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finish 2025-11-21 ppt

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2025-11-18 16:37:37 +08:00
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#let serial_timeline() = {
let cpu-color = blue.lighten(70%)
let io-color = green.lighten(70%)
let bar-height = 40pt
// 使用一个水平堆叠来放置时间块
stack(
dir: ltr, // 布局方向：从左到右
spacing: 0pt, // 块之间没有间隔
// 第一个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 1")
),
// 第一个 I/O 等待
rect(
width: 6cm,
height: bar-height,
fill: io-color,
stroke: black,
align(center, "I/O 1")
),
// 第二个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 2")
),
// 第二个 I/O 等待
rect(
width: 6cm,
height: bar-height,
fill: io-color,
stroke: black,
align(center, "I/O 2")
),
// 示意后续
rect(
width: 2cm,
height: bar-height,
fill: gray.lighten(80%),
stroke: black,
align(center, "...")
)
)
// 添加时间轴标签
align(center, [
#pad(top: 8pt, text("串行化的计算与处理"))
])
}
#let batched_timeline() = {
let cpu-color = blue.lighten(70%)
let io-color = green.lighten(70%)
let bar-height = 40pt
// 使用一个水平堆叠来放置时间块
stack(
dir: ltr, // 布局方向：从左到右
spacing: 0pt, // 块之间没有间隔
// 第一个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 1")
),
// 第二个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 2")
),
// 第三个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 3")
),
// 第一个 I/O 等待
rect(
width: 6cm,
height: bar-height,
fill: io-color,
stroke: black,
align(center, "I/O 1")
),
// 示意后续
rect(
width: 2cm,
height: bar-height,
fill: gray.lighten(80%),
stroke: black,
align(center, "...")
)
)
// 添加时间轴标签
align(center, [
#pad(top: 8pt, text("批次化的计算与传输"))
])
}
#let async_timeline() = {
let cpu-color = blue.lighten(70%)
let io-color = green.lighten(70%)
let bar-height = 40pt
let max-width = 18cm // 定义一个固定的最大宽度
// 1. 使用 box 容器定义固定宽度，并让内部元素对齐到左侧
box(width: max-width, {
align(left, {
// 过程 1 (P1)
stack(
dir: ltr, // 布局方向：从左到右
spacing: 0pt, // 块之间没有间隔
// 第一个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 1")
),
// 第一个 I/O 等待
rect(
width: 6cm,
height: bar-height,
fill: io-color,
stroke: black,
align(center, "I/O 1")
),
// 第四个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 4")
),
// 示意后续
rect(
width: 2cm,
height: bar-height,
fill: gray.lighten(80%),
stroke: black,
align(center, "...")
)
)
// 过程 2 (P2)
stack(
dir: ltr, // 布局方向：从左到右
spacing: 0pt, // 块之间没有间隔
// 占位符 (已完成/占用时间)，用于错位对齐
rect(
width: 3cm,
height: bar-height,
fill: white, // 改为白色以匹配截图视觉效果
stroke: black,
align(center, "")
),
// 第二个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 2")
),
// 第二个 I/O 等待
rect(
width: 6cm,
height: bar-height,
fill: io-color,
stroke: black,
align(center, "I/O 2")
),
// 示意后续
rect(
width: 2cm,
height: bar-height,
fill: gray.lighten(80%),
stroke: black,
align(center, "...")
)
)
// 过程 3 (P3)
stack(
dir: ltr, // 布局方向：从左到右
spacing: 0pt, // 块之间没有间隔
// 占位符 1
rect(
width: 3cm,
height: bar-height,
fill: white,
stroke: black,
align(center, "")
),
// 占位符 2
rect(
width: 3cm,
height: bar-height,
fill: white,
stroke: black,
align(center, "")
),
// 第三个 CPU 时间片
rect(
width: 3cm,
height: bar-height,
fill: cpu-color,
stroke: black,
align(center, "CPU 3")
),
// 第三个 I/O 等待
rect(
width: 6cm,
height: bar-height,
fill: io-color,
stroke: black,
align(center, "I/O 3")
),
// 示意后续
rect(
width: 2cm,
height: bar-height,
fill: gray.lighten(80%),
stroke: black,
align(center, "...")
)
)
// 添加时间轴标签
align(center, [
#pad(top: 8pt, text("异步化的计算与传输"))
])
})
})
}