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Preparing to add matrices to the list

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Synthasmagoria 2026-07-30 22:16:35 +02:00
commit 4987f1b0d2
4 changed files with 127 additions and 82 deletions
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44
field_pool.odin Normal file
View file

@ -0,0 +1,44 @@
package main
import "libraries/fixed_pool"
Field :: struct($T: typeid) {
value: f32,
input: FieldInput,
}
FIELD_BYTE_COUNT :: 32
FieldInput :: [FIELD_BYTE_COUNT]byte
FieldPool :: struct($T: typeid) {
values: fixed_pool.Pool(T),
inputs: fixed_pool.Pool(FieldInput),
}
field_input_as_cstring :: proc(field_input: ^FieldInput) -> cstring {
return cstring(&field_input[0])
}
field_pool_get :: proc(pool: ^FieldPool($T), count: int) -> (values: []T, inputs: []FieldInput) {
return fixed_pool.get(&pool.values, count), fixed_pool.get(&pool.inputs, count)
}
field_pool_clear :: proc(pool: ^FieldPool($T)) {
fixed_pool.clear(&pool.values)
fixed_pool.clear(&pool.inputs)
}
field_pool_init :: proc(pool: ^FieldPool($T), capacity: int, allocator := context.allocator) {
fixed_pool.init(&pool.values, capacity, allocator)
fixed_pool.init(&pool.inputs, capacity, allocator)
}
field_pool_free_range :: proc(pool: ^FieldPool($T), from: int, count: int) {
fixed_pool.free_range(&pool.values, from, count)
fixed_pool.free_range(&pool.inputs, from, count)
}
field_pool_get_allocated_elems :: proc(pool: ^FieldPool($T)) -> #soa[]Field(T) {
values := fixed_pool.get_allocated_elems(pool.values)
fields := fixed_pool.get_allocated_elems(pool.inputs)
return soa_zip(value = values, input = fields)
}

8
libraries/pool/pool.odin → libraries/fixed_pool/fixed_pool.odin
View file

@ -14,6 +14,10 @@ elems_available :: proc(pool: ^Pool($T), capacity: int) -> bool {
return pool.usage + count <= pool.capacity
}
capacity :: proc(pool: Pool($T)) -> int {
return len(pool.pool)
}
get :: proc(pool: ^Pool($T), count: int) -> []T {
range_to := pool.usage + count
assert(range_to <= len(pool.pool), "pool.get count reaches outside preallocated size")
@ -40,3 +44,7 @@ free_range :: proc(pool: ^Pool($T), from, count: int) {
assert(to < pool.usage, "Cannot free beyond usage")
mem.copy(&pool.pool[from], &pool.pool[to], (pool.usage - to) * size_of(T))
}
raw_data :: proc(pool: ^Pool) -> rawptr {
return raw_data(pool.pool)
}

64
libraries/snths_ui/ui.odin
View file

@ -11,14 +11,13 @@ rect_get_tr :: #force_inline proc(rect: rect2) -> v2 {return {rect.x + rect.widt
rect_get_br :: #force_inline proc(rect: rect2) -> v2 {return {rect.x + rect.width, rect.y + rect.height}}
rect_get_bl :: #force_inline proc(rect: rect2) -> v2 {return {rect.x, rect.y + rect.height}}
rect_get_size :: #force_inline proc(rect: rect2) -> v2 {return {rect.width, rect.height}}
rect_grow :: proc(rect: rect2, amount: v2) -> rect2 {
return {rect.x - amount.x / 2.0, rect.y - amount.y / 2.0, rect.width + amount.x, rect.height + amount.y}
}
rect_grow :: proc(rect: rect2, amount: v2) -> rect2 {return {rect.x - amount.x / 2.0, rect.y - amount.y / 2.0, rect.width + amount.x, rect.height + amount.y}}
ctx: ^Context
Context :: struct {
origin: v2,
element_focus_id: int,
containers: [dynamic]int,
container_last_element: [dynamic]int,
elements: [dynamic]Element,
@ -29,6 +28,7 @@ CONTAINER_STACK_SIZE :: 16
Element :: struct {
area: rect2,
id: int,
using config: ElementConfiguration,
data: ElementData,
type: ElementType,
@ -42,12 +42,19 @@ ElementConfiguration :: struct {
}
ElementData :: struct {
using float_input_data: ElementData_FloatInput,
min, max: f32,
value: ^f32,
value_string: cstring,
}
ElementData_Slider :: struct {
min, max: f32,
value: ^f32,
}
ElementData_FloatInput :: struct {
min, max: f32,
value: ^f32,
value_string: cstring,
}
ElementType :: enum {
@ -57,6 +64,8 @@ ElementType :: enum {
InputFloat,
}
@rodata element_type_input := bit_set[ElementType] {.InputFloat}
Size_Pixels :: distinct f32
Size_Percentage :: distinct f32
Size_PercentageRemainder :: distinct f32
@ -104,6 +113,36 @@ same_line :: proc() {
ctx.same_line = true
}
focus_element :: proc(ctx: ^Context, element: Element) {
ctx.element_focus_id = element.id
}
unfocus_element :: proc(ctx: ^Context) {
ctx.element_focus_id = -1
}
is_element_focused :: proc(ctx: ^Context, element: Element) -> bool {
return ctx.element_focus_id == element.id
}
focus_next_element :: proc(ctx: ^Context, allowed_focus := element_type_input) {
if ctx.element_focus_id == -1 {
return
}
if ctx.element_focus_id + 1 >= len(ctx.elements) {
ctx.element_focus_id = -1
return
}
ctx.element_focus_id += 1
for ctx.element_focus_id < len(ctx.elements) {
if ctx.elements[ctx.element_focus_id].type in allowed_focus {
return
}
ctx.element_focus_id += 1
}
ctx.element_focus_id = -1
}
container_begin :: proc(dimensions: Dimensions, config: ElementConfiguration) -> ^Element {
area := _resolve_element_area(dimensions, config.margin)
element := _append_element({area = area, config = config, type = .Container, dimensions = dimensions})
@ -158,14 +197,14 @@ button :: proc(dimensions: Dimensions, config: ElementConfiguration) -> ^Element
dimensions = dimensions})
}
slider :: proc(dimensions: Dimensions, config: ElementConfiguration, data: ElementData_FloatInput) -> ^Element {
slider :: proc(dimensions: Dimensions, config: ElementConfiguration, data: ElementData_Slider) -> ^Element {
assert_no_dimensions_percentage_in_auto_container(dimensions)
area := _resolve_element_area(dimensions, config.margin)
return _append_element({
area = area,
config = config,
type = .Slider,
data = {float_input_data = data},
data = {max = data.max, min = data.min, value = data.value},
dimensions = dimensions})
}
@ -176,7 +215,7 @@ input_float :: proc(dimensions: Dimensions, config: ElementConfiguration, data:
area = area,
config = config,
type = .InputFloat,
data = {float_input_data = data},
data = {value = data.value, value_string = data.value_string},
dimensions = dimensions})
}
@ -190,8 +229,11 @@ get_element_inner_area :: proc(element: Element) -> rect2 {
_append_element :: proc(element: Element) -> ^Element {
append(&ctx.elements, element)
ctx.container_last_element[len(ctx.containers) - 1] = len(ctx.elements) - 1
return &ctx.elements[len(ctx.elements) - 1]
last_element_index := len(ctx.elements) - 1
last_element := &ctx.elements[last_element_index]
last_element.id = last_element_index
ctx.container_last_element[len(ctx.containers) - 1] = last_element_index
return last_element
}
_resolve_element_area :: proc(dimensions: Dimensions, margin: v2) -> rect2 {
@ -222,7 +264,7 @@ _resolve_element_outer_size :: proc(dimensions: Dimensions) -> v2 {
_resolve_elemment_outer_size_axis :: proc(size: Size, axis: Axis) -> f32 {
switch value in size {
case Size_Pixels:
return cast(f32)value
return f32(value)
case Size_Percentage:
inner := get_element_inner_area(_container_current()^)
container_size := inner.width if axis == .X else inner.height

89
program.odin
View file

@ -1,45 +1,9 @@
package main
import fixed_pool "libraries/pool"
import rl "libraries/raylib"
import ui "libraries/snths_ui"
Field :: struct($T: typeid) {
value: f32,
input: FieldInput,
}
FIELD_BYTE_COUNT :: 8
FieldInput :: [FIELD_BYTE_COUNT]byte
FieldPool :: struct($T: typeid) {
values: fixed_pool.Pool(T),
inputs: fixed_pool.Pool(FieldInput),
}
field_pool_get :: proc(pool: ^FieldPool($T), count: int) -> (values: []T, inputs: []FieldInput) {
return fixed_pool.get(&pool.values, count), fixed_pool.get(&pool.inputs, count)
}
field_pool_clear :: proc(pool: ^FieldPool($T)) {
fixed_pool.clear(&pool.values)
fixed_pool.clear(&pool.inputs)
}
field_pool_init :: proc(pool: ^FieldPool($T), capacity: int, allocator := context.allocator) {
fixed_pool.init(&pool.values, capacity, allocator)
fixed_pool.init(&pool.inputs, capacity, allocator)
}
field_pool_free_range :: proc(pool: ^FieldPool($T), from: int, count: int) {
fixed_pool.free_range(&pool.values, from, count)
fixed_pool.free_range(&pool.inputs, from, count)
}
field_pool_get_allocated_elems :: proc(pool: ^FieldPool($T)) -> #soa[]Field(T) {
values := fixed_pool.get_allocated_elems(pool.values)
fields := fixed_pool.get_allocated_elems(pool.inputs)
return soa_zip(value = values, input = fields)
}
import "libraries/fixed_pool"
import "core:fmt"
FontStyle :: struct {
font: rl.Font,
@ -69,6 +33,7 @@ program: Program
Program :: struct {
ui_context: ui.Context,
matrix_field_pool: FieldPool(f32),
matrix_count: int,
grid: Grid,
font_style: FontStyle,
state: ProgramState,
@ -108,7 +73,7 @@ program_build_ui :: proc() -> []ui.Element {
}
ui.start(&program.ui_context, {0, 0}, {WINDOW_WIDTH, WINDOW_HEIGHT})
top_bar_container := ui.container_begin({ui.Size_Percentage(1.0), ui.Size_Pixels(64.0)}, container_config)
top_bar_container := ui.container_begin({ui.Size_Percentage(1.0), ui.Size_Pixels(48.0)}, container_config)
top_bar_inner_height := ui.get_element_inner_area(top_bar_container^).height
top_bar_button_dimensions := ui.Dimensions {ui.Size_Pixels(top_bar_inner_height), ui.Size_Pixels(top_bar_inner_height)}
top_bar_button_config := ui.ElementConfiguration {margin = V2_ONE * 4}
@ -122,43 +87,29 @@ program_build_ui :: proc() -> []ui.Element {
}
ui.container_end()
ui.container_begin({ui.SIZE_AUTO, ui.Size_PercentageRemainder(1.0)}, container_config)
{
mat: matrix[3, 3]f32
container_config := ui.ElementConfiguration{margin = V2_ONE * 4.0, label = ""}
ui.container_begin({ui.Size_Percentage(0.2), ui.Size_PercentageRemainder(1.0)}, container_config)
for i in 0..<program.matrix_count {
container_config := ui.ElementConfiguration{margin = V2_ONE * 4.0, label = fmt.ctprintf("Matrix %d", i)}
container_dimensions := ui.Dimensions {ui.SIZE_AUTO, ui.SIZE_AUTO}
config := container_config
config.label = "Matrix 0"
ui_mat3(&mat, 0.0, 1000.0, container_dimensions, container_config)
mat := cast(^mat3)&program.matrix_field_pool.values.pool[i * 9]
value_strings := program.matrix_field_pool.inputs.pool[i * 9 : i * 9 + 9]
ui_mat3(mat, value_strings, container_dimensions, container_config)
}
ui.container_end()
return ui.end()
}
ui_mat3 :: proc(mat: ^mat3, min, max: f32, dimensions: ui.Dimensions, config: ui.ElementConfiguration) {
ui.container_begin({ui.SIZE_AUTO, ui.SIZE_AUTO}, config)
ui_mat3 :: proc(mat: ^mat3, value_strings: []FieldInput, dimensions: ui.Dimensions, config: ui.ElementConfiguration) {
ui.container_begin(dimensions, config)
matrix_input_config := ui.ElementConfiguration {margin = V2_ONE * 4.0}
matrix_input_dimensions := ui.Dimensions {ui.Size_Pixels(96.0), ui.Size_Pixels(48.0)}
matrix_input_data := ui.ElementData_FloatInput {value = nil, min = min, max = max}
data := matrix_input_data
data.value = &mat[0, 0]
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
matrix_input_dimensions := ui.Dimensions {ui.Size_Percentage(1.0 / 3.0), ui.Size_Percentage(1.0 / 3.0)}
#unroll for i in 0..<3 {
ui.input_float(matrix_input_dimensions, matrix_input_config, {value = &mat[i, 0], value_string = field_input_as_cstring(&value_strings[i * 3 + 0])})
ui.same_line()
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
ui.input_float(matrix_input_dimensions, matrix_input_config, {value = &mat[i, 1], value_string = field_input_as_cstring(&value_strings[i * 3 + 1])})
ui.same_line()
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
ui.same_line()
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
ui.same_line()
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
ui.same_line()
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
ui.same_line()
ui.input_float(matrix_input_dimensions, matrix_input_config, data)
ui.input_float(matrix_input_dimensions, matrix_input_config, {value = &mat[i, 2], value_string = field_input_as_cstring(&value_strings[i * 3 + 2])})
}
ui.container_end()
}
@ -171,10 +122,10 @@ program_render_ui :: proc(elements: []ui.Element) {
case .Button:
rl.GuiButton(area, element.label)
case .Slider:
data := element.data.float_input_data
data := element.data
rl.GuiSlider(area, element.label, "", data.value, data.min, data.max)
case .InputFloat:
data := element.data.float_input_data
data := element.data
str: cstring = " "
rl.GuiTextBox(area, str, i32(len(str) - 1), false)
}