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Good Work Max, 129 Woodward Pl, San Antonio, TX (2025)

08/20/2025

a cutaway illustration demonstrating the construction of a small building or shed. It shows the structural components from the foundation up to the roof, exposing the framing techniques used. The illustration highlights the various parts of the structure with callouts labeling each component.

Key Components and Features:

1. Foundation:

* Foundation Piers: The structure sits on individual concrete foundation piers, which elevate it off the ground.
* Composite Beam: A composite beam (likely made of laminated wood) spans across the foundation piers, providing a base for the floor joists.

2. Floor:

* Floor Joists: These horizontal beams run parallel, supported by the composite beam. They provide the structural support for the floor.
* Solid Wood or Plywood Floor: The flooring material, indicated as solid wood or plywood, is laid on top of the floor joists.

3. Walls:

* Wall Studs: Vertical members that make up the main structure of the walls. They are spaced at regular intervals.
* Bottom Plate: The horizontal piece of lumber at the bottom of the wall frame, connecting the wall studs to the floor structure.
* Double Top Plate: Two layers of horizontal lumber at the top of the wall, providing added strength and a surface for attaching the roof structure. The double top plate overlaps in the corners, providing additional structural rigidity to the corner.
* Headers: The horizontal support above window and door openings.
* Window Lintels and Door Lintels: A double 2x6 lintel over doors and windows.

4. Roof:

* Rafters: Angled structural members that form the shape of the roof. They are spaced 24" on centres, or 24 inches apart from center to center.
* Collar Ties: Horizontal members connecting opposing rafters, adding stability and preventing the roof from spreading. These are placed on every second rafter pair.
* Ridge Board: A horizontal beam at the peak of the roof, providing a connection point for the rafters.
* Plywood or Solid Wood Roof Decking: Material covering the rafters, forming the roof's surface before shingles or other roofing materials are applied.
* Fascia: The trim board along the edge of the roof, providing a finished look and a place to attach gutters.
* Soffit Board: Located under the eaves, this board often has screened vents for ventilation.
* Rafter Detail: Information on the Rafter: The rafter has a 45 degree angle. The length is 64 1/8", the plumb cut is 5 1/2" and the level cut is 1 1/2".

5. Dimensions:

* The overall height of the wall (from bottom plate to the top of the double top plate) is indicated as 96 inches.
* The header length is 168".
* The beam is 120".

Details Highlighted:

* Outside Corner Detail: Emphasizes how the exterior wall sheathing or siding is joined at the corners for a clean and weather-resistant finish.
* Wall Top Corner Detail: Shows the overlapping of the double top plate at the corners to provide additional strength.
* Window Bottom Detail: Indicates a double 2x4 lumber forming the window bottom.
* Window/Door Top Detail: Shows double 2x6 on edge forming the window and door lintels.

Overall Interpretation:

The illustration serves as a visual guide for understanding the basic framing techniques used in building construction. It's likely targeted towards DIY enthusiasts, students of construction, or anyone seeking to understand the structural elements of a building. The cutaway view and labels make the components and their relationships clear, aiding in comprehension.

08/20/2025

The image presents technical drawings detailing a roof truss. The drawings include a primary "Roof Truss Detail," a "Roof Bracing Section View," and a close-up detail of the truss's rafter end. The image is enclosed within a brown rectangular border. Crucially, the actual dimensional values are hidden and represented by "X," implying this is a sample or a template.

Key Features and Components:

1. Roof Truss Detail:
* Truss Geometry: The main view depicts a standard triangular roof truss. The truss consists of two angled top chords (rafters) connected at the apex and a horizontal bottom chord (ceiling joist or tie beam). A vertical member (king post or center post) connects the apex to the center of the bottom chord.
* Wooden Members: The truss is constructed from what appears to be lumber, indicated by the wood grain.
* Metal Connector Plates: The joints where the wooden members meet are reinforced with metal connector plates. These plates have a pattern of punched holes for nails or screws, strengthening the connections.
* Dimensions (Hidden): Lengths of the rafters, center post, and bottom chord are indicated, but the specific values are obscured (X'-X 1/4", X'-X 1/2", XX'-X"). The overhang length is labeled "XX". The pitch of the roof is labeled "12" and "7".

2. Roof Bracing Section View:
* Vertical Posts: This view shows a series of vertical posts in the section.
* Cross Bracing: Diagonal members are shown between the posts.
* Purpose: The cross bracing is to provide lateral stability to the trusses, preventing them from buckling or swaying under load.

3. Rafter End Detail:
* Angled Cut: This detail shows the angle at which the rafter is cut to meet the wall or other support.
* Rafter Dimensions: Length of the rafter is labeled "X'-X 3/8". Thickness of the rafter is labeled "X 3/4".
* Angle: The angle is labeled

08/20/2025

a detailed technical illustration providing construction information for a garden shed. It combines a 3D isometric view of the shed with several detailed 2D drawings and measurements, offering a comprehensive guide for building the structure.

Key Features & Components

* Isometric 3D View: A cutaway view provides a general overview of the shed's construction, revealing the frame, roof structure, siding, and foundation. The sections which are cutaway are labeled with numbered circles, each corresponding to a detail view:

* Detail 1: Wall Plate Connection: Shows the connection between the wall plate, gable siding, truss shoe and truss chord. The exact siding and truss shoe placement is demonstrated.

* Detail 2: Gable Overhang: Illustrates the overhang detail, including the cedar fascia, cedar soffit, gable siding, and framing components behind.

* Detail 3: Soffit Detailing: Provides an illustration of the soffit with additional ventilation incorporated. Demonstrating the arrangement of the truss sub-fascia, cedar fascia, and wall plate,

* Truss Layout Detail: Specific dimensions and angles for constructing the roof trusses are given. This includes lengths of the chord and truss shoe, gusset dimensions, and chord angle

* Roof Structure: It demonstrates the order of building components. It shows:
* Trusses at 24" on center (O.C.).
* 1/2" CDX plywood sheathing.
* Roofing felt
* Asphalt shingles
* Ridge vent

* Foundation: 2x8 Sills are on top of concrete blocks.

* Doors and Windows: The structure is shown with barn doors and a transom window.

* Framing Structure: All the 2-D views show the dimensional lumber sizes and spacing with accurate measurements.

* Plan View: Indicates the interior layout, including the partition wall location.

Materials & Dimensions

The diagram includes a wealth of information on the materials required and their dimensions:

* Lumber Sizes: The diagram specifies the use of 2x4s, 2x6s, and 2x8s for different parts of the frame.

* Siding: 1x6 T&G (Tongue and Groove) cedar siding is specified, and gable siding.

* Roofing: Asphalt shingles over roofing felt

* Plywood: ½” CDX Plywood

* Concrete Blocks: 2x8x16

* Overall Dimensions: Overall dimensions are included for the front, side, and rear walls.

Key Observations

* Detailed and Precise: The diagram provides sufficient detail for someone with basic construction knowledge to understand the building process.

* Framing Focus: The diagram heavily emphasizes the framing structure and joinery, which are critical for the shed's structural integrity.

* Material List Hint: While not an explicit list, the diagram implicitly gives most of the required material information.

In summary, this image is a comprehensive construction diagram for a garden shed, containing all the necessary dimensional information and material specifications to build the structure.

08/20/2025

a diagram or illustration intended to demonstrate how to measure angles on rafters using a speed square. It appears to be from a carpentry resource or tutorial, judging by the website watermark and the instructional nature of the visuals.

Key Features & Elements:

1. Rafters: The image prominently features wooden rafters arranged to form a roof peak. The wood grain is depicted, giving them a realistic appearance. The rafters are joined at an angle to create the roof's pitch.

2. Speed Square: A speed square, a common carpentry tool, is depicted in two of the three images. This tool is used to measure angles, make square cuts, and mark lines on lumber.

3. Angles and Measurements: The primary focus of the image is the measurement of angles in relation to the rafters. The speed square is being used to determine these angles.

4. Text Annotations: The image includes text annotations that explain what is being shown.

* "Rafters set at pitch or angle of roof": Identifies the top image as rafters set at the roof angle.
* "Speed square held fist against back of rafter = 0°": Explains how to position the speed square and read the angle.
* "Angle measured 90° off back of rafter": Explains what the measurement is displaying.

5. Website Watermark: The watermark "" indicates the source of the image and potentially a resource for carpentry-related information.

Interpretation & Function:

The image serves an instructional purpose. It demonstrates how to use a speed square to:

* Determine the roof pitch angle.
* Measure angles in relation to the back of a rafter, likely for cutting or joining purposes.

The diagram is likely part of a step-by-step guide or tutorial. The multiple views help to clarify the tool's placement and the interpretation of the measurements.

Artistic Style:

The image is a stylized illustration, rather than a photograph. It combines realism (depicting wood grain) with schematic elements (clear lines, text annotations). The simplicity and clarity of the illustration make it effective for instructional purposes.

In conclusion, the image is a well-designed instructional graphic aimed at demonstrating how to measure angles on rafters using a speed square. It's clear, informative, and likely intended for use in carpentry education or DIY projects.

08/20/2025

a concept for a DIY cabin design. It includes a 3D rendering of the cabin's exterior and a 2D floor plan. The design leans towards a rustic, log cabin aesthetic. The image includes the name DIY Cabins with Cabin #5.

Key Features - Exterior Rendering:

* Log Construction: The cabin is rendered to appear constructed with stacked logs, a classic log cabin design element.
* Foundation: The cabin appears to be raised on concrete piers with a skirt wall. This is common to keep the cabin off the ground.
* Roof: Gable style roof with overhangs. Dark shingles.
* Porch: A small porch extends from the front of the cabin.
* Windows and Doors: Modestly sized windows and doors are visible.

Key Features - Floor Plan:

* Scale: The cabin is described as being 720 sq ft. 1 Bedroom and 1 bath
* Layout: The floor plan shows the arrangement of rooms within the cabin.
* Bedroom and Bathroom: A single bedroom and bathroom are included.
* Living/Dining/Kitchen Area: The image shows what appears to be an open-plan living, dining, and kitchen area.
* Kitchen: The kitchen appears to have a range and sink.
* Bedroom: The bedroom appears to have a closet.
* Bathroom: The bathroom includes a tub/shower, toilet, and sink.

Overall Analysis:

The image conveys a simple, compact cabin design suitable for DIY construction. The log cabin look is appealing, and the floor plan suggests a functional living space within a relatively small footprint.

08/19/2025

a technical illustration or diagram. It depicts a general view of a pavilion with a pond. The style is clean and precise, suggesting it's intended for construction or planning purposes. It's an exploded or cutaway view, showing the different layers and components of the structure. The labels throughout the diagram make the individual components easy to identify.

Key Features and Components (Label-Based Analysis):

* A, G, H: These labels point to vertical cylindrical wooden posts. These appear to be the primary support structure for the pavilion.

* B: This indicates ground screws. These are used for anchoring the pavilion's base frame to the ground, providing stability.

* C: General dimension marking

* D: Dimension marking in millimeters of the space underneath the pavilion flooring

* E: Indicates the space for the Pond liner.

* F: This likely points to a wooden base frame or beam that supports the decking.

* I, J, K, L, M, N: These labels point to various beams or rafters that make up the pavilion's roof structure.
* J is the peak of the roof.
* M, N are the outermost edges of the roof framework.

* "Thatched Battens": An exploded view shows thatched battens, indicating the intended roofing material for the pavilion.

* Pond Liner: Clearly shows the outline and construction layer of a pond.

* Sandstone Pavers: Shows sandstone pavers that surround the structure. The size is also provided on the image.

Platform:

* There is a raised wooden platform that makes up the floor of the pavilion. The wood runs horizontally, and the platform is supported by the base frame.

Pond:

* The illustration includes a pond adjacent to the pavilion. The pond has a liner, suggesting a contained water feature.

Dimensions:

* The illustration provides dimensions, all in millimeters, allowing for accurate scaling and construction.

Construction Details:

* The exploded view allows you to see the construction sequence and how the different components fit together. This is helpful for understanding the structural integrity of the pavilion.

Overall Style:

* The image has a technical drawing style. It is clean and precise. The use of labels and dimensions makes it easy to understand the design and construction of the pavilion. The pastel color scheme provides a neutral backdrop allowing the black lines to stand out.

08/19/2025

a technical drawing, likely a side elevation, of a small wooden structure. It appears to be a gazebo or small pavilion. The drawing includes dimensions and height elevations, providing precise information for construction.

Key Features and Components:

1. Foundation:
* There are five visible concrete footings supporting the structure.
* Dimensions are provided: 400mm depth for the footing itself, and 110mm from the ground level to the floor frame.
* The distance between the footings is indicated: 850mm on the sides and 1700mm in the center.
* The bottom of the footings is at elevation -0.510, and the top of the footings at -0.110.

2. Floor:
* The floor is built above the footings, presumably wooden frame.
* The ground level is set as elevation 0.000.

3. Superstructure / Framing:
* The frame is constructed of vertical posts and horizontal beams, likely of wood.
* The height of the posts is given as 2300mm.
* There are cross-braces diagonally connecting the posts to the floor beams, likely for lateral stability.
* Horizontal beams are positioned at different heights: +0.450, +0.900 and +1.850.

4. Roof:
* The roof is pitched and supported by a series of rafters.
* The roof pitch is specified as 30 degrees.
* The peak of the roof reaches an elevation of +3.500.
* The bottom of the roof is at elevation +2.400.

5. Table:
* In the center of the structure, there is a table at elevation +0.750.

6. Elevations:
* The drawing uses height elevations to precisely define the vertical positions of different elements. These are denoted with "+" or "-" followed by a number. Key elevations include:
* +3.500 (Roof Peak)
* +2.400 (Bottom of Roof)
* +1.850 (Top Frame)
* +0.900 (Middle Frame)
* +0.750 (Table)
* +0.450 (Bottom Frame)
* 0.000 (Ground Level)
* -0.110 (Top of Footing)
* -0.510 (Bottom of Footing)

Overall Interpretation:

This drawing provides a detailed structural overview of a simple outdoor structure. The dimensions and elevations are critical for accurate construction. The use of concrete footings indicates a desire for a more permanent foundation. The open frame allows for airflow and unobstructed views.

08/19/2025

a detailed, exploded-view illustration of a small building, likely a shed or similar outbuilding, in the process of construction. It highlights the various components and how they fit together. It provides a good overview of basic construction techniques.

Key Features and Components:

1. Foundation:
* Stone Bed: The building rests on a stone bed, providing a stable and leveled base.
* Skids: Wooden skids are placed on the stone bed, acting as the primary support.
* Rebar: Rebar is shown inserted into the skids, likely for securing them or providing further stability.
* Rim Joist and Floor Joist: The floor frame is constructed with rim joists around the perimeter and floor joists spaced regularly to support the flooring.

2. Floor:
* Plywood Floor: A plywood floor is laid on top of the floor joists, providing a solid walking surface.

3. Walls:
* Wall Framing: The walls are framed using vertical studs, a top plate, and a bottom (sill) plate.
* Headers, Jack Studs, Sill Plate: Around window and door openings, headers are used to support the load above, with jack studs supporting the header.
* Wall Cladding: Exterior wall cladding is added to the frame.
* Batten: Battens are placed on the outside of the frame, possibly as a decorative element or to provide additional support for cladding.

4. Roof:
* Trusses: The roof is supported by a series of trusses. One truss design is shown. Note that queen posts are used only on gable-end trusses. The angle of the roof is marked at 30 degrees.
* Gable-End Truss: A gable-end truss forms the shape of the gable. Note that the illustration shows the gable-end truss with an added gable-end vent.
* Roof Sheathing: Sheathing (likely plywood or OSB) is attached to the trusses to create a solid surface for the roofing material.
* Shingles: Shingles are layered on top of the roof sheathing for weather protection.
* Shingle Ridge Cap: Shingles cap off the peak of the roof.
* Fascia, Sub-Fascia, Soffit, Trim: The roof edges are finished with fascia and sub-fascia boards, and the soffit provides a finished look to the underside of the roof overhang. Trim adds a decorative touch.

5. Windows:
* Window Frame Assembly: A separate window frame assembly is shown.
* Jamb, Sill, Stop: Details of the window frame are shown, including the jamb, sill member (with a drip edge), and stops to hold the glass.
* Glass: The glass pane is held in place by stops.

6. Details:
* Cross-Section: A cross-section view provides a close-up look at the roof and wall construction.
* H-Clip Detail: The H-clip detail shows how the edges of roof sheathing panels are connected with H-shaped clips.

Style and Purpose:

* The illustration is technical and designed to convey information clearly.
* The use of exploded views helps visualize how the components interact.
* Labels and callouts are used to identify each part.

Overall, this image is a valuable educational tool for anyone learning about basic building construction, framing, and roofing. It clearly identifies the components and their relationships in a small building project.

08/19/2025

The image is a technical illustration showing the skeletal structure of a log cabin under construction. It highlights key components of the building, particularly focusing on the log construction and roof framework. The image is designed to be informative, labeling the various elements.

Key Features and Components:

* Foundation: A grey concrete foundation is visible at the base.
* Log Walls: The main structure of the cabin is constructed from logs. The logs are interlocked, forming the walls. We can observe window and door openings framed within the log structure.
* Floor: The structure includes "Log Floor Joints" which would support the floor covering of the building.
* Porch: A porch is attached to the main cabin structure. The porch is supported by "Log Porch Posts". There's a "Log Railing" around the porch for safety and aesthetics. A "Porch Header" caps the opening and likely provides structural support.
* Roof Structure: The roof is a complex assembly of different elements.
* Ridge: The uppermost horizontal structural member where the roof planes meet.
* Conventional Rafters: Vertical structural members extending from the ridge to the walls to create the roof slope.
* Log Valley Rafter: Special rafters used where two roof planes meet at an internal angle (valley).
* Log Trusses & Conventional Trusses: These provide additional support to the roof, distributing the load across a wider area.
* King Post: A central vertical support within a truss system.
* Web: Diagonal members within the truss for added stability.
* SIP Panel: Structural Insulated Panels are shown on the roof.
* T&G Ceiling: Tongue-and-groove ceiling material is visible.
* T&G Decking: The image shows tongue-and-groove decking, likely the underlayment for the roof.
* Purlin: Horizontal structural members that provide support for the rafters.
* Log Gable: The triangular section of the wall at the end of a pitched roof.
* Log Rafter: These are logs that make up the rafters of the cabin
* Log Overhang: The extension of the roof beyond the wall for weather protection.
* Log Tail: The extending end of the log on the porch.

Style and Presentation:

* Technical Illustration: The image has the clean lines and labeling typical of technical drawings.
* Color Palette: The color scheme is dominated by natural wood tones (light brown), with some grey for the foundation.
* Shadowing: There's some subtle shading to give the components a sense of depth and dimension.
* Labeling: Each component is clearly labeled with arrows and text.

Purpose and Function:

The primary purpose of this image is likely educational or instructional. It's meant to show the internal structure and construction details of a log cabin, identifying the various components involved. It would be useful for architects, builders, or anyone interested in learning about log cabin construction.

08/19/2025

a simplified illustration depicting the anatomy of a simple timber frame structure with a common rafter frame configuration. It appears to be a diagram intended for educational or instructional purposes, aimed at explaining the various components of such a frame.

Key Features and Components (from Bottom to Top):

* Walls/Aisles: The lower part of the image shows representations of walls and aisles to indicate the structure's footprint. "Wall One", "Wall Two", and "Wall Three" suggest the structure has walls that could be enclosed. The areas labeled "Aisle One" and "Aisle Two" seem to delineate separate internal spaces or passageways. The floor is denoted by a yellow color.

* Corner Post: Vertical posts at the corners, providing primary support.

* Braces: Angled structural members connected to the corner posts and tie/girt. These increase the rigidity and stability of the frame.

* Tie/Girt: A horizontal beam that connects the corner posts at a mid-height. This beam ties the walls together and prevents them from spreading.

* Wall Plate: A horizontal beam running along the top of the corner posts, forming the base for the roof structure.

* King Post: A vertical post in the center of the frame, rising from the tie/girt to support the roof structure.

* Common Rafters: A series of angled beams that form the roof's slope. They are evenly spaced and extend from the ridge of the roof down to the wall plate.

* Plate: A horizontal beam at the peak of the roof. The common rafters connect to this plate.

Additional Observations:

* Style/Presentation: The image has a hand-drawn or sketched aesthetic, which contributes to its accessibility and educational feel. The red dashed lines and labels make it easy to identify the different parts of the structure.
* Clarity and Simplicity: The illustration prioritizes clarity over realism. It simplifies the frame, focusing on the essential structural elements.
* Purpose: The image serves as a visual guide for understanding the basic components and relationships in a simple timber frame structure.

In summary, the image is a well-labeled and simplified diagram of a common rafter timber frame, suitable for educational or introductory purposes. It clearly highlights the essential structural elements and their functions.

08/19/2025

a technical drawing or blueprint, likely intended for construction purposes. It illustrates a raised structure, possibly a hunting blind, observation platform, or treehouse. The design includes a platform elevated on posts, with enclosed sections and open-air parts. The drawing provides dimensional information, material specifications, and different views to aid in construction. It's designed by Dave Swartwout.

Key Features & Components (with translations when applicable):

* Elevation:

* Posts (Postes de 20', Dia. Sup. 5"): The structure is supported by posts described as 20 feet long with an upper diameter of 5 inches.
* Approx. 10': Indicates the approximate height of the platform.
* Viga 2 x 6: Beams of dimensions 2x6 are used as structural supports.
* 2 x 4 x 6'-10": Vertical structural elements of dimensions 2x4 and 6'10" long.
* Platform & Enclosed Sections:

* Piso (Floor): Constructed with "Tablas de 1 x 8" (Planks of 1x8).
* Barandilla de 2 x 4 (2x4 Railing): Safety railing around part of the platform.
* Costaneras de 1 x 6 / 1 x 8: (Purlins) Horizontal framing elements used in the walls.
* Window opening (Para ventana de 24" x 29"): Specifies the opening for a window, dimensioned at 24" x 29".
* Roof:

* Recubrimiento de Techo (Roof Covering): Indicates the outermost layer/material of the roof.
* Cabrios de 2 x 4 x 8'-0" (2x4 Rafters 8' - 0"): Roof rafters are 2x4 and 8 feet long.

* Access & Dimensions:

* Escotillon de 18" x 18" (Hatch of 18" x 18"): A hatch for access, measuring 18" x 18".
* Escalerilla (Small Ladder): To access the platform.
* Pernos de 1/2" x 10" (1/2" x 10" Bolts): Used for fastening.
* Various dimensions are given throughout the drawing.

* Door Detail:

* Armazon de 1 x 4 (1x4 Frame): The door is framed with 1x4 lumber.
* Dimensioned at 19" wide and 66" high.

* Side View:

* Shows a detailed view of the side, including roof pitch, window opening and heights.
* Armazon 2 x 4 (2x4 Frame): Further details roof construction.

Analysis by View:

* Isometric (Perspective) View: Gives a 3D representation of the structure, allowing visualization of the overall layout and spatial relationships.
* Side View: Shows dimensions and specific construction details of the wall, window, and roof.
* Door Detail: Provides measurements and construction style of the access door.

Overall Interpretation:

The drawing depicts a relatively simple wooden structure designed to be elevated above the ground. The design incorporates safety features such as a railing, an enclosed area for shelter, and an access point via a hatch and ladder. The dimensions provided allow for accurate material calculations and assembly, suitable for a DIY project, or professional construction. The use of Spanish terms suggests the design was intended for a Spanish-speaking audience.

Good Work Max

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