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@@ -15,9 +15,11 @@ For digits on water meters, gas-meters or power meters you can select between tw
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- `dig-class11`
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- `dig-class100` and `dig-cont`
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`class` stands for **classification** and `cont` stands for **continuous**. The `11` means that there are 11 states (`0..9` and `N`). The `100` indicates that the model resolves into `x.1` steps.
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### `dig-class11`
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This model can recognize **full digits**. It was the first model version. All intermediate states shown a `N` for not a number. But in post process it uses older values to fill up the `N` values if possible.
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This model can recognize **full digits**. It was the first model version. All intermediate states shown a `N` for not-a-number (aka. `NaN`). But in post process it uses older values to fill up the `N` values if possible.
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{: style="width:300px"}
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@@ -42,7 +44,7 @@ Main features:
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The difference between `dig-class100` and `dig-cont` is in the internal processing.
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The `dig-class100` is a standard classification model. Each tenth step is an output.
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`dig-cont` uses two outputs and arctangent to get the result. You see very complicated.
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`dig-cont` uses two outputs and arctangent to get the result.
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!!! Note
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Try both models on your device and take the one that gives you the best results.
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@@ -63,6 +65,7 @@ For pointers on water meters use the analog models:
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- `ana-cont`
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Both do mainly the same.
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`class` stands for **classification** and `cont` stands for **continuous**.
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Main features:
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