top view platform graphics portfolio€¦ · target audience: -people on platform frequency: 1x on...
Post on 31-Jul-2020
3 Views
Preview:
TRANSCRIPT
Wayfinding
TOP VIEW PLatform
SIGNAGEKEY ASPECT DIAGRAM: 3RD STREET SUBWAY STATION
WestboundTrain
DANGERStay BehindYellow Line
3rd Street SW
3rd Street SW
MAP MAP
Help
9:06
October 1 2014Target Audience: -People on Platform
Frequency:3x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Train-People across the Street-People on Platform
Frequency:4x on Platform
Signage and Wayfinding are on the key elements to any LRT station. This station has the challenge of having a few different audiences, those on the train, those across the street trying to see the station name, and those on the platform waiting for the next train. The stop uses a variety of signs to handle the wayfinding of the station as well as some mapping for further LRT stops.
Target Audience: -People on Platform
Frequency:2x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Wayfinding
TOP VIEW PLatform
SIGNAGEKEY ASPECT DIAGRAM: 3RD STREET SUBWAY STATION
WestboundTrain
DANGERStay BehindYellow Line
3rd Street SW
3rd Street SW
MAP MAP
Help
9:06
October 1 2014Target Audience: -People on Platform
Frequency:3x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Train-People across the Street-People on Platform
Frequency:4x on Platform
Signage and Wayfinding are on the key elements to any LRT station. This station has the challenge of having a few different audiences, those on the train, those across the street trying to see the station name, and those on the platform waiting for the next train. The stop uses a variety of signs to handle the wayfinding of the station as well as some mapping for further LRT stops.
Target Audience: -People on Platform
Frequency:2x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Method: slot & contour
Original Form
project 5: Laser Cut ModelsTECHNIQUE: Egg Crating, Slot & Contour, Dowel & Contour
STEP 1: CREATE YOUR MODEL STEP 2: Contour STEP 3: Create slots STEP 4: assemble
Method: dowel & contour
Original Form
STEP 1: CREATE YOUR MODEL STEP 2: Cut dowel holes STEP 3: Contour STEP 4: assemble
Method: egg crating
Original Form
STEP 1 CREATE YOUR MODEL STEP 2 Contour STEP 3 Create sections STEP 4 INTERSECT
STEP 5 PIPE INTERSECTIONS( XPLANE )
STEP 6 PIPE INTERSECTIONS( YPLANE )
STEP 7 TRIM PIPES ( XPLANE )
STEP 8 TRIM PIPES( YPLANE)
3118
1/2
221 3/4
305 1/2
20
117
48 1/2
14 3/470 1/2 5 1/2
4 1/2
450
1/2
3 1/
2
14
389
plan
elevation
axonometric
Floor Tile changes from dark grey to light grey in areas illustrated.
NotesMeasured Assignment Drawing Part 1: Kasian Gallery
Akira Ohtake, Amanda VanderZee
1: 24 (inches)A 1.01
Graphics One
Nov 24th 2014
Project
architecture students
drawing scale date
course
graphicsportfolioAmanda VanderZee EVDS 541
2 3
assignment 1 assignment 1Hand Drafting: Plan, Section, Elevation, and Axonometric Hand Drafting: Plan, Section, Elevation, and Axonometric
Brief:
procedure:
sketches:
PLAN:
ELEVATIONS:
SECTIONS:
Choose an object with some interior space and produce 3 sketches, 2 sections, 2 elevations, 1 plan , and 1 axonometric drawing.
I chose a toy truck because it had lots of interior space and interest-ing curves to draw. I started with the sketches to understand the ba-sic shape of the toy and then meticulously dimensioned it to make the full set of drawings.
4 5
assignment 1B assignment 1BCAD Drafting: Plan, Section, Elevation, and Composite Drawing Hand Drafting: Plan, Section, Elevation, and Axonometric
Brief:
procedure:
Plan & sections:
elevations:
composite drawing:
Choose an object with some interior space and produce 3 sketches, 2 sections, 2 elevations, 1 plan , and 1 axonometric drawing.
I chose a toy truck because it had lots of interior space and interest-ing curves to draw. I started with the sketches to understand the ba-sic shape of the toy and then meticulously dimensioned it to make the full set of drawings.
6 7
Wayfinding
TOP VIEW PLatform
SIGNAGEKEY ASPECT DIAGRAM: 3RD STREET SUBWAY STATION
WestboundTrain
DANGERStay BehindYellow Line
3rd Street SW
3rd Street SW
MAP MAP
Help
9:06
October 1 2014Target Audience: -People on Platform
Frequency:3x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Train-People across the Street-People on Platform
Frequency:4x on Platform
Signage and Wayfinding are on the key elements to any LRT station. This station has the challenge of having a few different audiences, those on the train, those across the street trying to see the station name, and those on the platform waiting for the next train. The stop uses a variety of signs to handle the wayfinding of the station as well as some mapping for further LRT stops.
Target Audience: -People on Platform
Frequency:2x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
assignment 2Documenting the 3rd Street LRT Station.
Brief:
procedure:
Diagramming:
Document a phenomenon at an LRT station.
We decided to look at how people occupied their time while they were waiting for the next train. We documented people’s activities during three different times of day and created an animated gif of out findings.
8:10-8:12 am
8:12-8:13 am
8:13-8:14 am
3rd Street Train Station
assignment 2bLRT Station: Modeling, Section, and Key Aspect Diagram
Brief:
procedure:
sections:
Model, section, and diagram the train station from assignment 3.
We estimated the size of the buildings and created a rhino model of the space. When we were looking at the LRT station in Assignment 3 we noticed that certain activities happened in conjunction with the infrastructure of the station. This was the wayfinding activities at the station. Therefore we decided to look at wayfinding for the key aspect diagram of the project.
8 9
Wayfinding
TOP VIEW PLatform
SIGNAGEKEY ASPECT DIAGRAM: 3RD STREET SUBWAY STATION
WestboundTrain
DANGERStay BehindYellow Line
3rd Street SW
3rd Street SW
MAP MAP
Help
9:06
October 1 2014Target Audience: -People on Platform
Frequency:3x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Train-People across the Street-People on Platform
Frequency:4x on Platform
Signage and Wayfinding are on the key elements to any LRT station. This station has the challenge of having a few different audiences, those on the train, those across the street trying to see the station name, and those on the platform waiting for the next train. The stop uses a variety of signs to handle the wayfinding of the station as well as some mapping for further LRT stops.
Target Audience: -People on Platform
Frequency:2x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Wayfinding
TOP VIEW PLatform
SIGNAGEKEY ASPECT DIAGRAM: 3RD STREET SUBWAY STATION
WestboundTrain
DANGERStay BehindYellow Line
3rd Street SW
3rd Street SW
MAP MAP
Help
9:06
October 1 2014Target Audience: -People on Platform
Frequency:3x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Train-People across the Street-People on Platform
Frequency:4x on Platform
Signage and Wayfinding are on the key elements to any LRT station. This station has the challenge of having a few different audiences, those on the train, those across the street trying to see the station name, and those on the platform waiting for the next train. The stop uses a variety of signs to handle the wayfinding of the station as well as some mapping for further LRT stops.
Target Audience: -People on Platform
Frequency:2x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
Target Audience: -People on Platform
Frequency:1x on Platform
assignment 2bLRT Station: Modeling, Section, and Diagramming
Plan:
North and West Bound Trains
South and Northeast Bound Trains
Bus Routes
Tree
Foot Tra�c
Density of Foot Tra�c
assignment 2bLRT Station: Modeling, Section, and Diagramming
render:
key aspect:
North and West Bound Trains
South and Northeast Bound Trains
Bus Routes
Tree
Foot Tra�c
Density of Foot Tra�c
10 11
material: 1/4” Plywood
I used plywood on this model for the burnt edg-es to draw attention to the shape of the window on the top of the cube.
material: 1/8” Acrylic
I used acrylic for this mod-el to have some experi-ence using the material, also because it does not show burnt edges.
material: Black Cardstock
I used black cardstock for this model because it does not show the burnt edges from the process of laser cutting.
Take three from your series of cube form experiments in the Studio One course and create them as models using the laser cutter. Pick the method of creating them that best enhances the design fea-tures of each cube.
assignment 3Laser Cut Models: Egg Crating, Slot Contour, Dowel Contour
Brief:
The Three Cubes:
assignment 3Laser Cut Models: Egg Crating, Slot Contour, Dowel Contour
slot
con
tour
STEP 1 CREATE YOUR MODEL
STEP 2 Cut Holes
STEP 3 Contour Model
STEP 4 Label Pieces
I contoured this model to fully understand the interior form.
The model has irregular shapes, so I decided to use doweling to help
Contour model so the curves are equal to material thickness.
Labeling was important as model was more than 40 pieces.
Model was a simple extrude so contouring was an effective method of representation.
Using 3mm thick mate-rial contour lines every 6mm.
Boolean Difference slots from the material and vice versa.
Fit the surface planes into slots.
STEP 1 CREATE YOUR MODEL
STEP 2 Contour
STEP 3 Create slats
STEP 4 assemble
dow
el c
onto
ur
12 13
Create one rendered image of your reading space for Studio One or from your cube project.
assignment 3Laser Cut Models: Egg Crating, Slot Contour, Dowel Contour
STEP 1 CREATE YOUR MODEL
STEP 2 Contour
STEP 3 Create sections
STEP 4 INTERSECT
Select which layers will be the most helpful for illustrating form.
Model has interior space so I chose to egg crate it.
Draw section lines from centre to the edge. Extrude a rectangle to trim centre lines.
Intersect the 2 sets of surfaces to get your intersection curves.
STEP 5 PIPE INTERSECTIONS ( XPLANE)
STEP 6 PIPE INTERSECTIONS ( YPLANE)
STEP 7 TRIM PIPES ( XPLANE)
STEP 8 TRIM PIPES ( YPLANE)
Split pipe at midpoints Half the pipe will cor-respond to the X plane surfaces.
Half the pipe will cor-respond to the Y plane surfaces.
Trim the X surfaces with pipes.
Trim the Y surfaces with pipes.
egg
crat
ing
assignment 4Rendering Assignment
Side View Front View
Brief:
14 15
Investigate the tectonics of the Toledo Glass Museum and build a model depicting what you have learned.
I spent a lot of time bending plastic with a heat gun and creating jigs, but I initially looked at scratching the plastic to create layers of diffusion.
assignment 5 assignment 5Tectonic Model: The Toledo Glass Museum Tectonic Model: The Toledo Glass Museum
Brief: Experiments:
Tectonic:
The Model:
Glass museum Pics
The tectonics of the Glass Museum is how the glass is suspended between two planes. The bends and layering of the glass cause refractions of light allowing the interior to reflect outside and vice versa.
diffussion & layeringMODEL: GLASS PAVILION~THE TOLEDO MUSEUM OF ART
I chose this section of the building because it has lots of layers and opportunity for the light to diffuse in many ways/directions.
16 17
Method: slot & contour
Original Form
project 5: Laser Cut ModelsTECHNIQUE: Egg Crating, Slot & Contour, Dowel & Contour
STEP 1: CREATE YOUR MODEL STEP 2: Contour STEP 3: Create slots STEP 4: assemble
Method: dowel & contour
Original Form
STEP 1: CREATE YOUR MODEL STEP 2: Cut dowel holes STEP 3: Contour STEP 4: assemble
Method: egg crating
Original Form
STEP 1 CREATE YOUR MODEL STEP 2 Contour STEP 3 Create sections STEP 4 INTERSECT
STEP 5 PIPE INTERSECTIONS( XPLANE )
STEP 6 PIPE INTERSECTIONS( YPLANE )
STEP 7 TRIM PIPES ( XPLANE )
STEP 8 TRIM PIPES( YPLANE)Create a surface articulation based on topology, texture, or pat-
tern.
Create a layout for a previous project. I chose to do the box project because it was a large project and it involved a project in the studio one course.
Method: slot & contour
Original Form
project 5: Laser Cut ModelsTECHNIQUE: Egg Crating, Slot & Contour, Dowel & Contour
STEP 1: CREATE YOUR MODEL STEP 2: Contour STEP 3: Create slots STEP 4: assemble
Method: dowel & contour
Original Form
STEP 1: CREATE YOUR MODEL STEP 2: Cut dowel holes STEP 3: Contour STEP 4: assemble
Method: egg crating
Original Form
STEP 1: CREATE YOUR MODEL STEP 2: Contour STEP 3: Create sections STEP 4: INTERSECT
STEP 5: PIPE INTERSECTIONS( XPLANE )
STEP 6: PIPE INTERSECTIONS( YPLANE )
STEP 7: TRIM PIPES ( XPLANE )
STEP 8: TRIM PIPES( YPLANE)
assignment 6 assignment 7Surface Articulation Layout Assignment: Poster and 2 Page layout
Brief: Brief:
POSTER:Tectonic:
Glass museum Pics
I wanted to make an articulation that responds to the surface that it is placed upon.
Step 1: Basic Form
Step 3: Grasshopper definition
Step 2: piped Voronoi Pattern
Step 4: Voronoi Pattern over basic form
18 19
DIAGRAMMING: Egg Crating, Slot & Contour, Dowel & Contourproject 5: Laser Cut Models
TECHNIQUE: Egg Crating, Slot & Contour, Dowel & Contour DIAGRAMMING: Egg Crating, Slot & Contour, Dowel & Contourproject 5: Laser Cut Models
material: 1/4” PlywoodI used plywood on this model for the burnt edg-es to draw attention to the shape of the window on the top of the cube.
material: 1/8” AcrylicI used acrylic for this mod-el to have some experi-ence using the material, also because it does not show burnt edges.
material: Black CardstockI used black cardstock for this model because it does not show the burnt edges from the process of laser cutting.
The Three cubes:
The BRief:Take three from your series of cube form experiments in the Studio One course and create them as models using the laser cutter. Pick the method of creating them that best enhances the design features of each cube.
slot
con
tour
egg
crat
ing
dow
el c
onto
ur
STEP 1 CREATE YOUR MODELSTEP 5 PIPE INTERSECTIONS ( XPLANE)
STEP 1 CREATE YOUR MODEL
I contoured this model to fully understand the interior form.
Model has interior space so I chose to egg crate it.
Split pipe at midpoints Half the pipe will cor-respond to the X plane surfaces.
Model was a simple extrude so contouring was an effective method of rep-resentation.
STEP 1 CREATE YOUR MODEL
STEP 6 PIPE INTERSECTIONS ( YPLANE)
STEP 2 Cut HolesSTEP 2 Contour
The model has irregular shapes, so I decided to use doweling to help assemble.
Select which layers will be the most helpful for illustrating form.
Half the pipe will correspond to the Y plane surfaces.
Using 3mm thick material contour lines every 6mm.
STEP 2 Contour
STEP 7 TRIM PIPES ( XPLANE)
STEP 3 Contour ModelSTEP 3 Create sections
Contour model so the curves are equal to material thickness.
Draw section lines from centre to the edge. Extrude a rectangle to trim centre lines.
Trim the X surfaces with pipes.
Boolean Difference slots from the material and vice versa.
STEP 3 Create slats
STEP 8 TRIM PIPES ( YPLANE)
STEP 4 Label PiecesSTEP 4 INTERSECT
Labeling was important as model was more than 40 pieces.
Intersect the 2 sets of surfaces to get your inter-section curves.
Trim the Y surfaces with pipes.
Fit the surface planes into slots.
STEP 4 assemble
Method: slot & contour
Original Form
project 5: Laser Cut ModelsTECHNIQUE: Egg Crating, Slot & Contour, Dowel & Contour
STEP 1: CREATE YOUR MODEL STEP 2: Contour STEP 3: Create slots STEP 4: assemble
Method: dowel & contour
Original Form
STEP 1: CREATE YOUR MODEL STEP 2: Cut dowel holes STEP 3: Contour STEP 4: assemble
Method: egg crating
Original Form
STEP 1 CREATE YOUR MODEL STEP 2 Contour STEP 3 Create sections STEP 4 INTERSECT
STEP 5 PIPE INTERSECTIONS( XPLANE )
STEP 6 PIPE INTERSECTIONS( YPLANE )
STEP 7 TRIM PIPES ( XPLANE )
STEP 8 TRIM PIPES( YPLANE)
Method: slot & contour
Original Form
project 5: Laser Cut ModelsTECHNIQUE: Egg Crating, Slot & Contour, Dowel & Contour
STEP 1: CREATE YOUR MODEL STEP 2: Contour STEP 3: Create slots STEP 4: assemble
Method: dowel & contour
Original Form
STEP 1: CREATE YOUR MODEL STEP 2: Cut dowel holes STEP 3: Contour STEP 4: assemble
Method: egg crating
Original Form
STEP 1 CREATE YOUR MODEL STEP 2 Contour STEP 3 Create sections STEP 4 INTERSECT
STEP 5 PIPE INTERSECTIONS( XPLANE )
STEP 6 PIPE INTERSECTIONS( YPLANE )
STEP 7 TRIM PIPES ( XPLANE )
STEP 8 TRIM PIPES( YPLANE)
assignment 7 assignment 7Layout Assignment: Poster and 2 Page layout Layout Assignment: Poster and 2 Page layout
Two page layout:
20 21
3118
1/2
221 3/4
305 1/2
20
117
48 1/2
14 3/470 1/2 5 1/2
4 1/2
450
1/2
3 1/
2
14
389
plan
elevation
axonometric
Floor Tile changes from dark grey to light grey in areas illustrated.
NotesMeasured Assignment Drawing Part 1: Kasian Gallery
Akira Ohtake, Amanda VanderZee
1: 24 (inches)A 1.01
Graphics One
Nov 24th 2014
Project
architecture students
drawing scale date
course
3118
1/2
221 3/4
305 1/2
20
117
48 1/2
14 3/470 1/2 5 1/2
4 1/2
450
1/2
3 1/
2
14
389
plan
elevation
axonometric
Floor Tile changes from dark grey to light grey in areas illustrated.
NotesMeasured Assignment Drawing Part 1: Kasian Gallery
Akira Ohtake, Amanda VanderZee
1: 24 (inches)A 1.01
Graphics One
Nov 24th 2014
Project
architecture students
drawing scale date
course
Measure and dimension an accurate drawing of the Kasian Gallery. Include the surface articulation of Assignment 8.
Measure and dimension an accurate drawing of the Kasian Gallery. Include the surface articulation of Assignment 8.
Part 1: Dimensions of the Kasian Gallery Part 2: The Surface Articulation in situ with Dimensions
assignment 8 assignment 8Dimensioning Assignment: The Kasian Gallery Dimensioning Assignment: The Kasian Gallery
brief: brief:
3118
1/2
221 3/4
305 1/2
20
117
48 1/2
14 3/470 1/2 5 1/2
4-1/2
450-
1/2
3-1/
2
14
389
Measured Assignment Drawing Part 1: Kasian Gallery
Akira Ohtake, Amanda VanderZee
1: 24 (inches)A 1.01
Graphics One
Nov 24th 2014
Project
plan
elevation
axonometric
Floor Tile changes from dark grey to light grey in areas illustrated.
Notes
architecture students
drawing scale date
course
19-1
/2
489
201
370-1/4432-1/4
240 5
140-1/4
160-1/4
249105-1/243-1/4
57-1/4
506-1/4
34-1/4
1225-3/8
38-1/4
411-3/4
468
96-3
/4
106-
1/4
26-3/4
148
18-1
/2
43
122-3/4
22
Take another student’s drawing and create a 1:24 scale model
assignment 8bDimensioning Assignment: The Kasian Gallery
brief:
top related