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Results Polishing

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Implemented clearing of results for invalid input

Added protections for out of range refresh frequencies in GTF, CVT,
CVT-RB, and CVT-R2

Added proper V refresh results for interlaced scan

Fixed interlanced blanking calculations for 'None' timing format option

Removed mock placeholder values in Results
This commit is contained in:
Glenwing 2018-04-24 22:16:02 -07:00
parent 20bb45b82c
commit 6fa887e78a
5 changed files with 429 additions and 290 deletions
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38
bandwidth/SI.js
View File

@ -6,6 +6,7 @@ function SI(value, unit, options_input) {
['mode', 'f'], ['mode', 'f'],
['p', '2'], ['p', '2'],
//['exclude', ['c', 'd', 'D', 'H']], //['exclude', ['c', 'd', 'D', 'H']],
['round', 'n'],
['exclude', []], ['exclude', []],
['include', []], ['include', []],
@ -31,28 +32,45 @@ function SI(value, unit, options_input) {
mode: 'f' Precision mode (default Fixed mode). Options are: mode: 'f' Precision mode (default Fixed mode). Options are:
'fixed' or 'f' Uses a fixed number of decimal places, specified by precision field 'fixed' or 'f' Uses a fixed number of decimal places, specified by precision field
'sig' or 's' Targets a fixed number of significant figures. 'sig' or 's' Targets a fixed number of significant figures.
'adaptive' or 'a' Uses up to a certain number of decimal points, but leaves no trailing zeroes when not needed. 'adaptive' or 'a' Uses up to the specified number of decimal points, but leaves no trailing zeroes when not needed.
p: 2 Specifies default precision (number of decimal places). p: 2 Specifies default precision (number of decimal places).
For adaptive mode, it may be specified in the format "[2, 5]" to indicate minimum and maximum precision. A single number will be interpreted as a maximum. For adaptive mode, it may be specified in the format "[2, 5]" to indicate minimum and maximum precision. A single number will be interpreted as a maximum.
Also accepts individual decimal place settings for each prefix, in array format; for example: Also accepts individual decimal place settings for each prefix, in array format; for example:
{p: [1, G2, M0]} sets a default of 1 for all prefixes, then specifies 2 decimal places for Giga and 0 for Mega. {p: [1, G2, M0]} sets a default of 1 for all prefixes, then specifies 2 decimal places for Giga and 0 for Mega.
That can alternatively be written as powers: That can alternatively be written using powers instead of prefix symbols:
{p: [1, [9, 2], [6, 0]]} {p: [1, [9, 2], [6, 0]]}
round: Options:
n Rounds to nearest (default)
+ Rounds toward positive infinity (ceil) (1.9 -> 2; -1.9 -> 1)
- Rounds toward negative infinity (floor) (1.9 -> 1; -1.9 -> -2)
0 Rounds toward zero (truncate) (1.9 -> 1; -1.9 -> 1)
!0 Rounds away from zero (1.9 -> 2; -1.9 -> -2)
Also accepted:
up Same as +
ceil Same as +
+inf Same as +
separator: ',' Character to use as thousands separator (default comma) down Same as -
decimal: '.' Character to use as decimal point (default period) floor Same as -
unit_sep: ' ' Character to place between the value and unit symbol (default non-breaking space) -inf Same as -
big_kilo: 'true' Use capital K for kilo instead of small k. (default false)
no_mu: 'true' Use "u" instead of "µ" on output, if necessary for compatibility reasons (default false) zero Same as 0
threshold: 1000 Point at which to use the next !zero Same as !0
grouper: ',' Character to use for digit grouping (default comma); space is interpreted as Non-Breaking Thin Space (U+2009)
radix: '.' Character to use as decimal point (default period); error if same as grouper
unit_sep: ' ' Character to place between the value and unit symbol (default Non-Breaking Space (U+00A0))
big_kilo: 'false' Use capital K for kilo instead of small k. (default false)
no_mu: 'false' Use "u" instead of "µ" on output, if necessary for compatibility reasons (default false)
threshold: 0 Point at which to use the next prefix (represeted by power). For example, if Threshold is set to 2, then
number must be at 100,000,000 to use the Mega prefix (>= 10^2 times the prefix value). 0 for normal behavior.
exclude: ['c', 'd'] SI prefixes to exclude, for situational use (i.e. for displaying time, one may not wish for "centiseconds"). exclude: ['c', 'd'] SI prefixes to exclude, for situational use (i.e. for displaying time, one may not wish for "centiseconds").
Symbols can also be used as shortcuts, as in the following examples: Symbols can also be used as shortcuts, as in the following examples:
'>=G' excludes Giga and larger '>=G' excludes Giga and larger
'>G' excludes larger than Giga, but not Giga itself '>G' excludes larger than Giga, but not Giga itself
'<G' and "<=G" same as above, but for prefixes smaller than Giga '<G' and "<=G" same as above, but for prefixes smaller than Giga
'*' excludes all prefixes (unless protected)
'!G' protects a prefix from '*', i.e. {exclude: ['*', '!k', '!M']} excludes all prefixes except Kilo and Mega)
Multiple arguments accepted in array format Multiple arguments accepted in array format
"u" is accepted as an argument for excluding "µ", and "0" is accepted for excluding the prefixless base unit "u" is accepted as an argument for excluding "µ", and "0" is accepted for excluding the prefixless base unit
By default, the following are excluded already, and must be un-excluded (using !c, !d, etc.) to be used: By default, the following are excluded already, and must be un-excluded (using !c, !d, etc.) to be used:

41
bandwidth/bandwidth-spec-details.js
View File

@ -44,7 +44,7 @@ var Detailed_Explanation = {
'<li><b>Pixels per frame</b> is the effective number of total pixels (horizontal resolution times vertical resolution), including both active and blank pixels</li>' + '<li><b>Pixels per frame</b> is the effective number of total pixels (horizontal resolution times vertical resolution), including both active and blank pixels</li>' +
'<li><b>Frames per second</b> is the vertical refresh frequency (for progressive scan) or half the vertical field rate (for interlaced scan)</li></ul>' + '<li><b>Frames per second</b> is the vertical refresh frequency (for progressive scan) or half the vertical field rate (for interlaced scan)</li></ul>' +
'The data rate for YC<sub>B</sub>C<sub>R</sub> 4:4:4 video is the same as RGB. ' + 'The data rate for YC<sub>B</sub>C<sub>R</sub> 4:4:4 video is the same as RGB. ' +
'For YC<sub>B</sub>C<sub>R</sub> 4:2:2 video, the data rate is divided by 1.5. For YC<sub>B</sub>C<sub>R</sub> 4:2:0 the data rate is divided by 2.<br><br>' + 'For YC<sub>B</sub>C<sub>R</sub> 4:2:2 video, the data rate is divided by 1.5. For YC<sub>B</sub>C<sub>R</sub> 4:2:0, the data rate is divided by 2.<br><br>' +
'The total <b>bandwidth</b> required for video transmission is larger than the data rate, due to additional overhead involved with transmission.', 'The total <b>bandwidth</b> required for video transmission is larger than the data rate, due to additional overhead involved with transmission.',
'results_bit_rate': 'results_bit_rate':
@ -151,24 +151,15 @@ var Detailed_Explanation = {
'results_v_field': 'results_v_field':
'', '',
'results_v_field_actual':
'',
'results_v_field_dev': 'results_v_field_dev':
'', '',
'results_v_field_dev_perc': 'results_v_field_dev_perc':
'', '',
'results_v_framerate':
'',
'results_v_framerate_actual':
'',
'results_v_framerate_dev':
'',
'results_v_framerate_dev_perc':
'',
'results_v_field_per': 'results_v_field_per':
'', '',
@ -181,6 +172,30 @@ var Detailed_Explanation = {
'results_v_field_per_dev_perc': 'results_v_field_per_dev_perc':
'', '',
'results_v_frame':
'',
'results_v_frame_actual':
'',
'results_v_frame_dev':
'',
'results_v_frame_dev_perc':
'',
'results_v_frame_per':
'',
'results_v_frame_per_actual':
'',
'results_v_frame_per_dev':
'',
'results_v_frame_per_dev_perc':
'',
'results_h_refresh': 'results_h_refresh':
'', '',

542
bandwidth/bandwidth.js
View File

@ -441,7 +441,7 @@ function calcMain() {
if(Global_InputVars['V_SW_INT'] == '') { submitVar('V_SW_INT') } if(Global_InputVars['V_SW_INT'] == '') { submitVar('V_SW_INT') }
*/ */
if (!input_ok()) { clearResults(); return; } if (!input_ok()) { clearResults(); $('#TIMING_FORMAT_NAME').html(''); return; }
var hres = Global_InputVars['HRES']; var hres = Global_InputVars['HRES'];
var vres = Global_InputVars['VRES']; var vres = Global_InputVars['VRES'];
@ -462,178 +462,257 @@ function calcMain() {
var v_eff = Timing['V_EFF'] * scan var v_eff = Timing['V_EFF'] * scan
var freq_act = Timing['F_ACTUAL']; var freq_act = Timing['F_ACTUAL'];
/* // DATA TRANSMISSION
var results = {
hres: hres,
vres: vres,
freq: freq,
px_bits: color_depth,
px_format: px_format,
comp: comp,
scan: scan,
Timing: Timing, {
Detailed_Results['data_rate'] = SI(
(h_eff * v_eff * freq_act * color_depth / px_format / scan / comp),
'bit/s',
{'p':2, 'output':'split'},
);
// Calculate results Detailed_Results['8b10b'] = SI(
// Resolution with blanking intervals (h_eff * v_eff * freq_act * color_depth / px_format / scan / comp) * (1.25),
h_eff: Timing['H_EFF'], 'bit/s',
v_eff: Timing['V_EFF'], {'p':2, 'output':'split'},
);
// Aspect ratio Detailed_Results['16b18b'] = SI(
ratio_num: hres / vres, (h_eff * v_eff * freq_act * color_depth / px_format / scan / comp) * (1.125),
ratio_str: (hres / GCD(hres, vres)) + ':' + (vres / GCD(hres, vres)), 'bit/s',
{'p':2, 'output':'split'},
);
// Total pixel count of image Detailed_Results['pixel_rate'] = SI(
px_per_frame: hres * vres, (h_eff * v_eff * freq_act / scan),
px_per_frame_eff: (Timing['H_EFF']) * (Timing['V_EFF']), 'px/s',
{'p':[3, 'b1', 'k1', 'M1'], 'output':'split'},
);
// Size (bits) of one frame Detailed_Results['pixel_rate_active'] = SI(
bits_per_frame: hres * vres * color_depth, (hres * vres * freq_act / scan),
bits_per_frame_eff: (Timing['H_EFF']) * (Timing['V_EFF']) * color_depth, 'px/s',
{'p':[3, 'b1', 'k1', 'M1'], 'output':'split'},
// Pixel clock );
px_per_sec: hres * vres * Timing['F_ACTUAL'],
px_per_sec_eff: (Timing['H_EFF']) * (Timing['V_EFF']) * Timing['F_ACTUAL'],
// Raw bit rate
bits_per_sec_eff: (Timing['H_EFF']) * (Timing['V_EFF']) * color_depth * Timing['F_ACTUAL'],
};*/
Detailed_Results['data_rate'] = SI(
(h_eff * v_eff * freq_act * color_depth / px_format / scan / comp),
'bit/s',
{'p':2, 'output':'split'},
);
Detailed_Results['8b10b'] = SI(
(h_eff * v_eff * freq_act * color_depth / px_format / scan / comp) * (1.25),
'bit/s',
{'p':2, 'output':'split'},
);
Detailed_Results['16b18b'] = SI(
(h_eff * v_eff * freq_act * color_depth / px_format / scan / comp) * (1.125),
'bit/s',
{'p':2, 'output':'split'},
);
Detailed_Results['pixel_rate'] = SI(
(h_eff * v_eff * freq_act / scan),
'px/s',
{'p':[3, 'b1', 'k1', 'M1'], 'output':'split'},
);
Detailed_Results['pixel_rate_active'] = SI(
(hres * vres * freq_act / scan),
'px/s',
{'p':[3, 'b1', 'k1', 'M1'], 'output':'split'},
);
Detailed_Results['active_px'] = {
'h': hres,
'v': vres,
't': SI(hres * vres, 'px', {'p':0, 'output':'split', 'include': ['b']}),
} }
Detailed_Results['blank_px'] = { // RESOLUTION
'h': h_eff - hres,
'v': v_eff - vres, {
't': SI((h_eff * v_eff) - (hres * vres), 'px', {'p':0, 'output':'split', 'include': ['b']}), Detailed_Results['active_px'] = {
'h': { 'val': hres },
'v': { 'val': vres },
't': SI(hres * vres, 'px', {'p':0, 'output':'split', 'include': ['b']}),
};
Detailed_Results['blank_px'] = {
'h': { 'val': h_eff - hres },
'v': { 'val': v_eff - vres },
't': SI((h_eff * v_eff) - (hres * vres), 'px', {'p':0, 'output':'split', 'include': ['b']}),
};
Detailed_Results['total_px'] = {
'h': { 'val': h_eff },
'v': { 'val': v_eff },
't': SI(h_eff * v_eff, 'px', {'p':0, 'output':'split', 'exclude': ['<B', '>B']}),
};
Detailed_Results['overhead_px'] = {
'h': SI(100 * ((h_eff / hres) - 1), '%', {'p':2, 'output':'split', 'exclude': ['<B', '>B']}),
'v': SI(100 * ((v_eff / vres) - 1), '%', {'p':2, 'output':'split', 'exclude': ['<B', '>B']}),
't': SI(100 * (((h_eff * v_eff) / (hres * vres)) - 1), '%', {'p':2, 'output':'split', 'exclude': ['<B', '>B']}),
};
} }
Detailed_Results['total_px'] = { // FORMAT
'h': h_eff,
'v': v_eff, {
't': SI(h_eff * v_eff, 'px', {'p':0, 'output':'split', 'exclude': ['<B', '>B']}), if ($('input[name=COLOR_DEPTH_SLCT]:checked').val() == 'Custom') {
if (color_depth % 3 == 0) { Detailed_Results['bpc'] = { 'val': color_depth / 3, 'unit':'bpc' }; }
else { Detailed_Results['bpc'] = { 'val': '-', 'unit': '' }; }
}
else {
Detailed_Results['bpc'] = { 'val': color_depth / 3, 'unit':'bpc' };
}
Detailed_Results['bpp'] = { 'val': color_depth, 'unit': 'bit/px' };
Detailed_Results['palette'] = SI(Math.pow(2, color_depth), 'colors', {'p':0, 'output':'split', 'include':['b']});
if ($('input[name=PX_FORMAT_SLCT]:checked').val() == 'RGB') { Detailed_Results['px_format'] = 'RGB'; }
else if ($('input[name=PX_FORMAT_SLCT]:checked').val() == 'YCBCR 4:4:4') { Detailed_Results['px_format'] = 'YC<sub>B</sub>C<sub>R</sub> 4:4:4'; }
else if ($('input[name=PX_FORMAT_SLCT]:checked').val() == 'YCBCR 4:2:2') { Detailed_Results['px_format'] = 'YC<sub>B</sub>C<sub>R</sub> 4:2:2'; }
else if ($('input[name=PX_FORMAT_SLCT]:checked').val() == 'YCBCR 4:2:0') { Detailed_Results['px_format'] = 'YC<sub>B</sub>C<sub>R</sub> 4:2:0'; }
if (scan == 1) { Detailed_Results['scan'] = 'Progressive'; }
if (scan == 2) { Detailed_Results['scan'] = 'Interlaced'; }
} }
Detailed_Results['overhead_px'] = { // VERTICAL REFRESH FOR PROGRESSIVE SCAN
'h': SI(100 * ((h_eff / hres) - 1), '%', {'p':2, 'output':'split', 'exclude': ['<B', '>B']}),
'v': SI(100 * ((v_eff / vres) - 1), '%', {'p':2, 'output':'split', 'exclude': ['<B', '>B']}), {
't': SI(100 * (((h_eff * v_eff) / (hres * vres)) - 1), '%', {'p':2, 'output':'split', 'exclude': ['<B', '>B']}), Detailed_Results['v_freq'] = SI(
freq,
'Hz',
{'p':3, 'output':'split', 'include':['>=b']},
);
Detailed_Results['v_freq_actual'] = SI(
freq_act,
'Hz',
{'p':3, 'output':'split', 'include':['>=b']},
);
Detailed_Results['v_freq_dev'] = SI(
Math.abs(freq - freq_act),
'Hz',
{'p':6, 'output':'split', 'include':['>=b']},
);
Detailed_Results['v_freq_dev_perc'] = SI(
Math.abs(100 * ((freq - freq_act) / freq)),
'%',
{'p':6, 'output':'split', 'include':['b']},
);
Detailed_Results['v_per'] = SI(
1 / freq,
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_per_actual'] = SI(
1 / freq_act,
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_per_dev'] = SI(
Math.abs((1 / freq) - (1 / freq_act)),
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_per_dev_perc'] = SI(
Math.abs(100 * ((1 / freq) - (1 / freq_act)) / (1 / freq)),
'%',
{'p':6, 'output':'split', 'include':['b']},
);
} }
if ($('input[name=COLOR_DEPTH_SLCT]:checked').val() == 'Custom') { // VERTICAL REFRESH FOR INTERLACED SCAN
if (color_depth % 3 == 0) { Detailed_Results['bpc'] = { 'val': color_depth / 3, 'unit':'bpc' }; }
else { Detailed_Results['bpc'] = { 'val': '-', 'unit': '' }; } {
Detailed_Results['v_field'] = SI(
freq,
'Hz',
{'p':3, 'output':'split', 'include':['>=b']},
);
Detailed_Results['v_field_actual'] = SI(
Timing['F_ACTUAL'],
'Hz',
{'p':3, 'output':'split', 'include':['>=b']},
);
Detailed_Results['v_field_dev'] = SI(
Math.abs(freq - freq_act),
'Hz',
{'p':6, 'output':'split', 'include':['>=b']},
);
Detailed_Results['v_field_dev_perc'] = SI(
Math.abs(100 * ((freq - freq_act) / freq)),
'%',
{'p':6, 'output':'split', 'include':['b']},
);
Detailed_Results['v_field_per'] = SI(
1 / freq,
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_field_per_actual'] = SI(
1 / freq_act,
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_field_per_dev'] = SI(
Math.abs((1 / freq) - (1 / freq_act)),
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_field_per_dev_perc'] = SI(
Math.abs(100 * ((1 / freq) - (1 / freq_act)) / (1 / freq)),
'%',
{'p':6, 'output':'split', 'include':['b']},
);
Detailed_Results['v_frame'] = SI(
freq / 2,
'FPS',
{'p':3, 'output':'split', 'include':['b']},
);
Detailed_Results['v_frame_actual'] = SI(
freq_act / 2,
'FPS',
{'p':3, 'output':'split', 'include':['b']},
);
Detailed_Results['v_frame_dev'] = SI(
Math.abs((freq / 2) - (freq_act / 2)),
'FPS',
{'p':6, 'output':'split', 'include':['b']},
);
Detailed_Results['v_frame_dev_perc'] = SI(
Math.abs(100 * ((freq - freq_act) / freq)),
'%',
{'p':6, 'output':'split', 'include':['b']},
);
Detailed_Results['v_frame_per'] = SI(
(1 / (freq / 2)),
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_frame_per_actual'] = SI(
1 / (freq_act / 2),
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_frame_per_dev'] = SI(
Math.abs((2 / freq) - (2 / freq_act)),
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_frame_per_dev_perc'] = SI(
Math.abs(100 * ((2 / freq) - (2 / freq_act)) / (2 / freq)),
'%',
{'p':6, 'output':'split', 'include':['b']},
);
} }
else {
Detailed_Results['bpc'] = { 'val': color_depth / 3, 'unit':'bpc' } // HORIZONTAL REFRESH
{
Detailed_Results['h_freq'] = SI(
(v_eff * freq_act) / scan,
'Hz',
{'p':3, 'output':'split', 'include':['>=b']},
);
Detailed_Results['h_per'] = SI(
scan / (v_eff * freq_act),
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
} }
Detailed_Results['bpp'] = { 'val': color_depth, 'unit': 'bit/px' };
Detailed_Results['palette'] = SI(Math.pow(2, color_depth), 'colors', {'p':0, 'output':'split', 'include':['b']});
if ($('input[name=PX_FORMAT_SLCT]:checked').val() == 'RGB') { Detailed_Results['px_format'] = 'RGB'; }
else if ($('input[name=PX_FORMAT_SLCT]:checked').val() == 'YCBCR 4:4:4') { Detailed_Results['px_format'] = 'YC<sub>B</sub>C<sub>R</sub> 4:4:4'; }
else if ($('input[name=PX_FORMAT_SLCT]:checked').val() == 'YCBCR 4:2:2') { Detailed_Results['px_format'] = 'YC<sub>B</sub>C<sub>R</sub> 4:2:2'; }
else if ($('input[name=PX_FORMAT_SLCT]:checked').val() == 'YCBCR 4:2:0') { Detailed_Results['px_format'] = 'YC<sub>B</sub>C<sub>R</sub> 4:2:0'; }
if (scan == 1) { Detailed_Results['scan'] = 'Progressive'; }
if (scan == 2) { Detailed_Results['scan'] = 'Interlaced'; }
Detailed_Results['v_freq'] = SI(
freq,
'Hz',
{'p':3, 'output':'split', 'include':['>=b']},
);
Detailed_Results['v_freq_actual'] = SI(
Timing['F_ACTUAL'],
'Hz',
{'p':3, 'output':'split', 'include':['>=b']},
);
DEBUG('freq:', typeof(freq), freq)
DEBUG('f_actual', typeof(Timing['F_ACTUAL']), Timing['F_ACTUAL'])
DEBUG('f - fa', freq - Timing['F_ACTUAL'])
Detailed_Results['v_freq_dev'] = SI(
Math.abs(freq - Timing['F_ACTUAL']),
'Hz',
{'p':6, 'output':'split', 'include':['>=b']},
);
Detailed_Results['v_freq_dev_perc'] = SI(
Math.abs(100 * ((freq - Timing['F_ACTUAL']) / freq)),
'%',
{'p':6, 'output':'split', 'include':['b']},
);
Detailed_Results['v_per'] = SI(
1 / freq,
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_per_actual'] = SI(
1 / Timing['F_ACTUAL'],
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_per_dev'] = SI(
Math.abs((1 / freq) - (1 / Timing['F_ACTUAL'])),
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
Detailed_Results['v_per_dev_perc'] = SI(
Math.abs(100 * ((1 / freq) - (1 / Timing['F_ACTUAL'])) / (1 / freq)),
'%',
{'p':6, 'output':'split', 'include':['b']},
);
Detailed_Results['h_freq'] = SI(
(v_eff * Timing['F_ACTUAL']) / scan,
'Hz',
{'p':3, 'output':'split', 'include':['>=b']},
);
Detailed_Results['h_per'] = SI(
scan / (v_eff * Timing['F_ACTUAL']),
's',
{'p':3, 'output':'split', 'include':['<=b']},
);
//DEBUG('Results:', SI(results['bits_per_sec_eff'], 'bit/s', 2), results); //DEBUG('Results:', SI(results['bits_per_sec_eff'], 'bit/s', 2), results);
updateDisplay(); updateDisplay();
@ -661,6 +740,9 @@ function getTiming(timing_standard) {
'V_BL': '', 'V_BL': '',
'H_BL': '', 'H_BL': '',
'V_EFF': '',
'H_EFF': '',
'F_ACTUAL': Global_InputVars['FREQ'], 'F_ACTUAL': Global_InputVars['FREQ'],
}; };
} }
@ -669,16 +751,26 @@ function getTiming(timing_standard) {
if (timing_standard != 'Custom') { if (timing_standard != 'Custom') {
if (timing_standard == 'CVT-R2') { if (timing_standard == 'CVT-R2') {
DEBUG('Fetching CVT-R2 Timing...') DEBUG('Fetching CVT-R2 Timing...')
if (Global_InputVars['FREQ'] >= (1 / 0.00046)) {
$('#TIMING_FORMAT_NAME').html('&ge;&nbsp;2173.9&nbsp;Hz not allowed');
return false;
}
Timing = CVT_R(2); Timing = CVT_R(2);
if (!Timing) { if (!Timing) {
DEBUG ('CVT-R2 calculation error.'); DEBUG ('CVT-R2 calculation error.');
clearTiming(); clearTiming();
return false; } return false;
}
else { else {
$('#TIMING_FORMAT_NAME').html('<b>VESA Name:</b> ' + (Global_InputVars['HRES'] * Global_InputVars['VRES'] / 1000000).toFixed(2) + 'M' + Timing['VESA_AR'] + '-R'); $('#TIMING_FORMAT_NAME').html('<b>VESA Name:</b> ' + (Global_InputVars['HRES'] * Global_InputVars['VRES'] / 1000000).toFixed(2) + 'M' + Timing['VESA_AR'] + '-R');
} }
} }
else if (timing_standard == 'CVT-RB') { else if (timing_standard == 'CVT-RB') {
DEBUG('Fetching CVT-R2 Timing...')
if (Global_InputVars['FREQ'] >= (1 / 0.00046)) {
$('#TIMING_FORMAT_NAME').html('&ge;&nbsp;2173.9&nbsp;Hz not allowed');
return false;
}
Timing = CVT_R(1); Timing = CVT_R(1);
if (!Timing) { if (!Timing) {
DEBUG ('CVT-RB calculation error.'); DEBUG ('CVT-RB calculation error.');
@ -690,6 +782,10 @@ function getTiming(timing_standard) {
} }
} }
else if (timing_standard == 'CVT') { else if (timing_standard == 'CVT') {
if (Global_InputVars['FREQ'] >= (1 / 0.00055)) {
$('#TIMING_FORMAT_NAME').html('&ge;&nbsp;1818.<span style="text-decoration: overline">18</span>&nbsp;Hz not allowed');
return false;
}
Timing = CVT(); Timing = CVT();
if (!Timing) { if (!Timing) {
DEBUG ('CVT calculation error.'); DEBUG ('CVT calculation error.');
@ -701,6 +797,10 @@ function getTiming(timing_standard) {
} }
} }
else if (timing_standard == 'GTF') { else if (timing_standard == 'GTF') {
if (Global_InputVars['FREQ'] >= (1 / 0.00055)) {
$('#TIMING_FORMAT_NAME').html('&ge;&nbsp;1818.<span style="text-decoration: overline">18</span>&nbsp;Hz not allowed');
return false;
}
Timing = GTF(); Timing = GTF();
$('#TIMING_FORMAT_NAME').html(''); $('#TIMING_FORMAT_NAME').html('');
if (!Timing) { if (!Timing) {
@ -747,7 +847,7 @@ function getTiming(timing_standard) {
'V_BL': 0, 'V_BL': 0,
'H_BL': 0, 'H_BL': 0,
'V_EFF': Global_InputVars['VRES'], 'V_EFF': Global_InputVars['VRES'] / Global_InputVars['SCAN'],
'H_EFF': Global_InputVars['HRES'], 'H_EFF': Global_InputVars['HRES'],
'F_ACTUAL': Global_InputVars['FREQ'], 'F_ACTUAL': Global_InputVars['FREQ'],
@ -776,9 +876,9 @@ function getTiming(timing_standard) {
submitVar('H_FP', $('#H_FP').val()); submitVar('H_FP', $('#H_FP').val());
submitVar('H_BP', $('#H_BP').val()); submitVar('H_BP', $('#H_BP').val());
submitVar('H_SW', $('#H_SW').val()); submitVar('H_SW', $('#H_SW').val());
submitVar('V_FP_INT', Global_InputVars['V_FP'] + 0.5); if (isNum(Global_InputVars['V_FP'])) { submitVar('V_FP_INT', Global_InputVars['V_FP'] + 0.5); }
submitVar('V_SW_INT', Global_InputVars['V_SW']); if (isNum(Global_InputVars['V_SW'])) { submitVar('V_SW_INT', Global_InputVars['V_SW']); }
submitVar('V_BP_INT', Global_InputVars['V_BP'] + 0.5); if (isNum(Global_InputVars['V_BP'])) { submitVar('V_BP_INT', Global_InputVars['V_BP'] + 0.5); }
Timing = { Timing = {
'V_FP': Global_InputVars['V_FP'], 'V_FP': Global_InputVars['V_FP'],
@ -1341,80 +1441,71 @@ function DMT() {
} }
function updateDisplay() { function updateDisplay(mode) {
var clear = 'clear'
var cells; var cells;
var id; var id;
id_list = ['data_rate', '8b10b', '16b18b', 'pixel_rate', 'pixel_rate_active']; id_list = [
'data_rate', '8b10b', '16b18b', 'pixel_rate', 'pixel_rate_active',
'bpc', 'bpp', 'palette',
'v_freq', 'v_freq_actual', 'v_freq_dev', 'v_freq_dev_perc',
'v_per', 'v_per_actual', 'v_per_dev', 'v_per_dev_perc',
'h_freq', 'h_per',
'v_field', 'v_field_actual', 'v_field_dev', 'v_field_dev_perc',
'v_field_per', 'v_field_per_actual', 'v_field_per_dev', 'v_field_per_dev_perc',
'v_frame', 'v_frame_actual', 'v_frame_dev', 'v_frame_dev_perc',
'v_frame_per', 'v_frame_per_actual', 'v_frame_per_dev', 'v_frame_per_dev_perc',
];
for (var x = 0; x < id_list.length; x++) { for (var x = 0; x < id_list.length; x++) {
id = id_list[x]; id = id_list[x];
cells = $('#results_' + id).children(); cells = $('#results_' + id).children();
DEBUG('Detailed Results:', Detailed_Results[id]); if (mode != clear) {
DEBUG('Cells:', cells) DEBUG('Detailed Results:', Detailed_Results[id]);
cells[1].innerHTML = Detailed_Results[id]['val']; DEBUG('Cells:', cells)
cells[2].innerHTML = Detailed_Results[id]['unit']; cells[1].innerHTML = Detailed_Results[id]['val'];
cells[2].innerHTML = Detailed_Results[id]['unit'];
} else {
cells[1].innerHTML = '';
cells[2].innerHTML = '';
}
} }
id_list = ['active_px', 'blank_px', 'total_px']; id_list = ['active_px', 'blank_px', 'total_px', 'overhead_px'];
for (var x = 0; x < id_list.length; x++) { for (var x = 0; x < id_list.length; x++) {
id = id_list[x]; id = id_list[x];
cells = $('#results_' + id).children(); cells = $('#results_' + id).children();
DEBUG('Detailed Results:', Detailed_Results[id]); if (mode != clear) {
DEBUG('Cells:', cells) DEBUG('Detailed Results:', Detailed_Results[id]);
cells[1].innerHTML = Detailed_Results[id]['h']; DEBUG('Cells:', cells)
cells[2].innerHTML = Detailed_Results[id]['v']; cells[1].innerHTML = Detailed_Results[id]['h']['val'];
cells[3].innerHTML = Detailed_Results[id]['t']['val']; cells[2].innerHTML = Detailed_Results[id]['v']['val'];
cells[4].innerHTML = Detailed_Results[id]['t']['unit']; cells[3].innerHTML = Detailed_Results[id]['t']['val'];
} cells[4].innerHTML = Detailed_Results[id]['t']['unit'];
id = 'overhead_px'; } else {
cells = $('#results_' + id).children(); cells[1].innerHTML = '';
DEBUG('Detailed Results:', Detailed_Results[id]); cells[2].innerHTML = '';
DEBUG('Cells:', cells) cells[3].innerHTML = '';
cells[1].innerHTML = Detailed_Results[id]['h']['val']; cells[4].innerHTML = '';
cells[2].innerHTML = Detailed_Results[id]['v']['val']; }
cells[3].innerHTML = Detailed_Results[id]['t']['val'];
cells[4].innerHTML = Detailed_Results[id]['t']['unit'];
id_list = ['bpc', 'bpp', 'palette'];
for (var x = 0; x < id_list.length; x++) {
id = id_list[x];
cells = $('#results_' + id).children();
DEBUG('Detailed Results:', Detailed_Results[id]);
DEBUG('Cells:', cells)
cells[1].innerHTML = Detailed_Results[id]['val'];
cells[2].innerHTML = Detailed_Results[id]['unit'];
} }
id = 'px_format'; id_list = ['px_format', 'scan'];
cells = $('#results_' + id).children();
DEBUG('Detailed Results:', Detailed_Results[id]);
DEBUG('Cells:', cells)
cells[1].innerHTML = Detailed_Results[id]
id = 'scan';
cells = $('#results_' + id).children();
DEBUG('Detailed Results:', Detailed_Results[id]);
DEBUG('Cells:', cells)
cells[1].innerHTML = Detailed_Results[id]
id_list = ['v_freq', 'v_freq_actual', 'v_freq_dev', 'v_freq_dev_perc', 'v_per', 'v_per_actual', 'v_per_dev', 'v_per_dev_perc'];
for (var x = 0; x < id_list.length; x++) { for (var x = 0; x < id_list.length; x++) {
id = id_list[x]; id = id_list[x];
cells = $('#results_' + id).children(); cells = $('#results_' + id).children();
DEBUG('Detailed Results:', Detailed_Results[id]); if (mode != clear) {
DEBUG('Cells:', cells) DEBUG('Detailed Results:', Detailed_Results[id]);
cells[1].innerHTML = Detailed_Results[id]['val']; DEBUG('Cells:', cells)
cells[2].innerHTML = Detailed_Results[id]['unit']; cells[1].innerHTML = Detailed_Results[id]
} } else {
cells[1].innerHTML = '';
id_list = ['h_freq', 'h_per']; }
for (var x = 0; x < id_list.length; x++) {
id = id_list[x];
cells = $('#results_' + id).children();
DEBUG('Detailed Results:', Detailed_Results[id]);
DEBUG('Cells:', cells)
cells[1].innerHTML = Detailed_Results[id]['val'];
cells[2].innerHTML = Detailed_Results[id]['unit'];
} }
return; return;
@ -1422,9 +1513,14 @@ function updateDisplay() {
function clearResults() { function clearResults() {
updateDisplay('clear');
if ($('#TIMING_DROP').val() != 'Custom') {
clearTiming();
}
return; return;
} }
function timingUIChange() { function timingUIChange() {
// Controls the enabled/disabled state of the custom timing format input fields // Controls the enabled/disabled state of the custom timing format input fields
var timing_params = [ var timing_params = [
@ -1465,6 +1561,8 @@ function timingUIChange() {
$('#V_SW_INT_CONTAINER').css('display', 'table-cell'); $('#V_SW_INT_CONTAINER').css('display', 'table-cell');
$('#V_BLANK_INT_CONTAINER').css('display', 'table-cell'); $('#V_BLANK_INT_CONTAINER').css('display', 'table-cell');
$('#V_BLANK_EVEN_LABEL').html('(Even)&nbsp;V<sub>blank</sub>'); $('#V_BLANK_EVEN_LABEL').html('(Even)&nbsp;V<sub>blank</sub>');
$('#results_v_progressive').css('display', 'none');
$('#results_v_interlaced').css('display', 'table');
} }
else if (value == 'p') { else if (value == 'p') {
$('#V_BLANK_INT_LABEL').css('display', 'none'); $('#V_BLANK_INT_LABEL').css('display', 'none');
@ -1473,6 +1571,8 @@ function timingUIChange() {
$('#V_SW_INT_CONTAINER').css('display', 'none'); $('#V_SW_INT_CONTAINER').css('display', 'none');
$('#V_BLANK_INT_CONTAINER').css('display', 'none'); $('#V_BLANK_INT_CONTAINER').css('display', 'none');
$('#V_BLANK_EVEN_LABEL').html('V<sub>blank</sub>'); $('#V_BLANK_EVEN_LABEL').html('V<sub>blank</sub>');
$('#results_v_progressive').css('display', 'table');
$('#results_v_interlaced').css('display', 'none');
} }
else { else {
DEBUG('Something somewhere has gone terribly wrong. Attemped to grab SCAN_SLCT value, and it was neither "p" nor "i"!'); DEBUG('Something somewhere has gone terribly wrong. Attemped to grab SCAN_SLCT value, and it was neither "p" nor "i"!');

96
bandwidth/index.html
View File

@ -108,8 +108,8 @@
</div> </div>
<div class="tcell" style="padding-left:4px; vertical-align:middle; line-height:125%; width:100%;"> <div class="tcell" style="padding-left:4px; vertical-align:middle; line-height:125%; width:100%;">
<form id="CD_UNIT_FORM" style="line-height:100%;" onchange="document.getElementById('CUSTOM_COLOR_DEPTH').focus(); submitVar('COLOR_DEPTH_FORM', $('input[name=COLOR_DEPTH_SLCT]:checked').val()); calcMain();" disabled> <form id="CD_UNIT_FORM" style="line-height:100%;" onchange="document.getElementById('CUSTOM_COLOR_DEPTH').focus(); submitVar('COLOR_DEPTH_FORM', $('input[name=COLOR_DEPTH_SLCT]:checked').val()); calcMain();" disabled>
<label><input type="radio" name="CD_UNIT_SLCT" value="bpc" checked />&nbsp;bpc</label><br /> <label><input type="radio" name="CD_UNIT_SLCT" value="bpc" checked disabled />&nbsp;bpc</label><br />
<label><input type="radio" name="CD_UNIT_SLCT" value="bpp" />&nbsp;bit/px</label> <label><input type="radio" name="CD_UNIT_SLCT" value="bpp" disabled />&nbsp;bit/px</label>
</form> </form>
</div> </div>
</div> </div>
@ -274,101 +274,109 @@
<tr id='results_data_transmission'> <tr id='results_data_transmission'>
<th class="label">Data Transmission</th><th class="val">Value</th><th class="unit">Unit</th></tr> <th class="label">Data Transmission</th><th class="val">Value</th><th class="unit">Unit</th></tr>
<tr id='results_data_rate'> <tr id='results_data_rate'>
<td class="label">Data Rate</td><td class="val">8.00</td><td class="unit">Gbit/s</td></tr> <td class="label">Data Rate</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_bit_rate'> <tr id='results_bit_rate'>
<td class="label">Bandwidth:</td><td></td><td></td></tr> <td class="label">Bandwidth:</td><td></td><td></td></tr>
<tr id='results_8b10b'> <tr id='results_8b10b'>
<td class="label depth2">8b/10b Encoding</td><td class="val">10.00</td><td class="unit">Gbit/s</td></tr> <td class="label depth2">8b/10b Encoding</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_16b18b'> <tr id='results_16b18b'>
<td class="label depth2">16b/18b Encoding</td><td class="val">9.00</td><td class="unit">Gbit/s</td></tr> <td class="label depth2">16b/18b Encoding</td><td class="val"></td><td class="unit"></td></tr>
<!----<tr id='results_char_rate'> <!----<tr id='results_char_rate'>
<td class="label">TMDS Character Rate ("Pixel Clock")</td><td class="val">346</td><td class="unit">MHz</td></tr>--> <td class="label">TMDS Character Rate ("Pixel Clock")</td><td class="val">346</td><td class="unit">MHz</td></tr>-->
<tr id='results_pixel_rate'> <tr id='results_pixel_rate'>
<td class="label">Pixel Rate (Effective)</td><td class="val">346</td><td class="unit">Mpx/s</td></tr> <td class="label">Pixel Rate (Effective)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_pixel_rate_active'> <tr id='results_pixel_rate_active'>
<td class="label">Pixel Rate (Active Pixels Only)</td><td class="val">346</td><td class="unit">Mpx/s</td></tr> <td class="label">Pixel Rate (Active Pixels Only)</td><td class="val"></td><td class="unit"></td></tr>
</table> </table>
<table class="results"> <table class="results">
<tr class="triple" id='results_resolution'> <tr class="triple" id='results_resolution'>
<th class="label">Resolution</th><th class="val">Hor.</th><th class="val">Ver.</th><th class="val">Total</th><th class="unit">Unit</th></tr> <th class="label">Resolution</th><th class="val">Hor.</th><th class="val">Ver.</th><th class="val">Total</th><th class="unit">Unit</th></tr>
<tr class="triple" id='results_active_px'> <tr class="triple" id='results_active_px'>
<td class="label">Active</td><td class="val half">1920</td><td class="val half">1080</td><td class="val">2,073,600</td><td class="unit">px</td></tr> <td class="label">Active</td><td class="val half"></td><td class="val half"></td><td class="val"></td><td class="unit"></td></tr>
<tr class="triple" id='results_blank_px'> <tr class="triple" id='results_blank_px'>
<td class="label">Blank</td><td class="val half">80</td><td class="val half">77</td><td class="val">240,400</td><td class="unit">px</td></tr> <td class="label">Blank</td><td class="val half"></td><td class="val half"></td><td class="val"></td><td class="unit"></td></tr>
<tr class="triple" id='results_total_px'> <tr class="triple" id='results_total_px'>
<td class="label">Effective Total</td><td class="val half">2000</td><td class="val half">1157</td><td class="val">2,314,000</td><td class="unit">px</td></tr> <td class="label">Effective Total</td><td class="val half"></td><td class="val half"></td><td class="val"></td><td class="unit"></td></tr>
<tr class="triple" id='results_overhead_px'> <tr class="triple" id='results_overhead_px'>
<td class="label">Overhead</td><td class="val half">4.17</td><td class="val half">7.13</td><td class="val">11.59</td><td class="unit">%</td></tr> <td class="label">Overhead</td><td class="val half"></td><td class="val half"></td><td class="val"></td><td class="unit"></td></tr>
</table> </table>
<table class="results"> <table class="results">
<tr id='results_format'> <tr id='results_format'>
<th class="label">Format</th><th class="val">Value</th><th class="unit">Unit</th></tr> <th class="label">Format</th><th class="val">Value</th><th class="unit">Unit</th></tr>
<tr id='results_bpc'> <tr id='results_bpc'>
<td class="label">Color Depth (Per Channel)</td><td class="val">8</td><td class="unit">bpc</td></tr> <td class="label">Color Depth (Per Channel)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_bpp'> <tr id='results_bpp'>
<td class="label">Color Depth (Per Pixel)</td><td class="val">24</td><td class="unit">bit/px</td></tr> <td class="label">Color Depth (Per Pixel)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_palette'> <tr id='results_palette'>
<td class="label">Palette Size</td><td class="val">16,777,216</td><td class="unit">colors</td></tr> <td class="label">Palette Size</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_px_format'> <tr id='results_px_format'>
<td class="label">Pixel Format</td><td class="val">RGB</td><td class="unit"></td></tr> <td class="label">Pixel Format</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_scan'> <tr id='results_scan'>
<td class="label">Scan Type</td><td class="val">Progressive</td><td class="unit"></td></tr> <td class="label">Scan Type</td><td class="val"></td><td class="unit"></td></tr>
</table> </table>
<table class="results"> <table class="results" id='results_v_progressive'>
<tr id='results_v_refresh'> <tr id='results_v_refresh'>
<th class="label">Vertical Refresh</th><th class="val">Value</th><th class="unit">Unit</th></tr> <th class="label">Vertical Refresh</th><th class="val">Value</th><th class="unit">Unit</th></tr>
<tr id='results_v_freq'> <tr id='results_v_freq'>
<td class="label">Frequency (Target)</td><td class="val">144.000</td><td class="unit">Hz</td></tr> <td class="label">Frequency (Target)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_freq_actual'> <tr id='results_v_freq_actual'>
<td class="label">Frequency (Actual)</td><td class="val">143.993</td><td class="unit">Hz</td></tr> <td class="label">Frequency (Actual)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_freq_dev'> <tr id='results_v_freq_dev'>
<td class="label depth2">Deviation</td><td class="val">0.007</td><td class="unit">Hz</td></tr> <td class="label depth2">Deviation</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_freq_dev_perc'> <tr id='results_v_freq_dev_perc'>
<td class="label depth2"></td><td class="val">0.00486</td><td class="unit">%</td></tr> <td class="label depth2"></td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_per'> <tr id='results_v_per'>
<td class="label">Period (Target)</td><td class="val">6.944</td><td class="unit">ms</td></tr> <td class="label">Period (Target)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_per_actual'> <tr id='results_v_per_actual'>
<td class="label">Period (Actual)</td><td class="val">6.945</td><td class="unit">ms</td></tr> <td class="label">Period (Actual)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_per_dev'> <tr id='results_v_per_dev'>
<td class="label depth2">Deviation</td><td class="val">0.338</td><td class="unit">µs</td></tr> <td class="label depth2">Deviation</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_per_dev_perc'> <tr id='results_v_per_dev_perc'>
<td class="label depth2"></td><td class="val">0.00486</td><td class="unit">%</td></tr> <td class="label depth2"></td><td class="val"></td><td class="unit"></td></tr>
</table> </table>
<table class="results" hidden> <table class="results" id='results_v_interlaced' style='display:none;'>
<tr id='results_v_refresh_int'> <tr id='results_v_refresh_int'>
<th class="label">Vertical Refresh</th><th class="val">Value</th><th class="unit">Unit</th></tr> <th class="label">Vertical Refresh</th><th class="val">Value</th><th class="unit">Unit</th></tr>
<tr id='results_v_field'> <tr id='results_v_field'>
<td class="label">Frequency / Field Rate (Target)</td><td class="val">144.000</td><td class="unit">Hz</td></tr> <td class="label">Field Rate (Target)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_field_actual'> <tr id='results_v_field_actual'>
<td class="label">Frequency / Field Rate (Actual)</td><td class="val">143.993</td><td class="unit">Hz</td></tr> <td class="label">Field Rate (Actual)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_field_dev'> <tr id='results_v_field_dev'>
<td class="label depth2">Deviation</td><td class="val">0.007</td><td class="unit">Hz</td></tr> <td class="label depth2">Deviation</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_field_dev_perc'> <tr id='results_v_field_dev_perc'>
<td class="label depth2"></td><td class="val">0.00486</td><td class="unit">%</td></tr> <td class="label depth2"></td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_framerate'>
<td class="label">Frame Rate (Target)</td><td class="val">72.000</td><td class="unit">Hz</td></tr>
<tr id='results_v_framerate_actual'>
<td class="label">Frame Rate (Actual)</td><td class="val">71.997</td><td class="unit">Hz</td></tr>
<tr id='results_v_framerate_dev'>
<td class="label depth2">Deviation</td><td class="val">0.003</td><td class="unit">Hz</td></tr>
<tr id='results_v_framerate_dev_perc'>
<td class="label depth2"></td><td class="val">0.00486</td><td class="unit">%</td></tr>
<tr id='results_v_field_per'> <tr id='results_v_field_per'>
<td class="label">Field Period (Target)</td><td class="val">6.944</td><td class="unit">ms</td></tr> <td class="label">Field Period (Target)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_field_per_actual'> <tr id='results_v_field_per_actual'>
<td class="label">Field Period (Actual)</td><td class="val">6.945</td><td class="unit">ms</td></tr> <td class="label">Field Period (Actual)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_field_per_dev'> <tr id='results_v_field_per_dev'>
<td class="label depth2">Deviation</td><td class="val">0.338</td><td class="unit">µs</td></tr> <td class="label depth2">Deviation</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_field_per_dev_perc'> <tr id='results_v_field_per_dev_perc'>
<td class="label depth2"></td><td class="val">0.00486</td><td class="unit">%</td></tr> <td class="label depth2"></td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_frame'>
<td class="label">Frame Rate (Target)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_frame_actual'>
<td class="label">Frame Rate (Actual)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_frame_dev'>
<td class="label depth2">Deviation</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_frame_dev_perc'>
<td class="label depth2"></td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_frame_per'>
<td class="label">Frame Period (Target)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_frame_per_actual'>
<td class="label">Frame Period (Actual)</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_frame_per_dev'>
<td class="label depth2">Deviation</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_v_frame_per_dev_perc'>
<td class="label depth2"></td><td class="val"></td><td class="unit"></td></tr>
</table> </table>
<table class="results"> <table class="results">
<tr id='results_h_refresh'> <tr id='results_h_refresh'>
<th class="label">Horizontal Refresh</th><th class="val">Value</th><th class="unit">Unit</th></tr> <th class="label">Horizontal Refresh</th><th class="val">Value</th><th class="unit">Unit</th></tr>
<tr id='results_h_freq'> <tr id='results_h_freq'>
<td class="label">Frequency</td><td class="val">167.757</td><td class="unit">kHz</td></tr> <td class="label">Frequency</td><td class="val"></td><td class="unit"></td></tr>
<tr id='results_h_per'> <tr id='results_h_per'>
<td class="label">Period</td><td class="val">5.961</td><td class="unit">µs</td></tr> <td class="label">Period</td><td class="val"></td><td class="unit"></td></tr>
</table> </table>
<script> <script>
var tables = document.getElementById('results_container').children; var tables = document.getElementById('results_container').children;

2
bandwidth/style.css
View File

@ -328,8 +328,6 @@ table.results td.unit {
} }
table.results td.depth2 { table.results td.depth2 {
padding-left: 50px; padding-left: 50px;
padding-top: 2px;
padding-bottom: 2px;
} }
table.results tr.double td.val { table.results tr.double td.val {