| /dports/sysutils/vector/vector-0.10.0/cargo-crates/criterion-0.3.2/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 37 let n_point = kde_xs in abs_distribution() localVariable
41 let n_point = n_point.max(1); // Must be at least the second element or this will panic in abs_distribution() localVariable
42 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
43 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
167 let n_point = xs in rel_distribution() localVariable
172 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
173 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
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| /dports/graphics/vips/vips-8.12.0/libvips/resample/ |
| H A D | reduceh.cpp | 74 int n_point; member
178 const int n = reduceh->n_point; in reduceh_unsigned_int_tab()
199 const int n = reduceh->n_point; in reduceh_signed_int_tab()
222 const int n = reduceh->n_point; in reduceh_float_tab()
239 const int n = reduceh->n_point; in reduceh_unsigned_int32_tab()
257 const int n = reduceh->n_point; in reduceh_signed_int32_tab()
278 const int n = reduceh->n_point; in reduceh_notab()
457 reduceh->n_point = in vips_reduceh_build()
460 if( reduceh->n_point > MAX_POINT ) { in vips_reduceh_build()
500 for( int i = 0; i < reduceh->n_point; i++ ) in vips_reduceh_build()
[all …]
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| H A D | reducev.cpp | 113 int n_point; member
326 if( i >= reducev->n_point ) in vips_reducev_compile()
403 const int n = reducev->n_point; in reducev_unsigned_int_tab()
425 const int n = reducev->n_point; in reducev_signed_int_tab()
449 const int n = reducev->n_point; in reducev_float_tab()
467 const int n = reducev->n_point; in reducev_unsigned_int32_tab()
486 const int n = reducev->n_point; in reducev_signed_int32_tab()
507 const int n = reducev->n_point; in reducev_notab()
756 reducev->n_point, 64 ); in vips_reducev_raw()
830 reducev->n_point = in vips_reducev_build()
[all …]
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| /dports/devel/stylua/StyLua-0.11.0/cargo-crates/criterion-0.3.5/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/multimedia/librav1e/rav1e-0.5.1/cargo-crates/criterion-0.3.5/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
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| /dports/multimedia/rav1e/rav1e-0.5.1/cargo-crates/criterion-0.3.5/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/net-im/zkgroup/zkgroup-0.7.4/cargo-crates/criterion-0.3.4/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/graphics/librsvg2-rust/librsvg-2.52.8/vendor/criterion/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/textproc/angle-grinder/angle-grinder-0.18.0/cargo-crates/criterion-0.3.4/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
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| /dports/net-im/libsignal-client/libsignal-client-0.9.6/cargo-crates/criterion-0.3.4/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/misc/xplr/xplr-0.17.0/cargo-crates/criterion-0.3.5/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
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| /dports/textproc/jql/jql-3.0.6/cargo-crates/criterion-0.3.5/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/graphics/pastel/pastel-0.8.1/cargo-crates/criterion-0.3.4/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/benchmarks/inferno/inferno-0.10.9/cargo-crates/criterion-0.3.5/src/plot/gnuplot_backend/ |
| H A D | distributions.rs | 38 let n_point = kde_xs in abs_distribution() localVariable
43 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
44 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/devel/stylua/StyLua-0.11.0/cargo-crates/criterion-0.3.5/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/multimedia/librav1e/rav1e-0.5.1/cargo-crates/criterion-0.3.5/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/multimedia/rav1e/rav1e-0.5.1/cargo-crates/criterion-0.3.5/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/net-im/zkgroup/zkgroup-0.7.4/cargo-crates/criterion-0.3.4/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/textproc/angle-grinder/angle-grinder-0.18.0/cargo-crates/criterion-0.3.4/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/graphics/librsvg2-rust/librsvg-2.52.8/vendor/criterion/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/net-im/libsignal-client/libsignal-client-0.9.6/cargo-crates/criterion-0.3.4/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/misc/xplr/xplr-0.17.0/cargo-crates/criterion-0.3.5/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/textproc/jql/jql-3.0.6/cargo-crates/criterion-0.3.5/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/graphics/pastel/pastel-0.8.1/cargo-crates/criterion-0.3.4/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|
| /dports/benchmarks/inferno/inferno-0.10.9/cargo-crates/criterion-0.3.5/src/plot/plotters_backend/ |
| H A D | distributions.rs | 31 let n_point = kde_xs in abs_distribution() localVariable
36 let slope = (ys[n_point] - ys[n_point - 1]) / (kde_xs[n_point] - kde_xs[n_point - 1]); in abs_distribution()
37 let y_point = ys[n_point - 1] + (slope * (point - kde_xs[n_point - 1])); in abs_distribution()
176 let n_point = xs in rel_distribution() localVariable
181 let slope = (ys[n_point] - ys[n_point - 1]) / (xs[n_point] - xs[n_point - 1]); in rel_distribution()
182 let y_point = ys[n_point - 1] + (slope * (point - xs[n_point - 1])); in rel_distribution()
|