easytarget2000 / matthew-android Goto Github PK

Allow the user to put in a width and height of a target image and retrieve a bitmap after painting shapes.

Goals as first described in #6:
http://ginva.com/2016/10/material-design-wallpapers/
https://s1.funon.cc/img/thumb/201809/12/5b999b9fc44d0.jpg
https://s1.funon.cc/img/thumb/201809/12/5b999b9fc44d0.jpg

Add variation of configuredBitmapBackedCanvas() that takes Resources as a parameter. The Resources Parameter will be used to populate the colour source.

In #4 and #10, the palettes were populated like this:

• Visit materialpalette.com
• Select two colours
• Copy "dark primary color", "light primary color", "primary color" and "accent color" into a 4 item array in the Resources file "array.xml"
• Name the array after the two colours, e.g. "material_color_palette_blue_amber"
• Add the array to the array of Resource IDs, "material_color_palettes"

This process has been done manually so far, but seems like a candidate for automation.

Implement the ability to draw polygons with 3 to 8 edges. The position of the polygons should be given from the centre of the shape. The position the shape should be given on a pixel scale and a grid scale.
Example: A typical grid size is 8. In this case, a 1000x1000px image will be divided into a grid of 8x8. One unit of this grid will be 125x125px large. The polygon drawer can then be told to draw a polygon that is 4 grid units wide at the grid position 3,4. This polygon will be 500px in diameter and centred around the point 375, 500.

TBD: The relationship between diameter and the actual polygon side lengths.

Goals:
http://ginva.com/2016/10/material-design-wallpapers/
https://s1.funon.cc/img/thumb/201809/12/5b999b9fc44d0.jpg
https://s1.funon.cc/img/thumb/201809/12/5b999b9fc44d0.jpg

Create a class MatthewView inheriting from the Android SDK's "View". Useful for sample module.

kotlin.UninitializedPropertyAccessException: lateinit property availablePalettes has not been initialized
at eu.ezytarget.matthew.ColorSource.getAvailablePalettes(ColorSource.kt:9)
at eu.ezytarget.matthew.Matthew.selectRandomPalettes(Matthew.kt:69)
at eu.ezytarget.matthew.Matthew.configuredBitmapBackedCanvas(Matthew.kt:37)
at eu.ezytarget.matthew.Matthew.configuredBitmapBackedCanvas$default(Matthew.kt:33)

During the development of Micopi for Android - Matthew Rework, a wrapper class to Kotlin's kotlin.random.Random was required. This class should move into this library. This is also a good step towards better abstraction.

During the development of Micopi for Android - Matthew Rework, a feature for this library was developed.