MACA 2300 - Advanced Photoshop Credit Hours: 4.00 Prerequisites: MACA 1320
(3 credit hrs prior to Fall 2005)
MACA 2300 explores image and art problems utilizing Adobe Photoshop advanced techniques. Students create portfolio projects ranging from single to composite images. Color theory, manipulation and correction of existing files are covered.
Billable Contact Hours: 6
Search for Sections OUTCOMES AND OBJECTIVES Outcome 1: Upon completion of this course, students will be able to create or manipulate raster based imaging projects.Objectives: - Use templates or scanned files in order to create, alter, or manipulate existing raster based information.
- Prepare files for output to imagesetters and service bureaus.
- Manipulate raster based files to conform to a given purpose or layout.
- Use the tools needed to create and modify rasterized (pixel) images in an electronic document.
- Convert colors to conform to various specification modes.
- Identify color theory and prepare files for various prepress specifications (separations: process color, spot color and trapping, etc.).
- Use various filter and plug-ins to enhance projects.
- Change application defaults that affect documents created in a computer application.
- Navigate through an electronic document.
Outcome 2: Upon completion of this course, students will be able to identify problems, approach them systematically, and explore viable solutions. Objectives: - Use templates or scanned files in order to create, alter or manipulate existing raster based information.
- Trace templates or scanned files in order to create paths and/or selections.
- Import files from various graphic, drawing, and scanning applications or library storage disks for the purpose of composite imaging.
- Output files to various peripheral devices, laser printers, and color printers.
- Save files in the proper file formats (for imagesetters or internet).
- Prepare files for output to imagesetters and service bureaus.
- Manipulate raster based files to conform to a given purpose or layout.
- Place and modify graphic images in the document.
- Use the tools needed to create and modify rasterized (pixel) images in an electronic document.
- Select various type styles and sizes to conform to specific job specifications.
- Apply various type or character attributes to conform to specific job specifications.
- Use the printers system of measure.
- Scan black and white, grayscale, or halftone and color images.
- Convert colors to conform to various specification modes.
- Identify color theory and prepare files for various prepress specifications (separations: process color, spot color and trapping, etc.).
- Use networking and servers.
- Use various filter and plug-ins to enhance projects.
- Connect to a (filesharing) network to transfer and save files.
- Change application defaults that affect documents created in a computer application.
- Navigate through an electronic document.
Outcome 3: Upon completion of this course, students will be able to to import and export various text and graphics formatted in several different file formats. Objectives: - Import files from various graphic, drawing and scanning applications or library storage disks for the purpose of composite imaging.
- Prepare files for output to imagesetters and service bureaus.
- Manipulate raster based files to conform to a given purpose or layout.
- Place and modify graphic images in the document.
- Use the tools needed to create and modify rasterized (pixel) images in an electronic document.
- Select various type styles and sizes to conform to specific job specifications.
- Apply various type or character attributes to conform to specific job specifications.
- Navigate through an electronic document.
Outcome 4: Upon completion of this course, students will be able to create various path selections using Bezier path attributes. Objectives: - Trace templates or scanned files in order to create paths and/or selections.
- Use the tools needed to create and modify rasterized (pixel) images in an electronic document.
- Navigate through an electronic document.
Outcome 5: Upon completion of this course, students will be able to create raster based files for proper output to a service bureau, internet application, or media printer. Objectives: - Use templates or scanned files in order to create, alter, or manipulate existing raster based information.
- Save files in the proper file formats (for imagesetters or internet).
- Prepare files for output to imagesetters and service bureaus.
- Manipulate raster based files to conform to a given purpose or layout.
- Use the printers system of measure.
- Convert colors to conform to various specification modes.
- Identify color theory and prepare files for various prepress specifications (separations: process color, spot color and trapping, etc.).
- Use networking and servers.
- Connect to a (filesharing) network to transfer and save files.
- Change application defaults that affect documents created in a computer application.
- Navigate through an electronic document.
Outcome 6: Upon completion of this course, students will create composite images for use in various media applications. Objectives: - Use templates or scanned files in order to create, alter, or manipulate existing raster based information.
- Import files from various graphic, drawing and scanning applications or library storage disks for the purpose of composite imaging.
- Manipulate raster based files to conform to a given purpose or layout.
- Use the tools needed to create and modify rasterized (pixel) images in an electronic document.
- Change application defaults that affect documents created in a computer application.
- Navigate through an electronic document.
Outcome 7: Upon completion of this course, students will be able to work within a network environment. Objectives: - Output files to various peripheral devices, laser printers, and color printers.
- Save files in the proper file formats (for imagesetters or internet).
- Prepare files for output to imagesetters and service bureaus.
- Use networking and servers.
- Connect to a (filesharing) network to transfer and save files.
- Navigate through an electronic document.
Outcome 8: Upon completion of this course, students will be able to work with peripheral devices such as removable drives, printers, and scanners. Objectives: - Output files to various peripheral devices, laser printers and color printers.
- Save files in the proper file formats (for imagesetters or internet).
- Prepare files for output to imagesetters and service bureaus.
- Use the printers system of measure.
- Scan black and white, grayscale, or halftone and color images.
- Navigate through an electronic document.
COMMON DEGREE OUTCOMES (CDO) • Communication: The graduate can communicate effectively for the intended purpose and audience. • Critical Thinking: The graduate can make informed decisions after analyzing information or evidence related to the issue. • Global Literacy: The graduate can analyze human behavior or experiences through cultural, social, political, or economic perspectives. • Information Literacy: The graduate can responsibly use information gathered from a variety of formats in order to complete a task. • Quantitative Reasoning: The graduate can apply quantitative methods or evidence to solve problems or make judgments. • Scientific Literacy: The graduate can produce or interpret scientific information presented in a variety of formats.
CDO marked YES apply to this course: Communication: YES Critical Thinking: YES Information Literacy: YES Quantitative Reasoning: YES COURSE CONTENT OUTLINE - Introduction to Photoshop
- Cross-platform issues
- Keyboard equivalents
- Menu conventions
- Undoing actions
- Macintosh requirements
- Image files
- Images used in Photoshop
- Resolution
- Resampling images
- Scanning resolution
- Setting preferences
- Creating a new document
- Transparency preferences
- Image display vs. image size
- NavlgaTor palette
- Dragging a marquee with the Zoom tool
- Working on detailed areas
- Opening documents
- Opening and placing Adobe Illustrator files
- Acquire command
- Saving documents
- Saving copies of documents
- Saving Photoshop documents as EPS and TIFF files
- Clipping paths
- Palettes
- Actions palette
- Tool palette
- Selecting ltems and Colors
- Color modes
- Indexed color
- Foreground and background colors
- Palettes
- Where colors come from
- Selecting colors with the Eyedropper tool
- Using the Color and Swatches palettes
- Eyedropper options
- Fill command
- Marquee selection tools
- Ellipse marquee tool
- Marquee options
- Adding to a selection
- Deleting from a selection
- The Lasso tool
- Polygon Lasso tool
- Lasso tools options
- Single Row and Single Column selections
- Feather command
- The Magic Wand tool
- Moving a selection
- Moving selected pixels
- Eraser/Magic Eraser tools
- Painting and Filing Images
- Painting and editing modes
- Hue, saturation, and brightness
- Color gamut
- Using the Paintbrush tool
- Soft-edge brushes
- Creating new brushes
- Saving and loading brushes
- Creating custom brushes
- The Paint Bucket tool
- Filling with a pattern
- Using the Airbrush tool
- Airbrush tool options
- Using the Gradient tool to create
- Painting modes for gradient fills
- Using the Gradient Editor
- Editing a gradient fill
- Gradient transparency mask
- Painting with the Line tool
- Applying arrowheads to lines
- Using the Pencil tool
- Applying the Stroke command
- Linear and radial fills
- Working with Layers
- Layers
- Using the Layers palette
- Creating layers
- Moving layers
- Displaying layers
- Arranging layers
- Deleting and merging layers
- Linking layers
- Copying layers between documents
- Making a selection into a layer
- Composite controls
- Layer masks
- Adjustment layers
- Editing adjustment layers
- Editing Images
- Midtones, shadows, and highlights
- Floating and non-floating selections
- Saving selections.
- Transforming selections and layer contents
- Copying and pasting
- Cutting and clearing images
- Paste Into
- The Rubber Stamp tool
- Retouching with the Rubber Stamp tool
- Aligned and non-aligned cloning
- Cloning with a pattern
- The Smudge tool
- Using the focus tools
- The toning tools
- The Actions palette
- Multiple command actions
- Inserting commands
- Duplicating actions
- Reordering actions
- Contrast
- Reading a histogram
- Using the Levels dialog box
- Defining black and white points
- Defining a neutral gray
- Using the Curves dialog box
- Correcting overexposed images
- Adjusting color balance
- Color Balance to adjust brightness levels
- Adjusting hue and saturation values
- Colorizing
- Using the Variations command
- Color Range
- Using adjustment layers for tonal correction
- Working with Type
- Anti-aliasing
- Type and type tools
- Type and layers
- Creating type
- Changing the color of type
- The Type Mask tool
- Creating transparent type
- Selecting individual type characters
- Using rulers, guides, and grids
- Filling type with a gradient
- Filling type with a pattern
- Applying special effects to type
- Rotating type
- Flipping type
- Using the Pen Tool
- Points and paths
- The Pen tool
- Adjusting a curved path
- Drawing straight lines
- Reshaping curved paths
- Adding and deleting anchor points
- The Rubber Band option
- Converting anchor points
- The Paths palette menu
- Path segments and subpaths
- Masks and Channels
- Masks
- Channels
- Quick Mask mode
- Saving selections in channel
- The Channels palette
- Channels palette icons
- Naming channels
- Channel Options
- Editing a selection in a channel
- Duplicating channels
- Using a selection as a mask
- Converting and Manipulating Images
- Image modes
- Modes and channels
- Changing modes
- Converting from grayscale to color
- Converting from grayscale to duotone mode
- Importing duotones into page layout programs
- Using the Crop tool
- Determining image size
- The Modify commands
- Filters
- Artistic filters
- Blur filters
- Brush Stroke filters
- Distort filters
- Noise filters
- Pixelate filters
- Render filters
- Lighting Effects filter
- Sharpen filters
- Sketch filters
- Stylize filters
- Diffuse filter
- Emboss filter
- Extrude filter
- Find Edges and Trace Contour filters
- Texture filters
- Filter factory
- Offset filter
- Printing
- Continuous tone images
- Dot quality
- The moral of the story
- Converting to CMYK mode
- Compensating for dot gain
- Verifying percent of dot gain
- Transfer functions
- Trapping colors
- Photoshop and Other Applications
- Other applications
- DCS format
- Photoshop and Illustrator
- Getting Illustrator files into Photoshop
- The Place command
- The Open command
- Exporting/saving paths and clipping paths in Photoshop
- Photoshop and QuarkXPress
- Photoshop and the Web
- Graphics on the Internet
- Internet graphics issues
- Scanning for the Web
- Scan settings
- Reducing image resolution
- Avoiding interpolation
- Color correction
- File formats
- Computer color display
- JPEG files
- GIF files
- JPEG vs. GIF files
- Deciding on a compression format
- Cross-platform format
- Indexed color for GIFs
- Dithering
- Types of dithering
- Indexing an image
- Color palettes
- Standard 256-color palettes
- Adaptive palettes
- Super palettes
- Conclusions
- Interlaced GIFs
- Transparent GIFs
- Aliased transparent GIFs
- Type on the Web
- Type from Illustrator
Primary Faculty Sheehan, Shawn Secondary Faculty Sarcona, Shaun Associate Dean Thero, Laura Dean Hutchison, Donald
Official Course Syllabus - Macomb Community College, 14500 E 12 Mile Road, Warren, MI 48088
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