用GameLoop模拟器在電腦上玩Basics of AutoCAD

Basics of AutoCAD 電腦版

來自發行商 Engineering Apps 的 Basics of AutoCAD 能夠在安卓系統上運行。

現在，您可以在電腦上使用 GameLoop 模擬器流暢地玩 Basics of AutoCAD。

在 GameLoop 遊戲庫或搜索結果中下載。 不需要再暢玩遊戲時盯著電池電量或被令人懊惱的來電打斷。

只需在電腦大屏幕上免費下載暢玩Basics of AutoCAD 電腦版！

Basics of AutoCAD 簡介

* CAD is an important industrial art extensively used in many applications, including automotive, shipbuilding, and aerospace industries .

* Learn Basics of 3D CNC Manual for CAD/CAM

* All the important topics like Basic of CAD,Computer 2D,3D-Graphics, MATLAB & Numerical Methods can be covered in just a minute per topic.

* This Mechanical(ME) app contains all the Computer Aided Design related 120 topics in 5 chapter in very simple and informative language with suitable diagrams which helps Mechanical Engineering (ME) students to score good marks in exams.

* Very Helpful for last min preparation for Exams, Viva, Assignments and Job interviews for Mechanical engineering(ME) students.

*Through the search functionality within the app one can review any subject related concept instantly.

It is the most useful App for last minute preparations for Mechanical engineering students.

Some of the topics Covered in the ebook app are:

1. COMPUTER AIDED ENGINEERING

2. COMPUTER AIDED DESIGN INTRODUCTION

3. LETTERING WITH CAD

4. DIRECT VIEW STORAGE TUBE

5. PROJECTION IN CAD

6. PROJECTION IN FIRST AND THIRD ANGLE

7. COLOR CRT MONITOR

8. COLOR CRT MONITOR

9. COMPUTER AIDED DESIGN AND DRAFTING (CADD)

10. COMPUTER GRAPHICS

11. GRAPHICS INPUT DEVICES

12. GRAPHICS OUTPUT DEVICES

13. BENEFITS OF CAE

14. RANDOM SCAN DISPLAY

15. PROPERTIES OF RANDOM SCAN DISPLAY

16. RASTER SCAN DISPLAY

17. CATHODE RAY TUBE(C.R.T)

18. COMPUTER AIDED DESIGN TOOL

19. ESSENTIAL REQUIREMENTS OF CAD

20. STANDARIZATION IN GRAPHICS

21. COMPUTER AIDED DESIGN

22. INTEGRATED CAD/CAM/CAE CONCEPT

23. DEVELOPMENT OF CAD SYSTEM

24. CAD STANDARDS

25. PHASES OF CAD

26. CO-CORDINATE MEASURING MACHINE(CMM)

27. NECESSITY OF CAD

28. GUIDING PRINCIPLES FOR THE DESIGN OF COMPUTER-AIDED DESIGN

29. FLAT PANEL DISPLAY

30. PLOTTERS

31. APPLICATIONS OF GRAPHICS

32. ADVANTAGES OF GRAPHICS

33. DIGITIZER

34. CURSOR CONTROL DEVICES

35. CLASSIFICATION OF GRAPHICS

36. APPLICATION OF CAD

37. IMAGE SCANNER

38. KEYBOARD TERMINAL

39. MOUSE

40. VOICE CONTROL DEVICE

41. CAD/CAM SYSTEMS

42. TRANSFORMATION IN GRAPHICS

43. TRANSFORMATION IN GRAPHICS (SCALING)

44. TRANSFORMATION IN GRAPHICS (TRANSLATION)

45. TRANSFORMATION IN GRAPHICS (ROTATION)

46. TRANSFORMATION IN GRAPHICS (SHEARING)

47. HOMOGENEOUS TRANSFORMATION

48. 3-D TRANSFORMATION

49. COMBINATION TRANSFORMATION

50. BRESENHAM’S ALGORITHM

51. GRAPHICS PRIMITIVES

52. DDA ALGORITHM FOR STRAIGHT LINE

53. DDA ALGORITHM FOR CIRCLE

54. VIEW PORT & WINDOW PORT

55. PURPOSE OF VIEW PORT & WINDOW PORT

56. TRANSFORMATION IN 2-D GRAPHICS

57. TRANSFORMATION IN 2-D GRAPHICS

58. WINDOW PORT

59. PROJECTIONS

60. APPLICATION`S OF COMPUTER GRAPHICS

61. SUTHERLAND-COHEN LINE CLIPPING ALGORITHM

62. BLENDING FUNCTION FORMULATION PROPERTIES

63. BLENDING FUNCTION FORMULATION

64. PARAMETRIC CONTINUITY CONDITION

65. PARAMETRIC REPRESENTATION OF ANALYTICAL CURVE

66. PARAMETRIC REPRESENTATION OF SYNTHETIC CURVES

67. Bezier curve

68. BEZIER CURVE ASPECTS

69. PIECE WISE BEZIER CURVES

70. HERMITE POLYNOMIALS

71. CURVE IN GRAPHICS

72. CURVE REPRESENTATION

73. HERMITE CUBIC SPLINE

74. INTERPOLATION AND APPROXIMATION

75. INTERPOLATION

76. INTRODUCTION OF COMPUTER GRAPHICS

77. SPLINE/B-SPLINE CURVE

78. 3D CAD GRAPHICS

79. BEZIER SURFACES

80. BLOBBY OBJECTS

81. BOUNDARY REPRESENTATION IN SOLID MODELING

82. COLOR MODEL

83. CONSTRUCTIVE SOLID GEOMETRY

84. CSG REPRESENTATIONS

85. FUNDAMENTALS OF SOLID MODELING

86. GEOMETRIC MODEL

87. POLYGON MESHES

88. POLYGON SURFACE

89. POLYGON TABLES

90. QUADRIC SURFACE

91. REGULARIZED BOOLEAN SET OPERATION

92. SOLID MODELING

93. SPLINE REPRESENTATION

94. SUPER QUADRATICS

95. SURFACE OF REVOLUTION

96. TYPES OF COLOR MODEL

97. FINITE ELEMENTAL METHOD

98. ADVANTAGES OF FEA

99. PRINCIPLE OF FEA

100. LINEAR SPRING AS A FINITE ELEMENT

The Computer Aided Design is part of Graphics Engineering in Automobile Engineering education courses and technology degree programs at various universities.