parameter to generate flowcharts in line with client expectations. Amendments may help designers to create special segments of said flowcharts in custom colors and shapes. This illustration allows us to appreciate the use of computer technology in flowchart generation.
The digital brains of a modern computer must collaborate with deft human hands and the human imagination to allow flawless flowchart generation. The process of creating a flowchart remains incomplete without the addition of special notes at various stages. This action spurs better comprehension on the part of readers, reviewers, and analysts. For instance, a human expert may take the initiative to append notes to cryptic flowcharts populated with formulae, symbols, and visual shapes. This stalwart creation of the computer gains layers of meaning when human hands pen explanatory notes on the body of the flowchart. This single act enables the flowchart to gain a wider audience and multiplies its relevance beyond its immediate context. However, intelligent designers that work on flowchart generation projects may formulate computer programs that allow notations inside the flowchart before the computer generates the final diagram. In addition, designers may use machine learning technologies to ‘educate’ the silicon brains of computers in the fine art of creating highly dense flowchart diagrams.
Drawing by hand represents the earliest human activities in the domain of creating works of art. Ancient cave art, much admired by modern human beings, records the earliest artistic impulses in human beings. In the digital age, word processing programs allow users to create flowchart diagrams with on-screen drawing tools. Some of the highlights in this endeavor include page layouts, actions to arrange on-screen objects, alignment criteria, and grid settings. Ergo, the creators of modern word processing packages clearly intended to help the designers of flowchart and those involved in projects that hinge on flowchart generation. Designers can also leverage the use of a variety of regular and irregular shapes, callouts, lines, connectors, stars, and banners. The project gets underway when designers and process experts manipulate the computer pointing device to place various digital artifacts inside the electronic canvas. This interaction between digital media and the human imagination is central to any activities that culminate in flowchart generation using software and computer hardware.
Commercially available software packages present intuitive design interfaces that help novice designers to create flowcharts. These attempts at flowchart generation are governed by an abundant visual supply of on-screen control panels, calibration tools, color palettes, canvas areas, and other creative devices. The designer must make the best use of these to create a competent and accurate flowchart. A first design attempt may help create a basic flowchart diagram; subsequent revisions ensure that the designer adds important details at the exact locations inside the diagram. In addition, the designer may utilize the principles of user experience design to create a visually perfect digital diagram. Further, serious designers may elect to create wireframe mockups of a planned flowchart diagram. This may involve complexity in the design process but may help construct an outstanding final creation. The programmers and creators of these software packages may introduce additional functionality in later versions of these digital packages. Such actions allow them the ability to design and market sophisticated flowchart generation programs for the lay user.
Computer programmers can deploy multiple approaches as part of their efforts to create flowchart generation software packages. Their thought processes may focus on enabling the use of action blocks as a preliminary stage of flowchart creation. These blocks are, in essence, a group of actions; the flowchart designer may use any one of these to constitute a stage (or a group of stages) inside the flowchart. This technique allows flowchart designers to access multiple actions from a short bouquet of on-screen buttons, thereby multiplying functionality. In addition, computer programmers can choose to include text and math formulae as part of design tools. Consequently, flowchart designers can use these to construct complex scientific, technological, and engineering diagrams. The addition of primary code generators presents a different and very useful option that can be explored by designers and creators of flowcharts. The ensuing complexity allows an expanded set of possibilities for the creators and designers of modern flowchart diagrams.
The connecting line, or connector, comprises the primary directional mechanism that animates flowchart diagrams. Computer-aided flowchart generation systems allow a variety of on-screen calibrations; these include user-driven numbers/digits that dictate the texture, appearance, color, and direction of connectors inside flowchart diagrams. Certain connectors remain unidirectional while others may describe a cyclic process. The arrowhead is common to every connector because it denotes the direction of flow. Flowchart designers using modern computers can also design custom connectors that may describe arcs, elbows, rounded elbows, and a variety of dotted connectors. Therefore, digital technology allows a significant volume of leverage for designers and creators that are working to generate digital flowcharts. In addition, certain software manufacturers include the provision of animated connectors for the use of creative design professionals.
In the aforesaid paragraphs, we have examined some aspects of computer-driven flowchart generation techniques. Modern technology affords designers and creators significant means in terms of gaining the ability to translate their vision into a flowchart diagram etched on digital canvases. The accuracy depicted in these flowcharts empowers downstream actors and users to reap useful gains. This multiplies the utility of these uni-dimensional diagrams. In addition, these flowcharts boost the cause of public education and public instruction, thereby fulfilling the promise of elevating literacy in the public domain.
