use deckmint::layout::{GridLayoutBuilder, split_v};
use deckmint::objects::shape::ShapeOptionsBuilder;
use deckmint::objects::text::TextOptionsBuilder;
use deckmint::{AlignH, AlignV, Presentation, ShapeType};
fn add_labeled_shape(
slide: &mut deckmint::Slide,
shape: ShapeType,
label: &str,
cell: deckmint::CellRect,
fill: &str,
) {
let strips = split_v(&cell, 2, 0.02);
let shape_area = strips[0].inset(0.06);
slide.add_shape(
shape,
ShapeOptionsBuilder::new()
.rect(shape_area)
.fill_color(fill)
.build(),
);
slide.add_text(
label,
TextOptionsBuilder::new()
.rect(strips[1])
.font_size(7.0)
.color("#444444")
.align(AlignH::Center)
.valign(AlignV::Top)
.build(),
);
}
fn main() {
let mut pres = Presentation::new();
let palette1 = [
"#4472C4", "#5B9BD5", "#2E75B6", "#1F4E79",
"#ED7D31", "#F4A460", "#D35400", "#A0522D",
"#70AD47", "#A9D18E", "#548235", "#2E7D32",
];
let palette2 = [
"#FFC000", "#FFD54F", "#FF8F00", "#E65100",
"#9B59B6", "#CE93D8", "#7B1FA2", "#4A148C",
"#E74C3C", "#EF5350", "#C62828", "#B71C1C",
];
let palette3 = [
"#1ABC9C", "#2ECC71", "#3498DB", "#9B59B6",
"#E67E22", "#E74C3C", "#34495E", "#16A085",
"#27AE60", "#2980B9", "#8E44AD", "#F39C12",
];
let palette4 = [
"#00BCD4", "#009688", "#4CAF50", "#8BC34A",
"#CDDC39", "#FFC107", "#FF9800", "#FF5722",
"#795548", "#9E9E9E", "#607D8B", "#3F51B5",
];
{
let slide = pres.add_slide();
slide.set_background_color("#FAFAFA");
slide.add_text(
"Basic Shapes",
TextOptionsBuilder::new()
.bounds(0.3, 0.15, 9.4, 0.5)
.font_size(22.0)
.bold()
.color("#1B2A4A")
.build(),
);
let shapes: Vec<(ShapeType, &str)> = vec![
(ShapeType::Rect, "Rect"),
(ShapeType::RoundRect, "RoundRect"),
(ShapeType::Snip1Rect, "Snip1Rect"),
(ShapeType::Ellipse, "Ellipse"),
(ShapeType::Triangle, "Triangle"),
(ShapeType::RtTriangle, "RtTriangle"),
(ShapeType::Diamond, "Diamond"),
(ShapeType::Pentagon, "Pentagon"),
(ShapeType::Hexagon, "Hexagon"),
(ShapeType::Heptagon, "Heptagon"),
(ShapeType::Octagon, "Octagon"),
(ShapeType::Decagon, "Decagon"),
(ShapeType::Dodecagon, "Dodecagon"),
(ShapeType::Trapezoid, "Trapezoid"),
(ShapeType::Parallelogram, "Parallelogram"),
(ShapeType::Plus, "Plus"),
(ShapeType::Donut, "Donut"),
(ShapeType::Can, "Can"),
(ShapeType::Cube, "Cube"),
(ShapeType::Bevel, "Bevel"),
(ShapeType::Frame, "Frame"),
(ShapeType::Plaque, "Plaque"),
(ShapeType::Chord, "Chord"),
(ShapeType::Teardrop, "Teardrop"),
];
let cols = 6;
let rows = 4;
let grid = GridLayoutBuilder::grid_n_m(cols, rows, 0.1)
.origin(0.3, 0.7)
.container(9.4, 4.75)
.build();
for (i, (shape, label)) in shapes.iter().enumerate() {
let col = i % cols;
let row = i / cols;
if row >= rows { break; }
let cell = grid.cell(col, row);
let color = palette1[i % palette1.len()];
add_labeled_shape(slide, shape.clone(), label, cell, color);
}
}
{
let slide = pres.add_slide();
slide.set_background_color("#FAFAFA");
slide.add_text(
"Stars & Decorative Shapes",
TextOptionsBuilder::new()
.bounds(0.3, 0.15, 9.4, 0.5)
.font_size(22.0)
.bold()
.color("#1B2A4A")
.build(),
);
let shapes: Vec<(ShapeType, &str)> = vec![
(ShapeType::Star4, "Star4"),
(ShapeType::Star5, "Star5"),
(ShapeType::Star6, "Star6"),
(ShapeType::Star7, "Star7"),
(ShapeType::Star8, "Star8"),
(ShapeType::Star10, "Star10"),
(ShapeType::Star12, "Star12"),
(ShapeType::Star16, "Star16"),
(ShapeType::Star24, "Star24"),
(ShapeType::Star32, "Star32"),
(ShapeType::Heart, "Heart"),
(ShapeType::Moon, "Moon"),
(ShapeType::Sun, "Sun"),
(ShapeType::SmileyFace, "SmileyFace"),
(ShapeType::LightningBolt, "LightningBolt"),
(ShapeType::Cloud, "Cloud"),
(ShapeType::Wave, "Wave"),
(ShapeType::DoubleWave, "DoubleWave"),
(ShapeType::Ribbon, "Ribbon"),
(ShapeType::Ribbon2, "Ribbon2"),
(ShapeType::NoSmoking, "NoSmoking"),
(ShapeType::Funnel, "Funnel"),
(ShapeType::Gear6, "Gear6"),
(ShapeType::Gear9, "Gear9"),
];
let cols = 6;
let rows = 4;
let grid = GridLayoutBuilder::grid_n_m(cols, rows, 0.1)
.origin(0.3, 0.7)
.container(9.4, 4.75)
.build();
for (i, (shape, label)) in shapes.iter().enumerate() {
let col = i % cols;
let row = i / cols;
if row >= rows { break; }
let cell = grid.cell(col, row);
let color = palette2[i % palette2.len()];
add_labeled_shape(slide, shape.clone(), label, cell, color);
}
}
{
let slide = pres.add_slide();
slide.set_background_color("#FAFAFA");
slide.add_text(
"Arrow Shapes",
TextOptionsBuilder::new()
.bounds(0.3, 0.15, 9.4, 0.5)
.font_size(22.0)
.bold()
.color("#1B2A4A")
.build(),
);
let shapes: Vec<(ShapeType, &str)> = vec![
(ShapeType::RightArrow, "RightArrow"),
(ShapeType::LeftArrow, "LeftArrow"),
(ShapeType::UpArrow, "UpArrow"),
(ShapeType::DownArrow, "DownArrow"),
(ShapeType::LeftRightArrow, "LeftRightArrow"),
(ShapeType::UpDownArrow, "UpDownArrow"),
(ShapeType::BentArrow, "BentArrow"),
(ShapeType::BentUpArrow, "BentUpArrow"),
(ShapeType::UturnArrow, "UturnArrow"),
(ShapeType::CurvedRightArrow, "CurvedRight"),
(ShapeType::CurvedLeftArrow, "CurvedLeft"),
(ShapeType::CurvedUpArrow, "CurvedUp"),
(ShapeType::CurvedDownArrow, "CurvedDown"),
(ShapeType::StripedRightArrow, "StripedRight"),
(ShapeType::NotchedRightArrow, "NotchedRight"),
(ShapeType::Chevron, "Chevron"),
(ShapeType::HomePlate, "HomePlate"),
(ShapeType::QuadArrow, "QuadArrow"),
(ShapeType::CircularArrow, "CircularArrow"),
(ShapeType::SwooshArrow, "SwooshArrow"),
(ShapeType::LeftUpArrow, "LeftUpArrow"),
(ShapeType::LeftRightUpArrow, "LRUpArrow"),
(ShapeType::BlockArc, "BlockArc"),
(ShapeType::Arc, "Arc"),
];
let cols = 6;
let rows = 4;
let grid = GridLayoutBuilder::grid_n_m(cols, rows, 0.1)
.origin(0.3, 0.7)
.container(9.4, 4.75)
.build();
for (i, (shape, label)) in shapes.iter().enumerate() {
let col = i % cols;
let row = i / cols;
if row >= rows { break; }
let cell = grid.cell(col, row);
let color = palette3[i % palette3.len()];
add_labeled_shape(slide, shape.clone(), label, cell, color);
}
}
{
let slide = pres.add_slide();
slide.set_background_color("#FAFAFA");
slide.add_text(
"Flowchart Shapes",
TextOptionsBuilder::new()
.bounds(0.3, 0.15, 9.4, 0.5)
.font_size(22.0)
.bold()
.color("#1B2A4A")
.build(),
);
let shapes: Vec<(ShapeType, &str)> = vec![
(ShapeType::FlowChartProcess, "Process"),
(ShapeType::FlowChartAlternateProcess, "AltProcess"),
(ShapeType::FlowChartDecision, "Decision"),
(ShapeType::FlowChartInputOutput, "Input/Output"),
(ShapeType::FlowChartPredefinedProcess, "Predefined"),
(ShapeType::FlowChartDocument, "Document"),
(ShapeType::FlowChartMultidocument, "MultiDoc"),
(ShapeType::FlowChartTerminator, "Terminator"),
(ShapeType::FlowChartPreparation, "Preparation"),
(ShapeType::FlowChartManualInput, "ManualInput"),
(ShapeType::FlowChartManualOperation, "ManualOp"),
(ShapeType::FlowChartConnector, "Connector"),
(ShapeType::FlowChartOffpageConnector, "OffpageConn"),
(ShapeType::FlowChartDelay, "Delay"),
(ShapeType::FlowChartDisplay, "Display"),
(ShapeType::FlowChartSort, "Sort"),
(ShapeType::FlowChartMerge, "Merge"),
(ShapeType::FlowChartExtract, "Extract"),
(ShapeType::FlowChartCollate, "Collate"),
(ShapeType::FlowChartOr, "Or"),
(ShapeType::FlowChartInternalStorage, "IntStorage"),
(ShapeType::FlowChartMagneticDisk, "MagDisk"),
(ShapeType::FlowChartPunchedCard, "PunchedCard"),
(ShapeType::FlowChartPunchedTape, "PunchedTape"),
];
let cols = 6;
let rows = 4;
let grid = GridLayoutBuilder::grid_n_m(cols, rows, 0.1)
.origin(0.3, 0.7)
.container(9.4, 4.75)
.build();
for (i, (shape, label)) in shapes.iter().enumerate() {
let col = i % cols;
let row = i / cols;
if row >= rows { break; }
let cell = grid.cell(col, row);
let color = palette4[i % palette4.len()];
add_labeled_shape(slide, shape.clone(), label, cell, color);
}
}
pres.write_to_file("21_shapes_showcase.pptx").unwrap();
println!("Wrote 21_shapes_showcase.pptx");
}
