A Geometric Cone Generator

Create a projection diagram of a right circular cone.

The cone has a height of 30 mm.

The base circle radius is 10 mm.

The cone is displayed resting on its base on the horizontal plane (H.

P).

A golden,

metallic-textured triangle set against a smooth green background.

3rd angle projection showing a square with a hole of 25 radius.

Dimensions are labeled around the square.

The drawing is precise and technical in nature.

The image displays a technical drawing of a pentagonal pyramid.

It has a base with sides measuring 50 mm and an axis length of 70 mm.

The base is positioned on the horizontal plane.

One edge of the base is oriented perpendicularly to the vertical plane.

A section plane is illustrated,

which is perpendicular to the vertical plane and inclined at 40 degrees to the horizontal.

This section plane bisects the pyramid's axis.

The various views include the front view,

sectional top view,

sectional side view,

and the true shape of the section,

demonstrating complex geometry in a two-dimensional layout.

Tiny isometric bonsai trees on a white platform.

Soft smooth lighting created in 3D using Blender.

Blue background with three trees and a gray stone.

Rendered in modular constructivism style.

A small house model sits on a table surrounded by financial documents and a key,

with a person nearby.

A close-up of a pen poised over a sheet filled with complex mathematical equations.

A geometric illustration of a regular hexagon with points labeled A B C D E F.

External points are marked as C and N.

Connecting lines from the vertexes to points on the outside show relationships.

The overall presentation is clear and educational.

This image shows a cone with a base diameter of 40 mm and height of 50 mm.

The cone has a generator line in the vertical plane and the axis is parallel to the horizontal plane.

Projection is illustrated in the first angle projection style.

A decorative arrangement with stars and pine cones in a ceramic vase.

A street view features a striking,

tall cone-shaped building with a mesh-patterned surface,

surrounded by traditional multistory urban structures.

The image displays a technical drawing of a pentagonal pyramid with a base of 50 mm sides and an axis length of 70 mm.

The base lies on the horizontal plane,

with one of the base edges oriented perpendicular to the vertical plane.

A section plane is shown,

which is perpendicular to the vertical plane and inclined at 40 degrees to the horizontal plane,

bisecting the axis of the pyramid.

The various views represent the front view,

sectional top view,

sectional side view,

and the true shape of the section.

This drawing illustrates the complex geometry involved in three-dimensional shapes in a two-dimensional format.

A pentagonal pyramid with a 30mm base side and 60mm altitude.

The pyramid rests on its base on the horizontal plane (HP) with one base side parallel to the vertical plane (VP).

A section plane intersects the pyramid,

perpendicular to VP and inclined at 35 degrees to HP,

bisecting the axis.

Draw the section and the true shape of the section.

Illustration of a pentagonal plate with dimensions.

One corner on horizontal plane.

Plane inclined at thirty degrees to HP.

Opposite side inclined at forty-five degrees to the vertical plane.

Projection lines clearly marked.

This is a beautifully crafted gold target-set ring featuring a stunning centerpiece.

At its core lies a 2-carat round brilliant cut diamond,

elegantly nestled in a milgrain bezel.

The main diamond is encircled by a ring of 16 diamonds,

enhancing its brilliance.

Surrounding this,

a halo of 28 tiny brilliant cut diamonds adds to the overall sparkle.

The design flows seamlessly with three additional diamonds adorning each shoulder,

showcasing exquisite craftsmanship and detail.

3rd angle projection of a cylindrical object.

Dimensions labeled indicate size.

Clean and clear illustration for technical use.

A close-up view of a sleek,

black,

honeycomb-like structure with glossy surfaces and abstract reflections.

3rd angle projection of a cylindrical object with labeled dimensions.

Illustration is clean and clear for technical use.

Generate a scene resembling an Incan clocktower.

It incorporates M.

C.

Escher's style.

The building features impossible geometries and interconnected elements.

It includes potted succulents,

stairs,

arches,

and pathways defying physics.

The materials are dark terracotta and gold.

The background is black.

A sculpted high arched mechanical clock is the centerpiece.

A cactus sits in a white pot,

illuminated by blue and red lights on a smooth surface.

A geometric network of spheres connected by rods forming an intricate pattern.

A hand is shown against a computer screen displaying a diamond ring.

The hand is positioned with fingers spread slightly.

The screen shows a detailed and elegant diamond ring with sparkling stones.

The actual hand does not have any rings on its fingers.

The image is focused on the comparison between the hand and the ring on the screen.

Create an isometric building resembling an Incan clocktower inspired by M.

C.

Escher.

Include impossible geometries and pathways.

Use dark terracotta and silver materials.

High arched mechanical clock in center.

Small potted green succulents by stairs and arches.

Dark background for emphasis.