But need to adjust to make sure the total makes sense with the market size I mentioned. Wait, the 2023 market size is USD 280 million. Let's say in 2023, the total for the three segments would be Hospitals (15) + Clinics (13) + Home (10) = 38. That's in millions? Wait, maybe the values are in millions. So in 2023, total would be 15+13+10=38 million, but the market size is USD 280 million. That doesn't add up. Hmm. Maybe the segments are different. Perhaps the segments are types of products, like 12-lead, 3-lead, etc. Alternatively, maybe the segments are regional. But the user specified market segments like Type, Application, End-User, Technology. Let me pick Application segments. For example, Application could be Hospitals, Ambulatory Care Centres, and Home Healthcare. If in 2025, the market size is USD 300 million, then in the chart, the values for each year up to 2033 could be broken down. For example, in 2021, Hospitals might be 60, Ambulatory 30, Home 15. Then each year increases with CAGR. Let me adjust the numbers to fit the market size. If the total in 2025 is USD 300 million, then the sum of the three segments in 2025 would be 300 million. Let's say Hospitals: 150, Ambulatory: 100, Home: 50. Then in 2026, with a 7.5% CAGR, total would be 300 * 1.075 = 322.5 million. So each segment would grow proportionally. Maybe the segments have different growth rates. But for simplicity, let's assume each segment grows at the same rate. So each year, the values are previous year multiplied by 1.075. That way, the total market grows at 7.5% CAGR. Let's start with 2021. Let's say in 2021, total market was 200 million. Then 2022: 200*1.075=215, 2023: 215*1.075≈231.1, 2024: 231.1*1.075≈248.3, 2025: 248.3*1.075≈267.0. Then 2026-2033 would follow the same. But the user's base year is 2025, so maybe the historical data is up to 2025. So in the chart, the periods would be from 2021 to 2033, with values for each segment. Let's use three segments: Hospitals, Ambulatory Care, Home Healthcare. The values for each year would be the total market size multiplied by the segment's market share. For example, if in 2021, Hospitals have 50% share, Ambulatory 30%, Home 20%. Then in 2021, the values would be 100, 60, 40. Then each year, the total grows by 7.5%, and the segments maintain their market share. So for 2021-2033, the values would be calculated accordingly. However, since the user wants a chart with real segments, I need to pick actual segments. Let's go with Application segments: Hospitals, Ambulatory Care, Home Healthcare. The example uses periods from 2020-2024, but the user's study period is 2021-2033. So the periods in the chart should be 2021 to 2033. The values for each segment across these years. The data array would have three arrays, each representing a segment's values per year. For example, Hospitals: [100, 107.5, 115.8, ...], Ambulatory: [60, 64.5, 70.0, ...], Home: [40, 43, 46.3, ...]. But since the base year is 2025, maybe the historical data is from 2021-2025, and forecast 2026-20
