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Army Communication Systems Draw Objects in PerspectiveDraw Objects in PerspectiveFor questions concerning subcourse contentGeneralGeneral (continued)Table of ContentsTable of Contents (cont)IntroductionLesson 1. Draw objects in one-point perspective.Figure 1-1. Perspective nomenclatureFigure 1-2. One-point perspectiveFigure 1-3. Use a plan view to construct a one-point perspective drawingConstruct a square representing the front face of the cubeFigureLearning Event 3: Define Picture Plane, Station Point and Vanishing PointFigure 1-5. Position of the station point at right or left of center in parallel perspective drawingsPractice ExerciseAnswers to Practice ExerciseLesson 2. Draw objects in two-point perspective.Figure 2-1. Cube constructionFigure 2-2. Two-point or angular perspectiveFigure 2-3. Locating vanishing points for two-point perspective drawn from the plan viewFigure 2-4. Two-point perspective drawing made without using an elevation of the objectThe height of the other verticals can be found automatically.Learning Event 2: Define Objects At, Above, and Below Eye LevelFigure 2-6. A. Object placed too high above eye level B. Object placed too low below eye levelFigure 2-7. Finding the vanishing points for incline linesCircles seen in perspective appear as ellipses.Figure 2-9. Drawing the circle in perspectiveFigure 2-10. Circular cylinder in perspectiveFigure 2-11. Perspective circles when in relation to cylindersLearning Event 3: Identify Measurements In Two-point PerspectiveLearning Event 4: Identify the Use of DiagonalsFigure 2-15. Finding the outside dimensions of a bookcase in perspective.Practice ExerciseAnswers to Practice ExerciseLesson 3. Darw objects in three-point perspective.Figure 3-1. Three-point perspectiveFigure 3-2. DivisionFigure 3-3. Division of a rectangular areaFigure 3-4. Vertical divisionFigure 3-5. Mechanical tool and freehand layout methodsThe center of the circle shifts from the center of the square when the circle is in perspective.Learning Event 2: Identify Compound FormsFigure 3-6. Plan and elevation viewsPractice ExerciseAnswers to Practice ExerciseBlank Page
Army Communication Systems
Draw Objects in PerspectiveDraw Objects in PerspectiveFor questions concerning subcourse contentGeneralGeneral (continued)Table of ContentsTable of Contents (cont)IntroductionLesson 1. Draw objects in one-point perspective.Figure 1-1. Perspective nomenclatureFigure 1-2. One-point perspectiveFigure 1-3. Use a plan view to construct a one-point perspective drawingConstruct a square representing the front face of the cubeFigureLearning Event 3: Define Picture Plane, Station Point and Vanishing PointFigure 1-5. Position of the station point at right or left of center in parallel perspective drawingsPractice ExerciseAnswers to Practice ExerciseLesson 2. Draw objects in two-point perspective.Figure 2-1. Cube constructionFigure 2-2. Two-point or angular perspectiveFigure 2-3. Locating vanishing points for two-point perspective drawn from the plan viewFigure 2-4. Two-point perspective drawing made without using an elevation of the objectThe height of the other verticals can be found automatically.Learning Event 2: Define Objects At, Above, and Below Eye LevelFigure 2-6. A. Object placed too high above eye level B. Object placed too low below eye levelFigure 2-7. Finding the vanishing points for incline linesCircles seen in perspective appear as ellipses.Figure 2-9. Drawing the circle in perspectiveFigure 2-10. Circular cylinder in perspectiveFigure 2-11. Perspective circles when in relation to cylindersLearning Event 3: Identify Measurements In Two-point PerspectiveLearning Event 4: Identify the Use of DiagonalsFigure 2-15. Finding the outside dimensions of a bookcase in perspective.Practice ExerciseAnswers to Practice ExerciseLesson 3. Darw objects in three-point perspective.Figure 3-1. Three-point perspectiveFigure 3-2. DivisionFigure 3-3. Division of a rectangular areaFigure 3-4. Vertical divisionFigure 3-5. Mechanical tool and freehand layout methodsThe center of the circle shifts from the center of the square when the circle is in perspective.Learning Event 2: Identify Compound FormsFigure 3-6. Plan and elevation viewsPractice ExerciseAnswers to Practice ExerciseBlank Page
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