zhangyiss/Table-and-Graph-Libs
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added block char set

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This commit is contained in:
Jan Kuhlmann 2025-01-15 11:00:34 +01:00
parent ebcbc6978d
commit 353b46c2e9
1 changed files with 52 additions and 43 deletions
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93
graphs.hpp
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@ -818,7 +818,15 @@ namespace graphs
const auto& frag = texture[index]; const auto& frag = texture[index];
// draw Fragment // draw Fragment
cout << colors[frag.color.col_4]; cout << colors[frag.color.col_4];
switch (options.character_set) {
case type_braille:
cout << dots[frag.data]; cout << dots[frag.data];
break;
case type_block:
cout << blocks[frag.data];
break;
default: break;
}
cout << colors[0]; cout << colors[0];
} }
cout << '\n'; cout << '\n';
@ -829,45 +837,6 @@ namespace graphs
const Options options; const Options options;
}; };
// plot from single data set
template <typename T>
auto plot_experimental(const T &data, const Options &options = {}, const Color &color = {color_red}) -> Intermediate {
cout << "Experimental plot\n";
// precalc spans
const long double x_span = options.x.max - options.x.min;
const long double y_span = options.y.max - options.y.min;
const long double x_span_recip = 1.0 / x_span;
const long double y_span_recip = 1.0 / y_span;
// create new intermediate object for texture and options
assert(options.width > 0 && options.height > 0); // enforce valid size for now
Intermediate intermediate = { Texture(options.width * options.height), options };
// draw plot data into texture
for (const auto [x, y]: data) {
// check if value is between limits
if (x >= options.x.min && x < options.x.max && y >= options.y.min && y < options.y.max) {
// calculate terminal character position
const long double x_term = ((long double)x - options.x.min) * x_span_recip * (long double)options.width;
const long double y_term = ((long double)y - options.y.min) * y_span_recip * (long double)options.height;
// calculate sub-fragment position (2x4 for braille)
const size_t char_width = 2;
const size_t char_height = 4;
size_t x_sub = (x_term - std::floor(x_term)) * char_width;
size_t y_sub = (y_term - std::floor(y_term)) * char_height;
// invert y_sub
y_sub = char_height - 1 - y_sub;
// draw Fragment
const size_t index = (size_t)x_term + (options.height - 1 - (size_t)y_term) * options.width;
intermediate.texture[index].color = color; // TODO: mix color here
intermediate.texture[index].data |= dotvalues[x_sub][y_sub];
}
}
return intermediate;
}
// plot from single data set, drawn on top of existing graph // plot from single data set, drawn on top of existing graph
template <typename T> template <typename T>
void plot_experimental(const T &data, Intermediate &intermediate, const Color &color = {color_red}) { void plot_experimental(const T &data, Intermediate &intermediate, const Color &color = {color_red}) {
@ -889,8 +858,20 @@ namespace graphs
const long double y_term = ((long double)y - options.y.min) * y_span_recip * (long double)options.height; const long double y_term = ((long double)y - options.y.min) * y_span_recip * (long double)options.height;
// calculate sub-fragment position (2x4 for braille) // calculate sub-fragment position (2x4 for braille)
const size_t char_width = 2; size_t char_width = 0;
const size_t char_height = 4; size_t char_height = 0;
// TODO: could put this in a separate function to avoid switch statement and reuse in other plot funcs
switch (options.character_set) {
case type_braille:
char_width = 2;
char_height = 4;
break;
case type_block:
char_width = 2;
char_height = 2;
break;
default: break;
}
size_t x_sub = (x_term - std::floor(x_term)) * char_width; size_t x_sub = (x_term - std::floor(x_term)) * char_width;
size_t y_sub = (y_term - std::floor(y_term)) * char_height; size_t y_sub = (y_term - std::floor(y_term)) * char_height;
// invert y_sub // invert y_sub
@ -899,10 +880,38 @@ namespace graphs
// draw Fragment // draw Fragment
const size_t index = (size_t)x_term + (options.height - 1 - (size_t)y_term) * options.width; const size_t index = (size_t)x_term + (options.height - 1 - (size_t)y_term) * options.width;
intermediate.texture[index].color = color; // TODO: mix color here intermediate.texture[index].color = color; // TODO: mix color here
intermediate.texture[index].data |= dotvalues[x_sub][y_sub];
uint8_t value = 0;
switch (options.character_set) {
case type_braille:
value = dotvalues[x_sub][y_sub];
break;
case type_block:
value = blockvalues[x_sub][y_sub];
break;
default: break;
}
intermediate.texture[index].data |= value;
} }
} }
} }
// plot from single data set
template <typename T>
auto plot_experimental(const T &data, const Options &options = {}, const Color &color = {color_red}) -> Intermediate {
cout << "Experimental plot\n";
// precalc spans
const long double x_span = options.x.max - options.x.min;
const long double y_span = options.y.max - options.y.min;
const long double x_span_recip = 1.0 / x_span;
const long double y_span_recip = 1.0 / y_span;
// create new intermediate object for texture and options
assert(options.width > 0 && options.height > 0); // enforce valid size for now
Intermediate intermediate = { Texture(options.width * options.height), options };
plot_experimental(data, intermediate, color);
return intermediate;
}
// EXPERIMENTAL END // EXPERIMENTAL END
template <typename T> template <typename T>