The document discusses various primary design elements including line, shape, form, plane, and color. It covers topics such as:
- The definitions and properties of point, line, plane, and volume as basic design elements.
- How shapes are defined by their outlines and configurations.
- The characteristics of size, position, orientation, and visual inertia as they relate to forms.
- Transformations of forms through changes in dimensions, subtraction of volume, and addition of elements.
- Different planes such as overhead, base, and wall and how they are used to define spaces.
- Color schemes including primary, secondary, complementary, analogous, and warm vs. cool colors.
- The psychological effects of
This document discusses elements of design including line, shape, form, plane, and configuration of planes. It describes how a point becomes a line with direction and position, and how a line becomes a shape with length, width, and orientation. It defines a form as a plane with depth, giving it properties like vertex, edge, face, and orientation in space. The document also discusses how forms can be transformed through changes in dimension, subtraction, or addition. It examines horizontal and vertical planes and how they define spaces, including base, overhead, depressed, elevated, parallel, U-shaped, and L-shaped configurations of planes.
The document discusses various design basics concepts including primary elements like point, line, plane, volume and their properties. It explains topics like shape, form, orientation, position, visual inertia. It also covers horizontal elements like base plane, elevated base plane, depressed plane, overhead plane that define space. Vertical elements like U-shaped plane, parallel planes, L-shaped configuration of planes are explained for defining space. Other topics covered include colour wheel, warm/cool/neutral colours, tints, tones and shades, and psychology of different colours.
This document discusses primary design elements such as line, shape, form, plane and how they are used to define space in interior design. It covers key concepts like point, line, plane, volume, shape, size, position, orientation and transformations. It also discusses color theory including color wheel, schemes, psychology and tints/tones/shades. The document is a study guide for a 1st year residential design diploma student covering basic design principles.
The document discusses various design elements including lines, shapes, forms, planes, and spatial configurations. It covers topics like primary elements, vertical elements that define space, parallel and L-shaped configurations of planes, and the use of color in design. Specifically, it defines concepts like point, line, plane, volume, shape, size, position, orientation. It also covers topics like color theory, color schemes, warm vs cool colors, and how tints, tones and shades are created. The document is authored by Sakshi Maheshwari, a student at Dezyne E'cole College pursuing a 1st year residential design diploma.
The document discusses various design basics concepts including primary elements like point, line, plane, and form. It explains how a point becomes a line, a line becomes a plane, and a plane becomes a volume. It also discusses properties of these elements like shape, size, position, orientation, and visual inertia. It then talks about different transformations that can be applied to forms through dimensional changes, subtraction, or addition. The document also covers topics like lines, planes, configurations of planes, color theory concepts like the color wheel and color schemes, and the psychology of different colors.
Paras keswani,Interior Design , Dezyne E'cole College. dezyneecole
The document discusses the primary elements of design including line, shape, form, and planes. It explains that a point extended becomes a line, a line forms a shape, and a shape extended in depth becomes a form or volume. It also defines different types of planes including base planes, wall planes, and overhead planes. It provides examples of how these basic elements can be used and combined to define spaces in architectural design.
This document discusses primary architectural elements including point, line, plane, and volume. It defines each element and provides examples. Planes are further broken down into overhead, base, and wall planes. Various plane configurations are examined like single vertical planes, L-shaped planes, parallel planes, and U-shaped planes. Common 3D forms like spheres, cylinders, cones, pyramids, and cubes are also defined with notes on their properties and structural stability. Examples of these elements and forms in architecture are given.
The document discusses various basic design elements including point, line, plane, shape, form, size, and color. It defines these terms and provides examples of how they can be manipulated or combined to create different visual effects and define spatial fields or volumes. For example, it explains that a line extended becomes a plane, and a plane becomes a volume. It also covers color theory topics like primary colors, complementary colors, color schemes, and the psychological effects of different hues.
This document discusses elements of design including line, shape, form, plane, and configuration of planes. It describes how a point becomes a line with direction and position, and how a line becomes a shape with length, width, and orientation. It defines a form as a plane with depth, giving it properties like vertex, edge, face, and orientation in space. The document also discusses how forms can be transformed through changes in dimension, subtraction, or addition. It examines horizontal and vertical planes and how they define spaces, including base, overhead, depressed, elevated, parallel, U-shaped, and L-shaped configurations of planes.
The document discusses various design basics concepts including primary elements like point, line, plane, volume and their properties. It explains topics like shape, form, orientation, position, visual inertia. It also covers horizontal elements like base plane, elevated base plane, depressed plane, overhead plane that define space. Vertical elements like U-shaped plane, parallel planes, L-shaped configuration of planes are explained for defining space. Other topics covered include colour wheel, warm/cool/neutral colours, tints, tones and shades, and psychology of different colours.
This document discusses primary design elements such as line, shape, form, plane and how they are used to define space in interior design. It covers key concepts like point, line, plane, volume, shape, size, position, orientation and transformations. It also discusses color theory including color wheel, schemes, psychology and tints/tones/shades. The document is a study guide for a 1st year residential design diploma student covering basic design principles.
The document discusses various design elements including lines, shapes, forms, planes, and spatial configurations. It covers topics like primary elements, vertical elements that define space, parallel and L-shaped configurations of planes, and the use of color in design. Specifically, it defines concepts like point, line, plane, volume, shape, size, position, orientation. It also covers topics like color theory, color schemes, warm vs cool colors, and how tints, tones and shades are created. The document is authored by Sakshi Maheshwari, a student at Dezyne E'cole College pursuing a 1st year residential design diploma.
The document discusses various design basics concepts including primary elements like point, line, plane, and form. It explains how a point becomes a line, a line becomes a plane, and a plane becomes a volume. It also discusses properties of these elements like shape, size, position, orientation, and visual inertia. It then talks about different transformations that can be applied to forms through dimensional changes, subtraction, or addition. The document also covers topics like lines, planes, configurations of planes, color theory concepts like the color wheel and color schemes, and the psychology of different colors.
Paras keswani,Interior Design , Dezyne E'cole College. dezyneecole
The document discusses the primary elements of design including line, shape, form, and planes. It explains that a point extended becomes a line, a line forms a shape, and a shape extended in depth becomes a form or volume. It also defines different types of planes including base planes, wall planes, and overhead planes. It provides examples of how these basic elements can be used and combined to define spaces in architectural design.
This document discusses primary architectural elements including point, line, plane, and volume. It defines each element and provides examples. Planes are further broken down into overhead, base, and wall planes. Various plane configurations are examined like single vertical planes, L-shaped planes, parallel planes, and U-shaped planes. Common 3D forms like spheres, cylinders, cones, pyramids, and cubes are also defined with notes on their properties and structural stability. Examples of these elements and forms in architecture are given.
The document discusses various basic design elements including point, line, plane, shape, form, size, and color. It defines these terms and provides examples of how they can be manipulated or combined to create different visual effects and define spatial fields or volumes. For example, it explains that a line extended becomes a plane, and a plane becomes a volume. It also covers color theory topics like primary colors, complementary colors, color schemes, and the psychological effects of different hues.
The document discusses the primary architectural elements of point, line, plane and volume. It defines each element and provides examples of how they are used in architectural design. A point becomes a line with length and direction. A line extended forms a plane with length, width and surface. A plane extended creates a volume with three dimensions of length, width and depth. The elements are used to define spaces, structures and forms in architecture.
This document discusses the visual properties of form, including shape, size, color, texture, position, and orientation. It describes how these properties are affected by viewing conditions like perspective, distance, and lighting. Primary shapes like circles, triangles, and squares are examined for their symbolic meanings and stability. The transformation of forms is also summarized, looking at dimensional changes, subtraction, and addition of volumes. Different types of additive forms are defined, such as centralized, linear, radial, clustered, and grid organizations.
The document discusses lines, planes, and openings in art and architecture. It defines different types of lines such as straight lines and curve lines. It describes planes as surfaces generated by lines and lists types of planes like horizontal, vertical, and elevated planes. It also defines openings within planes, at corners, and between planes and provides examples of different opening types.
This document discusses the theory of irregular forms in design. It defines form and shape, and describes the visual properties of form, including size, color, texture, position, and orientation. Irregular forms are described as having dissimilar parts that are generally asymmetrical and more dynamic. Examples of irregular forms are provided, such as the Philharmonic Hall in Berlin and the Katsura Palace in Japan, which incorporate both regular and irregular compositions.
The document discusses photographic composition and various techniques for improving photos. It covers concepts like viewpoint, the rule of thirds, framing subjects, using lines and layering to guide the viewer's eye, and maximizing contrast and balance. Examples of effective compositions are provided and analyzed. The goal is to help photographers consciously construct visually engaging images by simplifying scenes and directing attention to the most important elements.
The document discusses various basic elements of interior design including points, lines, planes, shapes, forms, and volumes. It then covers topics like dimensional transformations, subtractive vs additive transformations, and different types of plans such as base plans, overhead plans, and wall plans. Specific configurations of vertical planes are analyzed for how they define and shape interior space, including L-shaped, parallel, U-shaped and four plane configurations.
The document discusses key concepts of composition in photography including the differences between snapshots and photographs, the elements that composition depends on such as structure, balance and dynamic, and guidelines for effective composition including the rule of thirds and use of lines and shapes. Specific techniques are described like using horizontal, vertical and diagonal lines to guide the viewer's eye and create a sense of movement or dynamic within the frame. Tips are provided such as focusing on the background, keeping the image simple, getting close to the subject, and always being ready to capture photos.
Photography - Composition. Leading lines, framing and rule of thirds.Betty Lowrance
Composition involves arranging subjects or objects in art. Leading lines help guide the viewer's eyes around the photograph towards a clear focal point. Framing uses borders or frames to direct attention to the subject, while the rule of thirds imagines dividing the image into thirds to place the main subject at the intersections for improved composition.
The document discusses various cinematography and editing techniques including different types of shots like establishing shots, shot/reverse shots, and re-establishing shots. It also covers lighting techniques like key lights, fill lights, and backlights. Continuity editing techniques are explained such as the 180 degree rule and maintaining axis of action between shots.
The document discusses several key concepts in architectural design including scale, proportion, human scale, hierarchy, symmetry, rhythm, and axis. It provides definitions and examples to illustrate each concept. Scale refers to size relative to a standard, while proportion is the relationship between parts and the whole. Elements like windowsills and door frames give buildings a human scale. Hierarchy is expressed through varying size, shape or placement of elements to show importance. Symmetry involves balanced patterns around a center. Rhythm uses repetition of shapes, progression of sizes, or line movement. An axis establishes a line of organization.
The document discusses different types of solids and their properties. It describes solids as three-dimensional figures bounded by plane surfaces. The five Platonic solids are defined as regular polyhedrons with identical regular polygon faces and the same number of faces meeting at each vertex. Prisms and pyramids are also described, with prisms having two identical polygon bases and pyramids having one polygon base and triangular lateral faces meeting at a vertex. Solids of revolution like cylinders and cones are formed by rotating a curve around an axis. Projection of solids involves drawing their views in different orientations.
The document discusses various primary elements of interior design including point, line, plane, volume, shape, size, position, orientation, and visual inertia. It then provides examples of how these elements can be used to define and develop space through compositions using horizontal elements like base plans, vertical elements like single walls and L-shaped wall configurations, and openings within defining planes. The document is a design report submitted by a student that analyzes fundamental spatial concepts.
ARC101 Theory of Architecture covers definitions of architecture, elements of architecture including points, lines, planes, volumes, and space-defining elements like walls, floors, ceilings, and roofs. It discusses how these elements are used to spatially organize and define primary forms and how forms can be transformed. Specific elements discussed in detail include single vertical planes, parallel planes, U-shaped planes, planes that enclose space, overhead/ceiling/roof planes in different configurations, and use of linear elements like columns.
The document provides an introduction to the basic elements and concepts of architecture. It discusses key spatial elements like points, lines, planes and volumes that define architectural space. It describes different types of planes such as vertical wall planes, horizontal base planes that can be elevated or depressed, and overhead planes like ceilings and roofs. It explains how these different planes are used to define, articulate and organize interior and exterior spaces. Linear elements like columns, walls and structural frames are also summarized as defining edges and corners of spaces while providing structure.
it is about designing building by few articulation techniques, for example by altering its corners, or emphasizing its vertical, horizontal, base, roof, ceiling plane to add creativity.
the corners van be altered by cutting it, adding an element to it, curving it, opening it or even giving it a contrasting tone than the other surfaces.
This document discusses architectural design principles related to form and space. It explains that architectural form occurs at the junction between mass and space, and that both the form of masses containing space and the spatial volumes themselves should be considered. Various configurations of vertical planes, such as single planes, L-shaped arrangements, and parallel planes are examined for how they define and organize spatial fields at different scales. Examples of buildings and structures are provided to illustrate these concepts.
The document discusses elements of architectural form that define space, including horizontal planes (such as base planes, elevated planes, and depressed planes), vertical planes, overhead planes (such as roof and ceiling planes), and how they are articulated. It provides examples of how different configurations of these planes are used to define interior and exterior spaces, provide enclosure, and visually establish spatial boundaries and fields. Articulation of architectural form involves differentiating adjoining planes through changes in materials, color, texture, or pattern, developing corners as distinct linear elements, and using lighting to create tonal contrasts along edges.
This document defines and describes key design elements and principles of architecture. It discusses points, lines, planes and volumes as basic elements that make up designed spaces. It then explains principles of ordering spaces including axis, symmetry, hierarchy, datum, rhythm, and transformation. Axis and symmetry help organize balanced and symmetrical arrangements. Hierarchy uses size, shape or placement to indicate importance. Datum and rhythm create continuity and repetition. Transformation alters designs while maintaining core concepts.
The document is a detailed lesson plan for an 8th grade Technology and Livelihood Education class on Orthographic Projections. The lesson plan outlines objectives, content, learning resources, procedures, assessment, and reflection. The procedures section describes teacher and student activities for reviewing concepts, motivation, pre-activities, post-activities, deepening understanding, developing mastery, application, and generalization. Key concepts covered include planes of projection, first and third angle projections, principal views, and analyzing orthographic drawings. Formative assessment questions are provided to evaluate student learning.
This document provides an overview of primary visual elements - point, line, plane, and volume. It defines each element and discusses their properties and uses in architecture. Point is defined as a dot with no dimensions that can mark intersections or create visual tension. Line is a point extended in space with length and direction. It can join or define other elements. Plane is a line extended in two dimensions to create a surface. Volume is a three-dimensional space defined by extending a plane in another direction, and can be solid, void, or enclosed space. The document explores the uses and effects of different line types like vertical, horizontal, curved, and diagonal lines.
The document discusses the primary architectural elements of point, line, plane and volume. It defines each element and provides examples of how they are used in architectural design. A point becomes a line with length and direction. A line extended forms a plane with length, width and surface. A plane extended creates a volume with three dimensions of length, width and depth. The elements are used to define spaces, structures and forms in architecture.
This document discusses the visual properties of form, including shape, size, color, texture, position, and orientation. It describes how these properties are affected by viewing conditions like perspective, distance, and lighting. Primary shapes like circles, triangles, and squares are examined for their symbolic meanings and stability. The transformation of forms is also summarized, looking at dimensional changes, subtraction, and addition of volumes. Different types of additive forms are defined, such as centralized, linear, radial, clustered, and grid organizations.
The document discusses lines, planes, and openings in art and architecture. It defines different types of lines such as straight lines and curve lines. It describes planes as surfaces generated by lines and lists types of planes like horizontal, vertical, and elevated planes. It also defines openings within planes, at corners, and between planes and provides examples of different opening types.
This document discusses the theory of irregular forms in design. It defines form and shape, and describes the visual properties of form, including size, color, texture, position, and orientation. Irregular forms are described as having dissimilar parts that are generally asymmetrical and more dynamic. Examples of irregular forms are provided, such as the Philharmonic Hall in Berlin and the Katsura Palace in Japan, which incorporate both regular and irregular compositions.
The document discusses photographic composition and various techniques for improving photos. It covers concepts like viewpoint, the rule of thirds, framing subjects, using lines and layering to guide the viewer's eye, and maximizing contrast and balance. Examples of effective compositions are provided and analyzed. The goal is to help photographers consciously construct visually engaging images by simplifying scenes and directing attention to the most important elements.
The document discusses various basic elements of interior design including points, lines, planes, shapes, forms, and volumes. It then covers topics like dimensional transformations, subtractive vs additive transformations, and different types of plans such as base plans, overhead plans, and wall plans. Specific configurations of vertical planes are analyzed for how they define and shape interior space, including L-shaped, parallel, U-shaped and four plane configurations.
The document discusses key concepts of composition in photography including the differences between snapshots and photographs, the elements that composition depends on such as structure, balance and dynamic, and guidelines for effective composition including the rule of thirds and use of lines and shapes. Specific techniques are described like using horizontal, vertical and diagonal lines to guide the viewer's eye and create a sense of movement or dynamic within the frame. Tips are provided such as focusing on the background, keeping the image simple, getting close to the subject, and always being ready to capture photos.
Photography - Composition. Leading lines, framing and rule of thirds.Betty Lowrance
Composition involves arranging subjects or objects in art. Leading lines help guide the viewer's eyes around the photograph towards a clear focal point. Framing uses borders or frames to direct attention to the subject, while the rule of thirds imagines dividing the image into thirds to place the main subject at the intersections for improved composition.
The document discusses various cinematography and editing techniques including different types of shots like establishing shots, shot/reverse shots, and re-establishing shots. It also covers lighting techniques like key lights, fill lights, and backlights. Continuity editing techniques are explained such as the 180 degree rule and maintaining axis of action between shots.
The document discusses several key concepts in architectural design including scale, proportion, human scale, hierarchy, symmetry, rhythm, and axis. It provides definitions and examples to illustrate each concept. Scale refers to size relative to a standard, while proportion is the relationship between parts and the whole. Elements like windowsills and door frames give buildings a human scale. Hierarchy is expressed through varying size, shape or placement of elements to show importance. Symmetry involves balanced patterns around a center. Rhythm uses repetition of shapes, progression of sizes, or line movement. An axis establishes a line of organization.
The document discusses different types of solids and their properties. It describes solids as three-dimensional figures bounded by plane surfaces. The five Platonic solids are defined as regular polyhedrons with identical regular polygon faces and the same number of faces meeting at each vertex. Prisms and pyramids are also described, with prisms having two identical polygon bases and pyramids having one polygon base and triangular lateral faces meeting at a vertex. Solids of revolution like cylinders and cones are formed by rotating a curve around an axis. Projection of solids involves drawing their views in different orientations.
The document discusses various primary elements of interior design including point, line, plane, volume, shape, size, position, orientation, and visual inertia. It then provides examples of how these elements can be used to define and develop space through compositions using horizontal elements like base plans, vertical elements like single walls and L-shaped wall configurations, and openings within defining planes. The document is a design report submitted by a student that analyzes fundamental spatial concepts.
ARC101 Theory of Architecture covers definitions of architecture, elements of architecture including points, lines, planes, volumes, and space-defining elements like walls, floors, ceilings, and roofs. It discusses how these elements are used to spatially organize and define primary forms and how forms can be transformed. Specific elements discussed in detail include single vertical planes, parallel planes, U-shaped planes, planes that enclose space, overhead/ceiling/roof planes in different configurations, and use of linear elements like columns.
The document provides an introduction to the basic elements and concepts of architecture. It discusses key spatial elements like points, lines, planes and volumes that define architectural space. It describes different types of planes such as vertical wall planes, horizontal base planes that can be elevated or depressed, and overhead planes like ceilings and roofs. It explains how these different planes are used to define, articulate and organize interior and exterior spaces. Linear elements like columns, walls and structural frames are also summarized as defining edges and corners of spaces while providing structure.
it is about designing building by few articulation techniques, for example by altering its corners, or emphasizing its vertical, horizontal, base, roof, ceiling plane to add creativity.
the corners van be altered by cutting it, adding an element to it, curving it, opening it or even giving it a contrasting tone than the other surfaces.
This document discusses architectural design principles related to form and space. It explains that architectural form occurs at the junction between mass and space, and that both the form of masses containing space and the spatial volumes themselves should be considered. Various configurations of vertical planes, such as single planes, L-shaped arrangements, and parallel planes are examined for how they define and organize spatial fields at different scales. Examples of buildings and structures are provided to illustrate these concepts.
The document discusses elements of architectural form that define space, including horizontal planes (such as base planes, elevated planes, and depressed planes), vertical planes, overhead planes (such as roof and ceiling planes), and how they are articulated. It provides examples of how different configurations of these planes are used to define interior and exterior spaces, provide enclosure, and visually establish spatial boundaries and fields. Articulation of architectural form involves differentiating adjoining planes through changes in materials, color, texture, or pattern, developing corners as distinct linear elements, and using lighting to create tonal contrasts along edges.
This document defines and describes key design elements and principles of architecture. It discusses points, lines, planes and volumes as basic elements that make up designed spaces. It then explains principles of ordering spaces including axis, symmetry, hierarchy, datum, rhythm, and transformation. Axis and symmetry help organize balanced and symmetrical arrangements. Hierarchy uses size, shape or placement to indicate importance. Datum and rhythm create continuity and repetition. Transformation alters designs while maintaining core concepts.
The document is a detailed lesson plan for an 8th grade Technology and Livelihood Education class on Orthographic Projections. The lesson plan outlines objectives, content, learning resources, procedures, assessment, and reflection. The procedures section describes teacher and student activities for reviewing concepts, motivation, pre-activities, post-activities, deepening understanding, developing mastery, application, and generalization. Key concepts covered include planes of projection, first and third angle projections, principal views, and analyzing orthographic drawings. Formative assessment questions are provided to evaluate student learning.
This document provides an overview of primary visual elements - point, line, plane, and volume. It defines each element and discusses their properties and uses in architecture. Point is defined as a dot with no dimensions that can mark intersections or create visual tension. Line is a point extended in space with length and direction. It can join or define other elements. Plane is a line extended in two dimensions to create a surface. Volume is a three-dimensional space defined by extending a plane in another direction, and can be solid, void, or enclosed space. The document explores the uses and effects of different line types like vertical, horizontal, curved, and diagonal lines.
The document provides instruction on principles of technical drawing, including how to properly arrange and label a set of multiview orthographic projections to depict a 3D object in 2D views, with guidelines on proper use of visible, hidden and center lines. Standard views include top, front, side, with principal dimensions of width, depth and height shown appropriately across views. Proper understanding of multiview projections and visualization of 3D objects from 2D drawings is essential for engineering and architectural work.
The document discusses the key elements of interior design: line, space, shape, form, texture, and color. It provides details on each element, including how they are defined and examples of their characteristics and uses. Line can depict movement, mood, and visual effects. Space can be positive or negative and designers can create the illusion of depth. Shape and form differ in their dimensionality and can be geometric, organic, or free-form. Texture adds visual and tactile interest while color influences perception through hue, value, intensity, and psychological associations. These elements are fundamental building blocks that designers employ and combine in compositions.
This document discusses the definition and organization of space. It explores how space is defined by elements like floors, columns, walls, doors, windows, stairs, and roofs. It examines how these elements can be manipulated in different configurations, like single walls, L-shaped walls, or U-shaped walls, to define both positive and negative space. The positioning and shaping of these spatial elements influences the patterns of movement, use, light, and ventilation within an area.
This document provides information about a 2D Essentials class taught by Laura Gerold. The class includes four sections with start and end dates of January 18, 2012 to May 16, 2012. The document then provides questions from students and answers from the instructor on topics that will be covered in the class, including when to include projection angles, how to draw ellipses using foci, drawing arcs tangent to lines, and a test review with potential topics.
This document provides an overview of geometry concepts and two applets for teaching geometry. It introduces key ideas such as spatial sense, geometric properties of shapes, and transformations. Two applets are described that allow manipulating shapes to form tessellations and explore properties of quadrilaterals. Example teaching strategies are provided, and the applets are evaluated based on established criteria. National geometry standards addressed are also listed by grade band.
This document discusses key concepts in geometry including shapes and their properties, transformations, location, and visualization. It outlines five levels of geometric thought known as the van Hiele levels that progress from visualization of shapes to rigorous deductive reasoning. Strategies are presented for teaching shapes and properties, transformations, location, and developing visualization skills. These include sorting, composing/decomposing shapes, investigating properties, and using computer tools to enhance learning.
This document discusses the primary elements of architectural form: point, line, plane, and volume. It describes each element and provides examples to illustrate key concepts. Points mark positions in space with no dimensions. Lines extend from points and have length and direction. Planes extend from lines, having length and width but no depth. Volumes extend from planes, having all three dimensions of length, width, and depth. Architectural forms can be understood through manipulating these basic elements.
The document provides information on multi-view drawings and orthographic projection. It discusses how multi-view drawings use orthographic projection to show the front, rear, top, bottom, right and left views of an object arranged in a standard order. First or third angle projection can be used, where the layout of views differs depending on the projection system used. Guidelines are provided for selecting views and how objects may require one, two, or three views depending on their complexity. The document also covers topics such as projecting planer and non-planer surfaces, intersections, center lines, and hidden line practices.
This ppt is about types of plane in building's architecture.
Related to Theory of design.
It gives you a rough idea about the different types of plane.
Helpful for architecture and interior students who want's to refer it to create their own presentation.
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Gouri Ramchandani, Diploma Fashion Design First Year, (Corel DrawProject)dezyneecole
Portfolio Of Student Of Dezyne E'cole College, Gouri Ramchandani, First Year Fashion Design.This Is The Portfolio Of Her Work From First Year .For More Details Visit www.dezyneecole.com
Dimple Mordani, Diploma Fashion Design First Year, (illustration for Fashion ...dezyneecole
Portfolio Of Student Of Dezyne E'cole College , Dimple Mordani, First Year Fashion Design.This Is The Portfolio Of Her Work From First Year .For More Details Visit www.dezyneecole.com
Dimple Mordani, Diploma Fashion Design First Year, (Design Basics Project)dezyneecole
Portfolio Of Student Of Dezyne E'cole College , Dimple Mordani, First Year Fashion Design.This Is The Portfolio Of Her Work From First Year .For More Details Visit www.dezyneecole.com
Dimple Mordani, Diploma Fashion Design First Year, (Corel Draw Project)dezyneecole
Portfolio Of Student Of Dezyne E'cole College , Dimple Mordani, First Year Fashion Design.This Is The Portfolio Of Her Work From First Year .For More Details Visit www.dezyneecole.com
Rethinking Kållered │ From Big Box to a Reuse Hub: A Transformation Journey ...SirmaDuztepeliler
"Rethinking Kållered │ From Big Box to a Reuse Hub: A Transformation Journey Toward Sustainability"
The booklet of my master’s thesis at the Department of Architecture and Civil Engineering at Chalmers University of Technology. (Gothenburg, Sweden)
This thesis explores the transformation of the vacated (2023) IKEA store in Kållered, Sweden, into a "Reuse Hub" addressing various user types. The project aims to create a model for circular and sustainable economic practices that promote resource efficiency, waste reduction, and a shift in societal overconsumption patterns.
Reuse, though crucial in the circular economy, is one of the least studied areas. Most materials with reuse potential, especially in the construction sector, are recycled (downcycled), causing a greater loss of resources and energy. My project addresses barriers to reuse, such as difficult access to materials, storage, and logistics issues.
Aims:
• Enhancing Access to Reclaimed Materials: Creating a hub for reclaimed construction materials for both institutional and individual needs.
• Promoting Circular Economy: Showcasing the potential and variety of reusable materials and how they can drive a circular economy.
• Fostering Community Engagement: Developing spaces for social interaction around reuse-focused stores and workshops.
• Raising Awareness: Transforming a former consumerist symbol into a center for circular practices.
Highlights:
• The project emphasizes cross-sector collaboration with producers and wholesalers to repurpose surplus materials before they enter the recycling phase.
• This project can serve as a prototype for reusing many idle commercial buildings in different scales and sizes.
• The findings indicate that transforming large vacant properties can support sustainable practices and present an economically attractive business model with high social returns at the same time.
• It highlights the potential of how sustainable practices in the construction sector can drive societal change.
RPWORLD offers custom injection molding service to help customers develop products ramping up from prototypeing to end-use production. We can deliver your on-demand parts in as fast as 7 days.
My Fashion PPT is my presentation on fashion and TrendssMedhaRana1
This Presentation is in one way a guide to master the classic trends and become a timeless beauty. This will help the beginners who are out with the motto to excel and become a Pro Fashionista, this Presentation will provide them with easy but really useful ten ways to master the art of styles. Hope This Helps.
1. Topic - Primary Elements ( Line , Shape ,Form )
DESIGNBASICS
Mansi sharma
1st Year Residential Design Diploma NSQF Level-5 of NSDC
Dezyne E’cole College, www.dezyneecole.com
2. 1st Year Residential Design Diploma NSQF Level-5 of NSDC
Dezyne E’cole College, www.dezyneecole.com
Topic - Primary Elements ( Line , Shape ,Form )
Interior Design
DESIGN BASICS
Mansi sharma
3. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic - Primary Elements ( Line , Shape ,Form )
1. Point – indicate a position in space
2. Line - a point extended becomes a line with properties of
• line
• Direction
• Position
• •
Point with line Horizontal line Vertical line Diagonal line
3. Plane – a line becomes shape
with properties of –
• length and width
• shape
• surface
• Orientation
• Position
Top plan Plane Orientation of site
4. Volume – a plane becomes a
volume
With properties –
• length, width and depth
• form and space
• surface
• Orientation
• Position
• •
•
•
•
•
•
vertex
edge
Face
Surface
Bottom
Orientation of site
4. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic - Primary Elements ( Line , Shape ,Form )
Shape
The characteristic outline or surface
Configuration or particular form
Shape is the principal aspect by which
we identify and categorize form Square
Cube
Triangle
Pyramid
Circle
Cylinder
Cone
Size
The physical dimension of length,
width, and depth of a form .
while these dimensions determine the
proportions of a form, it scale is
determined by its size relative to
other form in its context
pillar Floor
wall
Resized cube
5. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic - Primary Elements ( Line , Shape ,Form )
Position– The location of a form relative
to Its environment or the visual field
within Which it is being seen.
Orientation– The direction of a form
relative to the ground plane, the compass
points, other forms, or to the person
viewing the form.
The degree of concentration
and stability of a form. The visual inertia
of a form depends on its geometry as well
as its orientation relative to the ground
plane, the pull of gravity, and our line of
sight.
Visual inertia-
6. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic - Primary Elements ( Line , Shape ,Form )
Dimensional Transformation – A
form can be transformed by
altering one or more of its
dimensions and still retain its
identity as a member of a family
of forms.
Subtractive Transformation– A
form can be transformed by
subtracting a portion of its
volume. Depending on the
extent of the subtractive
process, the form can retain its
initial identity
Additive
Transformation –A
form can be
transformed by the
addition of elements
to its volume.
7. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic - Primary Elements ( Line , Shape ,Form )
Dimensional Transformation – A
form can be transformed by
altering one or more of its
dimensions and still retain its
identity as a member of a family
of forms.
Subtractive Transformation– A
form can be transformed by
subtracting a portion of its
volume. Depending on the
extent of the subtractive
process, the form can retain its
initial identity
Additive
Transformation –A
form can be
transformed by the
addition of elements
to its volume.
8. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Plane
Overhead Plane:
The overhead plane can be either
the roof plane that spans and
shelters the interior space of a
building from the climatic
elements , or the ceiling plane that
forms the upper enclosing surface
of a room
Base Plane :
The base plane can be either the
ground plane that serves as the
physical foundation and visual base
for building forms the lower
enclosing surface of a room upon
which we walk
Wall Plane:
The Wall plane , because of its
vertical orientation , is active in
our normal field of vision and vital
to the shaping and enclosure of
architectural space.
9. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Horizontal Elements Defining Spaces
Base Plane:
A horizontal plane laying as a
figure on a contrasting background
defines a simple field of a space .
This field can be visually reinforced
in the following
Elevated Plane:
A horizontal plane elevated above
the ground plane establishes
vertical surfaces along its edges
that reinforced the visual
separation between its field and
the surrounding ground .
10. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted By
Depressed Plane:
A horizontal plane depressed into
the ground plane utilizes the
vertical surfaces of the lowered
area to define a volume of space.
Overhead Plane:
A horizontal plane located
overhead defines a volume of
space between itself and the
ground plane.
Topic – Horizontal Elements Defining Spaces
11. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Horizontal Elements Defining Spaces
12. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Vertical Elements Defining Spaces
Parallel Plane
U-shaped Plane
Four Plane
Two Parallel Vertical Planes
Define A Volume Of Space
Between Them That Is Oriented
Axially Toward Both Open Ends
Of The Configuration
A u-shaped configuration of
vertical planes defines a volume
of space is oriented primarily
toward the open end of the
configuration
Four vertical planes establish the
boundaries of an introverted
space and influence the field of
space around the enclosure
13. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – L – Shaped Configuration Of Planes
Top plan
Top plan
Isometric view
Isometric view
Front view
Front view
L- shaped plane:
When two edges of the field
Are clearly defined by the
two
Planes of the configuration,
Its other edges remain
ambiguous
Unless further articulated by
Additional vertical elements,
Manipulations of the base
plane,
Or an overhead plane.
Configuration of vertical
Planes defines a field of
Space along a diagonal
From its corner outward.
While this field is strongly
Defined and enclosed at the
Corner of the configuration.
Its dissipates rapidly as it
Moves away from the corner.
The introverted field at
The interior corner becomes
Extroverted along its outer
Edges.
14. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted By
Top plan
Top plan
Isometric view
Isometric view
Front view
Front view
If A Avoid Is Introduced To
One Side Of The Corner
Of The Configuration The
Definition Of The Field
Will Be Weakened
The Two Planes Will Be
Isolated From Each Other
And One Will Appear To
Slide By And Visually
Dominate The Other
If Neither Plane
Extends To The
Corner, The Field
Will Become More
Dynamic And
Organize Itself Along
The Diagonal Of The
Configuration
Topic – L – Shaped Configuration Of Planes
15. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Parallel Vertical Planes
Top plan
Isometric view Front view
Parallel Vertical Plane:
A pair of parallel vertical planes
defines a field of space between
them. The open ends of the field,
established by the vertical edges
of the planes give the space a
strong directional quality .
The definition of the
spatial field along the
open ends of the
configuration can be
visually reinforced by
manipulating base plan
or adding elements to
the composition.
16. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – U Shape Planes
The spatial field can be
expanded by extending
the base plane beyond
the open ends of the
configuration. This
expanded field can in
turn be terminated by a
vertical.
If one of the parallel
planes is differentiated
from the other by chance
in form , color , or
texture a secondary axis ,
perpendicular to the flow
of the space , will be
established within the
field
17. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – U Shape Planes
A u- shaped configuration
of vertical planes define a
volume of a space that is
oriented primarily toward
the open end of the
configuration..
U- shaped plane:
The open end is primarily
aspects of the configuration
by virtue of its uniqueness
relative to the other three
planes. It allows the field to
have visual and spatial
continuity with adjoining
space.
18. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – U Shape Planes
If the plane of the opening is further defined with columns or overhead elements, the definition of the original field will be reinforced and
continuity with the adjoining space will be interrupted.
If the configuration of planes is rectangular and oblong in form, the open end can be along its narrow or wide side. In either case, the open
end will remain the primary face of the spatial field, and the plane opposite the open end will remain the primary face of the spatial field,
and the plane opposite the open ends will be the principal element among the three planes of the configuration.
19. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Color Wheel
Primary
Secondary
analogous
Complimentary
Intermediate Split complementary
Hue
Tint
Shade
Shade
20. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted By
Neutralizing color
Red + Green
Red-orange + Blue - green
Orange + Blue
Yellow – Orange + Blue – Violet
Yellow + Violet
Yellow – Green + Red – Violet
PRIMARY
The three colors from which all colors created
Blue
Yellow
Red
Y
RB
Y G
G
B G
B V
V R V
R O
O
Y O
Topic – Color Scheme
21. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Color Schemes
Secondary
Created by mixing equal portion of two primary colors
Yellow + red =
ORANGE
Red + Blue =
VIOLET
Blue + Yellow =
GREEN
Tertiary
Created by mixing equal proportion of one primary and one secondary
colors
yellow + orange =
YELLOW-ORANGE
Red + orange =
RED-ORANGE
Red + violet =
RED-VIOLET
Blue + violet =
BLUE-VIOLET
Blue + violet =
BLUE-VIOLET
yellow + green=
YELLOW-GREEN
22. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted By
complimentary
Colors that are directly opposite each other on the color spectrum when two complementary colors are mixed, they neutralize each other by
creating brown.
Violet + yellow
=NEUTRAL
Red + green =
NEUTRAL
Blue + orange =
NEUTRAL
Topic – Color Scheme
23. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Color Scheme
v
Y- Yellow
YG – yellow green
G – green
BG – blue green
C – cyan
B – blue
v
v
v
G
v
Color Wheel
V
M
RM
R
RO
Y
YG
BG
C
B
VB
Complementary contrasting color
Spilt complementary colors
Analogous colors
Triad colors
VB – violet blue
V – violet
M – magenta
RM – red magenta
24. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted By
Hues Opposite The Color Wheel Complementary
Colors More Intense And Vibrate When Placed
Next To Each Other As They Complete For Your
Attention.
Complementary colors
Spilt Complementary colors
One Of The Complementary Colors Is Spilt Off
Into A Pair Of Neighboring Hues.
Analogous colors
Colors That A Neighbor One Another On The
Color Wheel
Hues Appears To “Push” At Each Other, Creating
An Optical Illusion Where Each Zone Appears
Larger When It Has Your Attention.
Triad colors
Hues equidistant on the color wheel.
Topic – Color Scheme
26. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Tints Tones Shades
Tints
Tones
Shades
Adding Grey
Tones
Adding Black
Shades
Adding White
Tints
27. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Psychology Of Color
Tints
The psychology of
Colour
RED ORANGE
RED
Conveys Boldness,
Drama, Romance,
Power, Passion, &
Even Danger.
VIBRANT
Reds Can Heighten
Senses, While
Earthy Red Tones
Create Warmth
And Comfort
PERFECT
For A Dining Area,
An Accent Color
On One Wall, Or As
The Main Color In
A Small Space
ORANGE
Conveys
Friendliness,
Happiness,
Innovation, Energy,
& Fun
WARM
Orange Colors
Attract Attention,
Making A Space
Feel Approachable
And Welcoming
PERFECT
For An Entryway,
The Kitchen Or As
An Accent For
Bookcase And
Shelves
28. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted By
Tints
Ton
Shades
YELLOW GREEN
The psychology of
Colour
Conveys Optimism
Timelessness Hospitality,
Peacefulness, & Creativity
SUNNY
Uplifting Yellows
Can Promote
Communication
And Improve
Concentration
PERFECT
For A Breakfast
Nook Or To Brighten
Dark Hallways And
Rooms Without
Windows
GREEN
Conveys Growth
Renewal,
Relaxation
Gentleness,
Reassurance,&
Safety
SOOTHING
Greens Are The
Color Of Nature.
So They Create A
Calming Feel-good
Atmosphere
PERFECT
For A Spa- Like
Bathroom Or A
Hushed Den Or
Library
YELLOW
Topic – Psychology Of Color
29. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted By
BROWN
Tones
Conveys security,
robustness,
warmth, stability,
earthiness, and
comfort
ORGANIC
Inviting browns
evoke scenes of
nature,
encouraging you to
slow down and
relax
PERFECT
For
counterbalancing
contrasting,
highlighting, or
toning down
others colors
Brown
The psychology of
Colour
Topic – Psychology Of Color
30. Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Submitted ByTopic – Color Scheme
Shades
Colour Schemes
Analogous
ANALOGOUS
One Might Think Of Analogous Colors As Neighbors
Since They Are Adjacent To Each Other On The Color
Wheel. Analogous Colors Inherently Look Good
Together Since They Have Similar Origins. This
Scheme Is Often Found In Nature.
ANALOGOUS
Orange Yellow Orange Yellow Green
ANALOGOUS
31. Submitted ByTopic – Colour Scheme
Colour Schemes Complementary
Complementary
Any two colors located opposite of each other On the
color wheel are termed complementary Colors. As
implied, complementary colors enhance Each other
and almost always look great together. You see this
scheme in many aspects of your everyday Life. For
example, the reds and greens of Christmas.
Complementary
Violet Green
Complimentary
Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
32. Submitted By
Shades
Principles Of DesignBalance
BALANCE
Balance In Interior Design Refers To
Proper Distribution Of Objects in A
Room to Create Visual Balance Refers to
The Distribution of Visual Weight Within
a Composition.
A Work That is Unbalanced Visually
Creates Tension. Balance Is Created
When There Is an Equilibrium Of
Elements That Need Each Other And
Together They Create Unity.
Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Use End Tables
Either Side Of The
Sofa
Pillow Color In
Exciting Print To
Set Off Neutral
Colors
Topic – Principles Of Design
33. Submitted By
Shades
Principles Of Design Harmony
Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Topic – Principles Of Design
All Major Furniture
In Same Color
Texture And Fabrics
Can Still Vary
34. Submitted By
Shades
RHYTHM
Principles of Design Rhythm
The Design Principles That Suggested Connected
Movement Between Different Parts Of Design By
Using Colors, Lines, Forms, Or Texture Also Referred
To As Continuity. Rhythm Is Visual Flow. The Eye
Should Be Able To Flow Smoothly Across The Room.
Regular Repetition Of Lines, Shape., Or Colors That
Create A Movement. Patterns Have Rhythm.
Rhythm Refers To A Way Of Utilizing The Art
Elements To Produce The Look And Feel Of
Rhythmic Movement With A Visual Tempo Or Beat.
Rhythm Is A Feeling Of Structured Movement
Created By The Repetition Of Elements. Rhythm Can
Be Used To Design Repeated Elements And The
Space Between Then Make Patterns That We
Experience As Rhythm. This Helps To Give A
Composition Visual Harmony By Creating Unity In A
Layout. Examples Include The Repetition Of Similar
Shapes, Colors Or Textures.
Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Topic – Principles Of Design
Fabric Used In Sofa Cushion
Should Match With Your Sofa
Wall Painting And Wall Art
Color Must Compile With
Your Sofa Upholstery
35. Submitted By
Shades
Principles of Design Proportion & Scale
Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Topic – Principles Of Design
Avoid Using Large Patterns
And Oversize Cushions In
Small Area
36. Submitted By
Shades
EMPHASIS
Principles Of Design Emphasis
Emphasis Is Also Referred To As Point Of Focus Or
Interruption. It Made The Locations In A Composition
Which Most Strongly Draw The Viewer’s Attention.
Usually There Is A Primary, Or Main Point Of Emphasis
With Perhaps Secondary Emphases In Other Parts Of
The Composition. The Emphasis Is Usually An Interruption
In The Fundamental Pattern Or Movement Of The Viewer’s
Eyes Though The Composition Or A Break In The Rhythm.
The Artist Or Designer Uses Emphasis To Call Attention To
Something Or To Vary The Composition In Order To Hold The
Viewer’s Interest By Providing Visual “Surprises”.
Mansi sharma
1st Year Residential Design Diploma
Dezyne E’cole College
www.dezyneecole.com
Decide On Central
Point For A Room
Use Furniture In Color
That Compliment The
Central Point.
Topic – Principles Of Design