Core purpose
”Color is not a material, but a language" as the core position, systematically combs through color inSymbolic dimension与Structural dimensiondual role in. The course aims to help learners understand: how colors generate meaning in different cultural, psychological, and artistic systems, and how colors participate in the construction of space and perception through relationships, rules, and structures. The emphasis is not on color techniques, but on establishing a way of thinking about color.
C2. Applied Color in Geometric Abstract Art
C2-1. How does color “activate” geometric shapes
In geometric abstract art, geometric forms do not automatically generate meaning; they are truly “activated” only through the interplay of color relationships. Color is not a decorative layer applied to geometry but a key factor that directly participates in form perception. The same circle, square, or rectangle, in different color configurations, can present vastly different visual states such as stability, tension, expansion, compression, or floating. Through variations in lightness, warmth/coolness, contrast, and proportion, color alters the perceived weight and mode of existence of geometric forms in space, transforming originally neutral geometric structures into visual forms with clear perceptual direction. This module focuses on how color can reshape the perceptual attributes of form without altering the geometric structure, laying the foundation for subsequent more complex geometric-color systems.
C2-2. The conflict and balance between color and geometric order
Geometric structures are often seen as symbols of order, rationality, and stability. However, in geometric abstract art, this order is not solely determined by form itself. Instead, it is continuously reinforced, disrupted, or re-established through the intervention of color. Color can either obey geometric order, rendering structures clear, balanced, and stable, or it can break existing order through contrast, abruptness, and rhythmic variations, creating tension and uncertainty within rigorous geometric frameworks. This module focuses on how color confronts order within geometric systems and how it achieves renewed balance through this confrontation, helping us understand that geometry is not a static set of rules but a perceptual structure that constantly evolves due to color relationships.
C2-3. Color Manufacturing Space: Advancing and Retreating in the Plane
In geometric abstract art, space is not dependent on perspective, light and shadow, or figurative cues to emerge, but can be entirely “created” on a two-dimensional plane through color relationships. Differences in hue, warmth/coolness, and saturation between various colors directly influence the visual advance and recession of forms, imbuing the plane with a sense of layering, depth, and volume. Here, color functions as a spatial constructor rather than mere surface embellishment. This module focuses on how to generate spatial perceptions of floating, receding, or expanding on a plane solely through color configurations, while maintaining the integrity of the geometric structure, thereby training sensitivity to the spatial behavior of color.
C2-4. Symbols are not drawn, but rather “read.”
In geometric abstract art, symbolic meaning is not presented directly through concrete imagery or explicit representation, but rather is “read” from the relationships of structure and color during the viewing process. Color itself does not carry fixed meanings, nor do geometric forms automatically point to emotions or concepts. The true symbolic feeling arises from the overall relationship constituted by both. When color enters a geometric system, it alters the weight, direction, and tension of the form, thereby triggering different psychological responses. This module emphasizes symbolism as a perceptual outcome rather than pre-supposed information, helping to understand how abstract works can generate perceivable and understandable meaning in the absence of narrative.
C2-5. System and Repetition: Color in Geometric Language
In geometric abstract art, color is not merely a choice to complete a single artwork; rather, it functions as a structural element that can operate continuously within a system. When geometric forms are modularized, repeated, or serialized, the role of color shifts from localized effect to an overall mechanism. Through rules, gradients, and parameter variations, color generates rhythm, hierarchy, and differences within repeating structures, allowing artworks to exhibit a visual logic that is both extendable and deducible. This module focuses on how color operates and changes within geometric systems, aiding in the understanding of abstract art's progression from single compositions towards language and methodology.
C2-6. The Use of Color Symbolism in Geometric Abstract Art
In abstract geometric art, the symbolism of color is not “explained” directly through explicit denotation or narrative, but rather gradually emerges from structure and relationships. Geometric forms provide a rational framework, and within this framework, color activates psychological and emotional perceptions, imbuing abstract forms with experiential meaning. Color symbolism is not a fixed label, but rather a result of perception generated through proportion, contrast, and systemic context. This module focuses on how to effectively convey symbolism in an abstract context by utilizing color relationships to guide viewers toward relatively consistent psychological experiences, while maintaining the autonomy of the geometric structure.
C3. Four core positions of modern color theory
Josef AlbersColor is not a fixed attribute, but a perceptual phenomenon that constantly changes in relation to others.
Piet MondrianColor must be strictly regulated in order to participate in the construction of a universal order that transcends individuals.
Victor VasarelyEmphasis: Color is a visual energy that can be systematically designed to create illusions of space and movement.
Johannes IttenProposal: Color relationships can be trained, analyzed, and mastered, and are a learnable system of contrasts.
C4-1, Course Test on Color Symbolism and Structural Relationships
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C4. AI Color Symbolism and Structural Relationship Simulation System
AI Color Training Engine: Same Color, Different Feeling / Different Color, Same Feeling
Revealing it will display the true color values and mark influencing factors such as contrast, area, and adjacent boundaries.
Key focus of this group: Different hues can also produce similar brightness and psychological weight; revealing relative brightness values after display.
Training ObservationSame color, different feeling experiment, different color, same feeling experiment
The perception of color is not stable, but is constantly shifting in relationship. The same color in different environments may present completely different weights, temperatures, and spatial sensations; while seemingly different colors may produce similar feelings in specific relationships. This training guides the observer to directly experience the relativity of colors in geometric structures through comparison and substitution, breaking the reliance on color names and intuitive judgments, and establishing a relationship-centered way of observing colors.
AI Color Relationship Generator
Basic color → Relationships → Palette. Click on a color swatch to copy the HEX file.
70/20/10 Allocation Suggestion (Primary color locked as basic color)
70% Main Color
#FFCC00
20% Secondary Colors
#A1FF14
10% accents
#0033FF
Warm/Cool Color Balance Rating
—
Luminance Contrast Score
—
Structural Practice: Relational composition with a limited number of colors
When the number of colors is strictly limited, the relationships between colors will be significantly amplified. The success or failure of a composition will no longer depend on color richness but on the precise control of proportion, position, and contrast. This exercise, by limiting the number of colors, forces the observer to focus on how colors interact within a geometric structure, understanding that color is not effective by its quantity but truly comes alive when its relationships are clearly organized. This trains the ability to compose with structural thinking rather than color intuition.
Color code
Equipped with an 80-color full-spectrum standard color palette, it focuses on research into color contrast, harmony, and spatial expressiveness. An advanced flood fill algorithm ensures seamless overflow filling, and with local undo functionality, every color experiment can achieve precise visual presentation with millisecond-level feedback.
Deconstructing the Color Structure Logic in Classic Works
The power of classic geometric abstraction comes not from the intuitive use of color, but from a clear and restrained color structure. Click to expand to switch between works, view color block proportions, and identify the logic of how color operates within the geometric framework.
Description of the exerciseThe focus is not on evaluating the style of the work, but on identifying how its color enters the geometric framework, how it allocates area, how it relates to white space and boundaries, and how it participates in the construction of space and the generation of order. The structured dismantling diagrams shown here are not reproductions of the original works, but are intended to transform perceptual observations into understandable and applicable structural experiences.
Click the color blocks to view the structural function of the area; click the color scale on the right to highlight same-color relationships.
Red main block:First, fix the upper center of gravity with the red block in the upper left corner to stabilize the image despite its asymmetry.
Blue main block:The blue block in the upper right corner pulls the weight to the right side of the image, creating a diagonal tension with the red block in the upper left corner.
Yellow main block:The yellow block in the lower left corner expands the bottom support, making the structure of being light on top and stable on the bottom more obvious.
Don't just see it as a mosaic of stained glass. First, look at how the black frame locks the circles, triangles, and rectangles into a vertical order. Then observe how the yellow arcs on the left and right sides, the blue diagonal column in the center, and the two sets of triangular structures on the top and bottom echo each other like a rhythmic movement.
Yellow border in the upper left corner:The long yellow strip on the left acts like the outermost beat frame, standing the entire piece upright.
Top left blue horizontal band:The blue stripe at the top first stabilizes the upper edge, allowing the upper left area to immediately enter the main color system.
Top left blue petal:This blue leaf shape resembles the first set of dance movements emerging from the trellis.
Yellow leaf core (top left):The yellow leaf core resembles a localized bright sound, making the breathing sensation in the upper left more pronounced.
Blue diagonal block in the middle left:The large blue slanted block in the left center resembles a torso that has been pushed around, and is the most important slanted surface in the upper part.
The large yellow arc on the left:The large yellow circle on the left, with its outstretched arc, pulls the image apart from the rigid grid.
The long, slanted blue column on the left:This long blue column runs through the entire piece, acting as the most prominent bodily axis of movement.
Bottom left blue semicircle:The blue semicircle in the lower left corner acts as a shrinking echo of the upper arc, allowing the rhythm to continue downwards.
The dark green horizontal band at the top:The dark green horizontal band at the top resembles a bass line, making the upper edge not only bright but also retaining a sense of weight.
Central left yellow triangle:The yellow triangle pushes the central area toward a sharp beat.
Central blue inverted triangle:The blue inverted triangle, resembling a downward movement pressed into the center, represents the first point where the rhythms of the up and down converge.
The white inverted triangle in the center:The white triangle is not an empty space, but rather a pause and a breath in the central structure.
Central yellow pointed triangle:The small yellow triangle, like a sudden upward beat, prevents the center from becoming too dull.
Central red semicircle:The red semicircle is located near the intersection point, which is one of the positions where the visual accent is most clearly defined.
The red semicircle in the upper right corner:The red semicircle in the upper right corner resembles a heated beat, instantly illuminating the upper right side.
The blue arc in the upper right corner:The blue and red arcs overlap in the upper right corner, forming a clear alignment and reverse push.
Right center blue arc:The continuous blue arcs create a chain of motion on the right side.
The large yellow arc on the right:The large yellow circle on the right echoes the one on the left, giving the entire piece a flexible balance between the left and right sides.
The blue triangle in the center right:This downward-inserting blue triangle continues to push the central rhythm to the lower right.
The large blue triangle in the lower right corner:The large blue triangle in the lower right corner resembles a clear outward expansion movement, pulling the lower half apart again.
The yellow inverted triangle at the bottom center:The lower yellow triangle echoes the upper structure, like the landing point of a dance beat.
Lower red sloping surface:This red bevel gives the lower combination a second thermal accent.
The blue fold in the lower middle:The lower blue fold block resembles a partial disassembly and reorganization of the central blue pillar.
The red semicircle in the lower left corner:The red semicircle in the lower left corner is the end weight, making the lower edge not only light and abrupt, but also with a landing point.
Blue petal in the lower right corner:The blue leaf shape in the lower right echoes the leaf shape in the upper left, completing a loop.
Yellow leaf core in the lower right corner:The yellow leaf core at the bottom right resembles a bright note at the end, bringing the whole piece to a close at the corner.
Left center dark green border piece:A small amount of green in the left center acts like a pause in bass, controlling the expansion of the bright central color.
Right center dark green edge piece:The green on the right echoes the green on the left, maintaining a balanced rhythm at the edges.
Dark green horizontal band at the bottom:The green horizontal band at the bottom acts like a final ballast, firmly holding the entire piece together.
Blue horizontal band at the bottom:The blue ribbon at the bottom continues the main color system, ensuring that the ending doesn't break off but rather continues to resonate.
Don't just see it as a few concentric squares at first; focus on the deep red square in the center, and then slowly expand your gaze outwards. You'll more easily perceive the yellow as glowing, the outer red as heating, and the middle reddish-purple layer as slowing down. The most crucial aspect of this work isn't the shape variations, but how the colors transform the same square structure into different spatial experiences.
Golden outdoor area:The outermost golden yellow layer is like a continuously luminous field, illuminating the entire image first.
Orange-red main layer:The large orange-red squares further transform the brightness of the yellow into a stronger sense of warmth and cohesion.
Red-purple transition layer:The middle red-purple layer acts like a buffer zone, gradually reducing the external heat and directing it towards the center.
Crimson Core:The deepest red square at the very center is the smallest in area but the heaviest, like a thermonuclear core that gathers all relationships together.
Don't just think of the central white square as blank space; instead, consider it the stable core of the entire piece. Then observe how the outer rhomboid outline, the green top surface, the blue and orange wings on the left and right, and the green bottom corners work together to support this white core. The most important aspect of this piece is not its complex variations, but the precise control of directional relationships and boundary alignment.
Rhomboid overall field:The overall objectivity and directional tension are first established by rotating the outer contour of a rhombus.
Red triangle at the top:The red triangle at the top acts like the sharpest visual crown, responsible for tightening the power at the top.
The upper green trapezoid:The bluish-green top surface resembles a roof or crown, stabilizing the upper edge of the central white square.
Bright yellow border on the left:The yellow border on the left acts as a bright spot in the flank, making the left side not just a cool color scheme.
Light blue vertical side on the left:The light blue vertical surface on the left acts like a quiet lateral support plate, helping the white core to settle into place.
Central white core:The central white square is the most stable core of the entire work, and all the forces in the surrounding directions revolve around it.
Orange vertical strip on the right:The orange vertical band creates a warm color compression on the right, making the right side feel more converging than the left.
Right-side blue-green delta wing:The blue-green triangle on the right resembles an outward-spreading wing, forming an asymmetrical balance with the light blue on the left.
Light pink thin stripes at the bottom:The extremely fine light pink band gently separates the white core from the green base corners, creating a crucial rhythmic pause.
The large yellow-green triangle at the bottom:The large green triangle at the bottom resembles a foundation and supporting surface, firmly supporting the white square in the center.
Don't think of it as four separate colored patterns. Instead, look at how the circles and rhombuses pair up and echo each other, and how the blue-black background locks these modules into a whole system. The most important thing about this work is not which piece is the most eye-catching, but how the repetitive shapes are reorganized in different positions.
Black background field on the left:First, press down the left half of the module with the black background on the left to make the bright color blocks more concentrated.
Blue background on the right:The high-purity blue background on the right side makes the right half appear lighter and also creates an overall contrast with the black background on the left.
Top left pink trapezoid:The pink sloping surface in the upper left corner breaks the rigidity of the square system and is the first directional turning point.
Top left blue side view:The blue side panel makes the top left unit look like a geometric box that has been turned open.
Top left green square:The green square is the most stable core module in the upper left corner, providing a clear base for the inner circle.
Top left red circle:The red circle represents the first main accent, echoing the green circle in the lower right corner.
Central dark green connecting surface:The central green connecting surface acts like a hinge, locking the left and right modules into a single system.
Top right light blue square:The light blue square in the upper right corner provides a cool and stable square platform.
Blue diamond in the upper right corner:The blue rhombus embedded in the light blue square is the first set of rhombus variables that echo the rhombus in the lower left corner.
Right center red sloping surface:The red sloping surface in the middle right resembles a plate sliding to the right, causing the upper right structure to press down towards the center.
Left-middle blue sloping surface:The left-center blue slope and the right-center red slope form a directional alignment response.
Red square in the lower left corner:The red square in the lower left corner resembles the main shell of the lower left module, and its color is the opposite of the light blue square in the upper right corner.
Light blue diamond in the lower left corner:The light blue rhombus is embedded inside the red square, forming a clear pair with the blue rhombus in the upper right corner.
The blue square in the bottom right corner:The blue square in the lower right corner is the second core support surface, which allows the lower right circle to be stably positioned.
The green circle in the bottom right corner:The green circle in the lower right corner and the red circle in the upper left corner form a correspondence in which their positions, colors, and backgrounds are all reversed.
Pink sloping surface on the right:The pink surface on the right pulls the lower right module outward, continuing the slanted syntax of the upper part.
bottom right light blue sloping surface:The light blue sloping surface at the bottom resembles an outward-spreading tail, preventing the lower right structure from becoming too closed off.
Don't just see it as a mosaic of red, orange, and black blocks. Instead, observe how the black negative space divides the entire disc into several rhythmic zones. Then observe how the semicircles, triangles, and rectangles constantly transform into each other: where they advance, where they pause, and where they suddenly turn back. The most important aspect of this work is not the number of shapes, but the directional relationships between them.
Circular Black Main Field:The entire disk first establishes a sense of weight with a black total field, and all the red and orange modules are cut out on this negative space.
Top left orange corner block:The orange block in the upper left corner resembles the first heat-initiating zone, drawing the eye from the circular edge into the interior.
The dark orange vertical bar in the upper left corner:The slender, dark orange vertical stripes establish the early beat on the left.
The red trapezoid in the upper middle:The large red facet at the top resembles a hot block pressed into the top.
Upper and middle orange triangle:The orange triangle abruptly pushes the horizontal relationship at the top into a sharp downward direction.
The red horizontal bar in the upper right corner:The large red block in the upper right corner is the most stable horizontal accent in the upper half.
The black horizontal bar in the upper right corner:The black horizontal bar cuts directly into the red block, causing a noticeable pause in the rhythm at the top.
Red horizontal block in the middle left:The red blocks in the center left and the red blocks in the upper right form a horizontal response across the screen.
Left center black semicircle:The black semicircle in the center left pushes the rectangular rhythm toward an arc-shaped turn, marking a significant turning point in the middle section.
Orange square in the middle left:The orange face in the middle left acts as a buffer, slightly loosening the relationship between the heavy blocks on the left.
Upper red semicircle:The red semicircle in the upper center resembles a hot core cut out from the middle, and is one of the most direct curved accents in the entire image.
Central black horizontal frame:This black horizontal frame firmly locks the modules in the middle and lower parts onto the same beat line.
Red horizontal block in the middle right:The red horizontal blocks and the black skeleton create a strong vertical contrast.
The right center black semi-circular top is similar in shape:The large black arc on the right side presses down on the red and orange zone, causing the center of gravity on the right side to sink significantly.
Right center orange double triangle band:The orange double triangles, like unfolded arrows, push the central rhythm to both sides again.
The thin orange vertical bar in the lower left corner:The orange vertical bar in the lower left corner resembles the shifting of accents in the bottom beat.
The black vertical block in the lower left corner:The black vertical blocks compress the bottom space, preventing it from becoming too scattered.
Red square in the lower left corner:The large red block in the lower left corner acts as the main focal point at the bottom, drawing the eye back to the lower edge.
The orange vertical bar at the bottom center:This orange vertical line forms a clear division and progression at the bottom.
The red diagonal block in the lower right corner:The red block in the lower right corner pushes the bottom rhythm towards the right circular edge by tilting its edge.
Black pointed shape at the bottom center:The black, pointed shape resembles an upward counterattack, representing the strongest directional reversal in the lower half.
The large red semicircle in the lower right corner is approximately shaped like this:The large red arc in the lower right corner echoes the red semicircle in the upper center, giving the bottom a heavy and rounded landing point.
The black vertical bar in the lower right corner:The black vertical bar on the far right reconnects the red arc at the bottom and the horizontal frame in the middle to the overall system.
Don't just see it as two blue and white panels on the left and right. Instead, look at the extremely narrow dividing line in the middle and the two small gaps at the top and bottom. Then see how the black grid makes the left side appear heavier and the right side lighter. The most important thing about this work is not the complexity of the pattern, but how the sense of material, spacing, and texture enter the geometric structure.
Dark blue motherboard on the left:The large blue panel on the left bears the main weight of the entire piece, like a calm and solid solid slab.
The blue connecting edge in the upper middle:The blue stripe near the central axis maintains a stronger structural continuity on the upper part of the left side panel.
Bottom left blue diagonal cut bottom edge:The lower left beveled edge gently breaks the rigidity of the vertical stance, making the board surface appear slightly more open.
Right side white-gray fabric panel:The white-gray surface on the right resembles a lighter, more transparent fabric panel, creating a material difference with the blue panel on the left.
Bottom right light gray corner:The light gray diagonal at the bottom right resembles another layer of material visible beneath the fabric, adding depth to the bottom.
Top right blue edge:The blue border at the top right reconnects the top sides to the same color gamut system.
Top central notch:The small notch at the top allows the two panels to maintain a slight separation and breathing space even when they are closest to each other.
Bottom central notch:The small notch at the bottom echoes the top, reinforcing the precise rhythm of the central slit.
Don't just see it as four large colored surfaces of blue, yellow, black, and white. Instead, look at how the central diagonal line locks the lower left yellow and upper right blue into a diagonal relationship. Then look at how the two sets of black and white rectangles at the top and bottom hold this clash in place. The most crucial element of this work is the precise force distribution between a small number of shapes.
Top left white rectangle:The white block in the upper left corner acts as the first pause surface, keeping the space above open.
The black rectangle at the top and middle:The black blocks at the top and middle are responsible for applying weight and firmly fixing the order at the top.
Top right blue main face:The large blue shape resembles a funnel-shaped response surface pressing down from the upper right, representing one end of a diagonal relationship.
Bottom left yellow main face:The large yellow shape resembles an expanding surface pushing upwards and to the right, contrasting with the blue.
The white rectangle at the bottom center:The white block below provides a second pause, preventing the lower half from being completely filled.
Black rectangle in the lower right corner:The black block in the lower right corner acts like the final ballast, tightening the entire piece at the end.
The key is to observe how the yellow cross-section simultaneously bears the weight on the left, the central turning point, and the sharp upward thrust on the right.
Yellow overall cross-section:This single yellow section simultaneously bears the weight of the upper cut, the left side, and the upper right push, making it the core structure of the entire work.
Don't think of it as a static patchwork of color blocks. Instead, think of it as a group of geometric energy bodies that are growing upward, squeezing each other, and reflecting each other: observe how each slope changes the brightness, direction, and speed of the color, and then see how the black structure controls these vibrations within a tight framework.
Green column on the left:The green column on the left first establishes a set of upward-growing cool-colored structures, which is the most obvious starting unit of the entire work.
Left side cyan-blue fold:The cyan-blue facets are attached to the front of the green column, transforming the left side from a simple block into a crystalline structure with a refractive effect.
Yellow jump point:The yellow highlight block acts like a sudden accent in a rhythm, creating the first vibrational jump in the cool color system on the left.
Black skeleton on the left:The black vertical clamps hold down the bright color on the left side, preventing the vibration from spreading.
Central dark purple main pillar:The deep purple column in the center resembles a compressed energy core, representing the densest and heaviest area of the image.
Purple transition surface:The purple transition layer makes the middle part not just a dark compression, but also a layer with internal light and reflection.
Light pink sheer:The light pink folds resemble the soft, luminous surface of a crystal after light has passed through it, making the sense of compression in the center even more complex.
Rose-red pulse:The rose-red sloping surface, like a high-frequency pulse, directly pushes the central purplish-black structure into a state of vibration.
High-purity red heavy blow:The strongest impact point in the middle of this high-purity red image causes visual energy to focus in the center and then bounce outward.
Black border on the left side of the middle section:The black border on the left acts like a structural panel, further stabilizing the burst of bright color in the center within the framework.
Orange-red column on the right:The orange-red pillars on the right are the most outward-facing energy bodies, giving the right half a stronger sense of heat and propulsion.
Warm orange transition surface:The warm orange layer, located within the orange-red layer, acts like a vibrating, light-receiving surface, further increasing the heat.
Blue convergence column on the right:The blue and orange-red bars on the right directly clash, creating the strongest contrast between warm and cool colors.
Pink translucent side on the right:The pink translucent material is inserted between the blue and orange, making the right side not just a clash, but also a reflection and refraction.
Black skeleton on the right:The black vertical edges resemble a paused skeleton on the right, maintaining order even in the brightest areas.
Dark edge on the right:The dark edge on the far right confines the high-speed vibration of blue, pink, and orange within a readable boundary.
Don't just look at the central blue main shape itself, but observe its distances, overlaps, and spatial relationships with the lower left yellow surface, the right cyan surface, and the bottom green diagonal edge. The rhythm of this work is not built up through complex variations, but rather through subtle misalignments, edge transitions, and pauses in negative space.
Bottom left soft yellow support surface:The large yellow face in the lower left corner slides out from behind the main shape as a support plate, which is an important basis for supporting the central blue shape.
Right side cyan back panel:The blue vertical panel on the right provides a quiet vertical order, suppressing the overall rhythm.
Central main blue structure:The central blue main shape is the largest in size, resembling a geometric plate with folded surfaces, and occupies the main visual weight.
Blue fold on the left:The directional differences created by the diagonal division within the same blue shape suggest that it is not a simple plane.
Blue thruster surface on the right:The right half of the blue surface moves more directly to the lower right, giving the main shape a sense of tilting and forward momentum.
Golden brown edges:The narrow, golden edge is like a high note cut in a rhythm, creating a moment of acceleration within a minimalist framework.
Bottom right corner (green-gray):The lower right green-gray angled image resembles a bottom plate peeking out from below, providing slight weight to the end.
Top shadow gray:The subtle gray shadows enhance the thickness of the panel, making the main blue shape resemble a bas-relief object detached from the wall.
Bottom shadow gray:The gray shadow at the bottom makes the bottom edge of the main shape appear to be raised, further enhancing the sense of front and back hierarchy and displacement.
Don't view the white as blank space at first, but rather as a spatial passageway that truly participates in the composition; then observe how the turquoise, orange, and dark reddish-brown colors create a sense of depth through cutting, misalignment, and suspension. The most important aspect of this work is not what is painted, but how the boundaries break free from the rectangular canvas and become something akin to an object.
Left side, light green main surface:The large, greenish-blue figure on the left is cut out and suspended on a flexible panel on the wall, which is the first expanding surface that enters the picture.
Wood-colored edge at the top left:The small, wood-colored edges resemble exposed material layers, subtly conveying a sense of objectivity and handcrafted details.
Central orange vertical block:The central orange shape is the most obvious visual focal point, like a solid block pressed into the space.
Dark reddish-brown shaded side at the bottom:The dark reddish-brown slope gives the orange block a sense of falling and weight, as if the volume has actually dropped.
Right side, light green main face:The large, bluish-green surface on the right echoes the left side, but it resembles an open slab that stretches outward with a slight bend.
Wood-colored border at the bottom right:The wood-colored edge in the lower right corner makes the green shape on the right not just a simple block of color, but gives it a sense of material layering and object edge.
Left-center white channel:This wide white seam separates the green on the left from the orange in the center, making the blank space a true spatial passage in the composition.
Right center white channel:The white seam on the right side both separates and connects, maintaining a breathable distance between the central pressure and the right-side expansion.
Lower horizontal white gap:The blank space at the bottom acts like a wide, squeezed-open channel, loosening the relationships between the heavy blocks.
White crack on the left side of the center:The localized white cracks enhance the feeling of the blocks avoiding each other, making the spatial relationship seem more like it has been cut open rather than filled.
First, look at the overall outline, then examine how the colored arcs within each module are cut, continued, turned, and compressed. Don't view these arcs merely as decorative patterns, but rather as a set of systematic rules that change with the shape of the canvas.
Top left arched module:The top-left shaped canvas unit first establishes the first expansion module in the overall system.
Top right arched module:The upper right arch echoes the left side, but maintains local differences due to the different connecting boundaries.
Bottom left rectangular module:The lower left rectangular module compresses the upper outward expansion rhythm into a more defined strip-like sentence structure.
Lower middle rectangle module:The central module is located at the system connection point and is the most complex area for multi-directional strip variations.
Bottom right rectangular module:The lower right rectangular module is balanced with the lower left module, but is asymmetrical due to the different color band distribution.
The central undulation connects to the boundary:The undulating lines in the middle are not stitching lines, but rather truly organize multiple units into a single system object.
Top left inner bottom layer:The upper left interior uses a light pink as a softer base layer to provide an expansion field for the arc-shaped sequence.
Top left red expansion band:The red band echoes the outer contour of the vault, emphasizing the logic of generating stripes from boundaries in the Stella system.
Top left dark blue arc:The dark blue arc acts like a secondary syntax, suppressing the outward expansion trend of the red band.
Yellow beat in the upper left corner:Yellow creates a clear rhythmic accent in the continuous arc band.
Top right pink bottom layer:Use pink in the upper right corner to create a lighter, more expansive starting atmosphere.
Green strip in the upper right corner:The green stripe makes the arc-shaped advancement of the upper right module appear more pronounced and enveloping.
Orange expansion band in the upper right corner:The orange color in the upper right corner intensifies the outward expansion of heat, creating a variation that corresponds to the red and blue colors in the upper left corner.
Dark black band in the upper right corner:The dark black band acts as a subdued accent in the system, preventing the upper right corner from becoming too light due to the warm tones.
The gray buffer layer in the lower left corner:The lower left rectangle is first used to establish a calmer transition base in gray.
Bottom left magenta jump band:In the rectangular module, magenta does not flare outwards like an arch, but rather resembles a segmented sequence variable.
Bottom left bright blue drawstring:The bright blue creates a more distinct local convergence and cool-toned pause in the lower left corner.
The lower middle layer is light pink.The middle module is responsible for system conversion, so a softer bottom layer is used to support the multi-directional strips first.
Lower red propulsion zone:The red color reappears in the center, creating a systemic echo rather than a local repetition.
Middle and lower green transposition:The green zone transforms the central strip from a direct advancement to a more complex transitional relationship.
Lower yellow beat:The small yellow rectangle acts like a metronome in the middle, causing a clear pause in the system's reading.
The pink module in the bottom right corner:The pink base in the lower right corner allows the overall end to breathe slightly, rather than being rigidly suppressed.
The dark blue band in the bottom right corner:The dark blue element in the lower right corner plays a crucial role in stabilizing the framework for the last time.
Orange band in the lower right corner:The orange color illuminates the end module again, maintaining a sense of propulsion even as the system converges.
The black stop band in the lower right corner:The innermost black band resembles a period in a structural grammar, making the lower right a clear termination point.
Don't rush to look at the red, blue, and white colors themselves. Instead, observe how the black vertical lines, white vertical bands, and horizontal white bands divide the interior of the circle into areas of varying weight. What truly supports this work is not the vibrancy of the colors, but rather the proportions, pauses, and boundary breaks.
Top left blue main face:First, establish a stable and spacious dominant field on the large blue surface in the upper left corner.
Bottom left blue main face:The blue surface in the lower left echoes the top, creating a continuous and calm sense of enclosure on the left side.
The upper horizontal white discharge:The white band at the top resembles a channel and a pause, opening up the interior of the circle horizontally first.
White vertical stripe in the middle:The central leukorrhea area is the most important respiratory zone, responsible for clearly separating the left and right structures.
The red vertical block in the middle left:The red vertical block on the left is not decorative, but rather represents the first boost to the rhythm in the middle section.
Narrow black vertical line in the middle:This black line acts like a proportional hinge, tightening the relationship between the white band and the color block on the right.
The main blue area on the right:The blue zone on the right is relatively compressed, yet it provides a strong and stable response.
The red vertical block on the right:The red block on the right appears further to the side, stimulating the rhythm of the right half of the music again.
The white buffer block in the lower right corner:The white block in the lower right corner prevents the right side from becoming too heavy, while maintaining a pause within the order.
The black horizontal bar in the lower right corner:The small black horizontal blocks act like ballast, firmly holding down the structure in the lower right corner.
Narrow white divider on the right:This narrow white band helps the blue, red, and black combination on the right side maintain a clear and uncongested partition.
Left-center horizontal white pause:The pauses in the white areas allow the blue area on the left and the red area in the middle to maintain a rhythmic flow.
Don't view these sections as completely divided, closed grids. Instead, observe how the curves, leaf shapes, and color layers within each section continue to permeate into neighboring areas. The most important aspect of this work is not its rigid structure, but how the boundaries remain open and how the color layers unfold slowly, like breathing.
Warm Beige Opening Ceremony:The overall design maintains an open and breathable feel with a gentle base color, rather than locking the space in place.
Top left gray partition:First, establish a soft structural framework in the upper left section to provide a quiet base for the blue leaf shape.
Top left blue leaf shape:The blue leaf-shaped image, emerging from the block as a natural rhythmic unit, is the first lightly bright node entering the picture.
Upper and middle light yellow-green fog layer:The light mist layer is not a solid block, but rather spreads out gently over the upper area like an air layer.
Upper and middle dark green slanted leaves:The dark green, slanted leaves provide a clear sense of direction, causing the upper structure to shift from a stable state to growth and tilting.
Upper right cold gray open area:The upper right gray area retains a lot of breathing space, allowing the form on the right side to appear in a slower manner.
Upper right gray-white transition petal:This gray-white petal shape makes the upper right corner not a blank or missing area, but a flexible transition.
Central bright yellow band:The yellow horizontal bands, like light and airflow, pass through multiple blocks, connecting the entire image horizontally.
Central arc-shaped transition layer:The shallow curved surface in the middle allows for a slow, breathing transition between the upper and lower areas, rather than a hard switch.
Right-center open area:The right center is left with a large amount of white space so that the gray double-petal shape does not appear to be enclosed in the grid.
Right center gray double-lobed shape:The gray double petals resemble softly forked leaves, emphasizing a sense of generation rather than a rigid pattern.
Lower left light yellow-green layer:The lower left light layer opens up the bottom like a light mist, preventing the lower color blocks from becoming too heavy.
Lower and middle olive green leaves:This olive-green leaf shape is the most clearly defined generation node in the lower half, bringing about a spiral and convergence.
Bottom right open bottom area:The bottom right area is left loose, allowing the relationship between the light green curved surface and the earthy gold color to gradually unfold.
The light green curved surface in the lower right corner:The light green curved surface resembles a continuing expansion of plant surfaces or airflow, pushing the lower right corner towards a more open extension.
Bottom left golden-brown earth-toned area:The golden-brown earth color creates a warm and calming landing point at the bottom, adding a natural, earthy weight.
The lower part is heavily weighted with ocher gold:The small ochre-gold patches act like a converging accent, giving the open composition a local focal point.
First look at the white intervals, then look at the black and turquoise shapes. The most crucial element of this work is not the individual color blocks, but how the pauses, corners, and semi-circular cuts between them create rhythm.
The green vertical stripe on the left:The evergreen strip on the left acts as a lateral support for the entire piece, connecting the rhythm from top to bottom.
Black capping at the top:First, establish the most stable and weighty capping structure using a large black horizontal band.
Top turquoise main block:The greenish-blue blocks are embedded inside the black field, like a shiny structural surface that has been pressed in.
Top green semicircle:The downward-curving cyan semicircle immediately gives the top black field internal tension and a soft rhythm.
Middle section white passage:This white passage is not empty, but rather a pause zone where rhythm and proportion are precisely controlled.
The blue rectangle at the bottom center:The central blue rectangle is the most clearly defined surface of the lower half, echoing the blue arc above.
Black border on the bottom left:This black vertical edge provides a framework and counterweight for the lower central structure.
Lower black semi-circular cut surface:The black semicircle cuts into the blue field from the left, forming a reciprocal relationship with the upper blue semicircle.
Black converging block on the right:The black block on the right acts as a final architectural finishing touch, bringing the open rhythm back into stable control.
White side stripe on the right:The white border on the right side prevents the convergence from becoming a suffocating closure, allowing for clear breathing.
Don't just focus on the three main colors of orange, blue, and black. Instead, look at the difference in width between the central black and orange bars, the direction of the large sloping surfaces on the left and right, and how the thin white gaps on both sides gradually expand the overall composition. The rhythm of this work doesn't rely primarily on the number of colors, but rather on proportion, pauses, and boundary shifts.
Light purple-gray background:The large areas of light purple-gray first suppress the highly recognizable colors inside into a quiet and clear tone.
White light gap on the left:The narrow white gap on the left is like a gently opened slit in the air, responsible for ventilation and brightening.
White light gap on the right:The white gap on the right echoes the one on the left, allowing the overall boundary to maintain a sense of breathing.
The orange-red main face on the left:The orange surface on the left tapers downwards, resembling a large trapezoidal main surface that is stably pressed down.
Bottom left blue-gray weighting:The blue-gray lower section stabilizes the bottom of the left half, preventing the orange sloping surface from appearing to float.
Central black main bar:The black main stripe is the most distinct vertical axis, supporting the rhythm of the entire piece.
Golden Orange Narrow Strips:The narrow orange strip adjacent to the black strip is like a bright note in a beat, creating a sense of acceleration through the difference in width.
White pause at the top:The white rectangle at the top gives the central vertical structure a clear starting point, rather than a mechanical, continuous structure.
Top black node:This small node corresponds to the marker at the top of the main axis, making the center more like a designated structural axis.
The blue main face on the right:The larger, higher blue slope on the right is the main cool-colored volume that balances the orange slope on the left.
Black dot at the top right:The black dome presses down on the upper part of the blue surface, giving the right side a stable yet inherent tension.
The thin white seam on the right side of the center:This extremely fine white seam slightly separates the central stripe from the blue surface on the right, preventing the boundary from being too abrupt.
White seam on the left side:The white seam on the left side helps the orange face stand out clearly from the background and also makes the rhythm of the left half lighter.
Don't treat the four units as independent patterns at first; instead, observe whether they use the same structural grammar. Then observe how blue, orange, red, and green rotate, shift, and connect in different positions like variables. The most important aspect of this work is not the number of colors, but how the variations within the rules are strictly controlled.
Top left module:The top left unit is first established with a clear starting point marked by a blue border.
Top left module right side:The orange module on the right is pushed towards the central intersection area.
Below the top left module:The red area below forms a stable accent.
Left side of the top left module:The green on the left makes the relationship between warm and cool colors more complete.
White center hole in the upper left corner:The white central hole allows the module to maintain a sense of breathing room and clarity.
Top right module:The top right module moves the orange color to the top to display the variable rotation.
Top right module right side:The red element is moved to the right, making the unit isomorphic without repetition.
Below the top right module:The green leaves fall below, creating new neighboring relationships.
Left side of the top right module:The blue area near the center allows the two upper modules to connect.
White center hole in the upper right corner:The uniformly retained white holes maintain the consistency of the rules.
Top of bottom left module:The modules below continue to rotate, with the red one being pushed to the top.
Right side of the bottom left module:The green area on the right side forms a clear transition from the central node.
Bottom left of the module:The blue background allows the weight of the cool colors to settle and unfold towards the bottom.
Left side of the bottom left module:The orange color on the left illuminates the rhythm of the outer edge again.
White center hole in the lower left corner:The white holes prevent the lower module from appearing too heavy.
Top of the bottom right module:The bottom right module moves the green color to the top, completing the four-way rotation.
Right side of the bottom right module:The blue color on the right keeps the outer edge calm and stable.
Bottom right of the module:The orange area provides a bright finish.
Left side of the bottom right module:The red color, positioned near the center, adds more energy to the intersection of the four modules.
The white center hole in the lower right corner:The last white hole completes the unified module system.
Don't immediately see it as several parallel colored vertical bands; instead, observe how the thickness, transparency, and edges of each layer of material differ. Pay particular attention to the translucency of the yellow, green, and orange areas, and how the geometric order expands from a relationship of pure colors to a relationship of materials when the wood grain layer and the colored layer are juxtaposed.
Magenta left main belt:The high-saturation magenta on the far left establishes the artwork's strong temperature and vertical momentum.
Deep pink layer:The deep pink layer appears close to the magenta, creating a compressed double-layered starting structure on the left side.
Wood grain shelving:Wood-grain shelves bring the feel of natural materials into geometric order, representing the most crucial material transition.
Bright red narrow strip:The narrow red stripe, like a sharp cut, clearly separates the wood grain from the luminous color layer behind it.
Pale purple transparent layer:The pale purple layer, resembling a semi-transparent acrylic sheet, provides a soft transition to the central high-brightness area.
Bright yellow main layer:The bright yellow is the most prominent luminous layer in the entire piece, as if it is illuminated from within by light.
Yellow-green transition:The yellow-green band helps the yellow transition to the main dark green color, preventing the highlights from abruptly ending.
Dark green main body:The deep green color dominates the entire area, preventing the central highlight layer from appearing scattered.
Warm orange trim:The gradually fading warm orange light band on the right side helps maintain the overall temperature as it converges.
Soft white trim:The soft white finish on the far right edge prevents the object's edge from being abruptly cut off, instead allowing it to fade out gradually.
Don't think of these shapes as fixed color blocks, but rather as multiple transparent plates that are sliding and supporting each other. Focus on observing the overlapping and translucent relationships between the central orange-red and dark blue diagonal axis, the yellow-green strip on the right, and the large area of cyan-blue diagonal surface on the left. The sense of weightlessness in the work comes from the constant shifting of these edges and layers.
Deep Blue Space Base Field:The deep blue background is not an empty space, but a unified space upon which all the floating panels depend for their existence.
The large blue sloping surface on the left:The large area of cyan-blue sloping surface, like a board being lifted, is the starting point for the unfolding and drifting of the image.
Light blue-green layer:This layer of turquoise covers the structure on the left, softening the space after the transparent overlay.
Bright blue transparent band:The bright blue long diagonal band acts like a stretched transparent plate, helping to establish a connection between the lower left and the center.
Deep Blue Main Axis:The central deep blue diagonal axis is the strongest traction line, like pulling all the loose plates together.
Orange-red main storyline:The orange-red diagonal stripes intersect with the dark blue main axis, pushing the image towards a stronger sense of ascent and weightlessness.
Dark side:The dark, narrow facets resemble the back of a flipped-over plate, making the object more clearly defined.
Yellow-green long diagonal stripes:The yellow-green strip on the right acts as a second support system, making the right half appear both upright and tilted.
Purple transition plate:The purple panel forms a skewed support next to the yellow-green strip, increasing directional conflict.
Light purple transparent side:The light purple transparent surface makes the overlapping relationship on the right side appear more like a translucent panel than a solid block of color.
Blue face rising:This blue panel pushes the central axis further to the upper right, enhancing the overall sense of upward movement.
Golden Jump Point:The small, golden, sloping surface, like a flash of light, breaks the continuous expanse of cool colors.
Light purple fold in the middle:The light purple fold in the middle acts like a transparent connector that hovers briefly, helping to transfer forces from all directions.
First, focus on the central blue rectangle, then slowly shift your gaze to the outer edges. You'll more easily perceive the green and pink-orange edges shimmering, the center seemingly illuminated, and the outer red-orange frame appearing to exert inward pressure.
Red and orange border:First, create an overall sense of enclosure and warmth in the outermost layer.
Green home field:Extensive green spaces provide a continuously resonant main space.
Pink Orange First Layer:The first layer of pink and orange lines cuts the green field into a clear edge.
Green second layer:The greenery is further enhanced, making the central feel even stronger.
Second layer of pink orange:The recurring pink and orange rectangles push the rhythm to a higher frequency.
Green third layer:The inward-shrinking green layer resembles energy being continuously compressed.
Pink Orange Third Layer:The warm-colored borders further enhance the shimmer and pulsating effect.
Green fourth layer:The smaller green layer significantly enhances the sense of cohesion at the center.
Fourth layer of pink orange:The warm-colored narrow frame inside makes the vibration in the central area more intense.
Green kernel field:The last layer of green in front of the center provides a substrate for the blue cold nucleus.
Blue central core:The slender blue rectangle is the absolute focal point, like a cold light nucleus activated by vibration.
Don't just look at the repetitive semicircles and rectangles; look at how they are cut off by boundaries, rewritten by color blocks, and interrupted by textures.
upper layer of yellowish-brown:The most important basic layer is to connect the images horizontally.
Warm white cut:The warm white cut is like digging a semi-circular module out of the yellow earth layer.
Cold gray-white interlude:Cold gray interpolation introduces tiny pauses during repetition.
Light blue insert:The light blue module provides a subtle yet recognizable difference.
Warm brown and pink insert:Warm pink blocks add more depth to the low-saturation system.
Dark gray pause point:The dark, short blocks act like rhythmic beats, preventing the horizontal band from becoming loose.
Light golden-yellow middle layer:The second layer is slightly brighter, creating a gentle rise as it moves downwards.
Earthy yellow semicircular area 1:This can be understood as the main position where the semicircular module is embedded in the strip layer.
Light purple-gray insert:Light purple-gray is used as an auxiliary variable to break the continuity of the same color.
Light gray-blue horizontal stripes:The cool-toned horizontal section gives the middle layer a more cushioned feel.
Gray-green insert:The gray-green color maintains an overall gentle feel while providing a distinguishing feature.
Loess main layer core zone:This is the most substantial layer of the entire work, like the main structure of an objectified surface.
Warm white inner slices:The white blocks resemble cutting open a complete module, emphasizing that boundaries participate in the generation process.
Warm brownish-pink horizontal blocks:Warm brownish-yellow is similar to earthy yellow, but the variations in brightness create different layers.
Dark gray briquettes:The dark gray embossed blocks resemble rivets in a structure, helping to stabilize the whole structure.
Light blue correction block:The light blue slightly brightens the heavy earthy yellow, preventing the overall color from becoming too dull.
Cool grayish-white lower layer:The lower layer appears as a lighter surface exposed after being covered.
Earthy yellow echo module:The reappearance of earthy yellow maintains the continuity of the system between the upper and lower layers.
Gray-green lower layer block:The gray-green color prevents the bottom rhythm from becoming overly monotonous.
Light purple-gray lower layer:The light purple-gray reappears at the bottom, creating an echo rather than a repetition.
Bottom dark gray node:The dark gray nodes at the bottom act like a converging device, allowing the entire piece to fall steadily.
Don't just see it as a colorful star pattern at first. Instead, observe whether it's formed by stripes of equal width, interlacing in a fixed direction, and repeating, progressively advancing rings. Focus on the small central star first, then slowly look outwards. You'll find it easier to perceive the entire structure as expanding, nesting, and rotating.
White space above:The white empty space around the perimeter makes the circular system appear more complete.
White space below:The bottom white field maintains a sense of objectivity and allows the boundaries to breathe.
White space on the left:The white space on the left side supports the outer edge of the circle.
White space on the right:The white field on the right side makes the whole thing stand out as an independent object.
Outer ring red belt 1:The outer red band is like the first beat to enter.
Outer Ring Orange Band 1:Orange advances the rhythm of the outer circle.
Outer ring yellow band 1:Yellow pushes brightness to the foreground.
Outer Ring Green Belt 1:Green is used as an outer variable for reference.
Outer Ring Blue Ribbon 2:Blue enters the upper left inner circle.
Outer ring purple band 2:Purple makes the vibration of the ring more complex.
Outer ring gray band 2:Light gray provides a neutral pause.
Outer ring red belt 2:The red color reverberates again, forming a repeating sequence.
Outer Ring Orange Band 2:The orange band in the upper right corner continues the sense of circular rotation.
Central Ring Yellow Strip Left:The middle yellow band resembles a circumferential sound wave.
Central Greenbelt, Left Center:Green continues to rotate as a mid-level variable.
On the central blue ribbon:Blue enters the vicinity of the center, improving focus.
Central Purple Band Right Center:Alternating between purple and blue adds a sense of interweaving.
Right side of the gray band in the middle ring:The gray color makes the sense of rotation on the right side clearer.
Lower red band on the left:The red ribbon below pushes the central rhythm outwards.
Lower orange band, left center:Orange connects the outer ring to the center.
In the lower yellow band:Yellow is used as the outermost luminous surface of the center.
Lower green belt, right center:The green color draws the eye to the lower right.
Lower blue ribbon on the right:The blue color forms a cool, converging tone below.
Bottom purple band left:Purple forms a tail oscillation at the bottom.
In the bottom gray band:Light gray serves as the final pause on the outer edge.
Right side of the red band at the bottom:The red color returns to the outer circle.
The orange band at the bottom is on the right:The orange band at the bottom continues to expand.
Central transverse blue star belt:A major horizontal structure of the central star shape.
Central vertical red star belt:The vertical red band resembles a small star-shaped main axis.
Lower left yellow oblique star band:The yellow band forms one side of the star-shaped unfolding.
The green diagonal star band in the lower right corner:The green color indicates that the lower right star arm should continue to push outward.
Top left purple star band:The purple band in the upper left corner makes the central intersections more compact.
Upper right gray star band:The gray band forms a calm pause above the center.
Don't start by viewing it as a series of independent shapes. Instead, look at how the large black shapes cross the blocks, cut through the blue, and subdue the warm base. Then observe where the blue suddenly appears and where it is swallowed by the black. This will make it easier for you to understand the true progression of layers in the work, rather than simply identifying single color blocks.
Leave the top blank:The warm white edges first lift up the image.
Leave blank space below:Leaving blank space at the bottom prevents the main subject from filling the entire image.
Leave the left side blank:The warm white border on the left forms the outer frame.
Leave the right side blank:The blank space on the right side helps to bring the structure together.
Warm bottom upper left area:The warm beige base layer is laid out first in the upper left corner.
Black upper and middle main blocks:The black main structure forms a counterweight at the top.
Blue top right cross-section:High-purity blue is like a luminous layer that suddenly appears.
Black upper right tail section:The black block in the upper right corner puts the rhythm at the top back down.
Black block in the middle left:The black image on the left is a slid-down obscuring panel.
Upper and middle warm bottom zone:The warm background is revealed again from between the black blocks.
Upper middle blue cut:The blue cuts change direction and brighten the surface.
Black block in the middle right:The black block in the middle right continues to compact the surface.
Dark transition on the right:The dark transition adds depth to the edges.
Bottom left blue vertical block:The blue surface in the lower left corner looks like a squeezed-out mid-layer glossy surface.
The central black main shape:The large black shape in the center is the core of the entire work's structure.
Middle right warm bottom zone:The warm base reappears after being overlaid with black.
Right center blue horizontal cut:The blue cuts through the black surface again.
The narrow black strip on the right:The narrow black stripe resembles the rejoined boundary.
Rust Orange Accent:The rust-orange patches, like deep drumbeats, awaken the scene.
Bottom left warm bottom:The warm bottom prevents the overall design from being too cold.
Black block at the bottom:The black block at the bottom continues to weigh down the center of gravity.
Blue cut at the bottom:The blue area at the bottom provides a final, strong highlight.
Dark transition at the bottom:Darker areas create a thicker, more layered look at the bottom.
Bottom right warm bottom:The lower right warm bottom helps to level the structure again.
Pay attention to how the interplay of light and shadow between the center and the edges creates illusions.
Dark blue background in the upper left corner:First, establish a cool color field with dark blue on the upper left outer edge.
Upper bright blue band:Bright blue highlights the top optical rhythm.
Upper green and blue band:The blue-green color serves as the top transition.
Dark blue background in the upper right corner:The dark blue border in the upper right corner defines the edge.
White bulge area 1 on the left:The main bright surface of the white anterior protrusion in the upper left corner.
White bulge area 2 on the left:Continue to expand the white, bulging sensation.
Center left bright blue turn:The bright blue begins to bring the white bulge towards the center.
Upper section of the black depression in the middle:The upper black section resembles an inward-drawing channel.
Right center blue band:The blue-green buffers the black depression and the right side expands.
Purple vibration area on the right:Purple makes the vibration on the right side more complex.
Dark blue area in the left center:The deep blue in the left center helps the white to bulge out and prevent it from floating.
White transition area in the left and center:The white area continued to bounce back towards the center.
Central Blue-Green Transition:The blue color allows for flow between depressions and bulges.
Lower section of the black depression in the middle:The black lower section further enhances the sense of depth, drawing the viewer downwards.
Right center bright blue band:Bright Blue shifted his gaze from the black band to the lower right.
The green transition on the right side is prominent:The green color begins to form in the lower right bulge.
Bottom left dark blue area:The dark blue in the lower left corner resembles the edge of a stretched grid.
Lower bright blue area:Bright blue maintains the bottom flow.
Lower blue/green zone:The blue-green color continues to guide the view to the lower right.
Lower right green bulge area 1:The main green surface of the lower right anterior convex body.
Lower right green bulge area 2:Continue to expand the green space.
The yellow-green highlighted area in the lower right corner:The yellowish-green color resembles the bright edge of a bulging sphere.
Dark blue at the bottom left edge:The dark blue bottom edge maintains the overall framework.
White grid area at the bottom:The white bottom area allows the grid to breathe.
Black residual vibration area at the bottom:The black bottom resembles the aftershocks of a depression.
Dark blue area in the bottom right corner:The deep blue bulges up and supports the green.
The bottom is bluish-green at the tail:The cyan color keeps the bottom flowing.
The purple tail oscillator area in the lower right corner:The purple finish allows the optical vibrations to continue to resonate.
Observe how the edges, shadows, and thickness of the material work together in the composition.
Upper wall:The warm white walls at the top provide a breathing and display environment.
Below the wall:The bottom wall helps maintain the sense of suspension for the object.
Left side wall:The white space on the left side emphasizes the independence of the object.
Right side wall:The right wall supports the frame.
Top of the wooden frame:The wooden frame above resembles the top edge of a building container.
Bottom of the wooden frame:The bottom edge stabilizes the whole structure and provides support.
Left side of the wooden frame:The left frame presses the main body inside into the center.
Right side of the wooden frame:The right frame creates a sense of convergence and containerization.
Leave the left frame empty:The space between the frame and the main body allows the structure to breathe.
Leave the right frame blank:The gap on the right side allows the main body to maintain a sense of suspension.
Leave the top box empty:The empty space above allows the main image to be supported within the frame.
Leave the bottom box blank:Leaving the bottom open enhances the extension of the wall surface.
Top left black and blue weighting:The upper left dark side resembles a structural weight block; first, stabilize the main body.
Main vertical seam 1:The white seams reveal the assembly relationship of the panels.
Bottom left dark blue side:The dark blue surface resembles the shadowed side and the turning point after being subjected to force.
Main vertical seam 2:The central seam breaks down the large surface into multiple object units.
Central bright blue main facade:The largest bright blue surface serves as the main element and attracts attention from the foreground.
Bottom seam:The white seam below extends the center of gravity further downwards.
The bright blue extension below:The lower part, a bright blue image, continues to unfold forward.
Right side seam:The white dividing edge on the right side separates the light and dark sides.
Dark blue transition in the lower right corner:The transition surface in the lower right corner allows the subject to move from a bright area to a more converging one.
Top right black and blue weight:The dark block in the upper right corner resembles a local support and ballast.
Right side black and blue vertical weight:Vertical dark blocks reinforce the architectural framework.
Dark structural line 1:Slender, deep lines enhance the structural strength and directional feel of the components.
Dark structural line 2:The mid-section horizontal depth line causes a noticeable pause in the orientation.
Dark structural line 3:The vertical lines resemble an internal keel, enhancing the sense of structure.
Don't view these blue structures as just a few independent shapes, but rather as a set of diagrammatic frameworks marking space, defining paths, and testing boundaries. First, observe how the central vertical frame stabilizes the image, then see how the left and right tilted frames constantly distort, stretch, and push away this stability.
Warm orange-red home ground:A large area of orange-red background forms a unified and continuous graphic field.
Central vertical main frame 1:The dark blue vertical line in the middle resembles the left side of a door frame, stabilizing the overall structure.
Central vertical main frame 2:The vertical line on the right and the left form a central fulcrum.
Top horizontal frame in the middle:The horizontal connection at the top gives the frame a sense of passageway.
Middle horizontal frame:The pause in the middle section separates the upper and lower structures.
Bottom horizontal frame in the middle:The horizontal line at the bottom keeps the structure open without losing weight.
Left diagonal frame vertical edge:The left frame resembles a path boundary that has been pushed aside.
Top left diagonal frame:The upper left horizontal edge pulls the structure outward.
Left lower diagonal frame:The downward slope continues the trend from the left.
Left-middle connecting edge:The inner secondary border on the left adds a layer of deduction.
Right diagonal frame vertical edge:The right vertical edge echoes the left edge.
Top right frame:The upper right long side resembles a trajectory that is stretched outwards.
Bottom right frame:The bottom boundary remains open.
Right-middle connecting edge:The inner vertical lines enhance the hierarchy of the right frame.
Light beige seam on the left:The light beige gaps resemble an open breathing vent.
Right light beige seam:The narrow opening on the right side reduces the heaviness of the thick, warm base.
The lower part has a light beige seam:The small, bright opening at the bottom keeps the structure open.
Dark orange transition in the upper left corner:The increased depth in the upper left corner creates greater pressure in the field.
Dark orange transition in the lower right corner:The lower right corner is deepened to create localized pressure and convergence.
The key is to examine the hierarchical arrangement and assembly logic beneath the simple exterior.
Upper boundary:The warm white border supports the entire inner blue field.
Lower boundary:Leaving blank space at the bottom prevents the main subject from filling the entire frame.
Left boundary:The white space on the left forms a clear outer frame.
Right boundary:The blank space on the right side maintains overall stability.
Upper Blue Court:A large area of cobalt blue creates a quiet background.
Left side blue field:The blue field on the left supports the central main body.
Right side blue field:The blue field on the right side converges.
Lower Blue Court:The bottom blue field retains a large, quiet area.
Magenta main face:The large patch of magenta in the lower left corner forms the main foreground of the subject.
Step 1:The top thin plate resembles an interface that has been pushed out.
Step 2:Strengthening digital order through progressive steps.
Step 3:Narrow-layer repetitive manufacturing rhythm.
Step 4:The hierarchy gradually moves downwards.
Step 5:The stepped thin layer continues to unfold.
Step 6:The bottom layer makes the upper left structure look more like a modular assembly.
Lower magenta connecting surface:Extend the main body from the left to the bottom right.
Deep rose red top piece:The upper right wedge-shaped main body is pressed towards the center.
Deep rose red vertical cross-section:The cut surface connects the magenta to the upper piece.
Dark blue shaded side:The gap in the lower right corner resembles a hollowed-out, dark support.
Dark blue small arc area:Small shadows give the edges a greater sense of internal space.
Note that the pattern is not just surface decoration, but rather it creates spatial hierarchy.
Warm gray-white area 1:The upper, shallow bottom layer provides the main breathing zone.
Dark gray block 1:The dark layer at the top presses down on the image, creating internal depth.
Yellow-brown area 1:Spread out like a sedimentary layer.
Light blue-green block 1:The upper template layer appears.
Grayish-brown block 1:The right transition layer converges at its edge.
Grayish-brown block 2:The transitional plate in the middle and upper layers.
Light blue-green block 2:Mid-section template structure.
Warm gray-white area 2:This forms a covered, shallow channel.
Yellow-brown area 2:Mid-section sedimentary color patches.
Dark gray block 2:Enhance the depth of shadow fragments.
Yellow-brown block 3:The left-middle region resembles a sedimentary formation.
Warm gray-white block 3:The large, shallow layers re-open the structure.
Light blue block 3:The main area of the middle section circular hole template.
Dark gray block 3:Localized dark layer fragments.
Grayish-brown block 3:The gray-brown transition layer on the right side.
Light blue block 4:The template layer that was moved down continues to appear.
Warm gray-white block 4:The lower half is mainly shallow.
Grayish-brown block 4:The middle and lower transition layer expands.
Yellow-brown block 4:Yellowish-brown echoes in the lower half of the region.
Dark gray block 4:The dark layer in the lower right corner suppresses the rhythm.
Dark gray block 5:The dark layer at the bottom creates a sense of sinking.
Warm gray-white block 5:The shallow bottom layer allows for breathing.
Yellow-brown block 5:The bottom yellowish-brown area continues the sense of strata.
Light blue block 5:Add a small amount of cyan to the bottom for highlighting.
Grayish-brown block 5:The bottom is grayish-brown and the overall shape is constricted.
Composition Logic Study
Structure Summary
Embed a grid of black lines with extremely small, high-purity color blocks, making the white space the true subject. Then, use red, yellow, and blue as tension nodes within the order.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- First establish the black line framework, then decide where the color blocks will land. Color should serve the structure, not the other way around.
- Large areas of white space provide a sense of breathability, giving a small amount of primary color higher visual intensity.
- Red, yellow, and blue are distributed in different directions to avoid concentrating the color balance in a single corner.
- The color blocks are of different sizes, but achieve asymmetrical balance through edge relationships and spacing.
- The black lines are not decorative outlines, but structural boundaries that segment proportions and define rhythm.
Structural indicators
Dominant relationship
White space dominates, with original colors interspersed.
Comparison method
High-purity true color × black line hard cut
Spatial effect
Edge color blocks draw the eye, while the central blank space maintains stability.
Rhythm mechanism
Sparse distribution + proportional difference forms rhythm
Dance Structure Study
Structure Summary
The most distinctive feature of this work is its transformation of the dynamism of dance into rhythmic relationships within a geometric framework: black lead strips act as a stable structural grid, within which circles, semicircles, triangles, trapezoids, and rectangles are constantly cut, joined, flipped, and compressed. While maintaining a clear vertical order, the composition is not rigid, as there are near-echoing yet not entirely repetitive forms on the left and right sides and above and below. Blue, yellow, red, and white form a clear and strong contrast within the black lines, while green appears only sparingly at the edges, used to suppress the rhythm and add local pauses. Most importantly, the circles and diagonal triangles are not isolated patterns, but rather reorganized within the framework like body turns, arms extend, and legs lift: the leaf-shaped upper section, the large yellow arc in the center, the vertical blue diagonal columns, and the inverted triangular combination below all create an echoing effect reminiscent of human movement. Therefore, the work does not realistically depict the dancers, but rather translates the balance, turning, counterpoint, and rhythm of dance into geometric relationships and color block collisions.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The black outline is not a decorative stroke, but rather the most basic rhythmic framework of the entire piece.
- The vertical, elongated structure first establishes a sense of standing, making all geometric changes seem to be attached to a body-like axis.
- The circles and semicircles are constantly cut, truncated, and flipped, so the sense of movement comes from geometric relationships rather than realistic postures.
- The large blue slanted column plays a dominant role in the image, resembling a continuous axis of motion running from top to bottom.
- The yellow arcs and triangular slices are responsible for converting the stable structure into a pulsating rhythm.
- Although the red area is small, it always appears near turning points and intersections, thus serving as an accent.
- White is not a blank background, but an important area for color blocks to breathe, separate, and glow.
- Green appears only sparingly at the edges; it is not the main element, but rather like the bass line in a rhythm.
- The partial approximation of symmetry, but not complete repetition, gives the work both order and vitality.
- Dance is not a visual narrative, but is perceived through the alignment, balance, and contrasting responses of geometric units.
Structural indicators
Dominant relationship
The black skeleton dominates the geometric rhythm and color block distribution.
Structural method
Vertical grid segmentation + circular arc extraction + triangular diagonal interleaving
Comparison method
High contrast of primary colors + pauses in white + emphasis on black lines
Spatial effect
The interlocking of flat glass panels creates a rhythmic compression, rather than a perspective-like depth.
Rhythm mechanism
The interplay of circular echoes, slanted column penetrations, and localized accents propels the sound forward.
visual center of gravity
The central blue slanted column and the large yellow arcs on the left and right form a distributed center of gravity.
Boundary features
The boundaries are strictly defined by black lead strips, and all movement occurs within the frame.
Color Strategy
The main colors are blue and yellow, accented with red, edged with green, and kept transparent with white.
Viewing path
Entering from the upper leaf shape, it is pressed down by the central triangle, and then separated by the left and right arcs and the lower blue triangle.
Overall temperament
Brisk, resolute, and rhythmic, maintaining a dance-like elasticity within a tight structure.
Homage Logic Study
Structure Summary
This work compresses geometric abstraction to a minimal number of elements: no complex divisions, no diagonal conflicts, no exposed skeletons, only a set of squares converging towards the center. But precisely because of the minimal forms, the interaction between colors is amplified to the maximum. The outermost bright yellow acts like a continuously luminous field, brightening the entire image; the large orange-red squares within it rapidly raise the temperature, causing the space to begin to converge inward; further in, the slightly transparent and darkened red-purple squares act as a buffer layer, slowly sinking the external heat; the deep red square at the very center is like a thermonuclear core or a static core, finally converging all the color power into an extremely quiet yet highly concentrated position. The most important aspect of the work is not simply "four squares painted," but how the proportions, distances, transparency, and color temperature variations between each layer of squares interact. Yellow makes red hotter, and red, in turn, deepens the center, so the plane is perceived as a dual state of both inward converging and outward radiating light. It doesn't create depth through perspective, but rather through color relationships that allow depth to be felt in the viewer.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The works repeat with the exact same geometric grammar, illustrating that order does not depend on changes in shape, but on the progression of proportions.
- The outermost yellow layer is not a residual background, but rather an active field that determines the overall sense of light and temperature tone.
- The large orange-red squares are responsible for transforming the external brightness into a more defined cohesive force.
- The middle reddish-purple layer acts as a buffer, preventing the outer heat from directly impacting the center; instead, it is first suppressed and calmed.
- The central deep red square is the smallest in area, but because of its central location and lowest brightness, it becomes the absolute visual focus.
- All sense of space is not caused by perspective, but by the visual depth induced by the relationship between color temperature, brightness, and area.
- The distance between the blocks is crucial; if the spacing becomes unbalanced, the overall sense of cohesion will be ruined.
- The boundaries are not divided by black lines, so the viewer can focus more on the interpenetration and mutual stimulation of colors.
- The concentric relationship brings stability, but the color gradient prevents this stability from becoming rigid, instead presenting a slow pulsation.
- The real complexity of this type of work lies not in the pattern, but in maintaining highly sensitive color relationships with very few variables.
Structural indicators
Dominant relationship
Color progression dominates the perception of geometric order
Structural method
Concentric squares shrink inward layer by layer
Comparison method
High-warmth outdoor field and low-brightness center continuous contrast
Spatial effect
Creating an inward-focusing illusion of depth through color compression and luminescence.
Rhythm mechanism
In the isomorphic progression, color temperature and brightness decrease layer by layer.
visual center of gravity
The small, deep red square in the center is the absolute focal point.
Boundary features
Without a black-lined skeleton, order is maintained solely by the boundaries of colored surfaces.
Color Strategy
Yellow—orange-red—red-purple—deep red, gradually reducing heat and brightness.
Viewing path
First, you're drawn in by the deep red at the center, then you read outwards through reddish-purple and orange-red, finally being enveloped by the overall yellow.
Overall temperament
Quiet, focused, luminous, retaining a strong inner tension within a minimalist structure.
Modular Progression Study
Structure Summary
This work establishes a very clear and quiet geometric order through a minimal number of color blocks. The overall outline is a rhombus canvas rotated forty-five degrees, yet a stable white square is embedded within. Therefore, the core tension of the work comes primarily from the contrast between the "rotating outer outline" and the "static internal structure." The green trapezoid at the top and the small red triangle at the apex resemble a roof or crown, giving the rhombus a sense of upward convergence and a pointed top. The left and right sides are respectively distributed in light blue, bright orange, cyan, and a small amount of yellow, forming a wing-like distribution, ensuring that the center of gravity does not fall solely on the central white square, but maintains a precise balance in all four directions. The light pink ribbon at the bottom and the large green triangle below act as a foundation and supporting surface, firmly supporting the central white space. The most important aspect of the entire work is not the number of color blocks, but how the boundaries between them align: the central white square is like a serene core, while the surrounding color surfaces are like a directional force field unfolding around it. As a result, the work appears very calm, clean, and restrained on the one hand, and on the other hand, because the direction of the outer outline and the internal form is inconsistent, it always retains a subtle and continuous sense of rotation and tension.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The outer contour adopts a rhomboid rotating structure, while the inner core remains a stable square, thus establishing directional tension in the image from the very beginning.
- The central white square is not blank, but rather the most important static core of the entire work, responsible for absorbing and stabilizing the surrounding color forces.
- The green trapezoid at the top and the red triangle at the top form a clear convergence at the top, giving the image a sense of upward convergence.
- The light blue structure on the left and the orange-cyan structure on the right resemble two sets of wings. They are not mirror images, but rather maintain balance in a state of imperfect symmetry.
- Yellow appears only partially on the left and right sides, so it is not the main color, but rather acts as a highlight and transitional element in the rhythm.
- The light pink stripe at the bottom is crucial; it subtly separates the white core from the green base, creating a more layered effect.
- The large yellow-green triangle at the bottom acts like a support surface or foundation, preventing the overall design from appearing floating due to excessive blank space in the center.
- All the color blocks have extremely clear boundaries with no blurred transitions, so the focus of the view is shifted to the proportions and directional relationships themselves.
- The artwork does not rely on perspective to create depth, but rather creates a sense of object-like stability through nested outlines and aligned color blocks.
- The charm of the entire piece comes from the precise control with very few variables: every edge, every facet, and every color cannot be easily changed.
Structural indicators
Dominant relationship
The tension between the rotation of the outer contour and the stability of the inner white square dominates the whole.
Structural method
Diamond-shaped canvas + embedded square + four-way color block support
Comparison method
Contrast between warm and cool flanks + Contrast between white core and colored borders
Spatial effect
Creating an object-like sense of stability through nested contours and directional differences.
Rhythm mechanism
The upward and downward convergence, the left and right expansion, and the bottom support work together to propel the vehicle forward.
visual center of gravity
The central white square is the absolute core, while the red dot at the top and the green corner at the bottom create a harmonious balance.
Boundary features
All edges are clearly defined and hard; boundary alignment determines the strength of the order.
Color Strategy
A large area of white remains still, surrounded by directional elements of green, blue, orange, and yellow.
Viewing path
First, it is attracted by the central white square, then moves towards the top red-green relationship, and then slides along the left and right flanks to the bottom green corner.
Overall temperament
Calm, stable, and restrained, maintaining a subtle rotational tension within minimalist relationships.
Modular Counterform Study
Structure Summary
This work organizes a stable and sharp visual system with a remarkably clear modular order. The composition does not rely on traditional perspective, but rather establishes a strong sense of counterpoint through the division of a large black and blue background, the interlacing distribution of four main geometric units, and the interplay between circles, rhombuses, trapezoids, and squares. The red circle in the upper left green square echoes the green circle in the lower right blue square; the dark blue rhombus in the upper right light blue square echoes the light blue rhombus in the lower left red square. Simultaneously, the pink trapezoid at the top, the pink sloping surface on the right, the blue sloping surface in the middle left, and the light blue sloping surface in the lower right continuously push the square system towards tilt and sliding, making the whole piece resemble both a stable jigsaw puzzle and a slowly rotating object. The narrow green connecting surface in the center is crucial; it locks the left and right sets of units into the same structural grammar, making the entire work not merely four parallel shapes, but an interlocking and mutually reinforcing network of modules. What's truly important in a work isn't individual color blocks, but how these color blocks form a systematic order through repetition and variation: circles with circles, rhombuses with rhombuses, warm colors with cool colors, slanted objects with straight faces, and light-colored objects with dark backgrounds. All relationships are compressed into the fewest possible elements.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The work replaces free composition with modular repetition, so that the overall reading is based on system relationships.
- Circles and rhombuses appear in pairs, so the image is not randomly pieced together, but rather maintains order through the echoing of shapes.
- The black left background and the blue right background form a large-scale background partition, providing a stable stage for the high-purity colors inside.
- The red circle in the upper left and the green circle in the lower right are not simply repeating each other, but rather forming a reversal relationship in terms of color, position, and background.
- The blue rhombus in the upper right and the light blue rhombus in the lower left form another set of mirrored echoes, giving the work a clear modular syntax.
- The central dark green vertical connecting surface is very important; it locks the two sets of structures on the left and right into a whole, rather than four separate pieces.
- The pink, light blue, and red sloping surfaces constantly break the stillness of the pure square system, giving the image a sense of sliding and rotation.
- The simultaneous appearance of high-purity blue, green, and red alongside lighter pink and light blue creates a rhythm that is both impactful and nuanced.
- Large forms are few, but each piece occupies a key position, so the precision of the work outweighs its complexity.
- The so-called optical sensation does not come from illusory distortion, but from the keen vibrations caused by module repetition, background switching, and boundary alignment.
Structural indicators
Dominant relationship
Module repetition and mutual inversion correspond to the overall order.
Structural method
Four core units + central connecting surface + black background on the left and blue on the right
Comparison method
Contrast between circles and rhombuses, contrast between warm and cool colors, and parallel arrangement of squares and bevels.
Spatial effect
The planar module creates a slight sense of rotation through background segmentation and beveled sliding.
Rhythm mechanism
Systematic variations of repeating shapes in different colors and positions
visual center of gravity
The red circle at the top left and the green circle at the bottom right form a double center of gravity, with the central green surface responsible for unifying them.
Boundary features
All are clearly defined hard edges; the shape transitions directly determine the tension strength.
Color Strategy
High-purity blue, green, and red are the main colors, with pink and light blue serving as intermediate and buffering colors.
Viewing path
Enter from the top left red circle, turn to the top right rhombus, then move down to the bottom right green circle and bottom left rhombus to complete the loop.
Overall temperament
Clear, precise, and modular, maintaining an active vibration within a rational order.
Minimal Tension Study
Structure Summary
This work compresses geometric modules, curved cuts, triangular pushes, and heavy black negative space into a circular canvas, making the entire piece resemble both a rigorously organized compositional system and a rhythmic field that constantly rotates, collides, and folds back within the disc. Unlike ordinary rectangular canvases, the circular boundary naturally weakens the stability of the horizontal and vertical structures. Therefore, all the red and orange blocks in the painting must regain order through large areas of black negative space. Red plays the most direct role in emphasizing the composition, orange is responsible for transition and acceleration, and black is not a background, but the true skeleton that determines pauses, divisions, directions, and weight. The painting contains long rectangles, triangles, semicircles, and arrow-like points, which constantly transform between the four quadrants: the upper part is more horizontally compressed, the middle part features stronger semicircles and stripes in opposition, and the lower part forms a new center of gravity through vertical division and sharp angles. The most important aspect of the work is not the individual shapes themselves, but the way these shapes interlock within the circular boundary: the semicircle is always being cut off, the triangle is always pushing the direction, and the black always creates pauses in the middle. Thus, the whole work maintains a strong order while always having a sense of movement that is similar to dancing and turning.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The circular frame first changes the way the geometry is stressed, so that all horizontal and vertical relationships must find a new balance within the curved boundary.
- Black is not a background residue, but the core negative space framework of the entire work, responsible for segmentation, weighting, and pausing.
- Red carries the strongest visual emphasis and usually appears in modules that are large in area or in the most critical positions.
- Orange is not just an accompaniment; it often appears at turning points, connections, and changes in direction, thus having an accelerating effect.
- The fact that semicircles are always cut off or truncated suggests that curves here are not decorations, but rather rhythmic tools to break up the square system.
- The triangular and pointed structures constantly draw the eye from horizontal relationships to diagonal and vertical relationships, keeping the image in motion at all times.
- Long rectangles are responsible for establishing order, while semicircles and triangles constantly disrupt this order, thus the artwork has the characteristic of both stability and disturbance.
- The upper, middle, and lower zones are not treated the same: the upper zone is more focused on horizontal compression, the middle zone is more focused on curved resistance, and the lower zone emphasizes vertical segmentation and landing point.
- The color blocks are not isolated patterns, but rather like sentences in a finite grammar, constantly being reorganized in different positions.
- The work's strength comes from its extremely high degree of boundary clarity; every intersection of red, orange, and black directly determines the rhythm.
Structural indicators
Dominant relationship
The black negative space skeleton dominates the distribution and rhythm of the red and orange modules.
Structural method
Rectangular, triangular, and semi-circular modules are interwoven within the circular boundary.
Comparison method
The strong contrast between highly saturated red and orange and large areas of black negative space
Spatial effect
It creates rotational pressure without relying on perspective, but through slicing, occlusion, and curved cuts.
Rhythm mechanism
Strip pauses, triangular advances, and semi-circular rotations work together to form a cyclical rhythm.
visual center of gravity
The red and black semicircle in the middle and the black pointed area in the lower right form a double center of gravity.
Boundary features
The circular outer boundary forces all straight lines and curves inside to be constantly truncated and converged.
Color Strategy
Red indicates emphasis, orange indicates propulsion, and black indicates structure and pauses.
Viewing path
Entering from the upper red-orange horizontal area, colliding with the horizontal bar in the middle semicircle, and then being pulled back by the lower black sharp corner and red block.
Overall temperament
Heavy, compact, and full of dynamism, maintaining a continuous sense of impact within a strong order.
Striped Balance Study
Structure Summary
This piece appears almost entirely devoid of complex patterns, composed only of blue, white-gray, and black grids with a few beveled edges. Yet, its true tension stems precisely from this extremely restrained structural compression. The overall structure resembles two vertical panels juxtaposed, almost like pages of a book or folded panels. The rounded corners at the top soften and complete the object. Small inward-cut notches at the top and bottom of the center suggest the two panels approaching, meeting, yet always maintaining a slight gap. The large, deep blue form on the left bears the main weight, while the right side, with its black grid on a white-gray background, forms a lighter, more transparent, and more fibrous area. Crucially, the black grid is not merely a surface texture; it's as if material, fabric, barrier, and breath are simultaneously introduced into the geometric structure: the blue on the left, pressed into the dense grid, appears heavier and deeper, while the white-gray on the right, covered by the grid, is no longer just blank space but a translucent curtain that can both penetrate and conceal. The two beveled edges at the bottom gently break the rigidity of the vertical system, allowing the overall structure to retain a slight tendency to unfold and close while remaining stable. The work does not rely on the quantity of colors to win, but rather establishes a quiet, precise and material-laden abstract order through very few variables such as "solid panel surface - fabric mesh layer - small notches - bottom bevel cut".
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The artwork replaces complex modules with two juxtaposed panels, allowing the viewer to focus first on the juxtaposition, spacing, and material differences.
- The blue panel on the left conveys a sense of weight, while the white and gray fabric on the right provides a sense of breathability, creating a contrast between solid and light curtain-like structures.
- The black grid is not an added decoration, but rather a direct introduction of materiality into the core language of geometric structure.
- The two small notches at the top and bottom of the middle are crucial; they connect the two panels yet separate them, creating a precise sense of pause.
- The rounded corners at the top reduce the mechanical feel of a pure rectangle, making the object look more like a processed sheet or fabric sample.
- The beveled bottom edge gently breaks the absolute stability of the vertical system, giving the whole a tendency to open, close, and turn.
- The blue on the left appears darker and denser under the grid, illustrating how color changes visual weight depending on surface texture.
- The white-gray area on the right is not blank, but becomes a readable fabric field due to the black warp and weft mesh.
- The number of colors is strictly limited, so subtle differences in proportion, gaps, boundaries, and textures become the true content.
- The complexity of the entire work is compressed into very few variables, which is an important characteristic of subtractive geometry and material abstraction.
Structural indicators
Dominant relationship
The juxtaposition of panel surfaces and material textures dominates the viewing experience.
Structural method
Double vertical panels + central slit + top and bottom notches + bottom bevel
Comparison method
Contrast between the solid feel of deep blue and the texture of white and gray fabric
Spatial effect
A subtle sense of opening and closing is created through spacing, coverage, and material differences.
Rhythm mechanism
The small gaps and textures in the large static area repeat to advance the rhythm.
visual center of gravity
The narrow slit along the central axis and the difference in materials on the left and right sides together create the center of gravity.
Boundary features
The rounded top edge and beveled bottom edge together reduce the mechanical rectangular feel.
Color Strategy
Limited to three color schemes: blue, white, gray, and black, to highlight structure and texture.
Viewing path
First read the weight of the dark blue on the left, then turn to the central notch, and finally stop at the grid fabric on the right.
Overall temperament
Quiet, precise, and objectified, retaining a strong material consciousness within minimalist forms.
Paired Structure Study
Structure Summary
This work establishes a strong geometric tension with minimal forms, making it a quintessential example of subtractive, hard-edged abstraction. The composition isn't complexly divided; instead, it consists of two sets of black and white rectangles and two opposing diagonal color planes: the large yellow shape in the lower left resembles a funnel pushing upwards to the right, while the large blue shape in the upper right is like a response surface pressing down from the opposite corner. The diagonal edges of both meet sharply near the center, abruptly shifting the composition from a stable rectangular system to a tense, electrified diagonal movement. The white and black rectangles above and below are not merely background elements; they act as four stable fulcrums, firmly fixing the central diagonal relationship. Thus, the work simultaneously possesses the forces of balance and conflict, tranquility and speed. What truly matters is not the number of color blocks, but how this relationship of "rectangular stability—diagonal collision—diagonal response" is compressed into a minimal set of elements.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The work establishes maximum tension with minimal form, demonstrating a highly compressed compositional ability within hard-edged abstraction.
- The two sets of black and white rectangles at the top and bottom act as four corner fulcrums, stabilizing the overall order first.
- Yellow and blue are not parallel and side by side, but rather they collide diagonally in the center through their hypotenuses.
- The central diagonal line is the most crucial source of speed in the entire work, breaking the static feel of the rectangular system.
- The black and white rectangles are not leftover space, but rather actively participate in proportion control and visual weight.
- The yellow area tends to expand and advance, while the blue area tends to press in and converge, creating a directional opposition between the two.
- The image lacks a traditional central focal point, but the intersection of the central diagonal edges naturally becomes the node with the strongest force.
- The white area provides a pause, preventing the two main blue and yellow surfaces from appearing dull due to their large size.
- The term "paired" does not simply refer to a pairing of two colors, but rather a pairing relationship between two sets of directions, two sets of weights, and two sets of corner rectangles.
- The charm of the work comes from the precise balance of "looking simple, yet not being able to be arbitrarily changed".
Structural indicators
Dominant relationship
The relationship between the diagonal hypotenuses dominates the overall tension.
Structural method
Four-corner rectangular support + central diagonal hedging
Comparison method
Blue and yellow warm/cool contrast + black and white stable contrast
Spatial effect
The flat, compressed space is subtly enhanced by the sloping edges, creating a slight sense of depth.
Rhythm mechanism
A strong diagonal advance during a rectangular pause
visual center of gravity
The strongest node is where the central diagonal meets the central diagonal.
Boundary features
All boundaries remain hard and sharp, avoiding any softening transitions.
Color Strategy
Black and white represent the framework, blue and yellow represent the power.
Viewing path
Entering from the black and white rectangle at the top, it crashes along the central diagonal edge, then slides towards the upper right blue surface and converges with the lower black and white area.
Overall temperament
Restrained, clear, and quiet yet with a sharp edge.
Minimal Cut Plane Study
Structure Summary
By using only a few shades of blue and yellow and a continuous, folded facet, the image focuses its power on direction, proportion, and boundaries, giving the minimalist structure a strong yet calm sense of forward momentum.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The entire work uses a large area of blue as a stable field, allowing the yellow cut surface to achieve maximum penetration.
- Yellow is not a scattered patch of color, but a continuous structure that connects the upper left, lower left, and upper right directions.
- The central inflection point connects the downward pressure at the top with the diagonal advance at the bottom, forming a single and clear visual turn.
- The extremely narrow upper right corner gives the image a sudden sense of speed and sharpness amidst a calm background.
- The work relies almost entirely on proportion, angle, and boundary precision, rather than on layers and details.
Structural indicators
Dominant relationship
The blue base field indicates stability, while the yellow cross-section indicates direction.
Comparison method
High-purity blue and yellow contrast + hard-edge cutting
Spatial effect
The central inflection point enables steering, while the upper right tip enables long-range propulsion.
Rhythm mechanism
Large-area static field × single long cross-section forms high-intensity tension
Geometric Vibration Study
Structure Summary
This work establishes a visual system that is both stable and constantly vibrating through vertically advancing geometric prisms, continuous nesting of obliquely cut facets, and juxtaposition of high-purity colors. The composition is not organized around a single center, but rather by juxtaposing multiple color structural units: on the left, cyan and yellow create a striking contrast of warm and cool tones; in the center, purplish-black and pink form a compressed interplay of light and shadow; and on the right, orange-red, blue, and pink produce a more intense, shimmering contrast. Each unit resembles a cut crystal or a compressed three-dimensional prism, with sharp edges, yet its interior constantly shifts the direction of light through triangles, trapezoids, bevels, and translucent layers. Therefore, color is no longer merely "filling the form," but rather seems to flow, fold back, and collide within the structure. Black and dark gray blocks act as a framework and a pause, suppressing the expansion of bright colors and maintaining order in the composition, preventing it from collapsing into a purely decorative, dazzling effect. The most important feature of the entire work is that it pushes the planar division in geometric abstraction to a state of near-optical vibration: color gains speed through oblique relationships, and structure gains support through vertical relationships. Together, they create a spatial illusion that is elastic, tense and rhythmic.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The image first relies on the vertical columnar structure to establish order, allowing all color vibrations to adhere to an upward-moving overall framework.
- The beveled surface is not a partial decoration, but a source of visual speed; once a straight column is cut by a bevel, the color changes from static to a directional flow.
- Highly saturated colors are often placed at structural transitions, intersections of surfaces, and locations where visual impact is strongest, thus color acts as a "rhythm accelerator."
- The warm and cool relationships are not spread out evenly, but appear in blocks and sudden insertions, making the picture form a pulse-like rather than a uniform rhythm.
- The presence of black and dark gray is extremely crucial; they act like structural clamps, limiting the expansion of bright colors and allowing the image to maintain clear boundaries even amidst a sense of explosion.
- The left, middle, and right groups of units are not repeated evenly, but rather "isomorphic variation" is created by using different color gamuts and different oblique angles, so there are differences in the repetition.
- The colors are not simply juxtaposed, but rather the adjacent facets create brightness shifts, transparency illusions, and a sense of reflection, giving the plane a visual effect similar to the surface of a crystal.
- The sense of space in the work does not come from traditional perspective, but from the compression of front and back created by the interplay of color depth, edge sharpness, and the occlusion of forms.
- Large areas of vertical relationships maintain the structure of the work, while small areas of triangular cuts and diagonal folds constantly disrupt the sense of stillness, forming a dual mechanism of order and disturbance.
- The repetitive folded structure in certain areas causes the eye to bounce between different areas, creating a viewing experience similar to optical echo, which is an important source of the "vibration" feeling.
Structural indicators
Dominant relationship
Color vibrations drive structural perception, while the structural framework, in turn, constrains color diffusion.
Structural method
Parallel vertical columns + diagonal folded surface segmentation + local overlapping occlusion
Comparison method
High saturation warm and cool color clashes, light and dark compression contrasts, and the interplay between pure colors and neutral colors.
Spatial effect
The illusion of compressed space is created through variations in light and shadow on folded surfaces and the interplay of front and rear occlusion.
Rhythm mechanism
The directional variations within the repeating column and the insertion of pulsed color blocks work together to propel the movement.
visual center of gravity
The central pink-red unit and the orange highlight area on the right form a dual focal point.
Speed source
Variations in bevel angle, sharp edges, continuous folds, and prominent high-purity colors in certain areas.
Skeleton control
Black and dark gray serve as pausing surfaces and boundary surfaces, stabilizing the overall order of the artwork.
Viewing path
Entering from the left side where yellow and green are warm and cool tones jump, the purple and pink in the middle are compressed, and finally it is taken away by the orange and blue conflict on the right side.
Overall temperament
Optical activity in rational construction, energy bursts in restrained order
Reductive Rhythm Study
Structure Summary
This work does not rely on complex patterns or dense divisions, but rather establishes an extremely restrained yet highly sensitive spatial rhythm through the overlapping, turning, misalignment, and suspension of a few large geometric panels. The central blue dot, resembling a geometrically folded slab, occupies the largest visual weight; it is both stable and not closed, because the diagonal division of its surface creates directional differences and variations in light within the same blue area, suggesting that it is not flat, but a structure with a sense of volume and sloping advancement. The exposed yellowish-brown supporting surfaces below and to the left make the subject seem to be lifted, or as if sliding out from behind, creating a slight but continuous sense of displacement. The cyan-blue vertical panel on the right provides another calmer, more restrained vertical order; unlike the central blue shape, it does not actively expand outward, but rather acts as a quiet backdrop in the space, used to suppress the overall rhythm and prevent the image from losing its structural center. The small and sharp yellowish-orange diagonal edges at the edges are like high notes or cuts in the rhythm, creating momentary tension and acceleration within the minimalist relationship. The most important aspect of the entire work is not the individual forms themselves, but rather the adjacency, overlap, extension and contraction, edge echoes, and pauses in the blank spaces between these forms. It is precisely for this reason that it embodies a typical characteristic of "subtractive geometric abstraction": the fewer the elements, the more tightly the relationships must be maintained; the more restrained the colors, the more precise the spatial judgment must be; the simpler the structure, the more subtle the rhythmic differences become the true content of the work.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The artwork replaces dense divisions with a few large forms, shifting the visual focus from decoration to the spatial relationship between the forms.
- The central main shape is not simply a flat plane, but rather creates a sense of restrained volume by using folds and bevels to create directional differences within the interior.
- The yellow panel in the lower left corner is not a supporting color block, but an important spatial basis for supporting, lifting, and offsetting the main shape.
- The cyan-blue vertical structure on the right provides a stable vertical order, creating a contrast between stillness and movement with the central blue sloping main shape.
- Although the narrow, golden edge is small in area, it plays a role in the rhythm transition and the brightening of the boundary, and is the key to the local imbalance.
- The panels are not completely fitted together, but rather create continuous tension through exposed edges, misalignment, coverage, and overhangs.
- The blank spaces and backgrounds in the artwork are not empty, but rather serve as breathing areas to participate in structural judgment, making the distance between entities perceptible.
- The overall color scheme is restrained, with no high-frequency noise, so viewers will naturally turn to the edges, angles, and hierarchical order.
- Localized shadows enhance the effect of the form detaching from the plane, placing the work somewhere between painting, relief sculpture, and wall composition.
- The so-called "reductive" does not mean reducing content, but rather compressing complexity into fewer units, making every relationship more precise.
Structural indicators
Dominant relationship
Spatial hierarchy and adjacency take precedence over decorative narrative.
Structural method
Large geometric plates are stacked, misaligned, and folded.
Comparison method
Differences in temperature and saturation between medium and low saturation and their relationship to area and weight
Spatial effect
Obscuring, exposing edges, shadows, and displacement work together to create a bas-relief-like space.
Rhythm mechanism
The rhythm of subtle shifts and edge jumps within a stable overall pattern
visual center of gravity
The central blue main shape dominates, while the blue panel on the right and the yellow surface at the bottom provide auxiliary balance.
Source of tension
Incomplete asymmetry, partial cantilever, acute-angled cut edges and spacing between the panels
Color Strategy
Based on the complementary use of blue and yellow tones, both warm and cool, the overall noise reduction process avoids excessive emotional expression.
Viewing path
First read the central blue shape, then slide to the right cyan plate, and finally return to the bottom yellow-green edge to complete the loop.
Overall temperament
Restrained, rational, and quiet, yet retaining a subtle sense of instability within.
Sculptural Gesture Plane Study
Structure Summary
While this work doesn't strictly belong to hard-edged geometric abstraction, its strong sense of boundary, suspended planes, and objectified contours pushes painting beyond the rectangular canvas towards a state closer to "wall events" and "flat sculpture." The most striking feature is not the central perspective of traditional composition, nor the uniformly arranged geometric order, but rather the open relationship established by several large, irregular color planes through cutting, adhering, interweaving, leaving gaps, and expanding outwards. The large, turquoise forms on the left and right resemble flexible, cut-out slabs, both broad and light, with gently turning edges; the central orange vertical block is heavier and more concentrated, like a solid pressed into space, its deep reddish-brown sloping base further emphasizing its sense of falling volume. White is not a passive background, but rather acts like wide channels or fissures, separating these color planes while simultaneously reconnecting them; thus, what is truly viewed is not just the colors themselves, but the gaps between colors, the shifting edges, the mutual avoidance of forms, and the unfilled spaces. Several slender, slightly gestural curves add a touch of temporality between the large surfaces, allowing the work to maintain both the clarity of planar abstraction and the evidence of bodily movement. The significant value of the entire work lies in its transformation of "boundaries in painting" into "boundaries in space": color blocks are no longer merely image units, but rather existent entities with weight, thickness, direction, and stillness; the walls and blank spaces are therefore no longer backgrounds, but become part of the composition.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The artwork no longer relies on the closed balance within a rectangular canvas, but instead establishes an open composition by expanding its boundaries.
- Large, irregular blocks resemble objects that have been cut, hung, or attached to a wall, thus naturally possessing an objectification tendency.
- The green shapes have the largest area, but they do not form an absolute center. They are more like two breathing surfaces on the left and right, responsible for expanding the picture.
- The central orange vertical block serves as the visual focal point, ensuring that the entire work maintains a focused force despite its open composition.
- The deep reddish-brown slope at the bottom is not just a simple shadow color, but a weighting device that gives the orange block a sense of volume, making it appear more substantial.
- The white blank space is not a residual background, but an important space that actively cuts, separates, buffers, and connects various shapes.
- The rounded corners, notches, curved turns, and abrupt cuts at the edges give the form both the attributes of soft gestures and hard composition.
- The fine, curved lines introduce bodily movements into the large plane, allowing the work to retain a sense of temporal flow beyond its structural integrity.
- Color does not pursue complex layers, but rather establishes clear volumetric relationships and spatial judgments using a few highly recognizable color gamuts.
- Open relationships are better than closed orders; the viewer's gaze will constantly wander among blocks, gaps, edges, and curves, rather than staying at a single center.
Structural indicators
Dominant relationship
Individual blocks dominate the space, while blank spaces participate in the composition.
Structural method
Large-scale cutting, misalignment, attachment, suspension and juxtaposition
Comparison method
Light and heavy, soft and hard edges, white space and solid objects are contrasted side by side.
Spatial effect
The interplay of wall surfaces and solid surfaces creates an open space.
Rhythm mechanism
Large pauses embedded with a small number of directional changes and linear echoes
visual center of gravity
The central orange vertical block and the dark reddish-brown shaded area at the bottom form a core of weight distribution.
Boundary features
Boundaries depart from the logic of rectangular frames and instead exist as object outlines.
Color Strategy
Limited color gamut enhances shape recognition and avoids the judgment of decorative and scattered structures.
Viewing path
It expands in from the left side with a bluish-green hue, is compressed by the central orange, and then is drawn back out by the bluish-green hue and the arc on the right side.
Overall temperament
Open, suspended, quiet yet weighty, somewhere between painting, composition, and wall sculpture.
Shaped System Study
Structure Summary
The most crucial feature of this work is not merely the colored arcs themselves, but the simultaneous and systematic treatment of the "outer contour—internal stripes—module relationships." The work is composed of multiple shaped canvas units: two arched modules on the upper left and right, three rectangular modules at the bottom, and a connecting boundary with undulating lines in the middle, collectively forming a whole that resembles both an architectural facade and an installation object. All the internal colored arcs are not free-flowing, lyrical curves, but rather repeat, expand, turn, and truncate in an almost calculable manner; they are like basic syntax in a structural program, constantly being rearranged within different modules. Colors such as red, pink, green, blue, yellow, black, gray, and orange are compressed into clear, flat, and decisively defined strip units, so that color no longer carries the emotional rendering of traditional painting, but is closer to sequence, interval, rhythm, and structural variables. What is truly important is that the direction of the internal arcs always responds to the changes in the outer contour: in the arched canvas, the arcs expand outward along the border; in the rectangular canvas, the arcs are cut, transferred, and compressed, forming more complex local variations. In other words, the image is not created by first having a pattern and then placing it onto the canvas; rather, the shape of the canvas itself participates in generating the pattern. Thus, painting is no longer merely a two-dimensional arrangement of colors, but becomes an object with clear boundaries, a sense of objectivity, and spatial presence. It lacks a traditional central focal point, yet establishes a strong rhythm through continuous repetition, modular echoes, and the progression of color bands, shifting the viewer's perspective from "reading the image" to "reading the system."
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- Repeating stripes are not decorative fillers, but rather the most basic structural grammar of the entire work.
- The outer contour and the inner arc work synchronously, and the canvas shape itself directly participates in image generation.
- Each module is like a different sentence structure in the same system, adhering to unified rules while presenting local variations.
- Arcs are not natural curves, but rather strictly controlled band-shaped units, thus possessing a clear sense of order and calculability.
- Color is not a freely applied expression of emotion, but rather, like a sequence variable, it is redistributed across different modules.
- The upper arched module enhances the feeling of expansion, wrapping, and opening, while the lower rectangular module strengthens the relationship of cutting, compression, and transition.
- The undulating connecting boundaries in the middle break absolute symmetry, allowing slight instability and activity to be retained in the system's order.
- Thick borders not only separate modules, but also turn each part into an independent object unit, which is then pieced together into a larger object.
- A sense of space is not created through perspective, but rather through the objectivity of the canvas, the expansion of outlines, and the juxtaposition of modules.
- The viewing path is not a central focus, but rather involves comparing and moving back and forth between multiple units to perceive the rhythm of the system's progression.
Structural indicators
Dominant relationship
System rules govern screen generation
Structural method
Shaped canvas module splicing + internal strip repetition
Comparison method
Juxtaposing stripe continuity with canvas outline variation
Spatial effect
The canvas shape enhances objectivity and a sense of place.
Rhythm mechanism
Modular variations and directional shifts in continuous progression
visual center of gravity
There is no single central authority; the burden is borne by multiple modules in a distributed manner.
Color Strategy
Highly recognizable solid colors are used in serialization to create a sense of rhythm.
Boundary features
The outer boundary is just as important as the inner boundary; both together determine the viewing logic.
Viewing path
It begins with an arched expansion, progresses through a lower rectangular variation, and then moves in a cyclical manner within the overall assembly.
Overall temperament
Rational, concise, object-oriented, and possessing a strong sense of systemic order
Neo-Plastic Order Study
Structure Summary
This work is based on a remarkably clear vertical-horizontal order, reorganizing the structural logic of Neo-Plasticism within a circular canvas. Unlike traditional rectangular canvases, the circular boundary of the tondo breaks the inherent stability of the orthogonal grid's outer frame. Therefore, all straight lines, color blocks, and negative space in the painting must rebalance within a more tense boundary condition. Large areas of blue occupy multiple areas in the upper left, lower left, and right, forming a calm, stable, and enveloping dominant aura. The white vertical and horizontal blocks act like channels, pauses, and breathing zones in the structure, strictly separating blue, red, and black, ensuring that the overall composition maintains a clear, restrained, and uncongested order. Two red vertical rectangles are located in the center left and right, respectively. They are not evenly distributed decorative elements but are inserted into the system as visual accents, serving to shift rhythm and uplift the structure. The narrow, elongated black vertical stripes and the black horizontal block in the lower right are more like proportional hinges or nodes of order. Although small in area, they greatly enhance the sense of division and weight of the structure, preventing the painting from appearing to float. The most important aspect of the entire work is not the number of color blocks, but rather the proportions, positions, spacing, boundary truncation, and asymmetrical distribution: the large blue on the left and the horizontal white above create a broad expanse, the vertical white band in the middle and the black vertical lines create a strong separation, and the compressed combination of red, blue, and black on the right constitutes a convergence and response. In this way, the work transforms the straight lines, primary colors, negative space, and asymmetrical balance of the Mondrian system into a more stable, more objectified, and more boundary-conscious ordered structure.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The circular frame is not an external decoration, but rather an active change in the way forces are applied to the vertical and horizontal systems.
- Black lines are used to establish the framework of order, determining the division, connection, and pauses between color blocks.
- Blue plays a stabilizing role over a large area and is the dominant color in the entire work, rather than simply filling in the color.
- Red appears only in key vertical positions, thus serving as a rhythmic accent and a structural boost.
- White is not a blank background, but rather a breathing zone, channel, and buffer surface in the proportional system.
- Asymmetrical distribution is more dynamic than mirror symmetry, allowing the image to retain internal tension while maintaining stability.
- The vertical relationship is significantly stronger than the horizontal relationship, giving the work a sense of rising, standing, and support.
- Although the black horizontal block in the lower right corner is not large, it acts like a ballast stone to stabilize the structure on the right side.
- The color blocks cut off by arcs at the edges indicate that the composition does not spread outward from the center, but rather that the edges and the center work together to achieve balance.
- The differences in proportion, positional offset, and spacing control determine the overall tension more than the number of color blocks themselves.
Structural indicators
Dominant relationship
The distribution of dominant color blocks is based on the black lines and white bands.
Structural method
Vertical-horizontal segmentation placed into the circular boundary
Comparison method
Primary color accents × Large areas of white space × Black for emphasis
Spatial effect
Planar segmentation creates a stable and clear proportional order.
Rhythm mechanism
Asymmetric progression in sparse accents
visual center of gravity
The central vertical white and black structure, together with the two red vertical blocks, forms the center of gravity.
Boundary features
The circular outer contour forces the internal mesh to truncate and converge.
Color Strategy
Blue dominates, red provides illumination, white provides buffering, and black defines the framework.
Viewing path
Entering from the upper left blue surface, passing through the horizontal white section, it transitions into the central vertical structure, and is then concluded by the red, blue, and black combination on the right.
Overall temperament
Calm, clear, rational, and stable with precise dynamism
Poetic Open Field Study
Structure Summary
This work does not rely on strict geometric grids or hard-edged systems to establish order. Instead, it creates an abstract field that is both structurally grounded and maintains a sense of breath and generation through open partitions, flexible curved surfaces, leaf-like shapes, translucent color layers, and slightly worn textures. The image is roughly composed of several rectangular blocks, but these blocks are not closed modular units. Each block is constantly reopened by curves, oblique cuts, leaf-shaped outlines, and large areas of white space. The blue, green, yellow, gray-white, and earthy gold tones do not create a strong clash. Instead, through softened edges, diluted overlapping relationships, and residual traces on the surface, they establish a rhythm closer to the season, airflow, and natural growth. The blue leaf shape in the upper left, the dark green oblique leaf in the upper middle, the gray double-petal shape in the middle right, the olive green leaf in the lower middle, and the light green curved surface in the lower right are not precisely coded patterns, but rather morphological clues that constantly emerge from an open structure. They are like plant fragments and also like abstracted units of natural rhythm. The yellow horizontal band and the central arc transition act like light or airflow, connecting multiple sections and making the work not rigidly pieced together, but rather softly flowing. Most importantly, the boundaries here do not function as barriers, but rather as guides, transitions, and extensions: each form seems capable of continuing to grow, move, and be covered, thus giving the entire work a distinct "unfinished" quality. It doesn't lock the composition in place, but rather preserves a sense of process between order and looseness, allowing the viewer to experience an open, gentle, and continuously evolving abstract space.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- Although the image has a partitioned structure, what really matters is not the closed grid lines, but the constantly opening boundary relationships between the blocks.
- The curved surface, leaf shape, and oblique cut surface together weaken the rigidity of the hard mesh, making the structure more similar to growth, drift, and respiration.
- Layering color is more important than hard cutting; many areas are not single color blocks, but retain traces of the covering, wiping, and residual processes.
- The yellow horizontal stripes, like light or airflow, run through multiple sections, serving as connections and transitions, rather than being isolated decorative strips.
- The blue and green shapes do not create a sharp conflict, but rather maintain a gentle rhythmic change through differences in brightness, area, and direction.
- The gray and white areas are not passive backgrounds; they act like air layers, pauses, and breathing zones, keeping the image open and relaxed.
- Leaf-like shapes are generative; they are not fixed like geometric templates, but rather like natural symbols that may continue to stretch or turn at any time.
- The surface texture, the sense of wear and tear, and the slightly dirty layers of color add a sense of time, giving the work a process-oriented rather than a cold, hard feeling of a one-time completion.
- The irregular edges give each unit an incomplete feel, thus weakening the final composition and strengthening the sense of unfolding.
- The entire work is not established by a single focal point, but rather by the resonance, response, and flow between multiple flexible nodes to maintain overall order.
Structural indicators
Dominant relationship
Open color fields and flexible boundaries dominate reading
Structural method
The parallel penetration of curved surfaces, leaf shapes, and color layers within the partitioned framework
Comparison method
Layered color effects, soft-edged contours, and subtle differences in light and shadow.
Spatial effect
Open boundaries create extended spaces, rather than closed-off boundaries.
Rhythm mechanism
Breathing-style unfolding and local generation work together to advance
visual center of gravity
There is no absolute center; the function is distributed among the yellow band, blue leaf shapes, and green nodes.
Boundary features
Soften, bend, and make the boundaries permeable to avoid locking the structure in place.
Color Strategy
The low-noise integrated color gamut incorporates blue, yellow, and green accents, creating a gentle fluctuation.
Viewing path
Entering from the upper left blue area, flowing horizontally through the middle yellow band, and then swirling in the lower green and golden-brown area.
Overall temperament
Light, slow, open, with a sense of natural growth and poetic pauses.
Concrete Interval Study
Structure Summary
This work establishes an extremely high density of order with a very limited variety of forms, making it a very typical example of "few elements, high control" in concrete artistic language. The picture is mainly composed of three colors: black, white, and cyan. All relationships revolve around rectangles, semicircles, curved lines, and pauses. The large black horizontal band at the top acts like a pressure structure, with a downward-curving cyan semicircle embedded inside, immediately giving the heavy black plane internal tension. The vertical cyan strip on the left acts as a lateral pillar, connecting the upper and lower areas. The white channel in the middle cuts the continuity between black and cyan, while precisely connecting the different modules, making the viewer always aware that "intervals" are not empty spaces, but an important part of the order itself. The cyan rectangle in the lower center and the black semicircle on its left form a strong positive and negative contrast: the same curved relationship is expressed as cyan pressing into the black field at the top, and as black cutting into the cyan field at the bottom, forming a systematic variation that echoes each other and reverses direction. The vertical black blocks on the right, together with the white border, form a converging area, allowing the entire work to ultimately return to a stable, clear, almost architectural boundary control after opening up on the left and unfolding in the center. The truly moving aspect of the work lies not in its complex patterns, but in the distance, pauses, transitions, and alignments between forms: the semicircles are not decorative curves, but rhythmic devices used to break the rigidity of rectangles; white is not a background, but a pause in the rhythm; black is not merely weight, but a skeleton defining proportions and boundaries. The entire work thus appears extremely calm, yet not rigid, possessing a lightness that flows slowly within a strict order.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The work establishes order with very few geometric units, with rectangles and semicircular cross-sections forming the basic grammar of the entire structure.
- Black primarily serves as the skeleton, responsible for boundaries, weight distribution, and module separation.
- Turquoise is not a decorative color, but rather an active surface in the structure, responsible for unfolding, breathing, and visual flow.
- The white space is not a background, but rather participates in the composition as a pause, transition, and proportion control.
- The upper cyan semicircle presses downward into the black field, while the lower black semicircle cuts to the left into the cyan field, creating a reciprocal echo.
- The vertical blue bar on the left and the vertical black block on the right form two supporting ends, maintaining a balance between openness and contraction in the image.
- The semicircular relationship weakens the mechanical feel of a pure rectangular system, allowing a soft rhythm to emerge from the calm order.
- The modules are not continuously attached to each other, but are separated by white channels, so the spacing itself becomes the source of the beat.
- Although the number of colors is small, the precise placement and clear area create a high reading density.
- The overall composition does not follow the traditional central theme. Instead, it establishes a system balance through vertical echoes, horizontal emphasis, and central spacing.
Structural indicators
Dominant relationship
Specific geometric units and spacing relationships jointly dominate
Structural method
Rectangular module + semi-circular cut surface + vertical boundary
Comparison method
Stable black and white contrast + flowing cyan and green contrast
Spatial effect
The blank space creates a clean and clear sense of proportion.
Rhythm mechanism
Reversal of direction and pauses in repetition syntax
visual center of gravity
The cyan semicircle in the upper black area and the cyan rectangle in the lower center form a double center of gravity.
Boundary features
The hard edges are clearly defined, and the curves only intervene at key points to break the rigidity.
Color Strategy
Limiting the color gamut enhances structural recognition and prevents emotional noise from interfering with order.
Viewing path
Entering from the left blue stripe, moving upwards to the top curved surface, then pausing in the middle white section before returning to the lower central structure.
Overall temperament
Calm, clear, light, and fluid while maintaining strict control.
Striped Interval Study
Structure Summary
This work doesn't create complexity through a multitude of elements, but rather relies on a few color planes, vertical stripes, sloping boundaries, and quiet negative space to organize an extremely restrained yet poetic rhythmic order. The most prominent framework of the composition comes from the two central vertical structures: a wide and deep black main strip runs vertically, topped with a circular node, like a clearly marked axis; the narrow orange-yellow strip to its right is like a bright note in a rhythm, forming a direct contrast with the black in terms of width, lightness, and heaviness. Around this central axis, the large color planes on the left and right sides unfold respectively: on the left is a large orange trapezoid that tapers downwards, connected to a cooler blue-gray surface below; on the right is a taller and larger blue sloping surface, pressed down by black at the top, and connected to black with a slowly rising arc, making the right side both stable and internally fluid. The slender white sloping surfaces on both sides are like gaps in light; they are not merely borders of negative space, but actively and gently expand the internal color planes from the outer edges, allowing the entire composition to breathe within its compactness. The light purplish-gray background and multiple borders further reduce the vibrancy of the colors, making the overall image appear calm, balanced, and clear. What truly determines the charm of the work is not the quantity of colors, but the proportions of width and width, the coordination of vertical and diagonal lines, the arrangement of solids and spaces, and the almost musical pauses between large color planes. Wuidar's geometric abstraction is often not a violent clash, but rather allows subtle differences to slowly emerge within a rigorous order; this work, through the precise control of stripes, color planes, boundaries, and intervals, transforms geometric language into a light and subtle rhythm.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The central black vertical bar serves as the primary structural axis and is the most important element supporting the overall order of the work.
- The adjacent narrow orange stripe is not an accompaniment, but rather creates a faster tempo through the difference in width and brightness.
- The orange ramp on the left and the blue ramp on the right are not mirror images, but rather maintain a difference in direction while maintaining approximate equilibrium.
- The black capping at the top right connects with the blue curved surface, creating a flexible flow on the right side within the hard-edged structure.
- The darker blue-gray area in the lower left corner acts as a weight, preventing the large orange area on the left from appearing too floating.
- The thin, white, sloping surfaces on both sides resemble controlled gaps, serving to separate, allow air to pass through, and brighten the boundaries.
- The light purple-gray background is not a passive substrate, but an important buffer layer that keeps the internal high-purity color relationships clear and restrained.
- The white rectangle at the top, together with the central circular node, gives the vertical structure a clear starting point and pause, rather than simply running through it.
- Stripes, color planes, backgrounds, and borders together create a progressive order, rather than a pattern arrangement on a single plane.
- The entire work uses very few variables to create a rich rhythm, demonstrating that a simple structure can also carry delicate and poetic rhythmic variations.
Structural indicators
Dominant relationship
The central strip dominates the overall rhythm distribution.
Structural method
Vertical axis + sloping sides + local curved transition
Comparison method
Differences in width, light and darkness, and temperature occur simultaneously.
Spatial effect
The white gaps and background buffer create a quiet and clear hierarchy.
Rhythm mechanism
Unequal spacing stripes and large color plane pauses work together to advance.
visual center of gravity
The central black bar and narrow orange-yellow bar form the main focal point, while the large color areas on the left and right provide balance.
Boundary features
The combination of vertical and diagonal lines with a few curves creates a sense of both strength and softness in the outer contour.
Color Strategy
The primary colors are orange, blue, and black, with a light purple-gray background used to reduce noise.
Viewing path
Entering from the central black bar, read the orange face pressure to the left, then turn to the right to observe the relationship between the blue and black arc pressure.
Overall temperament
Calm, elegant, and restrained, preserving poetic pauses within rigorous geometry.
Concrete Module Study
Structure Summary
This work exemplifies the fundamental concept of "rules preceding expression" in concrete art: the image doesn't begin with free intuition to find form, but rather first establishes a repeatable, deductive, and interchangeable geometric modular system, allowing color, direction, and adjacency relationships to change within this system. The central structure consists of four nearly identical square ring units arranged in a 2x2 configuration. Each unit contains a white hollow square, while the exterior is composed of beveled edges, straight edges, and corner faces forming a continuous framework. The modules themselves are highly unified, yet not rigid, because the color configuration within each unit is not the same: blue, orange, red, and green rotate, shift, and connect in various edges and corners, maintaining isomorphism while creating local differences among the four units. Most importantly, this variation is not arbitrary coloring, but rather occurs within a unified grammar, like mathematical variable substitution, thus creating a sense of both order and dynamism when viewed. The four modules converge at the center to form a radial node, subtly drawing all color blocks in the direction of this center, giving the work a structural tension that combines centripetal and centrifugal forces, despite lacking traditional perspective. The large white outer boundary not only serves as a backdrop but also acts like an empty space in an experimental setting, clearly highlighting the internal color modules and making the central group appear exceptionally accurate, bright, and stable. The true charm of the work lies not in its complex patterns but in the precise execution of the entire logic of "unified modules—color rotation—adjacent variations—central convergence": the changes occur within the system, while the system itself remains calm, transparent, and readable.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The unified module first establishes an order base, and all changes must occur within the same structural syntax.
- Each unit consists of a square hollow structure, straight edges, and beveled corners, thus exhibiting a highly readable structural pattern.
- Colors are not applied freely and lyrically, but rather rotate in the same module like variable substitution.
- The four modules are isomorphic to each other, but local differences are created through color shifting and directional alignment, thus the unity contains variations.
- The central intersection is an important structural node of the entire work, where the edges of each unit visually converge.
- The white central hole is not empty, but rather used to maintain rhythm, reinforce the module borders, and improve overall clarity.
- The large area of external white space supports the central module group, making the internal high-saturation color relationship more concentrated and accurate.
- The beveled edges soften the rigidity of the pure square system, making the transitions between modules more fluid.
- The distribution of red, blue, green, and orange is not evenly spread out, but rather creates a shift in temperature and visual jumps through their adjacent relationships.
- Change follows rules and does not depend on chance; therefore, the image does not give people a sense of chaotic abundance, but rather a precise and clear sense of order.
Structural indicators
Dominant relationship
Module order dominates color change
Structural method
Four sets of isomorphic square ring modules combined in a 2x2 configuration
Comparison method
High-purity hot and cold alternation + central white hole pause
Spatial effect
Leave blank spaces to enhance the central group and maintain overall cleanliness.
Rhythm mechanism
Color shifting and adjacent variation in uniform rules
visual center of gravity
The central node where the four modules converge forms the main center of gravity.
Boundary features
Straight edges and bevels together define the module's outline, avoiding a rigid and closed shape.
Color Strategy
Blue, orange, red, and green rotate within a unified unit, forming a variable-style order.
Viewing path
Enter from any module, circle along the border, and then return to the central intersection to complete the loop.
Overall temperament
Calm, bright, calculable, maintaining an active beat within a rigorous system
Layered Lucite Light Study
Structure Summary
The most important characteristic of this work is not the geometric division on a single plane, but the simultaneous inclusion of color planes, materials, thickness, translucency, and object edges in the composition, transforming geometric abstraction from "images" to "glowing, layered objects." The surface of the painting appears as several vertical color bands: a strong start with highly saturated magenta and deep pink on the left, followed by natural wood grain layers in the middle, then narrow red stripes, a pale purple transparent layer, bright yellow, a yellow-green transition, a deep green main body, and a convergence of orange and white edges on the right. But the true visual experience goes beyond these color names, because each color band has a different thickness, transparency, and edge treatment. The magenta and pink areas are like directly pressed-in color planes, while the wood grain stripes introduce the sense of time and handcrafted traces of natural materials into a highly controlled geometric structure; there is a clear overlapping and refraction relationship between yellow and green, indicating that the color is not simply applied to the surface, but activated by light within the material; the orange and white boundary on the right is like a gradually dissipating band of light, so that the work is not abruptly cut off, but slowly fades out at the edges of the objects. The entire work thus possesses a very unique dual nature: on the one hand, it maintains the order, vertical rhythm, and awareness of boundaries of geometric abstraction; on the other hand, through overlapping layers, transparent obscuring, material differences, and the penetration of light, it makes the colors seem to be "generated" rather than "painted." The viewer is not facing a static image, but a layered entity whose depth and temperature constantly change with angle, distance, and ambient light. Geometric relationships here are no longer merely planar compositional relationships, but become the result of the combined effects of light, material, depth, and edges.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- Layered structures are more important than single-plane divisions; the true composition occurs in the relationship between materials.
- The vertical banded order provides a clear framework, ensuring that various materials and lighting effects do not lose overall control.
- Highly saturated magenta and red provide the initial impact, quickly establishing the visual temperature and rhythm of the artwork.
- Natural wood grain panels break away from the monotony of purely industrial colors, bringing a sense of time, materiality, and handcrafted traces into the geometric system.
- The light purple, yellow, and green areas are not simply juxtaposed, but rather exhibit overlapping, refraction, and edge penetration relationships.
- The large, dark green main body provides visual weight, preventing the bright yellow layer in the center from appearing floating.
- The orange and white edge on the right resembles a gradually fading band of light, allowing the artwork to retain a sense of airiness and lingering charm even as it comes to a close.
- The increased edge thickness enhances the sense of objectivity, indicating that this is not a color that is "painted on," but rather a color layer that "exists as an object."
- The alternation of transparent and opaque materials creates depth not through perspective, but through realistic layers.
- The color relationships change with the viewing position and lighting, thus the artwork has a temporal aspect rather than a one-time reading.
Structural indicators
Dominant relationship
Layered material structure dominates the view
Structural method
Vertical color banding + overlapping transparent layers + edge convergence of objects
Comparison method
High-saturation pure colors, natural wood grain, and semi-transparent light layer are juxtaposed.
Spatial effect
Light transmission, occlusion, and thickness work together to create realistic depth.
Rhythm mechanism
The rhythm is advanced by the progressive layers and variations in width from left to right.
visual center of gravity
The central wood grain, red stripes, and yellow luminescent layer form the core focal point.
Boundary features
The boundary is not simply an outline, but rather the object edge that possesses thickness and a diffused light effect.
Color Strategy
Using magenta, yellow, and green as the main colors, supplemented by purple, orange, and white to adjust temperature conversion.
Viewing path
Entering from the highly saturated pink on the left, it transitions through wood grain and red stripes, lingers in a yellow and green translucent layer, and then fades out towards the orange and white edge on the right.
Overall temperament
Bright, precise, and objectified, retaining a sense of light and warmth within cool geometry.
Gravity Distortion Study
Structure Summary
The most distinctive feature of this work is its advancement of geometric abstraction from static planar relationships to a spatial state akin to weightlessness, slippage, interweaving, and suspension. The image is built upon a deep blue background, but what truly matters is not a single color block, but rather the directional conflict and illusion of depth created by the overlapping of multiple sets of semi-transparent, acute-angled, and zigzag geometric panels. Long strips, triangles, and sloping surfaces of blue, cyan, purple, yellow-green, orange-red, and pink-purple constantly traverse, obscure, overlap, and shift within the same space, making it difficult for the viewer to simply perceive them as "graphics pasted on paper." Instead, they resemble a group of lightweight panels that are lifted, twisted, folded, and cross-supported, briefly suspended in the air. Transparent overlays create new intermediate color layers in the intersecting areas, allowing spatial relationships to shift beyond simple obstruction, constantly changing through a visual experience akin to overlay and refraction. The central, upward-sloping dark blue and orange-red stripes act as the main axis of the work, tightening the loosely distributed panels. On the right, long, yellow-green stripes and purple blocks form another set of slanted supports, giving the right half an almost upright, tilting feel. The large area of light blue and cyan-green sloping surfaces on the left resembles a rotating plane, providing the initial force for unfolding, opening, and drifting. The most captivating aspect of the entire work lies in its dual nature as both painting and sculpture: the colors remain painterly, but the edges, layers, perspective illusions, and gravitational disturbances give these colored surfaces an object-like sense of volume. The painting does not rely on realistic shadows to simulate volume; instead, through switching of orientations, semi-transparent overlays, sharp angles, and an overall tilted structure, the plane constantly oscillates between "image" and "object" as the viewer observes it.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The artwork does not rely on a stable grid, but rather establishes an overall order through tilting, intersecting, and sliding relationships.
- Semi-transparent surfaces are more important than single solid color blocks because spatial illusions mainly come from the layering changes after overlapping.
- The central deep blue and orange-red diagonal strips form the core axis, which is the strongest guiding line of the entire work.
- The large, sloping light blue and turquoise surfaces on the left provide a sense of expansion, giving the image a tendency to be rotated and flipped from the very beginning.
- The yellow-green strip on the right side, together with the purple surface, forms a second support system, making the right half appear both upright and tilted.
- The deep blue background is not an empty space, but a spatial base that unifies all the floating geometric panels.
- The sharp angles and the slant of the long side enhance the sense of instability of the structure, keeping the eye constantly on edge.
- Color partitioning not only distinguishes different panels, but also helps viewers identify orientations, turns, and front and back occlusions.
- The artwork does not have a single center, but instead uses multiple diagonal lines of force to continuously draw the eye from the lower left to the upper right, and then back to the center.
- Painterliness and sculptural quality are not opposites here; the flat color achieves a sense of volume precisely through the objectified edges.
Structural indicators
Dominant relationship
Volumetric illusion and overlapping structures dominate the viewing experience
Structural method
Multiple sets of inclined plates are intersected, suspended, and interleaved.
Comparison method
Transparent layering + high-purity color switching + light and dark compression
Spatial effect
Geometric panels create a sense of floating, tilting, and weightlessness in a flat surface.
Rhythm mechanism
Multi-node staggered response in oblique main shaft propulsion
visual center of gravity
The central area where orange-red and dark blue meet forms the main focal point.
Boundary features
The intensity of spatial disturbance is determined by the intersection of the long side of the acute angle and the irregularity.
Color Strategy
Warm and cool high-purity colors interweave within the transparent layer, creating a lively yet orderly effect.
Viewing path
Entering from the large sloping surface on the left, ascending along the central main axis, and then being folded back by the yellow-green strip and purple block on the right.
Overall temperament
Light, suspended, offset, precise—maintaining a high degree of control amidst instability.
Radiating Color Study
Structure Summary
This work concentrates all its power on the optical vibrations created by adjacent colors, repeating rectangles, and central focus. The outer red-orange frame acts like a continuously heated enveloping field, while the inner green and pink-orange rectangles advance towards the center at equal intervals, ultimately compressing the viewer's gaze onto a slender blue vertical rectangle. The forms are minimal, yet the extremely precise control of proportion and spacing makes the image not merely visible, but seem to continuously glow, tremble, indent, and expand. What truly matters is not the individual color blocks, but the excitation relationship between adjacent colors: the red-orange frame intensifies the temperature, the green field provides continuous vibration, the pink-orange lines cut the rhythm into high-frequency pulses, and the blue center, like a cold light nucleus, suddenly coalesces under the pressure of warm colors. The result is that a static plane is perceived as a pulsating energy field.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The central slender rectangle is used to establish the focal point first, so that all repeating structures converge toward a clear core.
- The rectangular lines are not repeated randomly, but rather form a calculable optical rhythm through equidistant progression.
- The extensive use of green provides a continuous vibrational atmosphere, while the pink and orange lines divide this vibration into high-frequency pulses.
- The red and orange outer frame resembles a temperature and pressure field, responsible for enveloping all internal relationships and enhancing the overall feeling of warmth.
- The blue center, due to its strong contrast with the surrounding warm colors and highly saturated green, appears activated as if it were a cold light source.
- Adjacent color relationships are more important than single color blocks; true radiance comes from edge collisions rather than localized gradients.
- The repetitive rectangle creates a dual illusion of inward inhalation and outward expansion, making the image resemble both a passageway and a radiation source.
- The more precise the proportions, the stronger the optical vibrations; any imbalance in spacing will disrupt the overall stability of light emission and beam convergence.
Structural indicators
Dominant relationship
The central luminescent structure dominates the overall viewing experience.
Comparison method
High-purity warm-cold collisions and complementary adjacent vibrations
Spatial effect
The center bulges forward and emits light, while the outer periphery creates a sense of oppression and retreat.
Rhythm mechanism
High-frequency edge flicker in equidistant repetition
Objecthood Pattern Study
Structure Summary
This work combines repetitive modules, boundary cuts, and surface wear, so that the geometric patterns are no longer just flat decorations, but like the surface of an object that has been constructed, imprinted, and repaired layer by layer.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The pattern is not a decoration attached to the surface, but rather it forms an overall structure together with the boundaries.
- The tan-colored modules appear repeatedly, like a basic layer in the system, responsible for connecting the entire screen.
- The semicircles, rounded rectangles, and horizontal stripes are repeated, but their length and position are slightly modified each time.
- Repetition is not mechanical copying, but a modified repetition with a sense of manual adjustment.
- The scratches, indentations, and wear on the surface give the geometry a sense of time and material.
- Dark, short bars act like pauses in a rhythm, creating clear anchor points between low-saturation color blocks.
- Horizontal layers are key to organizing the image, allowing the reading experience to progress in a linear fashion.
- Many shapes are truncated at the edges, indicating that the border itself is a shape generator.
Structural indicators
Dominant relationship
Boundary cutting and module duplication are the two main factors.
Comparison method
Low saturation overall color levels + dark nodes to control the rhythm
Spatial effect
Object-oriented edges enhance the sense of surface solidity
Rhythm mechanism
Modification repetition in lateral band propulsion
Serial Open Cube Study
Structure Summary
The most important aspect of this work is not the single graphic itself, but rather "how a system of rules generates visual complexity." The image is built within a clear circular boundary, with multiple concentric circles continuously encircling and advancing from the outside, while the center is composed of a dense core of interlocking and nested hexagonal star structures. All the lines maintain a generally consistent width, and the colors cycle between red, orange, yellow, green, blue, purple, and gray, giving the entire work both a high degree of order and a continuously flowing rhythm. What is truly noteworthy is that this complexity is not the result of free collage, but rather a visual structure that is automatically derived from a set of a priori rules that are constantly repeated, intersecting, rotating, and nesting: the rings are responsible for establishing the continuous rhythm of the periphery, while the stars are responsible for creating intersections, interweaving, and directional conflicts in the central area. Together, they transform the plane into a geometric system that is almost like rotating, vibrating, and expanding. The small stars in the center are like compressed energy cores, while the surrounding large stars are like structural frameworks that are constantly being enlarged, extended, and woven; at the same time, the concentric circles are like sound waves, tree rings, or orbits, enveloping this central structure, causing the viewer to both focus inward and be constantly pulled outward. The work does not rely on traditional chiaroscuro to shape volume, but rather creates spatial illusions through sequence, repetition, interlocking, and color adjacency: some ribbon-like structures appear to float in the foreground, some seem to recede into the background, and some appear to be weaving through each other. Thus, although the plane is absolutely flat, it gives the viewer a sense of continuously generating depth and movement. The work thus clearly embodies a conceptual geometric approach: the image is not impromptu decoration, but the result of rules being executed; color is not lyrical smearing, but a replaceable variable within a system; form is not determined all at once, but gradually reveals itself in the progression of the sequence.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- Rules precede results; the entire work is more like a visual presentation of a geometric program being executed.
- The uniformly wide colored stripes are the most basic grammatical units; all complexity arises from their interleaving, turning, and nesting.
- The concentric rings are responsible for establishing the outer rhythm, creating a continuous and uniform sense of expansion when viewed.
- The interlaced hexagonal structure is responsible for creating dense interweaving and directional conflict in the central area, thereby increasing structural tension.
- A circular boundary is not simply an outer frame, but rather a way to gather all the internal sequence relationships into a complete object.
- Color is not a free expression of emotion, but rather, like a system variable, it constantly rotates within the same banded structure.
- The central small star image compresses the focal point, while the large star image unfolds into structural layers, creating a clear progression in scale.
- The interlacing relationship of the strip units creates an illusion of depth in the plane, as if some parts of the structure are floating up and others are sinking down.
- Repetition is not mechanical copying, but rather a process of continuous nesting and shifting within repetition, thus maintaining vitality within the order.
- The focus of appreciating the entire work is not on individual color blocks, but on how rules, sequences, directions, and color rotations together constitute the whole.
Structural indicators
Dominant relationship
Conceptual rules guide the generation of the overall structure
Structural method
Concentric circle sequence + nested interlaced hexagons
Comparison method
High-purity multi-color rotation + uniform strip skeleton
Spatial effect
Central focus and peripheral expansion together create a deep illusion.
Rhythm mechanism
Circular progression and interlacing in continuous repetition
visual center of gravity
The central star-shaped cluster and its outer overlapping bands form the core and focus.
Boundary features
The circular outer contour enhances objectivity and unifies all internal sequences.
Color Strategy
Red, orange, yellow, green, blue, purple, and gray rotate within a unified grammar, creating high-frequency visual vibrations.
Color ratio
White approx. 191 TP3T / Red approx. 111 TP3T / Orange approx. 111 TP3T / Yellow approx. 121 TP3T / Green approx. 121 TP3T / Blue approx. 131 TP3T / Purple approx. 111 TP3T / Light Gray approx. 111 TP3T
Viewing path
Focused by a small central star, the energy expands outward along intersecting stripes, eventually being enveloped by concentric circles.
Overall temperament
Precise, bright, and conceptual, maintaining a strong vitality within a rigorous order.
Layered Modern Surface Study
Structure Summary
The most distinctive feature of this work is not that it establishes order solely through geometric blocks, but rather through the staggered layering of large areas of black, strong electric blue, a warm beige-gold base, and localized rust-orange nodes, creating a modern abstract surface that is both weighty and sharp. Although the image is suggestively divided into several rectangular blocks, these blocks are not stable because the black forms continuously cross the boundaries, press down on the base layer, and cut through the blue, keeping the entire surface in a dynamic state of "being covered—being uncovered—reconnecting." The blue is not a background color, but rather a luminous layer that suddenly emerges from the gaps in the black structure, serving to transition, brighten, and change direction; the warm beige-gold acts as a deeper base, preventing the strong contrast between black and blue from appearing suspended and giving it a material basis. Rounded corners, semicircles, arcs, arches, bevels, and elongated shapes appear repeatedly in the work. These forms retain the clarity of modern geometry while avoiding mechanical flatness due to their overlapping and boundary occlusion. The rust-orange dot in the lower right corner is particularly crucial. Although small in size, it acts like a deep drumbeat, injecting a warm focal point into the otherwise cool relationship between black and blue, making the entire work not just a calm structure, but also imbued with an inner energy. What truly supports the work's charm is the logic of its surface layers: black acts as the foreground barrier, blue as the middle layer of cuts and flow, and the warm-toned bottom layer as a stable foundation pressed beneath. These elements constantly alternate, making the image resemble both a pieced-together modern wall and a set of abstract components that have been imprinted, covered, and displaced.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The layering determines the surface complexity; black, blue, and warm background are not laid out side by side, but rather overlapped one after the other.
- The large black shape plays a dominant structural role, serving as the most important covering and skeletal layer of the entire work.
- Blue is not an accompaniment, but a mid-layer highlight used to activate boundaries, change direction, and create strong visual cuts.
- The warm beige base provides a sense of materiality and a calm atmosphere, allowing the high-contrast relationship to be established on a stable foundation.
- Rounded corners, arches, semicircles, and bevels work together to reduce the rigidity of a pure rectangular system, making the structure more fluid.
- Block partitioning is merely an implicit framework; what truly matters are the black main blocks and blue transition surfaces that move across blocks.
- Although the small rust-orange dots are small, they form an important rhythmic accent in the large area of cool and dark colors.
- The intersection of boundaries is more important than the size of simple color blocks; the meaning of many shapes comes from the residual outlines after they have been occluded or truncated.
- The decorative aspect of the work is not superficial, but rather based on the coexistence of highly recognizable colors and a rigorous structural relationship.
- The sense of depth on a surface does not depend on realistic shadows, but rather on the order of color layer coverage and the relationship between edges.
Structural indicators
Dominant relationship
The layered surfaces and the black main structure together dominate the viewing experience.
Structural method
Rounded corners, curved surfaces, and bevels in rectangular sections are overlapped with elongated strips in a staggered manner.
Comparison method
Strong black and blue contrast + warm base for cushioning + touches of rust orange for a striking effect
Spatial effect
The front layer blocking and the middle layer revealing together create a sense of depth on the surface.
Rhythm mechanism
Edge exposure, truncation, and local accent progression in misaligned superposition
visual center of gravity
The black and blue cross and rust-orange dots in the center-right area form the core focus.
Boundary features
Boundaries are constantly being crossed, severed, and reconnected, enhancing visual density.
Color Strategy
Using black for weight, blue for highlighting, and warm background for stability, a highly recognizable modern abstract vocabulary is established.
Color ratio
Warm White approx. 121 TP 3T / Warm Beige approx. 231 TP 3T / Black approx. 371 TP 3T / High Purity Blue approx. 191 TP 3T / Rust Orange approx. 21 TP 3T / Deep Dark Gradient approx. 71 TP 3T
Viewing path
It was first drawn in by the large area of black, then moved along the blue cut, and finally landed on the warm base and the rust orange node.
Overall temperament
Heavy, sharp, modern, maintaining a strong tension between suppression and radiance.
Optical Expansion Study
Structure Summary
This work most typically embodies Vasarely's optical art method: instead of shaping space through realistic perspective, shadows, or volume, it relies on a strictly repeating grid, continuously deforming square units, and high-contrast color relationships to create the illusion of bulging, concave, distorted, and pulsating surfaces when viewed. The entire image is built on a seemingly homogeneous grid system, but this system does not remain mechanically flat; instead, it is stretched, bent, bulged, and compressed in two main areas, thus transforming the grid itself from a stable coordinate system into an elastic field. The white sphere in the upper left and the green sphere in the lower right appear to bulge outward from the plane, while the black vertical twisted band in the center-right area seems to suddenly suck space in, creating a visual effect similar to a vortex or a concave channel. The real key is not the image of a single sphere, but how the grid units deform with the field: near the bulging center, the squares are expanded and bent into arcs; near the contracting areas, the grid is squeezed, twisted, and rapidly densified, so the viewer naturally feels that the surface has a soft, stretchable, and almost rubber-like physical elasticity. Color further amplifies this illusion: white and black create the greatest contrast between light and dark, forming the strongest sense of depth; blue, cyan, green, and purple constantly shift in temperature and gradation within the flowing grid, transforming optical vibrations from mere black-and-white contrasts into a continuously moving, comprehensive color field. Therefore, the entire work is not simply "painting two spheres," but rather demonstrating that as long as the grid relationships, proportional changes, and color alignment are sufficiently precise, the plane itself can generate spatial illusions, volumetric illusions, and motion illusions.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The repeating grid is the basic grammar of the entire work; all illusions are built upon a unified sequence.
- Once the grid is bent, stretched, and compressed, the plane will be viewed as an elastic spatial field.
- The bulging areas in the upper left and lower right corners are not drawn spheres, but rather an illusion of volume created by the outward expansion of the grid.
- The black, twisted band in the center-right area creates a sense of a deep, inward-pushing hole through extreme darkening and mesh contraction.
- The difference in light and dark is more important than local details; the protrusion and recession are primarily determined by the judgment of light and shadow.
- The continuous transition of cool colors makes the spatial illusion more fluid, and it does not remain at the level of a single black and white illusion.
- The white grid is not a background line, but the optical structure itself; without it, the bulging and distortion would lose their readability.
- Local changes must conform to the overall field. No single square is important; what matters is how the entire grid deforms continuously.
- The visual speed of the center and the edge is different. The edge is more like a stretched frame, while the center bears the strongest distortion and energy concentration.
- The sense of movement in the artwork is not actual movement, but rather a dynamic experience created by the eye constantly correcting its spatial perception during the viewing process.
Structural indicators
Dominant relationship
Optical grid sequence dominates overall perception
Structural method
A homogeneous grid system undergoes localized bulging, twisting, and compression.
Comparison method
Extreme contrast in shade + cool color gradient + local highlighting with bright colors
Spatial effect
The upper left and lower right sides protrude forward, while the dark band in the middle is sunken inward.
Rhythm mechanism
Continuous deformation within a repeating enclosure generates high-frequency vibrations.
visual center of gravity
The white bulge in the upper left, the green bulge in the lower right, and the black depression in the middle form a triple focal point.
Boundary features
The edge mesh maintains the overall framing function while providing a reference for central deformation.
Color Strategy
Black and white establish the maximum spatial difference, while blue, green, and violet are responsible for extending optical vibrations and layered flow.
Color ratio
Cool white approx. 181 TP3T / Black approx. 121 TP3T / Dark blue approx. 201 TP3T / Bright blue approx. 141 TP3T / Cyan blue approx. 121 TP3T / Bright green approx. 141 TP3T / Yellow-green approx. 61 TP3T / Purple approx. 41 TP3T
Viewing path
First attracted by the white protrusion in the upper left, then sliding towards the black depression in the middle, and finally landing in the green bulge in the lower right.
Overall temperament
Intense, elastic, and dizzying, continuously producing spatial illusions under strict control.
Architectonic Wall Study
Structure Summary
The most important characteristic of this work is not merely limiting geometric shapes to planar divisions, but rather incorporating the materials, thickness, splicing, frame, and wall space into the composition simultaneously, transforming geometric abstraction into a wall object imbued with architectural consciousness. The central main body is composed of multiple irregular triangles and beveled panels, resembling an inclined, unfolding polyhedron, like both a folded plane and a structural component suspended, stressed, and unfolding. Blue is the most striking color in the main body, but it is not a single, uniform industrial coating; rather, it exhibits distinct brush marks, varying shades, and a semi-transparent, layered feel. Thus, blue both constitutes a color surface and reveals the manufacturing process and the material's surface. Darker black and blue panels are distributed in the upper left, lower left, and at local turning points, acting as ballast surfaces and dark supports in the structure, preventing the large areas of bright blue from appearing floating and instead achieving stability, restraint, and a skeletal feel. More importantly, the white dividing edges are not merely drawn lines, but actual seams and structural edges between the panels, both defining orientations and revealing the object's assembly logic. The slender, dark lines and the traces of diagonal components further enhance the sense of "force" and "structure," making the work not merely a combination of colors, but a support system with inherent tension. The outer light-colored wooden rectangular frame is also extremely important: it is not a simple border, but like an architectural container, supporting the tilted, rotating, and interwoven main body inside; at the same time, the gaps, shadows, and white wall spaces between the frame and the main body allow the work to maintain a sense of breath. Thus, the picture is truly composed of three layers: at the foreground is the main object made of spliced panels, in the middle is the structural order formed by the frame and the seam lines, and at the end is the spatial extension provided by the wall and shadows. Painting, woodwork, and wall sculpture are not subordinate to each other here, but together constitute the conditions for the work's existence.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The thickness of the material enhances the sense of real existence of the composition, making geometry no longer just an image, but an object.
- The white dividing lines are not decorative outlines, but rather a direct representation of the joints between the panels and the structural relationship.
- The bright blue areas serve to expand the main structure, while the darker areas are responsible for weighting, converging, and stabilizing the overall composition.
- The brush marks and surface rubbing allow the color to retain the manufacturing process, preventing it from degenerating into an overly smooth industrial finish.
- The external wooden frame is not an additional border, but rather a building container that provides support and contrast for the sloping internal structure.
- The main body does not completely fill the frame, but creates a sense of tension and breathability through empty spaces and suspension.
- The slanted boundaries and triangular units constantly change orientation, making the viewer feel that the structure is folding, turning, and being stressed.
- The shadows on the wall become additional lines as the light changes, causing the boundaries of the artwork to extend further into the real space.
- Craftsmanship and artistry coexist here, and the splicing method itself is part of the visual language.
- The surface, structure, frame, and walls are inseparable; removing any part will weaken the spatial composition of the artwork.
Structural indicators
Dominant relationship
Object structure dominates the overall view
Structural method
Triangular panel assembly + tilted polyhedral main body + external rectangular frame
Comparison method
Contrast between bright blue and dark blue weight distribution + Contrast between smooth seams and brush marks texture
Spatial effect
The thickness of the panels, the gaps in the frame, and the shadows on the wall together expand the composition.
Rhythm mechanism
Force transition and irregular orientation during diagonal splicing
visual center of gravity
The bright blue area on the right side and the central seam node form the core focal point.
Boundary features
Real edges, seams, and frames together define the outline of an object.
Color Strategy
Blue dominates the spatial feel, complemented by darker colors for weight and a wooden frame for stability.
Color ratio
Warm white approx. 31% / Light wood frame approx. 14% / Bright blue approx. 29% / Dark blue transition approx. 12% / Black and blue weighting approx. 9% / White seams approx. 5%
Viewing path
First, one is drawn to the bright blue center, then wanders along the white seams and dark diagonal lines, finally returning to the relationship between the outer frame and the wall.
Overall temperament
Calm, solid, architectural, maintaining a clear order amidst the traces of handcraft.
Diagrammatic Tension Study
Structure Summary
The most distinctive feature of this work is that it doesn't treat geometry as a closed, stable, or perfect form, but rather transforms it into a visual language that approximates illustration, indication, framing, measurement, and deduction. A large area of warm orange-red background first establishes a unified and continuous field, like a backdrop covered by high temperature; the series of dark blue linear frames, sloping boundaries, and open polygons that appear on it resemble skeletons extracted from architectural sketches, structural diagrams, path selections, or spatial markers. These blue structures are not filled into solids, but rather remain as empty frames, broken lines, corners, interlocking, and intersecting states; therefore, they are more like outlines of "indicative relationships" than the shape of a "complete object." The work's important tension comes from here: the orange-red is continuous, heavy, and holistic, while the blue frames are cut, offset, slender, and directional; one is like a field, the other like a path; one is like a base, the other like a rule. Several slanted frames on the left and right sides are close to each other but not completely overlapping, while a more upright, deep blue structure resembling a doorway or passageway appears in the center. This gives the painting both a sense of instability, as if swaying left and right, and a sense of order supported vertically in the center. Several thin scratches, scuffs, and shallow linear traces further illustrate that this is not purely cold, hard numerical geometry, but a surface bearing traces of manual correction, movement, and thought process. The most noteworthy aspect of the entire work is not the individual figures, but how these frames resemble a logical device that is not yet fully closed, constantly guiding the eye to a state where "a structure is being built, but it is still under adjustment." Thus, the painting is no longer just an arrangement of color blocks, but a diagrammatic deduction about spatial relationships, boundary conditions, directional judgments, and implicit order.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- The diagrammatic relationships precede the closed shape; the blue structure is more like a path marker, a framing device, and a spatial indication than a complete entity.
- The warm orange-red background forms a unified field, making all the blue frames appear to be continuously projected on the same high-pressure background.
- Empty frames are more important than solid blocks because leaving them blank keeps the structure open, emphasizing relationships rather than filling in the result.
- The left and right tilted frame creates offset and instability, while the more upright frame in the middle provides the necessary support for order.
- The width, angles, and opening patterns of the blue structures are not entirely consistent, thus retaining the vitality of continuous modification during repetition.
- The thin, light beige slits and the white edges create breathing spaces within the heavy, warm background, preventing the image from being completely closed off.
- Scratches, scratches, and fine line traces preserve the thought process behind the craft, giving the work both graphic clarity and a sense of time on the surface.
- Geometry here is not just a form, but the path of thought itself; each edge is like an illustration of a directional judgment and a boundary test.
- The explicit blue outline and the implicit scratches work together to create two layers of reading: the "visible structure" and the "structure that is still being formed".
- The complexity of the work does not come from the number of graphics, but from the continuous deduction of interlocking frames, directional offsets, white space at openings, and differences in layers.
Structural indicators
Dominant relationship
Diagrammatic logic and linear framework dominate the diagramming process.
Structural method
An open polygonal frame, a vertical door frame structure, and an interlocking juxtaposition of inclined boundaries
Comparison method
The warm orange-red overall field contrasts sharply with the slender high-purity blue structure, creating a strong sense of hierarchy.
Spatial effect
The offset frame and the blank space around the openings work together to create a sense of flexible space.
Rhythm mechanism
Tilt left and right, stabilize in the middle, and advance repeatedly at local corners.
visual center of gravity
The central dark blue vertical structure forms the main support, while the left and right diagonal frames continuously create disturbances.
Boundary features
The boundaries are mostly in an unclosed, truncated, or offset state, which enhances the openness and sense of deduction.
Color Strategy
Color is primarily used to distinguish structural levels and spatial relationships, rather than to decorate and enrich the image.
Color ratio
Warm orange-red approx. 721 TP 3T / High-purity blue approx. 181 TP 3T / Light beige approx. 61 TP 3T / Deep orange-red approx. 41 TP 3T
Viewing path
First, I was drawn in by the large area of orange-red, then I moved up and down along the blue frame, and finally I compared it back and forth in the left-right tilting relationship.
Overall temperament
Tension, openness, deductive reasoning, maintaining a constant tension between geometric order and manual correction.
Geometric Assemblage Study
Structure Summary
The power of this work does not come from the number of elements, but from the precise arrangement of a very small number of geometric units in terms of proportion, hierarchy, adjacency, and chamfer. The entire picture first establishes a quiet, uniform, and stable field with a large area of cobalt blue background, and then embeds a highly saturated magenta-rose composite block in the center, immediately pushing the viewer from the external stillness to the internal structure. The central subject is not a single rectangle, but seems to be composed of multiple modules that have been cut, folded, stacked, and assembled: on the left is a relatively complete bright magenta main surface, with a continuously receding stepped thin layer attached to the top, like a panel that unfolds step by step in a digital interface; the upper right is a deeper rose-red beveled body, with a wedge-shaped force pressing towards the center; the dark blue triangular area and small curved cut surface in the lower right are like the shadow and gap in the supporting structure, so that the whole retains a moment of being hollowed out and folded open within its completeness. What's truly important is that these forms are not a free collage, but rather a highly controlled assembly process: each edge responds to another, each angle alters the orientation of the next color surface, and every layering suggests "this is an assembled object," not a randomly drawn pattern. The work thus possesses both a digital cleanliness and an objectified presence: it appears minimalist, yet conceals very precise proportions; it seems flat, yet establishes a bas-relief-like spatial sense through overlapping, compression of light and dark areas, and stepped receding layers. The entire work can be understood as a typical example of contemporary compositional language: geometry is no longer merely stable shapes, but a relational system formed through deconstruction, assembly, offsetting, and compression.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- Beneath its minimalist appearance lies precise proportion control; the true complexity lies in the edges, chamfers, and hierarchical relationships.
- The blue background is not a passive substrate, but rather a static field that stabilizes the entire composition, making the central assembled block appear more focused.
- The central magenta main surface bears the main visual weight and is the most direct foreground structure of the entire work.
- The thin layers that recede continuously in the upper left corner resemble modules that are pushed out in segments, creating a rhythmic, digital, and graphical feel.
- The deep magenta oblique cut in the upper right corner resembles a wedge-shaped component pressed into the main structure, responsible for changing the overall orientation and center of gravity.
- The dark blue triangle in the lower right corner and the small curved notch are crucial; they transform the artwork from a complete block into an object with a more assembled feel and a sense of internal space.
- The white borders support the internal blue field and the central block as a whole, making the structural relationships clearer and more independent.
- Edge relationships are more important than brushstrokes; almost all tension comes from tangents, angles, cuts, and adjacency patterns.
- Numerical thinking is reflected in clean outlines and highly restrained use of variables; there are few changes, but every single one is precise and effective.
- The work does not depict objects, but rather demonstrates an abstract logic of "how components form a whole".
Structural indicators
Dominant relationship
Assembly geometry and hierarchical allocation dominate the screen
Comparison method
The high-saturation magenta and cobalt blue static field form the main contrast, supplemented by the deep blue shadow area for weighting.
Spatial effect
Create bas-relief-like variations in depth through shading, chamfering, and layering.
Rhythm mechanism
Light variations and step-by-step progression in modular splicing
visual center of gravity
The main focal point is formed by the boundary between magenta and deep rose, slightly to the right of the center.
Boundary features
Clear boundaries, well-defined corners, and local gaps break the inertia of the complete rectangle.
Color Strategy
With few variables and high contrast, the design uses blue to stabilize the field, pink to brighten, and dark blue to conclude.
Color ratio
Warm white approx. 171 TP3T / Cobalt blue approx. 50 TP3T / High saturation magenta approx. 20 TP3T / Deep rose red approx. 10 TP3T / Deep blue (negative side) approx. 31 TP3T
Viewing path
First, you enter through the large blue field, then you are drawn in by the central magenta block, and finally you move along the diagonal cut and delamination relationship to the lower right gap.
Overall temperament
Calm, precise, contemporary, retaining a high degree of construction within a simple exterior.
Patterned Depth Mapping Study
Structure Summary
This work does not rely on a single geometric module to establish order. Instead, it simultaneously superimposes grid partitions, circular perforated patterns, white biological curved surfaces, collage-like underlayers, and scratch marks to form a spatial organization resembling an "abstract map" or a "stratigraphic profile." The image is roughly divided into several rectangular blocks, but these blocks do not lock the composition, because large, flowing white curved surfaces continuously cross the grid lines, reconnecting the various areas. The turquoise perforated structures, like cut-out templates, topographical layers, or surveying symbols, appear repeatedly in different locations, giving the image a distinct rhythmic quality. The deepest layer consists of brown-gold, gray-black, ochre, and fragmented textures and variegated colors, conveying a sense of sedimentation, wear, and time, like a layer of history pressed beneath the surface. Above this lies a large area of warm gray-white, resembling a layer of fog, limestone, or a repeatedly polished surface, partially revealing and partially concealing the underlying information. Above that are bright turquoise circular perforated plates and clusters of dots, pulling the structure back from free texture to a readable geometric order. The large, curved white shape at the foreground resembles a floating passageway, river, airflow, or a peeled-off sheet, creating a continuous sense of movement across the flat grid. The truly moving aspect of the work lies in its failure to use perspective to create depth. Instead, it relies on pattern density, occlusion, material texture, color compression, and boundary crossings to generate a "walkable abstract space." The viewer feels not as if looking at a single pattern, but as if reading a complex map composed of topography, markings, sections, ruins, and flowing paths.
Color ratio
Click on the color swatch to view the position and proportion of only this color within the whole.
Run logic
- Patterns and color gradations work together to create depth; the sense of space comes primarily from the organization of layers, rather than from perspective.
- The large, white, curved shape is not a passive blank space, but rather the foremost flowing structure responsible for crossing zones and connecting the screen.
- The bluish-green perforated plates, resembling survey templates or a system of symbols, are the primary source of the middle-level order.
- The underlying brown-gold, gray-black, and variegated collages provide a sense of sedimentation, giving the image a temporal quality similar to strata, ruins, or map bases.
- The rectangular partitions are just the initial framework; the real composition comes from these blocks being continuously reconnected by white curved surfaces and circular hole structures.
- The repetition of dots and holes is not mechanical decoration, but rather a way to create variations in density and visual resonance in different areas.
- Local textures, scratches, and embossing marks free the geometric relationships from a pure industrial feel, instead giving them a sense of handcrafted correction and material memory.
- Hierarchical relationships are more important than individual graphics; the same hole or curve can play completely different roles at different depths.
- Abstract space originates from occlusion, exposure, passage, and pattern density, rather than from vanishing point perspective.
- The work combines patterns, collage, a sense of map and geometric order, allowing the viewer to switch back and forth between reading and wandering.
Structural indicators
Dominant relationship
Pattern hierarchy dominates space
Comparison method
Color gradient + pattern density
Spatial effect
Map-like depth unfolding
Rhythm mechanism
Hierarchical progression in pattern repetition
Color ratio
Warm grayish-white approx. 301 TP3T / Light cyan approx. 181 TP3T / Yellowish-brown approx. 161 TP3T / Grayish-brown approx. 201 TP3T / Dark gray approx. 161 TP3T
The power of classic abstract geometric works comes not from intuitive color choices, but from clear and restrained color structures. This exercise systematically deconstructs representative works to analyze the distribution, proportion, and relationships of colors within geometric frameworks, and to understand how color participates in spatial construction and the generation of order. The focus is not on evaluating the style of the works, but on identifying their color logic, thereby transforming subjective visual perception into structural experience that can be understood and applied.
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